mhurhangee/patent-ind-claim-en huggingface dataset:
Rivaroxaban for use in a method of reducing the risk of stroke and systemic embolism in a patient with nonvalvular atrial fibrillation comprising: (a) administering about 100 to about 480 mg verapamil daily to the patient; and (b) administering a dose of rivaroxaban to the patient which is less than the dose recommended for that patient if the patient was not concomitantly administered verapamil, wherein the dose of rivaroxaban recommended for an otherwise identical patient who is not concomitantly administered verapamil is 20 mg and the method comprises administering a dose of about 10 mg, about 12.5 mg or about 15 mg rivaroxaban to the patient; wherein the patient has a CL Cr of 50-79 mL/min; and wherein after administering the rivaroxaban, the patient exhibits one or more of the following: a steady state rivaroxaban AUC of no more than about 3792 μg•hr/L; a steady state C max of no more than about 317 ng/mL; a risk of major bleeding of no more than about 4.5%; or a prothrombin time of 20-30 seconds. (a) administering about 100 to about 480 mg verapamil daily to the patient; and (b) administering a dose of rivaroxaban to the patient which is less than the dose recommended for that patient if the patient was not concomitantly administered verapamil, wherein the dose of rivaroxaban recommended for an otherwise identical patient who is not concomitantly administered verapamil is 20 mg and the method comprises administering a dose of about 10 mg, about 12.5 mg or about 15 mg rivaroxaban to the patient; a steady state rivaroxaban AUC of no more than about 3792 μg•hr/L; a steady state C max of no more than about 317 ng/mL; a risk of major bleeding of no more than about 4.5%; or a prothrombin time of 20-30 seconds.
A system, comprising: an electronic power converter operable to supply power to one or more motor drives of an HVAC and/or refrigeration system ; and a controller operable to: obtain a plurality of pulse width modulation, PWM, algorithms, each PWM algorithm having an associated harmonic signature; determine one or more resonance frequencies associated with the HVAC and/or refrigeration system; select a first PWM algorithm from the plurality of obtained PWM algorithms based at least in part on the harmonic signature associated with the first PWM algorithm mitigating the determined one or more resonance frequencies associated with the HVAC and/or refrigeration system; operate the electronic power converter according to the first PWM algorithm; and wherein the controller is further operable to measure the one or more resonance frequencies associated with the HVAC and/or refrigeration system and select the first obtained PWM algorithm during operation of the HVAC and/or refrigeration system. an electronic power converter operable to supply power to one or more motor drives of an HVAC and/or refrigeration system ; and a controller operable to: obtain a plurality of pulse width modulation, PWM, algorithms, each PWM algorithm having an associated harmonic signature; determine one or more resonance frequencies associated with the HVAC and/or refrigeration system; select a first PWM algorithm from the plurality of obtained PWM algorithms based at least in part on the harmonic signature associated with the first PWM algorithm mitigating the determined one or more resonance frequencies associated with the HVAC and/or refrigeration system; operate the electronic power converter according to the first PWM algorithm; and wherein the controller is further operable to measure the one or more resonance frequencies associated with the HVAC and/or refrigeration system and select the first obtained PWM algorithm during operation of the HVAC and/or refrigeration system. obtain a plurality of pulse width modulation, PWM, algorithms, each PWM algorithm having an associated harmonic signature; determine one or more resonance frequencies associated with the HVAC and/or refrigeration system; select a first PWM algorithm from the plurality of obtained PWM algorithms based at least in part on the harmonic signature associated with the first PWM algorithm mitigating the determined one or more resonance frequencies associated with the HVAC and/or refrigeration system; operate the electronic power converter according to the first PWM algorithm; and wherein the controller is further operable to measure the one or more resonance frequencies associated with the HVAC and/or refrigeration system and select the first obtained PWM algorithm during operation of the HVAC and/or refrigeration system.
A method of amending signals in the control plane to facilitate data transfer between a user equipment and a packet data network via different access connections each using a different access network at least one being a non-cellular access network, said method comprising: receiving a signal in the control plane requesting a change in an access connection to be used to transmit data between said packet data network and said user equipment; in response to receiving said signal in the control plane requesting said change in said access connection accessing an authorisation database storing information regarding said user equipment; and determining from information accessed in said authorisation database whether said user equipment has a current access connection to said packet data network; and in response to determining that said user equipment does have said current access connection, amending said signal in the control plane to generate a modified signal in the control plane and transmitting said modified signal in said control plane to a packet data network gateway such that an access connection used to transmit data to said user equipment is changed. receiving a signal in the control plane requesting a change in an access connection to be used to transmit data between said packet data network and said user equipment; in response to receiving said signal in the control plane requesting said change in said access connection accessing an authorisation database storing information regarding said user equipment; and determining from information accessed in said authorisation database whether said user equipment has a current access connection to said packet data network; and in response to determining that said user equipment does have said current access connection, amending said signal in the control plane to generate a modified signal in the control plane and transmitting said modified signal in said control plane to a packet data network gateway such that an access connection used to transmit data to said user equipment is changed.
A fastening structure for a building , having a parapet wall , the parapet wall of the fastening structure comprising at least one parapet wall panel and at least one fastening element for fastening to a substructure , the at least one fastening element being connected to a lower end region , facing the substructure , of the at least one parapet wall panel and being connectible to the substructure , characterised in that the parapet wall panel is a cement-bonded fine particle board, wherein at least one covering panel is provided, which is connected to the at least one parapet wall panel at an upper end region facing away from the substructure such that the covering panel prevents the ingress of water into the parapet wall and into adjacent regions, and that the covering panel can additionally stabilise the parapet wall in that the covering panel can connect at least two parapet wall panels to each other.
A fluidized powder heat treatment classification assembly comprising: a gas source ; and a fluidized bed connected to the gas source via a metered connection , the fluidized bed including a first output connected to a classification chamber via at least a first valve , and the classification chamber including a catch container operable to decelerate a gas flow from the output and operable to catch particles entrained in the gas flow, wherein the first valve is a multi-output valve or a network of two-way valves, and the assembly further comprises a fine powder collector . a gas source ; and a fluidized bed connected to the gas source via a metered connection , the fluidized bed including a first output connected to a classification chamber via at least a first valve , and the classification chamber including a catch container operable to decelerate a gas flow from the output and operable to catch particles entrained in the gas flow, wherein the first valve is a multi-output valve or a network of two-way valves, and the assembly further comprises a fine powder collector .
A shutter system for providing controllable privacy, comprising: a shutter supported over a camera lens of a device, the shutter configured to block light transmission in a first state and permit light transmission in a second state in response to a sufficient voltage being applied across the shutter; and a controller coupled to the shutter to selectively apply the voltage, characterized in that the controller comprises a timer settable to a time during which the voltage is applied. a shutter supported over a camera lens of a device, the shutter configured to block light transmission in a first state and permit light transmission in a second state in response to a sufficient voltage being applied across the shutter; and a controller coupled to the shutter to selectively apply the voltage, characterized in that the controller comprises a timer settable to a time during which the voltage is applied.
A process for removal of volatile components from an olefin polymer, the process being carried out in an extruder comprising at least one vacuum degassing zone, said process comprising the steps of: (a) introducing a stream of an olefin polymer into the extruder, wherein the olefin polymer is a copolymer of ethylene with one or more comonomers selected from alpha olefins having from 3 to 10 carbon atoms; (b) extruding the olefin polymer in the extruder at a temperature which is higher than the melting temperature of the olefin polymer but lower than the decomposition temperature of the olefin polymer, thereby producing an olefin polymer melt having reduced amount of volatile components, wherein the process in the extruder has a residence time distribution broadness (σ 2 ) in the range of 800 to 4000 as define by equation 1 σ 2 = ∫ 0 ∞ t − τ 2 E t dt wherein: σ 2 is the residence time distribution broadness, τ is the mean residence time, t is the interval of residence time a fluid element of the olefin polymer spends in the extruder, E(t) is the residence time distribution function, and wherein the process optionally comprises a step (c) where the melt of the olefin polymer is passed through a die zone to a pelletizer for pelletizing the obtained olefin polymer. (a) introducing a stream of an olefin polymer into the extruder, wherein the olefin polymer is a copolymer of ethylene with one or more comonomers selected from alpha olefins having from 3 to 10 carbon atoms; (b) extruding the olefin polymer in the extruder at a temperature which is higher than the melting temperature of the olefin polymer but lower than the decomposition temperature of the olefin polymer, thereby producing an olefin polymer melt having reduced amount of volatile components, σ 2 is the residence time distribution broadness, τ is the mean residence time, t is the interval of residence time a fluid element of the olefin polymer spends in the extruder, E(t) is the residence time distribution function, and wherein the process optionally comprises a step (c) where the melt of the olefin polymer is passed through a die zone to a pelletizer for pelletizing the obtained olefin polymer.
A polymer blend comprising: 1 to 40 wt.% of a crystalline block composite comprising an EP-iPP diblock polymer, iPP, and EP, wherein iPP is isotactic polypropylene homopolymer and EP is a copolymer of ethylene and propylene, and wherein the crystalline block composite comprises greater than 50 wt.% iPP; and from 60 wt.% to 99 wt.% of an ionomer formed from a partially neutralized precursor acid copolymer, wherein the precursor acid copolymer (a) comprises copolymerized units of ethylene and 5 wt.% to 30 wt.%, based on the total weight of the precursor acid copolymer, of copolymerized units of an α,β-ethylenically unsaturated carboxylic acid having 3 to 8 carbon atoms, and wherein about 25% to about 65% of the acid groups derived from the α,β-ethylenically unsaturated carboxylic acid of the precursor acid copolymer are neutralized. 1 to 40 wt.% of a crystalline block composite comprising an EP-iPP diblock polymer, iPP, and EP, wherein iPP is isotactic polypropylene homopolymer and EP is a copolymer of ethylene and propylene, and wherein the crystalline block composite comprises greater than 50 wt.% iPP; and from 60 wt.% to 99 wt.% of an ionomer formed from a partially neutralized precursor acid copolymer, wherein the precursor acid copolymer (a) comprises copolymerized units of ethylene and 5 wt.% to 30 wt.%, based on the total weight of the precursor acid copolymer, of copolymerized units of an α,β-ethylenically unsaturated carboxylic acid having 3 to 8 carbon atoms, and wherein about 25% to about 65% of the acid groups derived from the α,β-ethylenically unsaturated carboxylic acid of the precursor acid copolymer are neutralized.
A greeting card capable of generating a visual effect, the greeting card comprising a front sheet and a back sheet, together forming a relatively flat housing, the front sheets displaying images and/or information; whereby the housing further comprises: - a light source; - a control means arranged for controlling an effect means that creates the visual effect; - an activation means arranged for activating the control means; - a power means for supplying electrical power to the activation means, the control means, and the effect means. wherein the front sheet comprises a die cut, whereby in the open space of the die cut, a piece of translucent effect sheet is placed, the effect sheet comprising a sheet material provided with a structure that shatters or distorts light, said effect sheet arranged for covering the housing at least partially, the effect sheet having a front side which is arranged for being visible by a user of the greeting card and a back side which is hidden for the user, whereby the structure, when lit from behind by the light source, causes the visual effect on the front side as a result of a distortion of light, whereby the effect sheet is arranged for being positioned at a distance from the light source, whereby the distortion of light is increased proportionally to the increase of said distance. - a light source; - a control means arranged for controlling an effect means that creates the visual effect; - an activation means arranged for activating the control means; - a power means for supplying electrical power to the activation means, the control means, and the effect means.
An adjustable compression device comprising: an elongate rigid band provided to extend around a portion of the circumference of a penis , the band including first and second side portions connecting by an intermediate portion ; and an engagement member secured between the first and second side portions such that the engagement member is rotatable about a rotational axis extending between the side portions , and the engagement member having a cylindrical side wall being off-centred relative to said rotational axis such that an area defined between the engagement member and the band can be increased or decreased by rotation of the engagement member thereby adjusting pressure applied to the penis, characterised in that an outer surface of the side wall includes an arcuate groove extending around the periphery thereof to follow the curvature of a surface of the penis . an elongate rigid band provided to extend around a portion of the circumference of a penis , the band including first and second side portions connecting by an intermediate portion ; and an engagement member secured between the first and second side portions such that the engagement member is rotatable about a rotational axis extending between the side portions , and the engagement member having a cylindrical side wall being off-centred relative to said rotational axis such that an area defined between the engagement member and the band can be increased or decreased by rotation of the engagement member thereby adjusting pressure applied to the penis, characterised in that an outer surface of the side wall includes an arcuate groove extending around the periphery thereof to follow the curvature of a surface of the penis .
A method for washing one or more tanks for containing aquatic animals, the method comprising: - inserting one or more tanks for aquatic animals to be washed into a washing chamber of a washing apparatus; - supplying to the washing chamber a washing solution, the washing solution comprising an alkaline detergent in combination with hydrogen peroxide, the alkaline detergent is free from surfactants, phosphates and chlorine; - supplying a neutralizing agent to the washing chamber, the neutralizing agent is free from surfactants, phosphates and chlorine to re-establish a desired pH of a residual washing solution in the washing chamber; - supplying rinsing water to the washing chamber to rinse the tanks. - inserting one or more tanks for aquatic animals to be washed into a washing chamber of a washing apparatus; - supplying to the washing chamber a washing solution, the washing solution comprising an alkaline detergent in combination with hydrogen peroxide, the alkaline detergent is free from surfactants, phosphates and chlorine; - supplying a neutralizing agent to the washing chamber, the neutralizing agent is free from surfactants, phosphates and chlorine to re-establish a desired pH of a residual washing solution in the washing chamber; - supplying rinsing water to the washing chamber to rinse the tanks.
A base for an item of seating furniture , in particular for a stool, which, on the bottom side thereof facing the floor , comprises a plurality of resilient elements projecting from the bottom side , wherein the resilient elements protrude or project from a plane of the bottom side, wherein the resilient elements are evenly distributed across the bottom side of the base, wherein the resilient elements are formed as tread blocks which each are surrounded by tread grooves , and wherein non-protruding regions of the bottom side or non-raised regions of a lower portion of the base are provided between the resilient elements , characterized in that the resilient elements have their base above the bottom side such that they only protrude slightly from the bottom side regardless of greater height.
A system for determining a current amount of force applied to a disc brake system of an aircraft, the system comprising: an aircraft brake having a plurality of discs including an outer disc ; an actuator configured to apply a force to the outer disc a current sensor coupled to the actuator and configured to detect a detected amount of current applied to the actuator; and characterised in that it comprises a controller coupled to the current sensor and configured to receive input parameters including a maximum force that can be applied by the actuator, a maximum current of the actuator that causes the actuator to apply the maximum force, and an efficiency fraction of the actuator that corresponds to an efficiency of the actuator and to determine an estimate of the current amount of force applied to the outer disc based on the detected amount of current and the input parameters. an aircraft brake having a plurality of discs including an outer disc ; an actuator configured to apply a force to the outer disc a current sensor coupled to the actuator and configured to detect a detected amount of current applied to the actuator; and characterised in that it comprises a controller coupled to the current sensor and configured to receive input parameters including a maximum force that can be applied by the actuator, a maximum current of the actuator that causes the actuator to apply the maximum force, and an efficiency fraction of the actuator that corresponds to an efficiency of the actuator and to determine an estimate of the current amount of force applied to the outer disc based on the detected amount of current and the input parameters.
A composite sensor, comprising a temperature sensor (56; 66) that includes a temperature-sensitive member having resistivity changing in accordance with temperature and a humidity sensor (51; 61) that includes a moisture-sensitive member having capacitance or resistivity changing in accordance with humidity, wherein the composite sensor further comprises: a first terminal (53; 63) commonly used for the temperature sensor (56; 66) and the humidity sensor (51; 61); a second terminal (57; 67) disposed to be able to measure an electrical characteristic of the temperature-sensitive member with the first terminal (53; 63); and a third terminal (52; 62) disposed to be able to measure an electrical characteristic of the moisture-sensitive member with the first terminal (53; 63), wherein the temperature sensor and the humidity sensor form an integral structure, wherein the temperature-sensitive member is directly laminated on the moisture-sensitive member, characterized in that the first terminal (53; 63) is formed on a surface (FS1) along a laminating direction of the composite sensor. a first terminal (53; 63) commonly used for the temperature sensor (56; 66) and the humidity sensor (51; 61); a second terminal (57; 67) disposed to be able to measure an electrical characteristic of the temperature-sensitive member with the first terminal (53; 63); and a third terminal (52; 62) disposed to be able to measure an electrical characteristic of the moisture-sensitive member with the first terminal (53; 63), wherein the temperature sensor and the humidity sensor form an integral structure, wherein the temperature-sensitive member is directly laminated on the moisture-sensitive member, characterized in that the first terminal (53; 63) is formed on a surface (FS1) along a laminating direction of the composite sensor.
A method performed by a first mobility management entity, MME, the method comprising: sending (S1001) an indicator for a packet data network, PDN, connection to a second MME, wherein the indicator indicates whether the PDN connection is allowed to be moved from an evolved packet system, EPS, to a fifth generation system, 5GS, and wherein the indicator is included in an indication flags information element, IE, of context response message or forward relocation request for the PDN connection . sending (S1001) an indicator for a packet data network, PDN, connection to a second MME, wherein the indicator indicates whether the PDN connection is allowed to be moved from an evolved packet system, EPS, to a fifth generation system, 5GS, and wherein the indicator is included in an indication flags information element, IE, of context response message or forward relocation request for the PDN connection .
An apparatus for determining a relative position as between a wireless power transmitter and a wireless power receiver, the apparatus comprising: a ferrite structure ; and a plurality of detection loops formed from metallic traces on a flexible printed circuit, each of the detection loops wrapped on and around respective portions of the ferrite structure and about respective axes normal to a winding plane of each detection loop, wherein each detection loop is configured to sense an amount of magnetic flux flowing in a direction normal to the winding plane of the detection loop. a ferrite structure ; and a plurality of detection loops formed from metallic traces on a flexible printed circuit, each of the detection loops wrapped on and around respective portions of the ferrite structure and about respective axes normal to a winding plane of each detection loop, wherein each detection loop is configured to sense an amount of magnetic flux flowing in a direction normal to the winding plane of the detection loop.