mhurhangee/ep-ind-claims huggingface dataset:
A ceramics paste for bonding ceramic green sheets, the paste including: ZrO 2 ceramic particles; a resin capable of functioning as a binder of the ceramic particles; a solvent; and an additive, wherein the additive is one or more compounds each independently being of the following second group: (ii) a second group having one or more of: ether structures; urethane structures; hydroxy group-containing structures; ester structures; and acrylic structures, and having one or more of: imidazoline structures; ethylenediamine structures; and amine structures; and wherein the additive does not contain an additive from the following third group: (iii) a third group which is additives each having any one or more of: ether structures; urethane structures; hydroxy group-containing structures; ester structures; acrylic structures; imidazoline structures; ethylenediamine structures; and amine structures; and one or more selected from phosphate salts, sulfonates, carboxylates, alkylammonium salts, and acid group-containing compounds; and wherein the solvent is one of or a mixture of two or more of 2-ethylhexanoic acid, 2-ethylhexanol, 2-ethylhexyl acetate, 2-ethylhexyl methacrylate, α-terpineol, β-terpineol, γ-terpineol, and dihydroterpineol. ZrO 2 ceramic particles; a resin capable of functioning as a binder of the ceramic particles; a solvent; and an additive, ether structures; urethane structures; hydroxy group-containing structures; ester structures; and acrylic structures, and having one or more of: imidazoline structures; ethylenediamine structures; and amine structures; ether structures; urethane structures; hydroxy group-containing structures; ester structures; acrylic structures; imidazoline structures; ethylenediamine structures; and amine structures; and one or more selected from phosphate salts, sulfonates, carboxylates, alkylammonium salts, and acid group-containing compounds;
A particle and intracellular organelle alignment liquid (PIOAL) for use in a combined viscosity and geometric hydrofocusing analyzer, the PIOAL directing flow of a blood sample fluid of a given viscosity that is injected into a narrowing flowcell transition zone of the analyzer so as to produce a sample fluid stream enveloped by the PIOAL, the PIOAL comprising: a fluid having a higher viscosity than the viscosity of the blood sample fluid, and a viscosity agent, wherein a viscosity hydrofocusing effect induced by an interaction between the PIOAL fluid and the sample fluid associated with the viscosity difference, in combination with a geometric hydrofocusing effect induced by an interaction between the PIOAL fluid and the sample fluid associated with the narrowing flowcell transition zone, is effective to provide a target imaging state in at least some of a plurality of particles at an imaging site of the analyzer while the viscosity agent retains viability of cells in the sample fluid stream leaving structure and content of the cells intact when the cells extend from the sample fluid stream into a flowing sheath fluid, characterized in that the viscosity agent comprises glycerol at a concentration of 5.0% to 8.0% (v/v). a fluid having a higher viscosity than the viscosity of the blood sample fluid, and a viscosity agent, wherein a viscosity hydrofocusing effect induced by an interaction between the PIOAL fluid and the sample fluid associated with the viscosity difference, in combination with a geometric hydrofocusing effect induced by an interaction between the PIOAL fluid and the sample fluid associated with the narrowing flowcell transition zone, is effective to provide a target imaging state in at least some of a plurality of particles at an imaging site of the analyzer while the viscosity agent retains viability of cells in the sample fluid stream leaving structure and content of the cells intact when the cells extend from the sample fluid stream into a flowing sheath fluid, characterized in that the viscosity agent comprises glycerol at a concentration of 5.0% to 8.0% (v/v).
Combined steering system for articulated tractors comprising a steering gear, an articulated steering mechanism, a front-wheel steering mechanism and a hydraulic apparatus for controlling an articulation steering mode or a front-wheel steering mode, wherein the combined steering system is provided by a hydraulic articulation interlock open in the articulation steering mode and closed in the front-wheel steering mode, characterized in that the articulation interlock has an articulation locking ring with interlock head seats and interlock cylinders containing an interlock head.
A data processing method, applied to an intelligent terminal, comprising: accessing (101; 201) a wireless local area network; establishing (201; 202) a first access point name, APN, wherein the first APN is different from a default APN of the intelligent terminal, and the first APN is used to implement data service access to a cellular network when the wireless local area network is accessed; accessing (103; 203) the cellular network by using the first APN; establishing a virtual interface, so that the data service can be transmitted, through the virtual interface, to a wireless local area network interface or a cellular network interface of the cellular network accessed by using the first APN; and setting an Internet Protocol IP routing table, wherein a default route recorded in the IP routing table is a private IP address of the virtual interface; and performing, in the wireless local area network and the cellular network accessed by using the first APN, transmission of a data service of the intelligent terminal. accessing (101; 201) a wireless local area network; establishing (201; 202) a first access point name, APN, wherein the first APN is different from a default APN of the intelligent terminal, and the first APN is used to implement data service access to a cellular network when the wireless local area network is accessed; accessing (103; 203) the cellular network by using the first APN; establishing a virtual interface, so that the data service can be transmitted, through the virtual interface, to a wireless local area network interface or a cellular network interface of the cellular network accessed by using the first APN; and setting an Internet Protocol IP routing table, wherein a default route recorded in the IP routing table is a private IP address of the virtual interface; and performing, in the wireless local area network and the cellular network accessed by using the first APN, transmission of a data service of the intelligent terminal.
A method for monitoring a pitch system of a wind turbine, the pitch system having, at least, a pitch bearing, the method comprising: monitoring, via one or more first sensors, at least one electrical condition of the pitch system including an expected pitch angle from a pitch profiler model; monitoring, via one or more second sensors, at least one mechanical condition of the pitch system including a measured pitch angle; and, receiving, via a controller communicatively coupled to the one or more first and second sensors (76, 78), sensor signals representing the at least one electrical condition and the at least one mechanical condition of the pitch system; and, determining, via the controller, a bearing condition of the pitch bearing based on the at least one electrical condition and the at least one mechanical condition of the pitch system including determining one or more fault indicators for the at least one electrical condition and the at least one mechanical condition of the pitch system, wherein the one or more fault indicators comprise at least one of an axis-unbalancing fault indicator or an axis-AVG fault indicator, the determination including a Pitch Angle-based Analysis including the steps of: providing the expected pitch angle from the pitch profiler model; providing the measured pitch angle; and determine a difference between the measured pitch angle and expected pitch angle. monitoring, via one or more first sensors, at least one electrical condition of the pitch system including an expected pitch angle from a pitch profiler model; monitoring, via one or more second sensors, at least one mechanical condition of the pitch system including a measured pitch angle; and, receiving, via a controller communicatively coupled to the one or more first and second sensors (76, 78), sensor signals representing the at least one electrical condition and the at least one mechanical condition of the pitch system; and, determining, via the controller, a bearing condition of the pitch bearing based on the at least one electrical condition and the at least one mechanical condition of the pitch system including determining one or more fault indicators for the at least one electrical condition and the at least one mechanical condition of the pitch system, wherein the one or more fault indicators comprise at least one of an axis-unbalancing fault indicator or an axis-AVG fault indicator, the determination including a Pitch Angle-based Analysis including the steps of: providing the expected pitch angle from the pitch profiler model; providing the measured pitch angle; and determine a difference between the measured pitch angle and expected pitch angle. providing the expected pitch angle from the pitch profiler model; providing the measured pitch angle; and determine a difference between the measured pitch angle and expected pitch angle.
A discharging circuit which discharges voltage of a first capacitance element connected between input lines for AC voltage to be input from a commercial AC power supply, the discharging circuit comprising: a first resistance element connected between the input lines and configured to discharge voltage of the first capacitance element; a switching unit connected to the first discharge element in series and having a control terminal; a second capacitance element connected to the control terminal of the switching unit and connected between the input lines; wherein the switching unit is turned on in the case where the AC voltage is not input and the voltage on the second capacitance element exceeds the turn on threshold voltage, characterized in a second resistance element (322, 323) connected to the second capacitance element in parallel and configured to discharge voltage of the second capacitance element, to prevent it from exceeding the turn on threshold voltage of the switching unit when the AC voltage is input, and wherein a resistance value of said first resistance element is smaller than a resistance value of said second resistance element (322, 323). a first resistance element connected between the input lines and configured to discharge voltage of the first capacitance element; a switching unit connected to the first discharge element in series and having a control terminal; a second capacitance element connected to the control terminal of the switching unit and connected between the input lines; wherein the switching unit is turned on in the case where the AC voltage is not input and the voltage on the second capacitance element exceeds the turn on threshold voltage, characterized in a second resistance element (322, 323) connected to the second capacitance element in parallel and configured to discharge voltage of the second capacitance element, to prevent it from exceeding the turn on threshold voltage of the switching unit when the AC voltage is input, and wherein a resistance value of said first resistance element is smaller than a resistance value of said second resistance element (322, 323).
A pharmaceutical composition comprising a therapeutically effective amount of leukotoxin, which has at least 90% sequence identity with the peptide of SEQ ID NO: 1, and a pharmaceutically acceptable carrier for use in treating an ocular inflammatory disease.
A noise cancellation system for a noise cancellation enabled audio device, in particular headphone, the system comprising - a noise cancellation filter structure comprising a noise input for receiving a noise signal and a filter output for providing a filter output signal; - a microphone input coupled to the noise input for receiving the noise signal; and - a compensation output for providing a compensation signal generated from the filter output signal; wherein the filter structure comprises - a first noise filter for producing a first filter signal by filtering the noise signal; - a second noise filter for producing a second filter signal by filtering the noise signal; - a combiner configured to provide the filter output signal based on a linear combination of the first filter signal and the second filter signal; characterised in that: the second noise filter is configured to have a frequency response with a non-minimum phase, in particular a maximum-phase. - a noise cancellation filter structure comprising a noise input for receiving a noise signal and a filter output for providing a filter output signal; - a microphone input coupled to the noise input for receiving the noise signal; and - a compensation output for providing a compensation signal generated from the filter output signal; wherein the filter structure comprises - a first noise filter for producing a first filter signal by filtering the noise signal; - a second noise filter for producing a second filter signal by filtering the noise signal; - a combiner configured to provide the filter output signal based on a linear combination of the first filter signal and the second filter signal;
A pre-fabricated water control sluice gate system comprising: a. a first frame comprising: i. two side panels; and ii. a base panel interconnecting the two side panels; iii. at least one lifting anchor or coupler adapted for receiving a lifting anchor; b. one or more sluice gate members; and c. an actuator adapted for moving the one or more gate members; wherein the side and/or base panels are adapted for mounting the one or more gate sluice members thereto; characterized in that the base panel comprises channels adapted to be connected to suction means. a. a first frame comprising: i. two side panels; and ii. a base panel interconnecting the two side panels; iii. at least one lifting anchor or coupler adapted for receiving a lifting anchor; i. two side panels; and ii. a base panel interconnecting the two side panels; iii. at least one lifting anchor or coupler adapted for receiving a lifting anchor; b. one or more sluice gate members; and c. an actuator adapted for moving the one or more gate members;
A colloidal crystal gel, characterized in that fine particles are self-organizingly and periodically lined up in a polymer gel, wherein the polymer gel comprises a network polymer containing an ion liquid, wherein the network polymer has a three-dimensional network structure created by cross-linking of a polymer formed by polymerization of polymerizable water-soluble molecules, and wherein the network polymer fixes and maintains the periodically lined-up fine particles in position.
A bicycle convertible from a bicycle mode to a stroller mode, comprising a frame having a front portion supporting a carrier and a rear portion supporting a seat, a front wheel supporting the front portion of the frame, rotationally mounted to the frame so as to be selectively pivotable to steer the bicycle, a rear wheel supporting the rear portion of the frame in the bicycle mode, a drive mechanism associated with the rear wheel for propelling the bicycle in a forward direction in the bicycle mode, and an auxiliary wheel movable between a raised position supported by the frame and raised from a riding surface when the bicycle is in the bicycle mode and a lowered position contacting the riding surface and supporting a first side of the rear portion of the carrier when the bicycle is in the stroller mode, characterized by: a hinge member having a front end pivotally connected with the front portion of the frame and a rear end pivotally connected with the rear portion of the frame, wherein conversion from the bicycle mode to the stroller mode comprises pivoting the front end of the hinge member with respect to the front portion of the frame while pivoting the rear end of the hinge member with respect to the rear portion of the frame thereby to move the rear wheel alongside the front portion of the frame to support a second side of the rear portion of the carrier that is opposite the first side of the rear portion of the carrier. a hinge member having a front end pivotally connected with the front portion of the frame and a rear end pivotally connected with the rear portion of the frame, wherein conversion from the bicycle mode to the stroller mode comprises pivoting the front end of the hinge member with respect to the front portion of the frame while pivoting the rear end of the hinge member with respect to the rear portion of the frame thereby to move the rear wheel alongside the front portion of the frame to support a second side of the rear portion of the carrier that is opposite the first side of the rear portion of the carrier.
Trace moisture measuring device comprising: a voltage source, a trace moisture sensor, which comprises at least two electrodes (4, 5) which are arranged separated from one another and which are in contact with a hygroscopic material, a current measuring device, a polarity changing device connected to the voltage source, by means of which in each case a polarity of the voltage applied at the electrodes (4, 5) can be temporally varied or is varied, and a control device, wherein the at least two electrodes (4, 5) of the trace moisture sensor are connected to the voltage source in order to apply a voltage between the two electrodes (4, 5) such that an electrical potential builds up in the hygroscopic material, and water molecules absorbed at the hygroscopic material are electrolytically dissociated and thereby close a current circuit, wherein the current measuring device is arranged in the current circuit such as to measure the electrical current generated by the electrolytic dissociation, characterised in that the control device is configured such as to control the polarity changing device in such a way that the polarity is temporally varied depending on the current measured. a voltage source, a trace moisture sensor, which comprises at least two electrodes (4, 5) which are arranged separated from one another and which are in contact with a hygroscopic material, a current measuring device, a polarity changing device connected to the voltage source, by means of which in each case a polarity of the voltage applied at the electrodes (4, 5) can be temporally varied or is varied, and a control device, wherein the at least two electrodes (4, 5) of the trace moisture sensor are connected to the voltage source in order to apply a voltage between the two electrodes (4, 5) such that an electrical potential builds up in the hygroscopic material, and water molecules absorbed at the hygroscopic material are electrolytically dissociated and thereby close a current circuit, wherein the current measuring device is arranged in the current circuit such as to measure the electrical current generated by the electrolytic dissociation, characterised in that the control device is configured such as to control the polarity changing device in such a way that the polarity is temporally varied depending on the current measured.
A chemical sensor (350; 351) comprising: a chemically-sensitive field effect transistor including a floating gate conductor having an upper surface; a material defining an opening extending to the upper surface of the floating gate conductor, the material comprising a first dielectric underlying a second dielectric; and a conductive element contacting the upper surface of the floating gate conductor and extending a distance along a sidewall of the opening, the distance defined by a thickness of the first dielectric, characterised in that the conductive element extends along the sidewall between 5% of the sidewall and 85% of the sidewall. a chemically-sensitive field effect transistor including a floating gate conductor having an upper surface; a material defining an opening extending to the upper surface of the floating gate conductor, the material comprising a first dielectric underlying a second dielectric; and a conductive element contacting the upper surface of the floating gate conductor and extending a distance along a sidewall of the opening, the distance defined by a thickness of the first dielectric,
Method for operating an induction heater for an induction hob, with an induction coil and a generator which has a power unit, which forms an oscillating circuit with the induction coil, and a control unit, wherein a variable is controlled or regulated by the control unit depending on a selected heat setting, the apparent power of the induction coil depending on said variable, characterised in that a power factor value (λ') is determined by the control unit which corresponds at least approximately to the power factor (λ) of the induction coil or is at least approximately proportional thereto, and the variable on which the apparent power of the induction coil depends is regulated or controlled by the control unit depending on this power factor value (λ') determined by the control unit, wherein, for a particular selected heat setting, with a lower power factor value (λ') the variable on which the apparent power of the induction coil depends is adjusted such that the apparent power of the induction coil is less than with a higher power factor value (λ').
An infrared emitter, the emitter comprising: a substrate having a first surface and a second surface opposite the first surface, the substrate being substantially planar; a heating element disposed on a portion of the first surface of the substrate, the heating element being configured to emit infrared electromagnetic radiation in response to an electrical current being introduced thereto; and a dispersive layer disposed on the first surface of substrate, the dispersive layer covering at least 70% of the first surface, and being formed from a material having a thermal conductivity of at least 100 W/m °C, characterized in that a backing layer is disposed on the second surface of the substrate, the backing layer being formed from a material having a thermal conductivity of at least 145 W/m °C. a substrate having a first surface and a second surface opposite the first surface, the substrate being substantially planar; a heating element disposed on a portion of the first surface of the substrate, the heating element being configured to emit infrared electromagnetic radiation in response to an electrical current being introduced thereto; and a dispersive layer disposed on the first surface of substrate, the dispersive layer covering at least 70% of the first surface, and being formed from a material having a thermal conductivity of at least 100 W/m °C, characterized in that a backing layer is disposed on the second surface of the substrate, the backing layer being formed from a material having a thermal conductivity of at least 145 W/m °C.