mhurhangee/ep-ind-claims huggingface dataset:
A golf ball comprising a core, an inner cover positioned outside the core, and an outer cover positioned outside the inner cover, wherein the core comprises a center and an envelope layer positioned outside the center, the center has a diameter of equal to or greater than 10 mm and equal to or less than 20 mm, the center is formed by a rubber composition being crosslinked, the envelope layer is formed by a rubber composition being crosslinked, the rubber composition of the envelope layer includes: (a) a base rubber; (b) a co-crosslinking agent; (c) a crosslinking initiator; a filler; and (d) an acid and/or a salt, wherein the acid and/or salt excludes the co-crosslinking agent (b) and is selected from carboxylic acids, phosphoric acid, hydroacids and salts thereof, the co-crosslinking agent (b) is: an α,β-unsaturated carboxylic acid having 3 to 8 carbon atoms; or a metal salt of an α,β-unsaturated carboxylic acid having 3 to 8 carbon atoms, a JIS-C hardness Hi of the inner cover is greater than a JIS-C hardness Hs at a surface of the core, and a JIS-C hardness Ho of the outer cover is less than the hardness Hi, wherein the JIS-C hardnesses are measured with a -C hardness scale mounted to an automated rubber hardness measurement machine with the trade name "P1", manufactured by Kobunshi Keiki Co., Ltd.). the core comprises a center and an envelope layer positioned outside the center, the center has a diameter of equal to or greater than 10 mm and equal to or less than 20 mm, the center is formed by a rubber composition being crosslinked, the envelope layer is formed by a rubber composition being crosslinked, the rubber composition of the envelope layer includes: (a) a base rubber; (b) a co-crosslinking agent; (c) a crosslinking initiator; a filler; and (d) an acid and/or a salt, wherein the acid and/or salt excludes the co-crosslinking agent (b) and is selected from carboxylic acids, phosphoric acid, hydroacids and salts thereof, (a) a base rubber; (b) a co-crosslinking agent; (c) a crosslinking initiator; a filler; and (d) an acid and/or a salt, wherein the acid and/or salt excludes the co-crosslinking agent (b) and is selected from carboxylic acids, phosphoric acid, hydroacids and salts thereof, the co-crosslinking agent (b) is: an α,β-unsaturated carboxylic acid having 3 to 8 carbon atoms; or a metal salt of an α,β-unsaturated carboxylic acid having 3 to 8 carbon atoms, an α,β-unsaturated carboxylic acid having 3 to 8 carbon atoms; or a metal salt of an α,β-unsaturated carboxylic acid having 3 to 8 carbon atoms, a JIS-C hardness Hi of the inner cover is greater than a JIS-C hardness Hs at a surface of the core, and a JIS-C hardness Ho of the outer cover is less than the hardness Hi, wherein the JIS-C hardnesses are measured with a -C hardness scale mounted to an automated rubber hardness measurement machine with the trade name "P1", manufactured by Kobunshi Keiki Co., Ltd.).
Plasma processing apparatus, comprising: means for generating a plasma, a processing platform for supporting a substrate to be processed, and a voltage waveform generator comprising an output electrically coupled to the processing platform, characterised in that the voltage waveform generator comprises: a plurality of first buck converters arranged in parallel and coupled to the output, the first buck converters comprising actively switchable semiconductor switches, a control unit configured to operate the actively switchable semiconductor switches through pulse width modulation signals, wherein the control unit is configured to operate the plurality of first buck converters in an interleaved manner. means for generating a plasma, a processing platform for supporting a substrate to be processed, and a voltage waveform generator comprising an output electrically coupled to the processing platform, characterised in that the voltage waveform generator comprises: a plurality of first buck converters arranged in parallel and coupled to the output, the first buck converters comprising actively switchable semiconductor switches, a control unit configured to operate the actively switchable semiconductor switches through pulse width modulation signals, wherein the control unit is configured to operate the plurality of first buck converters in an interleaved manner. a plurality of first buck converters arranged in parallel and coupled to the output, the first buck converters comprising actively switchable semiconductor switches, a control unit configured to operate the actively switchable semiconductor switches through pulse width modulation signals, wherein the control unit is configured to operate the plurality of first buck converters in an interleaved manner.
A method at a first user equipment, the method comprising: determining an occurrence of a radio link failure of a radio link between the first user equipment and a second user equipment; transmitting information indicating the radio link failure; starting a timer in response to transmitting the information indicating the radio link failure; and after starting the timer and before the timer expires, transmitting one or more messages to the second user equipment requesting feedback from the second user equipment, the method characterized in that the one or more messages comprise data that has not been acknowledged. determining an occurrence of a radio link failure of a radio link between the first user equipment and a second user equipment; transmitting information indicating the radio link failure; starting a timer in response to transmitting the information indicating the radio link failure; and after starting the timer and before the timer expires, transmitting one or more messages to the second user equipment requesting feedback from the second user equipment, the method characterized in that the one or more messages comprise data that has not been acknowledged.
A system for treating a microvascular obstruction comprising: a) a treatment catheter comprising: a first selectively expandable occlusion balloon disposed on a distal end of said treatment catheter; and a first lumen defining a plurality of diffusion holes (104, 107) in communication with said first lumen, said diffusion holes being located at said distal end of said treatment catheter; b) an injector in communication with said first lumen for delivering_a treatment agent through said catheter, said injector is configured for delivering said treatment agent at a constant flow rate; and c) a pressure sensor for determining a pressure measurement at a distal end of said treatment catheter, wherein said pressure measurement is determined at a constant flow rate of the injector, and wherein the system is configured to calculate impedance, defined as pressure divided by flow, as an indicator of microvascular obstruction. a) a treatment catheter comprising: a first selectively expandable occlusion balloon disposed on a distal end of said treatment catheter; and a first lumen defining a plurality of diffusion holes (104, 107) in communication with said first lumen, said diffusion holes being located at said distal end of said treatment catheter; a first selectively expandable occlusion balloon disposed on a distal end of said treatment catheter; and a first lumen defining a plurality of diffusion holes (104, 107) in communication with said first lumen, said diffusion holes being located at said distal end of said treatment catheter; b) an injector in communication with said first lumen for delivering_a treatment agent through said catheter, said injector is configured for delivering said treatment agent at a constant flow rate; and c) a pressure sensor for determining a pressure measurement at a distal end of said treatment catheter, wherein said pressure measurement is determined at a constant flow rate of the injector, and wherein the system is configured to calculate impedance, defined as pressure divided by flow, as an indicator of microvascular obstruction.
A method for processing X-ray image data, the method comprising: receiving sum image data and difference image data, wherein the sum image data and the difference image data comprise intensity information of X-rays of two different energies passing through an object, the sum image data is based on a sum intensity of the two different energies and the difference image data is based on a difference intensity of the two different energies; partitioning the difference image data into a low frequency range and a high frequency range; and partitioning the sum image data into a low frequency range and a high frequency range; and generating low noise image data by replacing the high frequency range of the difference image with a high frequency range of the sum image data; and wherein the low frequency range of the difference image data is weighted by a scaling factor. receiving sum image data and difference image data, wherein the sum image data and the difference image data comprise intensity information of X-rays of two different energies passing through an object, the sum image data is based on a sum intensity of the two different energies and the difference image data is based on a difference intensity of the two different energies; partitioning the difference image data into a low frequency range and a high frequency range; and partitioning the sum image data into a low frequency range and a high frequency range; and generating low noise image data by replacing the high frequency range of the difference image with a high frequency range of the sum image data; and wherein the low frequency range of the difference image data is weighted by a scaling factor.
A washing machine comprising: a first tub; a second tub disposed above the first tub; a first housing configured to cover the first tub; a second housing disposed on the first housing, and configured to cover the second tub; first coupling portions protruding from the second tub toward the second housing, and configured to fix the second tub on the second housing; a second coupling portion formed in the second tub, and configured to fix the second tub on the first housing; first fixer members configured to fix the first coupling portions to the second housing; and a second fixer member configured to fix the second coupling portion on the first housing. a first tub; a second tub disposed above the first tub; a first housing configured to cover the first tub; a second housing disposed on the first housing, and configured to cover the second tub; first coupling portions protruding from the second tub toward the second housing, and configured to fix the second tub on the second housing; a second coupling portion formed in the second tub, and configured to fix the second tub on the first housing; first fixer members configured to fix the first coupling portions to the second housing; and a second fixer member configured to fix the second coupling portion on the first housing.
A top cover for covering a layer of articles, preferably a palletized layer of articles, comprising: a main body having a substantially plate-like shape, at least one flap arranged at the main body, wherein the at least one flap is provided at a marginal region of the main body, wherein the flap has a tip end and a mounting portion, wherein the flap is connected to the main body via the mounting portion, wherein the tip end is displaceable with respect to the main body between a holding position and a retracted position, wherein, in the holding position, the tip end of the flap is spaced apart from the main body, and characterized in that, in the holding position, a main extension direction of the flap is inclined towards a center (c) of the main body by an angle (α) smaller than 90° so as to securely hold the articles by the flap, wherein the flap may be only elastically deviated or deformed such that the flap automatically returns to a position in which the angle between the main extension direction and the main body is smaller than 90° once the top cover is removed from the layer of articles. a main body having a substantially plate-like shape, at least one flap arranged at the main body, wherein the at least one flap is provided at a marginal region of the main body, wherein the flap has a tip end and a mounting portion, wherein the flap is connected to the main body via the mounting portion, wherein the tip end is displaceable with respect to the main body between a holding position and a retracted position, wherein, in the holding position, the tip end of the flap is spaced apart from the main body, and characterized in that, in the holding position, a main extension direction of the flap is inclined towards a center (c) of the main body by an angle (α) smaller than 90° so as to securely hold the articles by the flap, wherein the flap may be only elastically deviated or deformed such that the flap automatically returns to a position in which the angle between the main extension direction and the main body is smaller than 90° once the top cover is removed from the layer of articles.
A method for distraction mitigation performed by a mobile terminal, the method comprising: receiving one or more signals containing zone information defining one or more zones in the vehicle and location information psychoacoustically masked by an audio signal, wherein the zone information includes one or more of: a zone identifier, a zone boundary definition, a zone type, and zone restrictions; determining the location of a mobile device within a vehicle; determining if the mobile device is located within any of the one or more zones; and modifying the behavior of the mobile device responsive to an occupied zone, of the one or more zones, that the mobile device is determined to be in. receiving one or more signals containing zone information defining one or more zones in the vehicle and location information psychoacoustically masked by an audio signal, wherein the zone information includes one or more of: a zone identifier, a zone boundary definition, a zone type, and zone restrictions; determining the location of a mobile device within a vehicle; determining if the mobile device is located within any of the one or more zones; and modifying the behavior of the mobile device responsive to an occupied zone, of the one or more zones, that the mobile device is determined to be in.
Method for selecting a starting gear in a hybrid electric vehicle, where a first driving sequence comprising the following steps is registered: - registering a combustion engine being turned off and disengaged from driving wheels of said hybrid electric vehicle; - selecting and engaging a first starting gear ratio and accelerating said hybrid electric vehicle with mainly only an electric motor; - registering a first parameter indicating that an electric motor energy source has been drained past a predetermined first energy level limit during said first driving sequence and; said method characterized in that: - upon detection that said first driving sequence has occurred and indication that said predetermined first energy level limit has been past, altering selection of a starting gear ratio to a starting gear ratio being higher, compared to said first starting gear ratio, for the next vehicle take off of a driving sequence following said first driving sequence. - registering a combustion engine being turned off and disengaged from driving wheels of said hybrid electric vehicle; - selecting and engaging a first starting gear ratio and accelerating said hybrid electric vehicle with mainly only an electric motor; - registering a first parameter indicating that an electric motor energy source has been drained past a predetermined first energy level limit during said first driving sequence and; - upon detection that said first driving sequence has occurred and indication that said predetermined first energy level limit has been past, altering selection of a starting gear ratio to a starting gear ratio being higher, compared to said first starting gear ratio, for the next vehicle take off of a driving sequence following said first driving sequence.
An immunoglobulin molecule for use in a method of treating ovarian cancer, primary peritoneal cancer, or fallopian cancer in a subject, wherein the ovarian cancer, primary peritoneal cancer, or fallopian cancer is platinum-resistant, comprising administering to the subject a therapeutically effective amount of the immunoglobulin, wherein the immunoglobulin molecule is administered following failure of at least two, three or four prior anti-cancer therapies and/or the patient has received a prior anti-VEGF agent, wherein the anti-VEGF agent is an anti-VEGF antibody; and wherein the immunoglobulin molecule comprises a first antigen-binding site that specifically binds human VEGF, and a second antigen-binding site that specifically binds human DLL4; and wherein the immunoglobulin molecule is administered in combination with a taxane. wherein the immunoglobulin molecule is administered following failure of at least two, three or four prior anti-cancer therapies and/or the patient has received a prior anti-VEGF agent, wherein the anti-VEGF agent is an anti-VEGF antibody; and wherein the immunoglobulin molecule comprises a first antigen-binding site that specifically binds human VEGF, and a second antigen-binding site that specifically binds human DLL4; and wherein the immunoglobulin molecule is administered in combination with a taxane.
Rotating vane vacuum pump, comprising - a housing defining a cavity having an inlet and an outlet, - a vane member for a rotary driven movement inside the cavity, - a drivable rotor inside the cavity, - a rotatable central shaft extending to the cavity, wherein the vane member is slidable arranged in the rotor, the rotor being rotatable together with said vane member, and wherein the central shaft comprises a crank pin, characterised in that the crank pin engages a respective guiding recess of the rotor for driving the rotor along a first predetermined rotational angle (α). - a housing defining a cavity having an inlet and an outlet, - a vane member for a rotary driven movement inside the cavity, - a drivable rotor inside the cavity, - a rotatable central shaft extending to the cavity,
Aircraft windscreen comprising a window including at least one ply of transparent material of mineral origin and having a peripheral edge, characterized in that at least one of the plies of the window made of mineral material is/are coated with a coating layer of viscoelastic transparent organic material over the entire surface thereof, including the peripheral edge.
A relay valve comprising: a housing including an exhaust chamber, a supply chamber connectable to a supply, an actuator chamber connectable to an actuator, an exhaust port connecting the exhaust chamber to the actuator chamber, a supply port connecting the supply chamber to the actuator chamber, and an I/P chamber (208, 210) connectable to an I/P converter; a stack (246, 282) having a first end (254, 288), a second end (272, 306), and a valve seat portion (262, 294), the stack being configured to be shifted within the housing to thereby control opening and closing of one of the exhaust port or supply port with the valve seat portion thereof; a spring (276, 310) configured to apply a force on the first end of the stack; an I/P diaphragm mounted within the housing to extend across the I/P chamber, the I/P diaphragm configured to apply a force on the second end of the stack based on pressure provided by the I/P converter; an actuator diaphragm mounted within the housing and coupled to the stack, the actuator diaphragm disposed on an opposite side of the actuator chamber as the one of the exhaust port or supply port; wherein an area of the actuator diaphragm is generally equal to an area of the one of the exhaust port or supply port such that forces acting on the stack due to pressure within the actuator chamber acting on the valve seat portion and the actuator diaphragm cancel one another out. a housing including an exhaust chamber, a supply chamber connectable to a supply, an actuator chamber connectable to an actuator, an exhaust port connecting the exhaust chamber to the actuator chamber, a supply port connecting the supply chamber to the actuator chamber, and an I/P chamber (208, 210) connectable to an I/P converter; a stack (246, 282) having a first end (254, 288), a second end (272, 306), and a valve seat portion (262, 294), the stack being configured to be shifted within the housing to thereby control opening and closing of one of the exhaust port or supply port with the valve seat portion thereof; a spring (276, 310) configured to apply a force on the first end of the stack; an I/P diaphragm mounted within the housing to extend across the I/P chamber, the I/P diaphragm configured to apply a force on the second end of the stack based on pressure provided by the I/P converter; an actuator diaphragm mounted within the housing and coupled to the stack, the actuator diaphragm disposed on an opposite side of the actuator chamber as the one of the exhaust port or supply port; wherein an area of the actuator diaphragm is generally equal to an area of the one of the exhaust port or supply port such that forces acting on the stack due to pressure within the actuator chamber acting on the valve seat portion and the actuator diaphragm cancel one another out.
A process of preparing an aqueous crystalline biogenic silica comprising the steps of: a) incinerating a silica bearing organic source at a temperature from about 700°C up to about 1200°C to produce crystalline incinerated silica bearing organic source, and allowing the incinerated silica bearing organic source to cool; b) adding the incinerated and cooled silica bearing organic source to an alkaline solution that has either been preheated to a temperature up to about 65°C or to be heated with the added incinerated and cooled silica bearing organic source to a temperature up to about 65°C, the alkaline solution being contained in a vessel and having a pH from 12 up to 14 the added incinerated and cooled_silica bearing organic source constituting 2 to 22% by weight, and the alkaline solution constituting 3 to 8% by weight of an hydroxide or hydroxides and 70 to 95% by weight of water: c) applying heat and pressure to the added incinerated and cooled silica bearing organic source and the alkaline solution in the vessel at a temperature between 100°C and up to about 300°C for 1 to 4 hours, to thereby form an aqueous crystalline biogenic silica with a pH from 12 to 14 and undissolved impurities derived from the added organic source; and d) extracting the formed aqueous crystalline biogenic silica from the vessel, a) incinerating a silica bearing organic source at a temperature from about 700°C up to about 1200°C to produce crystalline incinerated silica bearing organic source, and allowing the incinerated silica bearing organic source to cool; b) adding the incinerated and cooled silica bearing organic source to an alkaline solution that has either been preheated to a temperature up to about 65°C or to be heated with the added incinerated and cooled silica bearing organic source to a temperature up to about 65°C, the alkaline solution being contained in a vessel and having a pH from 12 up to 14 the added incinerated and cooled_silica bearing organic source constituting 2 to 22% by weight, and the alkaline solution constituting 3 to 8% by weight of an hydroxide or hydroxides and 70 to 95% by weight of water: c) applying heat and pressure to the added incinerated and cooled silica bearing organic source and the alkaline solution in the vessel at a temperature between 100°C and up to about 300°C for 1 to 4 hours, to thereby form an aqueous crystalline biogenic silica with a pH from 12 to 14 and undissolved impurities derived from the added organic source; and d) extracting the formed aqueous crystalline biogenic silica from the vessel,