mhurhangee/patent-ind-claim-en huggingface dataset:
15-HEPE or a composition comprising 15-HEPE for use in treating or preventing fibrosis, wherein the 15-HEPE represents at least 80% by weight of all fatty acids present in the composition, and wherein the fibrosis is idiopathic pulmonary fibrosis.
A method for installing one or more electric cables in a wind turbine tower section , the method comprising: providing the wind turbine tower section in a substantially horizontal orientation, installing a zip line inside the wind turbine tower section , between a first end and a second end of the wind turbine tower section , coupling a second end of the electric cables to the zip line at a location near the first end of the wind turbine tower section , drawing the second end of the electric cables through the wind turbine tower section along the zip line , decoupling the second end of the electric cables from the zip line , anchoring a first end of the electric cables to the wind turbine tower section , at a location adjacent the first end of the wind turbine tower section , anchoring the second end of the electric cables to the wind turbine tower section , at a location adjacent the second end of the wind turbine tower section , and removing the zip line from the wind turbine tower section . providing the wind turbine tower section in a substantially horizontal orientation, installing a zip line inside the wind turbine tower section , between a first end and a second end of the wind turbine tower section , coupling a second end of the electric cables to the zip line at a location near the first end of the wind turbine tower section , drawing the second end of the electric cables through the wind turbine tower section along the zip line , decoupling the second end of the electric cables from the zip line , anchoring a first end of the electric cables to the wind turbine tower section , at a location adjacent the first end of the wind turbine tower section , anchoring the second end of the electric cables to the wind turbine tower section , at a location adjacent the second end of the wind turbine tower section , and removing the zip line from the wind turbine tower section .
A method for performing wireless communication by a first device configured to operate in a 3GPP wireless communication system, the method comprising: receiving, from a network, i) information for at least one sidelink, SL, resource for transmissions of a physical sidelink control channel, PSCCH, and a physical sidelink shared channel, PSSCH, and ii) information for a physical uplink control channel, PUCCH, resource for reporting a hybrid automatic repeat request, HARQ, feedback for a transmission of the PSSCH; generating an acknowledgement, ACK, based on the first device not transmitting the PSCCH and the PSSCH in the at least one SL resource; and transmitting, to the network, the ACK based on the PUCCH resource, characterised in that the at least one SL resource is provided by a configured grant, wherein the information for the at least one SL resource and the information for the PUCCH resource are received from the network through a radio resource control, RRC, message, wherein the information for the PUCCH resource includes information related to a slot offset between the PUCCH resource and a physical sidelink feedback channel, PSFCH, resource, and wherein the PUCCH resource is included in a slot after the slot offset from a slot including the PSFCH resource. receiving, from a network, i) information for at least one sidelink, SL, resource for transmissions of a physical sidelink control channel, PSCCH, and a physical sidelink shared channel, PSSCH, and ii) information for a physical uplink control channel, PUCCH, resource for reporting a hybrid automatic repeat request, HARQ, feedback for a transmission of the PSSCH; generating an acknowledgement, ACK, based on the first device not transmitting the PSCCH and the PSSCH in the at least one SL resource; and transmitting, to the network, the ACK based on the PUCCH resource, characterised in that the at least one SL resource is provided by a configured grant, wherein the information for the at least one SL resource and the information for the PUCCH resource are received from the network through a radio resource control, RRC, message, wherein the information for the PUCCH resource includes information related to a slot offset between the PUCCH resource and a physical sidelink feedback channel, PSFCH, resource, and wherein the PUCCH resource is included in a slot after the slot offset from a slot including the PSFCH resource.
Safety coupling for a double screw extruder, having at least one pair of coupling half elements which each have a shaft-receiving bushing for the shaft end of a drive shaft or of an extruder screw , and which can be coupled to one another via at least two shearing elements , characterized - in that the coupling half elements each have a flangeless, cylindrical casing which surrounds the shaft-receiving bushing and merges into a base region , - in that in each case at least one bore per shearing element is provided on an end side which closes the base region , and - in that the coupling half elements lie one in front of another with their end sides placed at the respective end of the base region , and are coupled via the shearing elements which span a separating plane (T) between the end sides . and which can be coupled to one another via at least two shearing elements , characterized - in that the coupling half elements each have a flangeless, cylindrical casing which surrounds the shaft-receiving bushing and merges into a base region , - in that in each case at least one bore per shearing element is provided on an end side which closes the base region , and - in that the coupling half elements lie one in front of another with their end sides placed at the respective end of the base region , and are coupled via the shearing elements which span a separating plane (T) between the end sides . - in that the coupling half elements each have a flangeless, cylindrical casing which surrounds the shaft-receiving bushing and merges into a base region , - in that in each case at least one bore per shearing element is provided on an end side which closes the base region , and - in that the coupling half elements lie one in front of another with their end sides placed at the respective end of the base region , and are coupled via the shearing elements which span a separating plane (T) between the end sides .
A method for measuring an entity of interest in a stream of rinsing water, comprising a. supplying a stream of water to a unit previously subjected to a washing process for rinsing at least a part of the surfaces of the washed unit , b. supplying a stream of air to the washed unit , c. collecting a mixture of water and air at an outlet of the unit , characterized in that said method comprises d. deaerating the mixture of water and air using a cyclone to produce an aqueous stream, and e. measuring the concentration of an entity of interest in the aqueous stream. a. supplying a stream of water to a unit previously subjected to a washing process for rinsing at least a part of the surfaces of the washed unit , b. supplying a stream of air to the washed unit , c. collecting a mixture of water and air at an outlet of the unit , characterized in that said method comprises d. deaerating the mixture of water and air using a cyclone to produce an aqueous stream, and e. measuring the concentration of an entity of interest in the aqueous stream.
An antenna control apparatus that controls an inter-center distance between two antennas of an antenna array in a case of feeding the two antennas with electric currents with an equal intensity in mutually reverse directions, the antenna control apparatus comprising: an input parameter acquisition unit that acquires, as input parameters, a distance from the antenna array to a boundary of a communication area formed by the antennas , and a lower limit value of an attenuation rate of a magnetic field intensity at the boundary of the communication area; a calculation unit that calculates, based on the distance to the boundary of the communication area and the lower limit value of the attenuation rate of the magnetic field intensity, the inter-center distance between the antennas such that the attenuation rate of the magnetic field intensity equal to the lower limit value is obtained at the boundary of the communication area and the intensity of the electric currents is minimized; and a control unit that controls the inter-center distance between the antennas as calculated by the calculation unit . an input parameter acquisition unit that acquires, as input parameters, a distance from the antenna array to a boundary of a communication area formed by the antennas , and a lower limit value of an attenuation rate of a magnetic field intensity at the boundary of the communication area; a calculation unit that calculates, based on the distance to the boundary of the communication area and the lower limit value of the attenuation rate of the magnetic field intensity, the inter-center distance between the antennas such that the attenuation rate of the magnetic field intensity equal to the lower limit value is obtained at the boundary of the communication area and the intensity of the electric currents is minimized; and a control unit that controls the inter-center distance between the antennas as calculated by the calculation unit .
Container made of injection-molded plastic, consisting essentially of a container wall , which defines an interior of the container, with a first plastic component, from which a skeleton with a base surface and a plurality of struts and/or part surfaces molded thereon is formed, and with at least one second plastic component which completes the skeleton to form the container wall , characterized in that the skeleton consists of foamed plastic and the second plastic component consists of a non-foamed plastic, and in that the second plastic component is a transparent plastic.
A system comprising: a turbine combustor comprising: a combustor liner disposed about a combustion chamber ; a flow sleeve disposed at an offset about the combustor liner to define a passage , wherein the passage is configured to direct an exhaust gas flow toward a head end of the turbine combustor; and a radial passageway extending between the flow sleeve and the combustor liner, characterized in that the radial passageway comprises a thimble system coupled to the flow sleeve and the combustion liner, wherein the thimble system comprises a thimble; and wherein the radial passageway is configured to isolate an oxidant flow through the radial passageway from the exhaust gas flow through the passage for a first operating condition and a second operating condition of the turbine combustor, wherein the offset between the outer surface of the combustor liner and the flow sleeve at the first operating condition is greater than the offset between the combustor liner and the flow sleeve at the second operating condition. a combustor liner disposed about a combustion chamber ; a flow sleeve disposed at an offset about the combustor liner to define a passage , wherein the passage is configured to direct an exhaust gas flow toward a head end of the turbine combustor; and a radial passageway extending between the flow sleeve and the combustor liner, characterized in that the radial passageway comprises a thimble system coupled to the flow sleeve and the combustion liner, wherein the thimble system comprises a thimble; and wherein the radial passageway is configured to isolate an oxidant flow through the radial passageway from the exhaust gas flow through the passage for a first operating condition and a second operating condition of the turbine combustor, wherein the offset between the outer surface of the combustor liner and the flow sleeve at the first operating condition is greater than the offset between the combustor liner and the flow sleeve at the second operating condition.
A method for identifying a mask for a patient, the method comprising: receiving , by a processing unit , a plurality of images of a patient's face; analyzing , by the processing unit, the plurality of images to generate a temporal model of the patient's face, wherein the temporal model is a numeric representation of the patient's face including 3-D information and time-based variations of the 3-D information; determining , by the processing unit, a mask for the patient using the temporal model of the patient's face; identifying , by the processing unit, the mask to the patient via an output device in communication with the processing unit, wherein the mask is for use in receiving a flow of a treatment gas to the airway of the patient, wherein the plurality of images include the patient's face in a plurality of differing expressions, wherein the plurality of differing expressions includes smiling, frowning, grimacing and pouting. receiving , by a processing unit , a plurality of images of a patient's face; analyzing , by the processing unit, the plurality of images to generate a temporal model of the patient's face, wherein the temporal model is a numeric representation of the patient's face including 3-D information and time-based variations of the 3-D information; determining , by the processing unit, a mask for the patient using the temporal model of the patient's face; identifying , by the processing unit, the mask to the patient via an output device in communication with the processing unit, wherein the mask is for use in receiving a flow of a treatment gas to the airway of the patient, wherein the plurality of images include the patient's face in a plurality of differing expressions, wherein the plurality of differing expressions includes smiling, frowning, grimacing and pouting.
An endoscopic surgery device comprising: a guide member configured to penetrate through a body wall to be inserted into a body cavity; an endoscope insertion path which is provided inside the guide member , and into which an endoscope configured to observe an inside of the body cavity is insertable in a back-and-forth movable manner; a treatment tool insertion path which is provided inside the guide member , and into which a treatment tool configured to inspect or treat a diseased part in the body cavity is insertable in a back-and-forth movable manner; endoscope drive means including a non-operating area where the endoscope inserted into the endoscope insertion path is not moved back and forth, and an operating area which is an area other than the non-operating area, and in which the endoscope is moved back and forth; detection means configured to detect a movement amount of the treatment tool with respect to the guide member when the treatment tool inserted into the treatment tool insertion path moves back and forth; and control means configured to control the endoscope drive means in accordance with the movement amount of the treatment tool detected by the detection means , wherein the endoscope drive means comprises a slider configured to move back and forth in the endoscope insertion path to allow the endoscope to move back and forth in interlock with the slider , and the slider is provided with an allowance part corresponding to the non-operating area, beyond which the endoscope starts moving back and forth in interlock with the slider . a guide member configured to penetrate through a body wall to be inserted into a body cavity; an endoscope insertion path which is provided inside the guide member , and into which an endoscope configured to observe an inside of the body cavity is insertable in a back-and-forth movable manner; a treatment tool insertion path which is provided inside the guide member , and into which a treatment tool configured to inspect or treat a diseased part in the body cavity is insertable in a back-and-forth movable manner; endoscope drive means including a non-operating area where the endoscope inserted into the endoscope insertion path is not moved back and forth, and an operating area which is an area other than the non-operating area, and in which the endoscope is moved back and forth; detection means configured to detect a movement amount of the treatment tool with respect to the guide member when the treatment tool inserted into the treatment tool insertion path moves back and forth; and control means configured to control the endoscope drive means in accordance with the movement amount of the treatment tool detected by the detection means , wherein the endoscope drive means comprises a slider configured to move back and forth in the endoscope insertion path to allow the endoscope to move back and forth in interlock with the slider , and the slider is provided with an allowance part corresponding to the non-operating area, beyond which the endoscope starts moving back and forth in interlock with the slider .
Antioxidant compositions containing piceid, possibly in combination with resveratrol for use in the prevention of oxidative and photooxidative damage of the skin caused by lengthy exposure to the sun in the form of skin protective oils, suspensions, creams, ointment, solutions and/or emulsions.
A method for contrasting and subsequently thereto materialographically analyzing materials, in which the surface of a specimen to be materialographically analyzed is partially subjected to a polishing process, characterized in that the polished surface is subsequently processed by at least one laser beam such that, due to the thermal expansion of the grains of the processed specimen surface , a structure image is obtained which is subsequently materialographically analyzed by means of a microscope, in particular a light microscope.
A housing , comprising a main portion ; characterized in that the main portion defines a notch; the housing further comprises at least a metal sheet and a plurality of spacers , for the at least a metal sheet and the plurality of spacers alternately positioning in the notch, and, the at least a metal sheet and the main portion bonded together by the plurality of spacers .
A handle for a razor cartridge , the handle comprising: a head having a cartridge engaging end and an attachment end ; a body formed of a first material and defining a centerline (C2), the body having a front end and a rear end , wherein the front end is coupled with the attachment end ; and a cover layer at least partially overlying the body and formed of a second material, wherein the second material comprises thermoplastic elastomer, characterized in that the body defines a plurality of through holes and the cover layer extends into each of the through holes , and the through holes are disposed at the rear end of the body . a head having a cartridge engaging end and an attachment end ; a body formed of a first material and defining a centerline (C2), the body having a front end and a rear end , wherein the front end is coupled with the attachment end ; and a cover layer at least partially overlying the body and formed of a second material, wherein the second material comprises thermoplastic elastomer, characterized in that the body defines a plurality of through holes and the cover layer extends into each of the through holes , and the through holes are disposed at the rear end of the body .
A fan cover shell , comprising: an outer frame ; multiple annular auxiliary reinforcement ribs , arranged from the center of the fan cover shell towards the outer frame ; and multiple main reinforcement ribs respectively extending from the center of the fan cover shell to the outer frame and intersecting with the auxiliary reinforcement ribs to form multiple ventilation grills; wherein the main reinforcement rib forms a multi-section curve, a first arc-shaped air guide surface is disposed on a windward side of the main reinforcement rib , and a width of the windward side of the main reinforcement rib is greater than that of a leeward side; characterised in that any two adjacent sections of curves of the multi-section curve bend toward a reverse direction. an outer frame ; multiple annular auxiliary reinforcement ribs , arranged from the center of the fan cover shell towards the outer frame ; and multiple main reinforcement ribs respectively extending from the center of the fan cover shell to the outer frame and intersecting with the auxiliary reinforcement ribs to form multiple ventilation grills; wherein the main reinforcement rib forms a multi-section curve, a first arc-shaped air guide surface is disposed on a windward side of the main reinforcement rib , and a width of the windward side of the main reinforcement rib is greater than that of a leeward side; characterised in that any two adjacent sections of curves of the multi-section curve bend toward a reverse direction.
An electric brake apparatus for a vehicle comprising a brake rotation body which rotates together with a wheel; and an electric caliper which includes a piston for pressing a brake friction member , facing a frictional sliding surface of the brake rotation body , toward the frictional sliding surface, a cylinder accommodating the piston such that the piston can advance and retract, and electric drive means for applying to the piston a pressing force for pressing the brake friction member , the electric brake apparatus being characterized by comprising: free rotation permission means (SWu, SWv, SWw) for permitting free rotation of an electric motor which constitutes the electric drive means and which generate the pressing force for advancing the piston ; and retraction means including reversing means formed of elastic material deformed by the pressing force for reversing the pressing force applied to the piston by the electric drive means so as to provide an elastic reverse forcewhich acts in a retraction direction of the piston , wherein, when free rotation of the electric motor generating the pressing force is permitted by the free rotation permission means (SWu, SWv, SWw), the retraction means retracts the piston having advanced so as to press the brake friction member , through use of the reverse force provided by the reversing means . free rotation permission means (SWu, SWv, SWw) for permitting free rotation of an electric motor which constitutes the electric drive means and which generate the pressing force for advancing the piston ; and retraction means including reversing means formed of elastic material deformed by the pressing force for reversing the pressing force applied to the piston by the electric drive means so as to provide an elastic reverse forcewhich acts in a retraction direction of the piston , wherein, when free rotation of the electric motor generating the pressing force is permitted by the free rotation permission means (SWu, SWv, SWw), the retraction means retracts the piston having advanced so as to press the brake friction member , through use of the reverse force provided by the reversing means .