mhurhangee/ep-ind-claims huggingface dataset:
A vehicular battery system, comprising: an oxygen reservoir supported by a vehicle; a vehicular battery system stack operably connected to the oxygen reservoir and a multistage compressor, the vehicular battery system stack including an active material which consumes oxygen from the oxygen reservoir during discharge; at least one sensor configured to generate a pressure signal associated with a pressure in the oxygen reservoir; a memory; and a processor operably connected to the memory and the at least one sensor, the processor configured to execute program instructions stored within the memory to obtain the pressure signal, and control the state of charge of the vehicular battery system stack based upon the obtained pressure signal by connecting an electrical load to the vehicular battery system stack. an oxygen reservoir supported by a vehicle; a vehicular battery system stack operably connected to the oxygen reservoir and a multistage compressor, the vehicular battery system stack including an active material which consumes oxygen from the oxygen reservoir during discharge; at least one sensor configured to generate a pressure signal associated with a pressure in the oxygen reservoir; a memory; and a processor operably connected to the memory and the at least one sensor, the processor configured to execute program instructions stored within the memory to obtain the pressure signal, and control the state of charge of the vehicular battery system stack based upon the obtained pressure signal by connecting an electrical load to the vehicular battery system stack. obtain the pressure signal, and control the state of charge of the vehicular battery system stack based upon the obtained pressure signal by connecting an electrical load to the vehicular battery system stack.
A pharmaceutical composition in the form of a bilayer tablet comprising melatonin as active pharmaceutical ingredient, said tablet comprising: a first layer consisting of a first granulate containing 10-30% API, a glyceric derivative of saturated fatty acids having C20-C24 chains and other excipients which allow an immediate release of the API; a second layer consisting of a second granulate containing 70-90% API, a glyceric derivative of saturated fatty acids having C20-C24 chains and other excipients which allow an extended release of the API; each granulate obtained by hot granulation at a temperature from 77 to 83 °C for 8-12 minutes; wherein said % are wt% with respect to the total weight of the API in the bilayer tablet; wherein the glyceric derivative of saturated fatty acids having C20-C24 chains is selected from the group consisting of arachidic acid, behenic acid, and lignoceric acid; wherein the immediate release layer comprises the glyceric derivative of saturated fatty acids having C20-C24 chains, used as a stabilizer, in a percentage from 0.5wt% to 4wt% with respect to the total weight of the layer; wherein the extended release layer comprises the glyceric derivative of saturated fatty acids having C20-C24 chains, used as a stabilizer while being responsible for the extended release, in a percentage from 4wt% to 30wt% with respect to the total weight of the layer. a first layer consisting of a first granulate containing 10-30% API, a glyceric derivative of saturated fatty acids having C20-C24 chains and other excipients which allow an immediate release of the API; a second layer consisting of a second granulate containing 70-90% API, a glyceric derivative of saturated fatty acids having C20-C24 chains and other excipients which allow an extended release of the API; each granulate obtained by hot granulation at a temperature from 77 to 83 °C for 8-12 minutes; wherein said % are wt% with respect to the total weight of the API in the bilayer tablet; wherein the glyceric derivative of saturated fatty acids having C20-C24 chains is selected from the group consisting of arachidic acid, behenic acid, and lignoceric acid; wherein the immediate release layer comprises the glyceric derivative of saturated fatty acids having C20-C24 chains, used as a stabilizer, in a percentage from 0.5wt% to 4wt% with respect to the total weight of the layer; wherein the extended release layer comprises the glyceric derivative of saturated fatty acids having C20-C24 chains, used as a stabilizer while being responsible for the extended release, in a percentage from 4wt% to 30wt% with respect to the total weight of the layer.
System comprising: video display; processor controlling video display; TV tuner providing TV signals to the processor for presentation on the display; the processor presenting a user interface on the TV display, the UI listing icons representing respective media sources in a horizontal row, at least one media source being the TV tuner represented by a TV icon, wherein when the TV icon is active a list of TV channel icons is presented in a vertical column under the TV icon, wherein when a TV channel icon is active for a first period first metadata associated with a respective TV channel is presented on the display, wherein when the TV channel icon is active for greater than the first period second metadata associated with the respective TV channel is presented on the display without requiring the user to tune to the TV channel or invoke a program guide application, the TV channel icon listing metadata associated with only a currently available program such that no metadata associated with past or future TV programs is displayed on the UI. video display; processor controlling video display; TV tuner providing TV signals to the processor for presentation on the display; the processor presenting a user interface on the TV display, the UI listing icons representing respective media sources in a horizontal row, at least one media source being the TV tuner represented by a TV icon, wherein when the TV icon is active a list of TV channel icons is presented in a vertical column under the TV icon, wherein when a TV channel icon is active for a first period first metadata associated with a respective TV channel is presented on the display, wherein when the TV channel icon is active for greater than the first period second metadata associated with the respective TV channel is presented on the display without requiring the user to tune to the TV channel or invoke a program guide application, the TV channel icon listing metadata associated with only a currently available program such that no metadata associated with past or future TV programs is displayed on the UI.
A method of facilitating access to the Internet, the method comprising: at a server with one or more processors and memory: - receiving a request from a client device (104-1, 104-2) to download a network access configuration file, wherein the network access configuration file is configured to enable access to the Internet via a respective Internet access point; - in accordance with the received request, identifying a first account in a social networking platform corresponding to a provider of the respective Internet access point; - determining a relationship between the first account and a second account corresponding to a user of the client device in the social networking platform; - in accordance with a first determination that the relationship satisfies one or more predetermined access criteria, sending a request to a third-party server associated with the first account to obtain wireless connection configuration information of the access point, said request including the unique identifier of the access point, - receiving from the third party-server the wireless connection configuration information associated to the unique access point identifier, said wireless connection configuration information including the Service Set Identifier SSID and the access password of the access point, - providing the wireless connection configuration information to the client device (104-1, 104-2). - receiving a request from a client device (104-1, 104-2) to download a network access configuration file, wherein the network access configuration file is configured to enable access to the Internet via a respective Internet access point; - in accordance with the received request, identifying a first account in a social networking platform corresponding to a provider of the respective Internet access point; - determining a relationship between the first account and a second account corresponding to a user of the client device in the social networking platform; - in accordance with a first determination that the relationship satisfies one or more predetermined access criteria, sending a request to a third-party server associated with the first account to obtain wireless connection configuration information of the access point, said request including the unique identifier of the access point, - receiving from the third party-server the wireless connection configuration information associated to the unique access point identifier, said wireless connection configuration information including the Service Set Identifier SSID and the access password of the access point, - providing the wireless connection configuration information to the client device (104-1, 104-2).
A handheld device comprising: a support shaft; a power source; a working assembly operably coupled to the support shaft and powered by the power source to facilitate performance of a working function of the handheld device; and a handle assembly operably coupled to the support shaft, the handle assembly including: a handlebar coupling a first handle disposed at one end of the handlebar and a second handle disposed at an opposing end of the handlebar, a handlebar coupler rotatably coupling the support shaft and the handle assembly, and a locking lever, wherein a first axis is aligned with a longitudinal centerline of the handlebar coupler and a second axis remaining substantially orthogonal to the first axis, characterized in that the handlebar coupler is configured to selectively enable rotation of the handlebar about the first axis and the second axis based on a position of the locking lever so that the handle assembly is rotatable between an operating position and a transport or storage position. a support shaft; a power source; a working assembly operably coupled to the support shaft and powered by the power source to facilitate performance of a working function of the handheld device; and a handle assembly operably coupled to the support shaft, the handle assembly including: a handlebar coupling a first handle disposed at one end of the handlebar and a second handle disposed at an opposing end of the handlebar, a handlebar coupler rotatably coupling the support shaft and the handle assembly, and a locking lever, a handlebar coupling a first handle disposed at one end of the handlebar and a second handle disposed at an opposing end of the handlebar, a handlebar coupler rotatably coupling the support shaft and the handle assembly, and a locking lever, wherein a first axis is aligned with a longitudinal centerline of the handlebar coupler and a second axis remaining substantially orthogonal to the first axis, characterized in that the handlebar coupler is configured to selectively enable rotation of the handlebar about the first axis and the second axis based on a position of the locking lever so that the handle assembly is rotatable between an operating position and a transport or storage position.
An apparatus comprising: a print head having a fluid slot and a sensing chamber having a first port connected to the fluid slot and a second port; a drop generator fluidly coupled to the fluid slot to receive fluid from the fluid slot; a fluid level sensor within the sensing chamber; a circulation passage extending from the fluid slot and fluidly coupled to the second port; and a fluid pump to circulate fluid through the circulation passage wherein the fluid level sensor comprises a sensor nozzle and a resistor to vaporize fluid within the chamber to expel fluid through the sensor nozzle. a print head having a fluid slot and a sensing chamber having a first port connected to the fluid slot and a second port; a drop generator fluidly coupled to the fluid slot to receive fluid from the fluid slot; a fluid level sensor within the sensing chamber; a circulation passage extending from the fluid slot and fluidly coupled to the second port; and a fluid pump to circulate fluid through the circulation passage wherein the fluid level sensor comprises a sensor nozzle and a resistor to vaporize fluid within the chamber to expel fluid through the sensor nozzle.
A curable fluoropolymer containing repeating units derived from VDF and TFE and at least one other fluorinated comonomer and further containing -CF 2 CH 2 I end groups and branching sites derived from one or more perfluorinated bisolefinic ether modifier and further having units derived from a cure site monomer selected from fluorinated iodo-olefins of the general formula: Z'-R f -CX=CX 2 wherein each X independently represents H or F, Z' is I, Rf is a C 1 -C 12 fluoro- or perfluoroalkylene, which optionally may be interrupted by one or more than one ether atom, wherein the polymer is obtainable by an aqueous emulsion polymerization comprising the addition of one or more non-fluorinated emulsifier but wherein no fluorinated emulsifier is added or added fluorinated emulsifier is present in an amount of up to 50 ppm based on the aqueous phase and wherein the one or more perfluorinated bisolefinic ether modifier correspond to the general formula: CF 2 =CF-(CF 2) n -O-(R' f)-O-(CF 2) m -CF=CF 2 wherein n and m are independent from each other either 1 or 0 and wherein R' f represents a perfluorinated linear or branched, cyclic or acyclic aliphatic or aromatic hydrocarbon residue that may be interrupted by one or more oxygen atoms and comprises up to 30 carbon atoms and having a molar -CH 2 I to -CH 2 OH ratio of at least 30 and wherein the fluoropolymer has a compression set (ASTM 395, method B) of less than 25% after press curing at 4000 kPa (40 bar) and 177°C for 7 minutes and post curing at 230°C for 2 hours.
A frame reception monitoring method in serial communications, the method performed by a frame reception monitoring apparatus, the method comprising: receiving a plurality of sub-frames constituting a frame at certain time intervals and entering each of the plurality of sub-frames into a reception buffer; when each sub-frame of the plurality of sub-frames is entered into the reception buffer, assigning a timestamp to the each sub-frame and moving the each sub-frame to a temporal buffer; entering the plurality of sub-frames stored on the temporal buffer into a service buffer when a predetermined inter-sub-frames time-out time expires; generating a combined frame using the plurality of sub-frames entered into the service buffer; and using the combined frame to execute a control, wherein using the combined frame to execute the control includes: determining whether the combined frame is identical to a subject frame meant to be received; if it is determined that the combined frame is identical to the subject frame, executing the control using the combined frame; and if it is determined that the combined frame is not identical to the subject frame, deleting the combined frame. receiving a plurality of sub-frames constituting a frame at certain time intervals and entering each of the plurality of sub-frames into a reception buffer; when each sub-frame of the plurality of sub-frames is entered into the reception buffer, assigning a timestamp to the each sub-frame and moving the each sub-frame to a temporal buffer; entering the plurality of sub-frames stored on the temporal buffer into a service buffer when a predetermined inter-sub-frames time-out time expires; generating a combined frame using the plurality of sub-frames entered into the service buffer; and using the combined frame to execute a control, wherein using the combined frame to execute the control includes: determining whether the combined frame is identical to a subject frame meant to be received; if it is determined that the combined frame is identical to the subject frame, executing the control using the combined frame; and if it is determined that the combined frame is not identical to the subject frame, deleting the combined frame. determining whether the combined frame is identical to a subject frame meant to be received; if it is determined that the combined frame is identical to the subject frame, executing the control using the combined frame; and if it is determined that the combined frame is not identical to the subject frame, deleting the combined frame.
A valve assembly for wellbore, downhole or intervention operations, the valve assembly comprising: a rotatable ball valve member having a passage formed therein; an actuator arrangement; and a linkage arrangement comprising a boot with a coupling to the valve member, the linkage arrangement connecting the valve member and the actuator arrangement, wherein actuation of the actuator arrangement reconfigures the valve assembly from a first configuration in which the passage is aligned or alignable with a first conduit, to a second configuration in which the passage is misaligned or misalignable with the first conduit so as to cut or sever and/or clamp apparatus present in the valve member passage prior to reconfiguration; and wherein the linkage arrangement is configured to convert a linear movement of the actuation arrangement to a rotational movement of the valve member, characterized in that the linkage arrangement defining an arcuate path of the coupling relative to the valve member, the arcuate path defining a pivot axis of the coupling, the pivot axis being offset relative to a rotational axis of the valve member such that the path comprises an orbit of the coupling about the pivot axis such that the assembly is configured to apply a maximum cutting force at a particular phase or stage of the reconfiguration. a rotatable ball valve member having a passage formed therein; an actuator arrangement; and a linkage arrangement comprising a boot with a coupling to the valve member, the linkage arrangement connecting the valve member and the actuator arrangement, wherein actuation of the actuator arrangement reconfigures the valve assembly from a first configuration in which the passage is aligned or alignable with a first conduit, to a second configuration in which the passage is misaligned or misalignable with the first conduit so as to cut or sever and/or clamp apparatus present in the valve member passage prior to reconfiguration; and wherein the linkage arrangement is configured to convert a linear movement of the actuation arrangement to a rotational movement of the valve member, characterized in that the linkage arrangement defining an arcuate path of the coupling relative to the valve member, the arcuate path defining a pivot axis of the coupling, the pivot axis being offset relative to a rotational axis of the valve member such that the path comprises an orbit of the coupling about the pivot axis such that the assembly is configured to apply a maximum cutting force at a particular phase or stage of the reconfiguration.
A dehumidifier comprising a main body, a frame disposed on the main body, a heat exchange module seated on the frame, and a blowing fan for forcibly blowing air into the heat exchange module, the dehumidifier comprising: a tank drawer slidably insertable and withdrawable along a guide (630, 640) disposed on the frame; a water tank accommodated in the tank drawer to collect condensed water generated in the heat exchange module; and a tank handle disposed on the water tank, the tank handle is configured for being grasped by a user to move, characterized in that the tank handle is insertable into and withdrawable from the water tank, a locker that is restricted in a state where the tank drawer is closed is disposed on a back surface of the tank drawer, wherein a locker groove extending from an upper end to a lower end of the water tank and into which the locker is accommodated when the water tank is mounted is defined. a tank drawer slidably insertable and withdrawable along a guide (630, 640) disposed on the frame; a water tank accommodated in the tank drawer to collect condensed water generated in the heat exchange module; and a tank handle disposed on the water tank, the tank handle is configured for being grasped by a user to move, characterized in that the tank handle is insertable into and withdrawable from the water tank, a locker that is restricted in a state where the tank drawer is closed is disposed on a back surface of the tank drawer, wherein a locker groove extending from an upper end to a lower end of the water tank and into which the locker is accommodated when the water tank is mounted is defined.
A motor vehicle with a container for storing liquid reducing agent, which can be fed from the exhaust gas system to an internal combustion engine provided in the motor vehicle, and with an air conveying device, by means of which, in the air cushion, which is located in the container above the reducing agent level, an excess pressure can be built up by the supply of further air from the environment and alternatively a negative pressure can be produced, characterised in that reducing agent from the storage container can be fed to the container via a feed line from a further storage container provided in the vehicle for reducing agent by means of a negative pressure produced in the air cushion with the air conveying device.
An MPC control method for an industrial boiler wherein at least a couple of variable output parameters (P, L) are controlled through a supervisory cascade MPC control architecture for optimizing the boiler operation, at least the level sensed by level sensor of the fluid to be heated in the boiler and the value of the steam pressure produced by the boiler 680 and sensed by pressure sensors, wherein said MPC control architecture is provided upstream of a couple of PI controllers (420, 430), one for the pressure control and one for the fluid level control; wherein said MPC control architecture is implemented by an MPC block receiving as input at least the feedback value of the steam pressure; wherein said MPC control architecture is implemented by an MPC block receiving as input at least the feedback value of the steam pressure; wherein said MPC block receives as a further input at least the feedback value of the fluid level; and wherein said MPC control architecture provides at least a first output dedicated to the predictive pressure control level and at least a second output dedicated to the predictive fluid level control.