mhurhangee/ep-ind-claims huggingface dataset:
Use of magnesium stearate in powder formulations for inhalation comprising carrier particles of alpha-lactose monohydrate and an active ingredient bearing a group susceptible to hydrolysis selected from the group consisting of carbonate, carbamate and ester, to inhibit or reduce chemical degradation of said active ingredient, wherein the carrier particles have the mass diameter comprised between 80 and 500 micron and wherein magnesium stearate is present in an amount comprised between 0.05 and 1.5% based on the total weight of the carrier and coats the surface of the carrier particles to an extent higher than 60%.
An electrochemical module comprising: a stack obtained by stacking, in a predetermined stacking direction, a plurality of electrochemical elements having a configuration in which an electrolyte layer, and an electrode layer and a counter electrode layer that are respectively arranged on two sides of the electrolyte layer, are formed along a substrate, via an annular sealing portion through which first gas that is one of reducing component gas and oxidative component gas flows; a clamp that includes a first clamping portion for pressing a first flat face in the stacking direction of the stack and a second clamping portion for pressing a second flat face on a side opposite to the first flat face, the stack being clamped between the first clamping portion and the second clamping portion; and an elastic first plate-like member arranged between the first flat face and the first clamping portion; and a flowing pipe connected to the second flat face in a state of being in communication with the annular sealing portion, the electrochemical module further comprising an elastic second plate-like member arranged between the second flat face and the second clamping portion, wherein elastic force of the first plate-like member is larger than elastic force of the second plate-like member. a stack obtained by stacking, in a predetermined stacking direction, a plurality of electrochemical elements having a configuration in which an electrolyte layer, and an electrode layer and a counter electrode layer that are respectively arranged on two sides of the electrolyte layer, are formed along a substrate, via an annular sealing portion through which first gas that is one of reducing component gas and oxidative component gas flows; a clamp that includes a first clamping portion for pressing a first flat face in the stacking direction of the stack and a second clamping portion for pressing a second flat face on a side opposite to the first flat face, the stack being clamped between the first clamping portion and the second clamping portion; and an elastic first plate-like member arranged between the first flat face and the first clamping portion; and a flowing pipe connected to the second flat face in a state of being in communication with the annular sealing portion, the electrochemical module further comprising an elastic second plate-like member arranged between the second flat face and the second clamping portion, wherein elastic force of the first plate-like member is larger than elastic force of the second plate-like member.
A self-propelled combine harvester, comprising: - a processing area which is at least partially surrounded by a machine housing, in which a threshing device, a separating device as well as a cleaning screen and a cleaning device comprising a cleaning fan are disposed, - a propulsion engine with a cooler with cooler ventilator and a screen means disposed upstream of the cooler ventilator in order to retain particles of debris present in the cooling air which is sucked in, wherein an extraction nozzle which is at least partially open towards the screen means is associated with the screen means in the region of the air intake side, the effective suction area of the extraction nozzle being smaller than the air inlet area of the screen means, wherein the extraction nozzle is connected to at least one harvesting operation-dependent vacuum source by at least one suction line, characterized in that the cleaning fan is configured as a suction fan assembly which is disposed downstream of the cleaning screens of the cleaning device, producing a vacuum in the processing area, and in that the extraction nozzle is connected to the processing area by the at least one suction line as the harvesting operation-dependent vacuum source. - a processing area which is at least partially surrounded by a machine housing, in which a threshing device, a separating device as well as a cleaning screen and a cleaning device comprising a cleaning fan are disposed, - a propulsion engine with a cooler with cooler ventilator and a screen means disposed upstream of the cooler ventilator in order to retain particles of debris present in the cooling air which is sucked in, wherein an extraction nozzle which is at least partially open towards the screen means is associated with the screen means in the region of the air intake side, the effective suction area of the extraction nozzle being smaller than the air inlet area of the screen means, wherein the extraction nozzle is connected to at least one harvesting operation-dependent vacuum source by at least one suction line,
A filter system comprising a housing, a fluid inlet formed in a housing wall, a fluid outlet formed in a housing wall, a primary filter element and a secondary filter element, both being accommodated in the housing, wherein the secondary filter element is arranged downstream the primary filter element on a frustoconical stand pipe, the stand pipe being rigidly connected to one of the housing walls, the inside of the stand pipe being in fluid connection with the fluid outlet, wherein the secondary filter element comprises a filter medium forming a frustoconical body having at least one longitudinal seam along a longitudinal axis, and two axial end regions (12,14), wherein one end region having a smaller diameter is defined as top region, wherein the opposite end region has a larger diameter, and characterized in that the filter body of the secondary filter element has a first edge at one axial end region which is curved in an initial, flat, unwound state of the filter medium and, when viewed perpendicular to the longitudinal axis, straight in a final wound state of the filter medium forming the filter body, and a second edge at the opposite axial end region of the filter body, which is straight in an initial, flat, unwound state of the filter medium and curved when viewed perpendicular to the longitudinal axis in a final wound state of the filter medium forming the filter body. wherein the secondary filter element is arranged downstream the primary filter element on a frustoconical stand pipe, the stand pipe being rigidly connected to one of the housing walls, the inside of the stand pipe being in fluid connection with the fluid outlet, wherein the secondary filter element comprises a filter medium forming a frustoconical body having at least one longitudinal seam along a longitudinal axis, and two axial end regions (12,14), wherein one end region having a smaller diameter is defined as top region, wherein the opposite end region has a larger diameter, and characterized in that the filter body of the secondary filter element has a first edge at one axial end region which is curved in an initial, flat, unwound state of the filter medium and, when viewed perpendicular to the longitudinal axis, straight in a final wound state of the filter medium forming the filter body, and a second edge at the opposite axial end region of the filter body, which is straight in an initial, flat, unwound state of the filter medium and curved when viewed perpendicular to the longitudinal axis in a final wound state of the filter medium forming the filter body.
A method for producing a non-aqueous electrolyte secondary battery, comprising the steps of: - placing an electrode body into an outer casing, the electrode body having a folded-separator structure or a wound structure in which a positive electrode including a positive-electrode active material and a negative electrode including a negative-electrode active material are stacked with a separator interposed therebetween; - placing a non-aqueous electrolyte free of a flame retardant into the outer casing; - permeating the non-aqueous electrolyte free of a flame retardant into the positive electrode and the negative electrode placed in the outer casing 17); - charging the electrode body by applying a voltage between the positive electrode and the negative electrode placed in the outer casing; - placing a flame retardant into the outer casing; and - sealing the outer casing, wherein the step of placing the flame retardant is a step of placing a non-aqueous electrolyte containing the flame retardant dissolved therein into the outer casing that houses the positive electrode and the negative electrode, into which the non-aqueous electrolyte free of a flame retardant has been permeated, and wherein the step of charging is a step of charging the electrode body with the state in which the surface of the positive-electrode active material and the surface of the negative-electrode active material are in contact with the non-aqueous electrolyte substantially free of the flame retardant, and characterized in that the step of charging is a step of charging the electrode body after the flame retardant is placed into the outer casing. - placing an electrode body into an outer casing, the electrode body having a folded-separator structure or a wound structure in which a positive electrode including a positive-electrode active material and a negative electrode including a negative-electrode active material are stacked with a separator interposed therebetween; - placing a non-aqueous electrolyte free of a flame retardant into the outer casing; - permeating the non-aqueous electrolyte free of a flame retardant into the positive electrode and the negative electrode placed in the outer casing 17); - charging the electrode body by applying a voltage between the positive electrode and the negative electrode placed in the outer casing; - placing a flame retardant into the outer casing; and - sealing the outer casing, wherein the step of placing the flame retardant is a step of placing a non-aqueous electrolyte containing the flame retardant dissolved therein into the outer casing that houses the positive electrode and the negative electrode, into which the non-aqueous electrolyte free of a flame retardant has been permeated, and wherein the step of charging is a step of charging the electrode body with the state in which the surface of the positive-electrode active material and the surface of the negative-electrode active material are in contact with the non-aqueous electrolyte substantially free of the flame retardant, and characterized in that the step of charging is a step of charging the electrode body after the flame retardant is placed into the outer casing.
A method of determining a location of a mobile terminal, comprising: obtaining a location of a first access point; and receiving a visibility indication indicating that a second AP received a signal from the first AP or the first AP received a signal from the second AP; characterized by: determining a location of the second AP based on the received visibility indication and the location of the first AP, wherein the visibility indication comprises a received signal strength measurement of a signal from the second AP as received by the first AP, and wherein determining the location of the second AP comprises comparing the received signal strength to a threshold, and setting the location of the second AP to the location of the first AP if the received signal strength is above the threshold; determining a location of the mobile terminal in communication with the second AP based on the determined location of the second AP; and transmitting a message indicating the location of the mobile terminal on a digital communication network. obtaining a location of a first access point; and receiving a visibility indication indicating that a second AP received a signal from the first AP or the first AP received a signal from the second AP; characterized by: determining a location of the second AP based on the received visibility indication and the location of the first AP, wherein the visibility indication comprises a received signal strength measurement of a signal from the second AP as received by the first AP, and wherein determining the location of the second AP comprises comparing the received signal strength to a threshold, and setting the location of the second AP to the location of the first AP if the received signal strength is above the threshold; determining a location of the mobile terminal in communication with the second AP based on the determined location of the second AP; and transmitting a message indicating the location of the mobile terminal on a digital communication network. determining a location of the second AP based on the received visibility indication and the location of the first AP, wherein the visibility indication comprises a received signal strength measurement of a signal from the second AP as received by the first AP, and wherein determining the location of the second AP comprises comparing the received signal strength to a threshold, and setting the location of the second AP to the location of the first AP if the received signal strength is above the threshold; determining a location of the mobile terminal in communication with the second AP based on the determined location of the second AP; and transmitting a message indicating the location of the mobile terminal on a digital communication network.
A surgical robotic system, comprising: at least one robotic arm coupled to an operating table; and a control computer comprising a processor and a hardware interface, wherein the processor comprises a driver, wherein the hardware interface is configured to: send an interrupt to the driver in response to receiving robotic arm traffic, wherein the robotic arm traffic is real-time data; and store operating table component traffic in a buffer, wherein the operating table component traffic is non-real-time data, wherein the processor is configured to process the real-time data immediately upon the driver receiving the interrupt, and wherein the driver is configured to poll the hardware interface for operating table component traffic when the processor is not processing the real-time data. at least one robotic arm coupled to an operating table; and a control computer comprising a processor and a hardware interface, wherein the processor comprises a driver, wherein the hardware interface is configured to: send an interrupt to the driver in response to receiving robotic arm traffic, wherein the robotic arm traffic is real-time data; and store operating table component traffic in a buffer, wherein the operating table component traffic is non-real-time data, send an interrupt to the driver in response to receiving robotic arm traffic, wherein the robotic arm traffic is real-time data; and store operating table component traffic in a buffer, wherein the operating table component traffic is non-real-time data, wherein the processor is configured to process the real-time data immediately upon the driver receiving the interrupt, and wherein the driver is configured to poll the hardware interface for operating table component traffic when the processor is not processing the real-time data.
A method performed by a first network controller of an unlicensed wireless first communication system, the method comprising: registering a mobile station with the first network controller, the first network controller communicatively coupling a plurality of service regions of the unlicensed wireless first communication system to a licensed wireless second communication system; receiving, after registering the mobile station with the first network controller, a register update uplink message from the mobile station, wherein the register update uplink message includes location information; characterised by determining whether the first network controller has a service region overlapping a licensed wireless second communication system coverage area of the mobile station based on the received location information; and sending, when the first network controller does not have a service region overlapping the licensed wireless second communication system coverage area of the mobile station, a register redirect message from the first network controller to the mobile station for redirecting the mobile station to register with a second network controller of the unlicensed wireless first communication system that has a service region overlapping the licensed wireless second communication system coverage area of the mobile station. registering a mobile station with the first network controller, the first network controller communicatively coupling a plurality of service regions of the unlicensed wireless first communication system to a licensed wireless second communication system; receiving, after registering the mobile station with the first network controller, a register update uplink message from the mobile station, wherein the register update uplink message includes location information; characterised by determining whether the first network controller has a service region overlapping a licensed wireless second communication system coverage area of the mobile station based on the received location information; and sending, when the first network controller does not have a service region overlapping the licensed wireless second communication system coverage area of the mobile station, a register redirect message from the first network controller to the mobile station for redirecting the mobile station to register with a second network controller of the unlicensed wireless first communication system that has a service region overlapping the licensed wireless second communication system coverage area of the mobile station.
A user equipment, UE, for transmitting wireless transmissions, wherein the UE is adapted to: receive data packets (122, 126) from an external device which is a local device; transmit the data packets according to a scheduling which allocates transmission resources in a determined time period; determine a delay information between the reception of a data packet (122, 126) in the buffer and the transmission of the data packet (122, 126); and modify the transmission configuration to switch from a first active configuration to a second active configuration, wherein the active configurations are such that, for each time slot, only one active configuration transmits a data packet including an initial transmission and all the possible redundancy versions, RVs, of the data packet, wherein the UE is to receive a definition of the first active configuration (conf1) and second active configuration (conf2) in a BS's signalling, wherein the UE is configured, when operating at the first active configuration and in case of late arrival of a data packet, to switch to the second active configuration for transmitting the late arrived data packet. receive data packets (122, 126) from an external device which is a local device; transmit the data packets according to a scheduling which allocates transmission resources in a determined time period; determine a delay information between the reception of a data packet (122, 126) in the buffer and the transmission of the data packet (122, 126); and modify the transmission configuration to switch from a first active configuration to a second active configuration, wherein the active configurations are such that, for each time slot, only one active configuration transmits a data packet including an initial transmission and all the possible redundancy versions, RVs, of the data packet, wherein the UE is to receive a definition of the first active configuration (conf1) and second active configuration (conf2) in a BS's signalling, wherein the UE is configured, when operating at the first active configuration and in case of late arrival of a data packet, to switch to the second active configuration for transmitting the late arrived data packet.
An oligonucleotide targeting HSATII or a composition comprising said oligonucleotide for use in a method of treating a subject with cancer, wherein the cancer expresses high levels of HSATII RNA, the method comprising administering to the subject a therapeutically effective amount of said oligonucleotide targeting HSATII and administering a reverse transcriptase inhibitor.
A method for repairing a damaged portion of a perforated skin of a panel by means of a composite material doubler which is designed to be applied on the damaged portion of said perforated skin, characterized in that the method includes at least: - one step of applying a sealing film on the damaged portion of the perforated skin to temporarily close the perforations of said skin, and - one step of manufacturing the doubler on the sealing film applied beforehand; - one step of fastening the doubler to the perforated skin, such that the doubler covers the damaged portion of the perforated skin. - one step of applying a sealing film on the damaged portion of the perforated skin to temporarily close the perforations of said skin, and - one step of manufacturing the doubler on the sealing film applied beforehand; - one step of fastening the doubler to the perforated skin, such that the doubler covers the damaged portion of the perforated skin.
A system, comprising: first means for generating blood pressure waveforms from an intravascular location in a patient's body; second means for generating a spatial orientation signal indicative of the patient's posture; characterised by third means for calibrating the pressure waveforms in accordance with the spatial orientation signal in order to compensate for the effects of the patient's posture on the blood pressure waveforms. first means for generating blood pressure waveforms from an intravascular location in a patient's body; second means for generating a spatial orientation signal indicative of the patient's posture; characterised by third means for calibrating the pressure waveforms in accordance with the spatial orientation signal in order to compensate for the effects of the patient's posture on the blood pressure waveforms.