mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a plurality of first stage amplifiers having a plurality of first stage output ports, respectively, to output first stage amplified voltage mode signals; a plurality of second stage amplifiers having a plurality of second stage input ports, respectively, and second stage output ports to output amplified current mode signals; and a switch apparatus having input terminals coupled to the first stage output ports and output terminals coupled to the second stage input ports, the switch apparatus configured to couple selected first stage output ports to selected second stage input ports. a plurality of first stage amplifiers having a plurality of first stage output ports, respectively, to output first stage amplified voltage mode signals; a plurality of second stage amplifiers having a plurality of second stage input ports, respectively, and second stage output ports to output amplified current mode signals; and a switch apparatus having input terminals coupled to the first stage output ports and output terminals coupled to the second stage input ports, the switch apparatus configured to couple selected first stage output ports to selected second stage input ports.
An intermediate transfer member comprised of a polyhedral silsesquioxane polyimide, and wherein said silsesquioxane is attached to said polyimide and wherein said polyhedral silsesquioxane polyimide is formed by reacting a POSS component selected from the group consisting of a POSS amine, a POSS alcohol, a POSS carboxylic acid, and a POSS epoxide with a polyamic acid, and wherein POSS is a polyhedral oligomeric silsesquioxane wherein said POSS alcohol is represented by at least one of and wherein each R substituent is alkyl with from 1 to 12 carbon atoms, aryl with from 6 to 24 carbon atoms, or mixtures thereof; wherein said POSS epoxide is represented by at least one of and wherein each R substituent is alkyl with from 1 to 12 carbon atoms, aryl with from 6 to 24 carbon atoms, or mixtures thereof, wherein said POSS carboxylic acid is represented by wherein each R substituent is alkyl with from 1 to 12 carbon atoms, aryl with from 6 to 24 carbon atoms, or mixtures thereof, and wherein said POSS amine is represented by at least one of and wherein each R substituent is alkyl with from 1 to 12 carbon atoms, aryl with from 6 to 24 carbon atoms, or mixtures thereof and wherein said polyhedral silsesquioxane is present in an amount of from 1 to 40 weight percent, said polyimide is present in an amount of from 99 to 60 weight percent based on the weight percent of said polyhedral silsesquioxane polyimide, and wherein the total thereof of said polyimide and said polyhederal silsesquioxane is 100 percent.
An active matrix electrowetting on dielectric (AM-EWOD) device, comprising: a plurality of array elements configured to manipulate one or more droplets of fluid on an array, each of the array elements including a corresponding array element circuit, wherein each array element circuit includes a top substrate electrode and a drive electrode between which the one or more droplets may be positioned; circuitry (76,78) configured, in an AC mode of operation, to write data to the corresponding array element by applying to the top substrate electrode a time-varying voltage waveform V 2 + V offset and by selectively applying to the drive electrode, depending on the value of the data, either one of: (i) a time-varying voltage waveform V 1 to put the corresponding array element into an actuated state; and (ii) a time-varying voltage waveform V 2 to put the corresponding array element into a non-actuated state; wherein voltage waveform V 1 has amplitude V B and period t 0, voltage waveform V 2 is the logical inverse of V 1, and V offset represents an offset voltage signal which may have AC and/or DC components and may equal zero. a plurality of array elements configured to manipulate one or more droplets of fluid on an array, each of the array elements including a corresponding array element circuit, wherein each array element circuit includes a top substrate electrode and a drive electrode between which the one or more droplets may be positioned; circuitry (76,78) configured, in an AC mode of operation, to write data to the corresponding array element by applying to the top substrate electrode a time-varying voltage waveform V 2 + V offset and by selectively applying to the drive electrode, depending on the value of the data, either one of: (i) a time-varying voltage waveform V 1 to put the corresponding array element into an actuated state; and (ii) a time-varying voltage waveform V 2 to put the corresponding array element into a non-actuated state; wherein voltage waveform V 1 has amplitude V B and period t 0, voltage waveform V 2 is the logical inverse of V 1, and V offset represents an offset voltage signal which may have AC and/or DC components and may equal zero. (i) a time-varying voltage waveform V 1 to put the corresponding array element into an actuated state; and (ii) a time-varying voltage waveform V 2 to put the corresponding array element into a non-actuated state;
A composite composition comprising a first polysiloxane polymer and at least 5 weight percent inorganic particles, wherein the inorganic particles have an average particle size of no more than about 250 nm and are substantially free of organic surface modification distinct from the polysiloxane polymer, wherein the first polysiloxane polymer has 5 to 50 number percent polar functional side groups.
An aqueous anionic surfactant foaming solution for use in an enhanced oil recovery process comprising (i) one or more alpha-olefin sulfonate, (ii) an alkyl ether solvent having the chemical formula C 8 H 18 O 3, C 8 H 16 O 3, or mixtures thereof, and (iii) water. (i) one or more alpha-olefin sulfonate, (ii) an alkyl ether solvent having the chemical formula C 8 H 18 O 3, C 8 H 16 O 3, or mixtures thereof, and (iii) water.
Lifting surface of an aircraft, comprising a leading edge portion and a notch located in said leading edge portion, the notch comprising two walls adapted to be parallel to the direction of the incident flow to the lifting surface and a third wall adapted to face the incident flow to the lifting surface when it is in flight, the lifting surface also comprising a retractable cover element, the notch and the retractable cover element being configured such that when the retractable cover element does not cover the notch, said notch is exposed to the incident flow generating a vortex which increases the lift force of the lifting surface, delaying stall, wherein the third wall of the notch comprises a streamlined shape replicating a secondary leading edge exposed only when the retractable cover element is retracted/stowed characterised in that the retractable cover element is a retractable jacket which is movable along the leading edge portion in the spanwise direction of the lifting surface and follows the shape of the cross-section of the leading edge portion.
A sensing guide wire, comprising: a core member having an inner section and an outer section surrounding the inner section, wherein the inner section is formed of a first material and the outer section is formed of a second material that is different than the first material; a polymer outer layer surrounding the core member; and a sensing element coupled to a distal portion of the core member, wherein the polymer outer layer includes at least one communication line embedded therein, wherein the at least one communication line includes a conductor; wherein the conductor is fully embedded within the material forming the outer layer, and wherein the sensing element is communicatively coupled to the at least one communication line, characterised in that the inner section and the outer section are formed of two different metals that are co-drawn together to form the core member. a core member having an inner section and an outer section surrounding the inner section, wherein the inner section is formed of a first material and the outer section is formed of a second material that is different than the first material; a polymer outer layer surrounding the core member; and a sensing element coupled to a distal portion of the core member, wherein the polymer outer layer includes at least one communication line embedded therein, wherein the at least one communication line includes a conductor; wherein the conductor is fully embedded within the material forming the outer layer, and wherein the sensing element is communicatively coupled to the at least one communication line, wherein the polymer outer layer includes at least one communication line embedded therein, wherein the at least one communication line includes a conductor; wherein the conductor is fully embedded within the material forming the outer layer, and wherein the sensing element is communicatively coupled to the at least one communication line,
A makeup assisting apparatus comprising: a makeup collecting section configured to receive, from each of a plurality of terminals, an applied makeup information item when a user of the terminal selects makeup to be applied in makeup, the applied makeup information item indicating the selected makeup; a makeup accumulating section configured to accumulate the received applied makeup information items in association with reception times; a makeup analyzing section configured to judge repeatedly whether or not a timing at which fashionable makeup should be estimated has come and further configured to estimate, each time it is judged that the timing has come, the fashionable makeup by analyzing the accumulated applied makeup information items and the reception times of the applied makeup information items, wherein the makeup analyzing section is further configured to determine a selection criterion in such a way that the estimated fashionable makeup is selected; and a makeup presenting section configured to select makeup based on the determined selection criterion and that presents a proposed makeup information item indicating the selected makeup to the user. a makeup collecting section configured to receive, from each of a plurality of terminals, an applied makeup information item when a user of the terminal selects makeup to be applied in makeup, the applied makeup information item indicating the selected makeup; a makeup accumulating section configured to accumulate the received applied makeup information items in association with reception times; a makeup analyzing section configured to judge repeatedly whether or not a timing at which fashionable makeup should be estimated has come and further configured to estimate, each time it is judged that the timing has come, the fashionable makeup by analyzing the accumulated applied makeup information items and the reception times of the applied makeup information items, wherein the makeup analyzing section is further configured to determine a selection criterion in such a way that the estimated fashionable makeup is selected; and a makeup presenting section configured to select makeup based on the determined selection criterion and that presents a proposed makeup information item indicating the selected makeup to the user.
An aerosol generator comprising: a heater configured to heat a cigarette accommodated in the aerosol generator; a battery configured to supply electric power to the heater; and a controller configured to: control the electric power supplied to the heater to increase a temperature of the heater to a reference temperature or greater, the reference temperature being set to be suitable for generating aerosol from the cigarette, set a target temperature of the heater, control the electric power supplied to the heater based on the target temperature such that the temperature of the heater is maintained at the reference temperature, and adjust the target temperature to compensate for the temperature of the heater when the temperature of the heater decreases below the reference temperature. a heater configured to heat a cigarette accommodated in the aerosol generator; a battery configured to supply electric power to the heater; and a controller configured to: control the electric power supplied to the heater to increase a temperature of the heater to a reference temperature or greater, the reference temperature being set to be suitable for generating aerosol from the cigarette, set a target temperature of the heater, control the electric power supplied to the heater based on the target temperature such that the temperature of the heater is maintained at the reference temperature, and adjust the target temperature to compensate for the temperature of the heater when the temperature of the heater decreases below the reference temperature. control the electric power supplied to the heater to increase a temperature of the heater to a reference temperature or greater, the reference temperature being set to be suitable for generating aerosol from the cigarette, set a target temperature of the heater, control the electric power supplied to the heater based on the target temperature such that the temperature of the heater is maintained at the reference temperature, and adjust the target temperature to compensate for the temperature of the heater when the temperature of the heater decreases below the reference temperature.
A clot retrieval device for removing occlusive clot from a blood vessel, the device comprising: an inner elongate body having a collapsed delivery configuration and an expanded deployed configuration; an outer elongate body at least partially overlying the inner elongate body; the outer elongate body being expandable to a radial extent which is greater than the radial extent of the inner body in the deployed configuration to define a clot reception space; wherein the outer elongate body comprises a distal end portion; and wherein the inner elongate body comprises a main body portion and a distal portion which extends in the deployed configuration towards the outer elongate body to a greater extent than the main body portion, wherein the distal portion of the inner elongate body comprises a bulged or flared framework of struts and wherein the bulged or flared framework of struts comprises struts configured in a spiral shape; and the distal portion of the inner elongate member and the distal end portion of the outer elongate body together defining a three dimensional protective structure to substantially prevent distal egress of clot or clot fragments from the device. an inner elongate body having a collapsed delivery configuration and an expanded deployed configuration; an outer elongate body at least partially overlying the inner elongate body; the outer elongate body being expandable to a radial extent which is greater than the radial extent of the inner body in the deployed configuration to define a clot reception space; wherein the outer elongate body comprises a distal end portion; and wherein the inner elongate body comprises a main body portion and a distal portion which extends in the deployed configuration towards the outer elongate body to a greater extent than the main body portion, wherein the distal portion of the inner elongate body comprises a bulged or flared framework of struts and wherein the bulged or flared framework of struts comprises struts configured in a spiral shape; and the distal portion of the inner elongate member and the distal end portion of the outer elongate body together defining a three dimensional protective structure to substantially prevent distal egress of clot or clot fragments from the device.
An ionization gauge to measure pressure comprising: an anode structure comprising a mesh (111, 120) defining an ionization volume in which electrons impact gas molecules and atoms; a hot cathode electron source that emits electrons; and a collector electrode to collect ions formed by collisions between the electrons and gas molecules and atoms, to provide a gas pressure output, the collector electrode extending along a collector axis through the ionization volume; characterised in that the electron source is positioned at an end of the ionization volume through which the collector axis extends. an anode structure comprising a mesh (111, 120) defining an ionization volume in which electrons impact gas molecules and atoms; a hot cathode electron source that emits electrons; and a collector electrode to collect ions formed by collisions between the electrons and gas molecules and atoms, to provide a gas pressure output, the collector electrode extending along a collector axis through the ionization volume; characterised in that the electron source is positioned at an end of the ionization volume through which the collector axis extends.
A self-curing organic synthetic resin composition for additive manufacturing, comprising 30-75% by weight of a linear thermoplastic phenolic resin and 25-70% by weight of a phenol modified furan resin.
A polytunnel structure comprising a pair of rows of legs, each leg of one of the rows and a corresponding leg of another of the rows together supporting a cover support member, the cover support members supporting a cover, the cover being anchored in position by ropes, straps or the like extending over the cover and anchored to the legs, wherein at least one of the legs comprises an elongate member having an anchor region upon which a screw flight is provided, a support region to which, in use, part of the cover support member is secured, and an attachment plate provided with a first attachment formation and a second attachment formation, the first and second attachment formations (28, 30) taking the form of hooks or hook like formations, characterised in that the first and second attachment formations (28, 30) are spaced from a longitudinal axis of the elongate member by different spacings such that, depending upon which attachment formation (28, 30) is used, the anchor rope, strap or the like can be selectively secured relatively close to the axis of the axis or at an increased distance from the axis.
A method of encoding transform coefficients for a transform block of a video block, the method comprising: obtaining a binary string indicating a position of a last significant coefficient within the transform block of transform coefficients; determining a context for a binary index of the binary string based on a size of the transform block; and encoding the binary string using context adaptive binary arithmetic coding, CABAC, based at least in part on the determined context; characterized in that the context assigned to the binary index of the binary string is the same as the context assigned to at least one binary index of a binary string indicating a position of a last significant coefficient within a transform block of a different size. obtaining a binary string indicating a position of a last significant coefficient within the transform block of transform coefficients; determining a context for a binary index of the binary string based on a size of the transform block; and encoding the binary string using context adaptive binary arithmetic coding, CABAC, based at least in part on the determined context; characterized in that the context assigned to the binary index of the binary string is the same as the context assigned to at least one binary index of a binary string indicating a position of a last significant coefficient within a transform block of a different size.
A vehicle body of shell construction, comprising a rear frame extending in the transverse direction of the vehicle (y) with a support-rear trim panel formed as an inner shell and a rear trim panel formed as an outer shell, characterised in that the support-rear trim panel is of at least three parts and is composed of a middle portion and at least two side portions, the separate middle portion being formed as a lock counter-piece for a lock of a tailgate, and the rear frame in the region of the lock counter-piece comprising merely the middle portion as inner shell and the rear trim panel as outer shell, without any doubling-up of metal sheets and without any reinforcement elements.
A vehicle seat having a seat operating device, wherein the seat operating device has a touch screen for displaying control panels for setting a value of an operating parameter assigned to the respective control panel and for detecting user input (5, 6), wherein one can switch between control panels by means of at least one first user input, wherein a single control panel at a time is displayed by the touch screen and the value of the operating parameter can be changed by at least one second user input of the control panel characterized in that the control panels are arranged in a fixed sequence and only one operating parameter is assigned to each control panel.
A traction fluid comprising a base fluid comprising cedar oil or a major constituent thereof and a polyolefin polymer, and at least one lubricant additive for a power transmission apparatus, wherein the traction fluid comprises less than 5 wt.% longifolene, wherein by cedar oil or a major constituent thereof means that the base fluid of the traction fluid contains at least one of cedar oil, cedrene, cedrol, thujopsene, or a mixture thereof.
A first computing device comprising: a processor; a first communication interface configured to support a first communication channel; a second communication interface configured to support a second communication channel that is different than the first communication channel; and a memory including instruction operable to be executed by the processor to perform a set of actions to configure the processor to: establish a first communication connection with a captive access point via the first communication channel; establish a second communication connection with a second computing device via the second communication channel; forward data packets comprising web browser readable code for a portal login web page received from the captive access point to the second computing device; forward registration information responsive to the portal login web page received from the second computing device to the captive access point as registration information for the first computing device; and access a network through the captive access point. a processor; a first communication interface configured to support a first communication channel; a second communication interface configured to support a second communication channel that is different than the first communication channel; and a memory including instruction operable to be executed by the processor to perform a set of actions to configure the processor to: establish a first communication connection with a captive access point via the first communication channel; establish a second communication connection with a second computing device via the second communication channel; forward data packets comprising web browser readable code for a portal login web page received from the captive access point to the second computing device; forward registration information responsive to the portal login web page received from the second computing device to the captive access point as registration information for the first computing device; and access a network through the captive access point. establish a first communication connection with a captive access point via the first communication channel; establish a second communication connection with a second computing device via the second communication channel; forward data packets comprising web browser readable code for a portal login web page received from the captive access point to the second computing device; forward registration information responsive to the portal login web page received from the second computing device to the captive access point as registration information for the first computing device; and access a network through the captive access point.