mhurhangee/ep-ind-claims huggingface dataset:
A method of making nonwoven fibrous materials suitable for use in a pollution control device or as a firestop, said method comprising: providing a first slurry comprising water, first inorganic fibers, a first organic binder, and a first neutral pH flocculent, where the first slurry can be used to form a first nonwoven fibrous material suitable for use in a pollution control device or as a firestop; removing first waste water from the first slurry; optionally forming a first nonwoven fibrous material from the first slurry; providing a second slurry comprising a quantity of the first waste water, an optional quantity of relatively clean water, second inorganic fibers, a second organic binder, and a second flocculent that is the same and/or a different flocculent than that used in the first slurry; and forming a second nonwoven fibrous material from the second slurry, wherein the addition of the first waste water in the second slurry does not adversely affect the flocculation of the second organic binder in the second slurry, and the second nonwoven fibrous material is suitable for use in a pollution control device or as a firestop. providing a first slurry comprising water, first inorganic fibers, a first organic binder, and a first neutral pH flocculent, where the first slurry can be used to form a first nonwoven fibrous material suitable for use in a pollution control device or as a firestop; removing first waste water from the first slurry; optionally forming a first nonwoven fibrous material from the first slurry; providing a second slurry comprising a quantity of the first waste water, an optional quantity of relatively clean water, second inorganic fibers, a second organic binder, and a second flocculent that is the same and/or a different flocculent than that used in the first slurry; and forming a second nonwoven fibrous material from the second slurry, wherein the addition of the first waste water in the second slurry does not adversely affect the flocculation of the second organic binder in the second slurry, and the second nonwoven fibrous material is suitable for use in a pollution control device or as a firestop.
A lithium secondary battery comprising: a cathode; an anode comprising a silicon component; a separator disposed between the cathode and the anode; and an electrolyte comprising fluoroethylene carbonate, wherein a weight ratio of the silicon to the FEC is 0.4 to 0.8, wherein the electrolyte comprises the FEC in an amount of 5% or greater and less than 10% by weight on the total weight of the electrolyte, wherein a weight ratio of the silicon to the FEC is obtained using an absolute amount of the silicon in a cell of the lithium secondary battery to an absolute amount of the FEC in the cell, wherein the absolute amount of the FEC in the cell is obtained by the following Equation 1: an absolute amount of the FEC = an amount of injection of the electrolyte × a weight ratio of the FEC relative to the total weight of the electrolyte, and wherein the absolute amount of the silicon in the cell is obtained by the following Equation 2: an absolute amount of the silicon = a loading level of the anode per unit area × an area of the anode × a content of an active material × a number of electrode stacks × a content of the silicon in the active material. a cathode; an anode comprising a silicon component; a separator disposed between the cathode and the anode; and an electrolyte comprising fluoroethylene carbonate, wherein a weight ratio of the silicon to the FEC is 0.4 to 0.8, wherein the electrolyte comprises the FEC in an amount of 5% or greater and less than 10% by weight on the total weight of the electrolyte, wherein a weight ratio of the silicon to the FEC is obtained using an absolute amount of the silicon in a cell of the lithium secondary battery to an absolute amount of the FEC in the cell, wherein the absolute amount of the FEC in the cell is obtained by the following Equation 1: an absolute amount of the FEC = an amount of injection of the electrolyte × a weight ratio of the FEC relative to the total weight of the electrolyte, and wherein the absolute amount of the silicon in the cell is obtained by the following Equation 2: an absolute amount of the silicon = a loading level of the anode per unit area × an area of the anode × a content of an active material × a number of electrode stacks × a content of the silicon in the active material.
A system for dynamic measurement of the wheel load (5a, 5b,... 5i) of a train, comprising at least one fishplate (7a, 7b, 7c, 7d) adapted to be pressed against the web of a rail (1 a, 1 b) of a railway track, at least one of the fishplates incorporating force sensors (15a, 15b), and comprising recesses adapted to receive in particular the electrical wiring and the connector technology associated with said sensors.
Method for determining current-voltage characteristics of a photovoltaic installation comprising the following steps: • connecting a MOSFET-type transistor to the photovoltaic installation; • applying, to the transistor, a signal of a control voltage (Vgs) that crosses a linear regime range (φ lin) of the transistor, between two critical voltages comprising a saturation voltage (Vgs(sat)) and a threshold voltage (Vgs(th)); and • measuring the current and the voltage of the photovoltaic installation while said range corresponding to the linear regime of the transistor is being crossed, characterized in that the control voltage signal (Vgs) of the transistor is generated from a digital control signal and in that, the transistor initially being in short-circuit (φ cc) or open-circuit (φ co) regime, a command is issued for a first, rapid variation in the control voltage (Vgs) in the direction of said linear regime range of the transistor, then a second, slow variation in the control voltage (Vgs) crossing said linear regime range of the transistor, the transition between the first and the second variation being discontinuous. • connecting a MOSFET-type transistor to the photovoltaic installation; • applying, to the transistor, a signal of a control voltage (Vgs) that crosses a linear regime range (φ lin) of the transistor, between two critical voltages comprising a saturation voltage (Vgs(sat)) and a threshold voltage (Vgs(th)); and • measuring the current and the voltage of the photovoltaic installation while said range corresponding to the linear regime of the transistor is being crossed,
Garment holding device comprising a main sheet of material rollable in a rolling direction and at least one cloth attachment means (3,4) attached to said main sheet, wherein the main sheet is provided with at least two elongated elevated zones (5,5') on the front side of the main sheet, essentially mutually parallel arranged at or near the edges of said main sheet and parallel to said rolling direction, such that when the device is rolled up, a curved spacing is created for holding a suit or another garment, without substantial forces being exerted thereto and without sharp bends characterised in that the main sheet is made from a paper or cardboard, or in particular ribbed cardboard, wherein the elongated elevated zones (5,5') have a thickness of at least 4 mm, and in particular more than 9 millimeter, such that in a rolled up configuration, a garment storage space with a helix shaped cross section is obtained.
Tablet for delayed release comprising rifaximin in polymorphic form β, and optionally one or more pharmaceutical excipient(s) wherein the rifaximin contains 700-900 mg rifaximin calculated on the basis of anhydrous rifaximin, and wherein the tablet is substantially free of enteric release material. rifaximin in polymorphic form β, and optionally one or more pharmaceutical excipient(s)
Slide device for sliding piece goods off a conveying device, comprising - a revolving track, and - at least one driven mobile unit which is capable of travelling on the track, - wherein the mobile unit comprises a paddle for bearing on the piece goods arriving on the conveying device, and - wherein the mobile unit comprises a slider which for sliding off the piece goods from the conveying device is displaceable in manner perpendicular to the travelling direction of the mobile unit, characterized in that the mobile unit comprises at least one permanent magnet, and that separately actuatable solenoids for driving the mobile unit are disposed along the track. - a revolving track, and - at least one driven mobile unit which is capable of travelling on the track, - wherein the mobile unit comprises a paddle for bearing on the piece goods arriving on the conveying device, and - wherein the mobile unit comprises a slider which for sliding off the piece goods from the conveying device is displaceable in manner perpendicular to the travelling direction of the mobile unit,
A system for providing a partitioned storage service, comprising: at least two networked servers (161, 162, 163); a plurality of resources (170, 180) partitioned across the at least two networked servers, such that a first subset of a resource is stored on a first server and a second subset of a resource is stored on a second server, with one of the first or second servers responsible for allowing access to the resource as a whole by networked clients; at least one of the first and second servers maintaining a routing table (20A, 20B, 20C) indicating which of the first or second servers is responsible for which subset of a resource; and at least two snapshot components (22A, 22B, 22C) operating on respective ones of the at least two networked servers and with the snapshot component operating on the first server holding data of at least the first subset of the partitioned resources being capable of coordinating with-at least one other snapshot component operating on the second server holding data of the second subset of the partitioned resources, for generating a snapshot of those portions of the partitioned resources maintained by its respective server, and for generating snapshot state information representative of the state of each of the -partitioned resources on each respective server, the snapshot state information being representative of a state of partitioned data maintained by each respective server, including at least information concerning a file structure of such data. at least two networked servers (161, 162, 163); a plurality of resources (170, 180) partitioned across the at least two networked servers, such that a first subset of a resource is stored on a first server and a second subset of a resource is stored on a second server, with one of the first or second servers responsible for allowing access to the resource as a whole by networked clients; at least one of the first and second servers maintaining a routing table (20A, 20B, 20C) indicating which of the first or second servers is responsible for which subset of a resource; and at least two snapshot components (22A, 22B, 22C) operating on respective ones of the at least two networked servers and with the snapshot component operating on the first server holding data of at least the first subset of the partitioned resources being capable of coordinating with-at least one other snapshot component operating on the second server holding data of the second subset of the partitioned resources, for generating a snapshot of those portions of the partitioned resources maintained by its respective server, and for generating snapshot state information representative of the state of each of the -partitioned resources on each respective server, the snapshot state information being representative of a state of partitioned data maintained by each respective server, including at least information concerning a file structure of such data.
A solid state thin film electrochemical device comprising: at least one electrode; and, an electrolyte deposited on the electrode, characterised in that the electrolyte includes at least two layers, one of the at least two layers being a first dense layer and a second of the at least two layers being a second porous layer consisting of the same material as the first dense layer. at least one electrode; and, an electrolyte deposited on the electrode, characterised in that the electrolyte includes at least two layers, one of the at least two layers being a first dense layer and a second of the at least two layers being a second porous layer consisting of the same material as the first dense layer.
A method for wireless communication at a user equipment, UE, comprising: entering a first power mode of the UE in a synchronized communication system operating in a shared spectrum frequency band; performing, in a second power mode, discontinuous monitoring of a plurality of potential locations for a signal, wherein the second power mode is higher than the first power mode;receiving the signal in one of the plurality of potential locations; entering a third power mode, based at least in part on receiving the signal, to process a control resource set associated with a downlink transmission opportunity, wherein the third power mode is higher than the first power mode and the second power mode, and wherein the first, second and third power modes are power consumption modes of the UE; determining that a content of the downlink transmission opportunity will include content for the UE based at least in part on processing the control resource set; and monitoring at least a portion of the downlink transmission opportunity based at least in part on determining that the content includes the content for the UE. entering a first power mode of the UE in a synchronized communication system operating in a shared spectrum frequency band; performing, in a second power mode, discontinuous monitoring of a plurality of potential locations for a signal, wherein the second power mode is higher than the first power mode;receiving the signal in one of the plurality of potential locations; entering a third power mode, based at least in part on receiving the signal, to process a control resource set associated with a downlink transmission opportunity, wherein the third power mode is higher than the first power mode and the second power mode, and wherein the first, second and third power modes are power consumption modes of the UE; determining that a content of the downlink transmission opportunity will include content for the UE based at least in part on processing the control resource set; and monitoring at least a portion of the downlink transmission opportunity based at least in part on determining that the content includes the content for the UE.
A method for managing power of a wireless tool, comprising: acquiring a mixed electromagnetic signal comprising a plurality of electromagnetic signals emitted by a location pad, wherein each electromagnetic signal is emitted by a respective coil of the location pad, and wherein each electromagnetic signal has a different frequency; determining a voltage based on the mixed electromagnetic signal, wherein the voltage is proportional to a distance of the wireless tool from the location pad; when the voltage is below a predetermined amount, setting the wireless tool to a hibernation mode; and when the voltage is above the predetermined amount, setting the wireless tool to an active mode and applying an algorithm to calculate the location and orientation of the wireless tool. acquiring a mixed electromagnetic signal comprising a plurality of electromagnetic signals emitted by a location pad, wherein each electromagnetic signal is emitted by a respective coil of the location pad, and wherein each electromagnetic signal has a different frequency; determining a voltage based on the mixed electromagnetic signal, wherein the voltage is proportional to a distance of the wireless tool from the location pad; when the voltage is below a predetermined amount, setting the wireless tool to a hibernation mode; and when the voltage is above the predetermined amount, setting the wireless tool to an active mode and applying an algorithm to calculate the location and orientation of the wireless tool.
Robot lawnmower comprising a base frame, a cover integral with the base frame, two driving wheels and at least one directional idler wheel, wherein each driving wheel is driven by an electric motor, characterized in that each motor comprises a motor block rotatably fixed to a bracket to which the respective driving wheel is rotatably fixed, wherein the robot lawnmower comprises absorbing means (56, 57, 61) of a bump of the robot lawnmower, wherein the absorbing means (56, 57, 61) are adapted to allow the rotation of the motor block with respect to the base frame in the case of a bump in the direction of motion of the robot lawnmower, wherein the absorbing means (56, 57, 61) comprise elastic means adapted to keep the motor block in a position of equilibrium with respect to the bracket in the absence of bumps, said robot lawnmower further comprising at least one sensor fixed to the base frame and adapted to detect said rotation of the motor block with respect to the base frame, and a control unit adapted to block and reverse the motion of the driving wheels following the detection of said rotation of the motor block with respect to the base frame. each motor comprises a motor block rotatably fixed to a bracket to which the respective driving wheel is rotatably fixed, wherein the robot lawnmower comprises absorbing means (56, 57, 61) of a bump of the robot lawnmower, wherein the absorbing means (56, 57, 61) are adapted to allow the rotation of the motor block with respect to the base frame in the case of a bump in the direction of motion of the robot lawnmower, wherein the absorbing means (56, 57, 61) comprise elastic means adapted to keep the motor block in a position of equilibrium with respect to the bracket in the absence of bumps, said robot lawnmower further comprising at least one sensor fixed to the base frame and adapted to detect said rotation of the motor block with respect to the base frame, and a control unit adapted to block and reverse the motion of the driving wheels following the detection of said rotation of the motor block with respect to the base frame.
A method for producing a copolymer comprising a step of polymerizing a conjugated diene compound and an unconjugated olefin other than the conjugated diene compound in the presence of a polymerization catalyst composition including at least one complex selected from the group consisting of a metallocene complex represented by the following general formula: wherein M is a lanthanoid element, scandium or yttrium, and Cp R is independently a non-substituted or substituted indenyl, and R a -R f are independently an alkyl group having a carbon number of 1-3 or a hydrogen atom, and L is a neutral Lewis base, and w is an integer of 0-3 characterized in that at least one of R a -R f is a hydrogen atom, a metallocene complex represented by the following general formula: wherein M is a lanthanoid element, scandium or yttrium, and Cp R is independently a non-substituted or substituted indenyl, and X' is a hydrogen atom, a halogen atom, an alkoxide group, a thiolate group, an amide group, a silyl group or a hydrocarbon group having a carbon number of 1-20, and L is a neutral Lewis base, and w is an integer of 0-3 and a half-metallocene cation complex represented by the following general formula: wherein M is a lanthanoid element, scandium or yttrium, and Cp R ' is a non-substituted or substituted cyclopentadienyl, indenyl or fluorenyl, and X is a hydrogen atom, a halogen atom, an alkoxide group, a thiolate group, an amide group, a silyl group or a hydrocarbon group having a carbon number of 1-20, and L is a neutral Lewis base, and w is an integer of 0-3, and - is a non-coordinating anion.
An assembly for a fan track liner for a fan engine, the assembly including: a plurality of panels (50, 150), a forward portion of said panels including a hinged portion which operates as a trapdoor to permit a blade or blade fragment to pass through it; and a plurality of first fastening members and second fastening members which are arranged to secure the panels to the fan case of the engine, wherein: each first fastening member has: either a substantially C-shaped profile or a substantially T-shaped profile which is arranged to engage with a circumferential rail section located on the fan case; and a fastening portion which is arranged to engage with a second fastening member to secure one of said panels to the fan case. a plurality of panels (50, 150), a forward portion of said panels including a hinged portion which operates as a trapdoor to permit a blade or blade fragment to pass through it; and a plurality of first fastening members and second fastening members which are arranged to secure the panels to the fan case of the engine, wherein: each first fastening member has: either a substantially C-shaped profile or a substantially T-shaped profile which is arranged to engage with a circumferential rail section located on the fan case; and a fastening portion which is arranged to engage with a second fastening member to secure one of said panels to the fan case. each first fastening member has: either a substantially C-shaped profile or a substantially T-shaped profile which is arranged to engage with a circumferential rail section located on the fan case; and a fastening portion which is arranged to engage with a second fastening member to secure one of said panels to the fan case. either a substantially C-shaped profile or a substantially T-shaped profile which is arranged to engage with a circumferential rail section located on the fan case; and a fastening portion which is arranged to engage with a second fastening member to secure one of said panels to the fan case.
A wind turbine comprising a wind turbine rotor with at least one wind turbine blade, a wind turbine tower, such as a standard tubular steel tower, positioned on a foundation and connected to said wind turbine rotor through a wind turbine nacelle, and control means for establishing oscillation control values of the wind turbine, characterised in that the tower comprises load altering means for optimizing the tower eigenfrequency in response to said values from said control means and wherein said load altering means are positioned inside said tower and comprise connection means vertically connecting a tower position with at least one lower tower position or with the foundation, and wherein the connection means include wires (14, 24, 34, 44).
A mobile terminal comprising: relay means for relaying data transmitted between another communication terminal and a network; and change means for changing an operation state of the relay means, based on a location state in a mobile communication network derived based on a reception situation of a signal from a base station of the mobile communication network, and a location state in a radio communication network different from the mobile communication network, derived based on a reception situation of a signal from a base station of the radio communication network, wherein the operation state includes activated relay means and deactivated relay means, and wherein the change means are set up for - activating the relay means, when the first location state is within the mobile communication network and the second location state is outside the radio communication network, and for - otherwise, deactivating the relay means. relay means for relaying data transmitted between another communication terminal and a network; and change means for changing an operation state of the relay means, based on a location state in a mobile communication network derived based on a reception situation of a signal from a base station of the mobile communication network, and a location state in a radio communication network different from the mobile communication network, derived based on a reception situation of a signal from a base station of the radio communication network, - activating the relay means, when the first location state is within the mobile communication network and the second location state is outside the radio communication network, and for - otherwise, deactivating the relay means.