mhurhangee/ep-ind-claims huggingface dataset:
An article, comprising a package (100, 500) including: a packaging material (108, 508) defining an enclosed volume (112, 510); and a desiccant (110, 506) contained within the enclosed volume (112, 510); and a bonded abrasive article (104, 504) contained within the enclosed volume (112, 510), wherein the desiccant (110, 506) comprises a layered crystalline structure and calcium ions, characterized in that the calcium ions are present in an amount of at least 7600 ppm and at most 100000 ppm of a total weight of the desiccant (110, 506). a packaging material (108, 508) defining an enclosed volume (112, 510); and a desiccant (110, 506) contained within the enclosed volume (112, 510); and a bonded abrasive article (104, 504) contained within the enclosed volume (112, 510), wherein the desiccant (110, 506) comprises a layered crystalline structure and calcium ions, characterized in that the calcium ions are present in an amount of at least 7600 ppm and at most 100000 ppm of a total weight of the desiccant (110, 506).
An artificial lawn comprising a substrate through which one or more synthetic fibres are attached, wherein a part of said one or more synthetic fibres projects from the substrate, forming a base on which the artificial lawn can be played, and another part of said one or more synthetic fibres faces away from the substrate, wherein the part of said one or more synthetic fibres that faces away from the substrate is embedded in a hot melt, characterised in that the hot melt comprises a mixture of low-melting polyethylene fraction and a high-melting polyethylene fraction, wherein the low-melting polyethylene fraction exhibits a melting range of 40 - 140 °C and the high-melting polyethylene fraction exhibits a melting range of 90 - 130 °C, wherein said substrate and the one or more synthetic fibres are made of polyethylene.
An electrically heated window laminated from at least an outer ply and an inner ply of a transparent glazing material and at least one ply of an interlayer material extending between the plies of glazing material, the window comprising an electrically resistive heating element that extends across at least a portion of the window, characterized in that the electrically resistive heating element comprises at least a first and a second heating circuit, (7,8) electrically isolated from each other, and positioned one on top of another so as to be in registration with each other, so that only a single circuit is visible from the outside of the vehicle.
A method comprising: running, on a mobile device, an application in a first mode, wherein the first mode is a managed mode and is managed by a device manager in accordance with one or more policy files separate from the application and applicable to a plurality of applications; running, on the mobile device, the application in a second mode, wherein the second mode is an unmanaged mode, wherein said application is running in the second mode at a mutually exclusive time from when said application is running in the first mode; receiving a request to store data associated with the application; storing the data according to a first protocol when the application is running in the managed mode and storing the data according to a second protocol when the application is running in the unmanaged mode; receiving a signal from the device manager to disable the managed mode of the application; locating, in response to the received signal, data stored according to the first protocol and selectively deleting the located data. running, on a mobile device, an application in a first mode, wherein the first mode is a managed mode and is managed by a device manager in accordance with one or more policy files separate from the application and applicable to a plurality of applications; running, on the mobile device, the application in a second mode, wherein the second mode is an unmanaged mode, wherein said application is running in the second mode at a mutually exclusive time from when said application is running in the first mode; receiving a request to store data associated with the application; storing the data according to a first protocol when the application is running in the managed mode and storing the data according to a second protocol when the application is running in the unmanaged mode; receiving a signal from the device manager to disable the managed mode of the application; locating, in response to the received signal, data stored according to the first protocol and selectively deleting the located data.
A circuit breaker (305; 405), comprising: a microcontroller (307; 407) including a processor (310) and a memory (310), computer-readable software code stored in the memory which, when executed by the processor, causes the microcontroller to: sample analog signals representing one or more of the following: a Received Signal Strength Indicator, RSSI, signal, a voltage signal, and a current signal; perform multiple pre-processing steps on the analog signals to derive a data set of measurements and features over a period of time; and input the data set into a machine learning classifier (325; 720) that resides in the microcontroller such that an output of the machine learning classifier is a value between 0 and 1 which represents a percent chance that the data set is from an electrical arc, wherein based on the value of the percent chance an accumulator value is either incremented or decremented in proportion to an amount of the current passing through the circuit breaker and if the accumulator value passes an upper threshold level, the microcontroller sends a signal output to a trip circuit which then opens the circuit breaker. a microcontroller (307; 407) including a processor (310) and a memory (310), computer-readable software code stored in the memory which, when executed by the processor, causes the microcontroller to: sample analog signals representing one or more of the following: a Received Signal Strength Indicator, RSSI, signal, a voltage signal, and a current signal; perform multiple pre-processing steps on the analog signals to derive a data set of measurements and features over a period of time; and input the data set into a machine learning classifier (325; 720) that resides in the microcontroller such that an output of the machine learning classifier is a value between 0 and 1 which represents a percent chance that the data set is from an electrical arc, wherein based on the value of the percent chance an accumulator value is either incremented or decremented in proportion to an amount of the current passing through the circuit breaker and if the accumulator value passes an upper threshold level, the microcontroller sends a signal output to a trip circuit which then opens the circuit breaker. sample analog signals representing one or more of the following: a Received Signal Strength Indicator, RSSI, signal, a voltage signal, and a current signal; perform multiple pre-processing steps on the analog signals to derive a data set of measurements and features over a period of time; and input the data set into a machine learning classifier (325; 720) that resides in the microcontroller such that an output of the machine learning classifier is a value between 0 and 1 which represents a percent chance that the data set is from an electrical arc, wherein based on the value of the percent chance an accumulator value is either incremented or decremented in proportion to an amount of the current passing through the circuit breaker and if the accumulator value passes an upper threshold level, the microcontroller sends a signal output to a trip circuit which then opens the circuit breaker.
A cap for forming a sealed cavity around an end of a fastener (2,3,4), the cap comprising a cap body (10, 102, 201, 302) having a collar portion terminating at a rim (206, 305) which surrounds an opening for receiving the end of the fastener, the collar portion having an internal face and an outer face, the collar portion having three, four, five, six or seven discrete contact regions (15a, 108) distributed around the internal face thereof, each contact region being arranged to contact the end of the fastener when the collar portion is installed on the end of the fastener, wherein the internal face and the outer face of the collar portion each has a lobed shape in cross-section such that a radially outwardly bulging lobe (14a, 104a) extends between each neighbouring pair of contact regions, and wherein the lobed shape of the internal face of the collar portion corresponds with the lobed shape of the outer face of the collar portion.
Coating device for coating components with a coating agent, in particular for painting motor vehicle body components, with a) a printhead with several nozzles each for delivering a coating agent jet to the component to be coated, wherein each nozzle is provided with a printhead valve for controlling the release of the coating agent through the nozzle, b) a multi-axis coating robot which guides the printhead over the surface of the component to be coated, as well as c) a robot control which controls the coating robot, d) a printhead control which controls the printhead valves, e) a metering device which meters the coating agent and conveys it to the printhead, and f) a metering control for controlling the metering device, characterized in that g) the metering control is connected to the printhead control in order to synchronize the control of the metering device with the control of the at least one printhead valve of the printhead. a) a printhead with several nozzles each for delivering a coating agent jet to the component to be coated, wherein each nozzle is provided with a printhead valve for controlling the release of the coating agent through the nozzle, b) a multi-axis coating robot which guides the printhead over the surface of the component to be coated, as well as c) a robot control which controls the coating robot, d) a printhead control which controls the printhead valves, e) a metering device which meters the coating agent and conveys it to the printhead, and f) a metering control for controlling the metering device, characterized in that g) the metering control is connected to the printhead control in order to synchronize the control of the metering device with the control of the at least one printhead valve of the printhead.
A topical pharmaceutical composition for use in wound healing by inducing a favorable epidermal physiological response, comprising digestive enzymes and optionally one or more excipients, wherein said digestive enzymes comprise a protease, a lipase, and an amylase, wherein the ratio (in U.S.P. units) of protease to lipase to amylase is 7: 1: 4 and wherein said composition comprises a sufficient amount of said protease, said lipase and said amylase to induce a favorable epidermal physiological response.
A method performed by a data handling unit for handling information regarding call events in a Multimedia Telephony Service, MMTel, network for enabling call logging, the method comprising: - receiving information on at least one call event, - matching a caller or called party to settings in a user profile for said caller or called party, using said received information, - generating a SIP Message comprising call log information referring to said call event, only if settings in the user profile for said caller or called party indicates that call event information is to be saved, and - sending said generated SIP Message towards a storage server, thereby causing said storage server to store said call log information and to provide access to said call log information stored to client devices operated by user matching said user profile. - receiving information on at least one call event, - matching a caller or called party to settings in a user profile for said caller or called party, using said received information, - generating a SIP Message comprising call log information referring to said call event, only if settings in the user profile for said caller or called party indicates that call event information is to be saved, and - sending said generated SIP Message towards a storage server, thereby causing said storage server to store said call log information and to provide access to said call log information stored to client devices operated by user matching said user profile.
A stain repellent composition comprising a cellulose based compound having a grafted hydrophobic moiety, wherein the hydrophobic moiety is selected from epoxy functional silicones and fluorinated diols.
A container comprising: a container body having a closed end and an opposing open end, wherein said open end comprises a neck finish having a longitudinal axis passing through said open end, an inner surface oriented towards said longitudinal axis, an outer surface oriented away from said longitudinal axis, and a top surface extending between said inner surface and said outer surface; a fitment fitted at least partially within said neck finish, said fitment comprising an external flange exterior to said neck finish and downwardly depending towards said closed end, an internal flange interior to said neck finish and downwardly depending towards said closed end, and a bridge extending across said top surface from said external flange to said internal flange, wherein said external flange, said bridge, and said internal flange together form a slot extending at least partially around said longitudinal axis; and an adhesive positioned within said slot between said neck finish and said fitment, characterised in that said adhesive has a TanDelta from 0.65 to 3. a container body having a closed end and an opposing open end, wherein said open end comprises a neck finish having a longitudinal axis passing through said open end, an inner surface oriented towards said longitudinal axis, an outer surface oriented away from said longitudinal axis, and a top surface extending between said inner surface and said outer surface; a fitment fitted at least partially within said neck finish, said fitment comprising an external flange exterior to said neck finish and downwardly depending towards said closed end, an internal flange interior to said neck finish and downwardly depending towards said closed end, and a bridge extending across said top surface from said external flange to said internal flange, wherein said external flange, said bridge, and said internal flange together form a slot extending at least partially around said longitudinal axis; and an adhesive positioned within said slot between said neck finish and said fitment, characterised in that said adhesive has a TanDelta from 0.65 to 3.
A method for selecting a policy control network element, wherein the method comprises: receiving, by a first policy control network element, a policy control creation request from a first session management network element, wherein the policy control creation request comprises an identifier of a terminal, single network slice selection assistance information, S-NSSAI, and a data network name, DNN; sending (S 1419), by the first policy control network element, the identifier of the terminal, the S-NSSAI, the DNN, and an identifier of the first policy control network element to a binding support network element; and receiving, by the first policy control network element, an identifier of a second policy control network element from the binding support network element, and sending the identifier of the second policy control network element to the first session management network element, wherein the identifier of the second policy control network element is an identifier that is of a policy control network element, that corresponds to the identifier of the terminal, the S-NSSAI, and the DNN, and that is stored by the binding support network element. receiving, by a first policy control network element, a policy control creation request from a first session management network element, wherein the policy control creation request comprises an identifier of a terminal, single network slice selection assistance information, S-NSSAI, and a data network name, DNN; sending (S 1419), by the first policy control network element, the identifier of the terminal, the S-NSSAI, the DNN, and an identifier of the first policy control network element to a binding support network element; and receiving, by the first policy control network element, an identifier of a second policy control network element from the binding support network element, and sending the identifier of the second policy control network element to the first session management network element, wherein the identifier of the second policy control network element is an identifier that is of a policy control network element, that corresponds to the identifier of the terminal, the S-NSSAI, and the DNN, and that is stored by the binding support network element.
Circuit breaker for high and low voltages comprising: - a switching device having two contacts (7, 10) movable relative to each other and arranged within an insulation housing; - a fixed electrode rod mounted on one side of the switching device; - a movable electrode rod mounted on the other side of the switching device; - a first terminal arranged on the housing and electrically connected to the fixed electrode rod; - a second terminal electrically connected with the movable electrode rod; and - a mechanical connector arranged between the fixed electrode rod and the first terminal; characterized in that the said mechanical connector comprises: - a first connector part with a first end having a cavity; - a second connector part with a first end having a cross section adapted to the cavity of the first connector part, wherein the inner dimensions of the cavity correspond with the outer dimensions of the cross section to provide a slide fit and an electrical connection between the outer circumference of the cross section and the inner circumference of the cavity, wherein a thermal conductive, electrically insulating layer is arranged between and in contact with the second connector part and the first connector part. - a switching device having two contacts (7, 10) movable relative to each other and arranged within an insulation housing; - a fixed electrode rod mounted on one side of the switching device; - a movable electrode rod mounted on the other side of the switching device; - a first terminal arranged on the housing and electrically connected to the fixed electrode rod; - a second terminal electrically connected with the movable electrode rod; and - a mechanical connector arranged between the fixed electrode rod and the first terminal; characterized in that the said mechanical connector comprises: - a first connector part with a first end having a cavity; - a second connector part with a first end having a cross section adapted to the cavity of the first connector part, wherein the inner dimensions of the cavity correspond with the outer dimensions of the cross section to provide a slide fit and an electrical connection between the outer circumference of the cross section and the inner circumference of the cavity, wherein a thermal conductive, electrically insulating layer is arranged between and in contact with the second connector part and the first connector part.
A method of generating a virtual view of a scene captured by a network of cameras comprising: obtaining captured images of the scene captured by the plurality of cameras of the network; determining, using the captured images, a model of atmospheric conditions in the scene; specifying a virtual viewpoint relative to the scene; and rendering a virtual viewpoint image of the scene viewed from the virtual viewpoint by adjusting pixels of the captured images, the adjusting based on a three-dimensional model of an object included in the scene, locations of the plurality of cameras relative to the scene, the virtual viewpoint, and the model of atmospheric conditions, wherein rendering the virtual viewpoint image comprises decreasing, based on the model of atmospheric conditions, visibility of the object in the rendered virtual viewpoint image compared to the captured images. obtaining captured images of the scene captured by the plurality of cameras of the network; determining, using the captured images, a model of atmospheric conditions in the scene; specifying a virtual viewpoint relative to the scene; and rendering a virtual viewpoint image of the scene viewed from the virtual viewpoint by adjusting pixels of the captured images, the adjusting based on a three-dimensional model of an object included in the scene, locations of the plurality of cameras relative to the scene, the virtual viewpoint, and the model of atmospheric conditions,
Method for smoothing and polishing metals via ion transport by means of free solid bodies that, comprising the connection of the metal parts to be treated to the positive pole, i.e. anode, of a current generator is characterized in that it comprises a step: - of friction of the metal parts with a set of particles constituted by electrically conductive free solid bodies, which retain internally a liquid electrolyte to such an extent that there is no free liquid on the surface of the particles, charged with negative electric charge in a gaseous environment, wherein the particles possess porosity and affinity to retain an amount of the liquid electrolyte, so that they have an electrical conductivity making them electrically conductive. - of friction of the metal parts with a set of particles constituted by electrically conductive free solid bodies, which retain internally a liquid electrolyte to such an extent that there is no free liquid on the surface of the particles, charged with negative electric charge in a gaseous environment, wherein the particles possess porosity and affinity to retain an amount of the liquid electrolyte, so that they have an electrical conductivity making them electrically conductive.
A communication apparatus comprising: a three-hop repeater configured to detect user equipment transmissions in a repeater coverage area that detects presence of mobile communications at a home location and records duration of user equipment activity in the repeater coverage area, the three-hop repeater comprising: a user unit; a network unit communicatively coupled to the user unit and configured to receive a downlink signal; and characterised by a NodeB waveform generator coupled to at least one of the user unit and the network unit, the NodeB waveform generator configured to generate a waveform including a scrambling code associated with the three-hop repeater and for insertion on the downlink signal of the three-hop repeater to form a composite waveform for detecting a base station transmission by user equipment; wherein the user unit is configured to transmit the composite waveform including the scrambling code inserted on the downlink signal to the user equipment. a three-hop repeater configured to detect user equipment transmissions in a repeater coverage area that detects presence of mobile communications at a home location and records duration of user equipment activity in the repeater coverage area, the three-hop repeater comprising: a user unit; a network unit communicatively coupled to the user unit and configured to receive a downlink signal; and characterised by a NodeB waveform generator coupled to at least one of the user unit and the network unit, the NodeB waveform generator configured to generate a waveform including a scrambling code associated with the three-hop repeater and for insertion on the downlink signal of the three-hop repeater to form a composite waveform for detecting a base station transmission by user equipment; wherein the user unit is configured to transmit the composite waveform including the scrambling code inserted on the downlink signal to the user equipment.