mhurhangee/patent-ind-claim-en huggingface dataset:
A method of forming a container of plastic material, the method comprising the steps of: providing a preform of the plastic material, the preform including an open end defined by a mouth, a closed end and a generally cylindrical body extending between the closed end and the mouth; placing the preform within a mold having surfaces defining a cavity corresponding in shape to the container ; injecting an incompressible medium under pressure into the preform , the incompressible medium being an end product remaining in the molded container ; expanding the preform in the cavity under the influence of the incompressible medium into contact with the surfaces defining the cavity and simultaneously forming and filling the container ; during expanding of the preform , forcing portions of the plastic material into a series of recesses defined in the cavity surface, each of the recesses having a common depth; removing the container with the incompressible medium contained therein from the mold , the container including a series of raised dots corresponding to the series of recesses defined in the cavity surface characterized in that each of the raised dots has a nominal base diameter in the range of greater than 1.4 mm to less than 1.7 mm. providing a preform of the plastic material, the preform including an open end defined by a mouth, a closed end and a generally cylindrical body extending between the closed end and the mouth; placing the preform within a mold having surfaces defining a cavity corresponding in shape to the container ; injecting an incompressible medium under pressure into the preform , the incompressible medium being an end product remaining in the molded container ; expanding the preform in the cavity under the influence of the incompressible medium into contact with the surfaces defining the cavity and simultaneously forming and filling the container ; during expanding of the preform , forcing portions of the plastic material into a series of recesses defined in the cavity surface, each of the recesses having a common depth; removing the container with the incompressible medium contained therein from the mold , the container including a series of raised dots corresponding to the series of recesses defined in the cavity surface characterized in that each of the raised dots has a nominal base diameter in the range of greater than 1.4 mm to less than 1.7 mm.
Cable connector for connection to an electrical cable having a plurality of individual lines each having an insulation and an electrical conductor , comprising a front section , which is configured for connection to a corresponding mating connector; a rear section , in which the individual lines are surrounded by a cable sheath ; and an interposed central section , wherein the electrical conductors of two of the individual lines have a first mutual nominal distance (D 1 ) in the rear section and have a second mutual distance (D 2 ) in the front section , which second distance is greater than the first distance (D 1 ), wherein the distance between the electrical conductors of the two individual lines in the central section increases in the direction of the front section , characterized in that at least one pressing means is provided in the central section and is formed to press together at least the two individual lines in such a way that the insulations thereof undergo a mechanical deformation in the region of a common contact area (B). a rear section , in which the individual lines are surrounded by a cable sheath ; and an interposed central section , wherein the electrical conductors of two of the individual lines have a first mutual nominal distance (D 1 ) in the rear section and have a second mutual distance (D 2 ) in the front section , which second distance is greater than the first distance (D 1 ), wherein the distance between the electrical conductors of the two individual lines in the central section increases in the direction of the front section , characterized in that at least one pressing means is provided in the central section and is formed to press together at least the two individual lines in such a way that the insulations thereof undergo a mechanical deformation in the region of a common contact area (B).
Pneumatic vehicle tyre, comprising a directional tread with diagonal grooves , which run in a V-shaped manner relative to one another over the tread width and which open into one another, wherein in each tread half there run between circumferentially adjacent diagonal grooves at least two channels , which in plan view are inclined in opposite directions relative to the diagonal grooves and each of which comprises two channel flanks and a channel base , wherein the diagonal grooves and the channels delimit shoulder-side profile blocks , which belong to two shoulder-side rows of profile blocks , and central profile blocks , which are located in a central tread region (Z), wherein channels which are inclined in opposite directions relative to the diagonal grooves and each of which has a number of projections on their channel flanks are provided, wherein - when viewed over the extent of the corresponding channel - a projection located on one channel flank follows a projection located on the other channel flank in an alternating manner, and a channel base path running along the projections remains on the channel base , characterized in that the projections each have the shape of a pyramid with precisely two triangular delimiting areas and a radially outer tip (S) lying on the channel flank , wherein on each channel flank at least three mutually adjoining projections are formed, giving the channel base path a zigzagging course in plan view.
A noise reducer for a rotor blade of a wind turbine , the noise reducer comprising: a plurality of rods each having a body extending between a first end and a second end , the body of each of the plurality of rods extending parallel to the body of a neighboring rod of the plurality of rods and contacting the body of the neighboring rod throughout the entire body between the first end and second end when the noise reducer is in a stable position, i.e. a position wherein the noise reducer , and rods thereof, is not being affected by any external forces such as by the force of wind flowing past the rotor blade .
A method performed by a new controller for establishing a relay pairing for the new controller to control one or more accessories controlled by a first controller , via a relay service comprising: receiving, from the first controller , a request for consent to add the new controller to control the one or more accessories; determining whether consent is to be granted; obtaining an operator relay alias; transmitting, to an identity server of the relay service, a request for a consent token using the operator relay alias; receiving, from the identity server , the consent token; transmitting, to the first controller , a first message that includes the consent token; and receiving, from the first controller , a second message that includes one or more access tokens associated with respective relay aliases of the one or more accessories. receiving, from the first controller , a request for consent to add the new controller to control the one or more accessories; determining whether consent is to be granted; obtaining an operator relay alias; transmitting, to an identity server of the relay service, a request for a consent token using the operator relay alias; receiving, from the identity server , the consent token; transmitting, to the first controller , a first message that includes the consent token; and receiving, from the first controller , a second message that includes one or more access tokens associated with respective relay aliases of the one or more accessories.
A composition for use in treating a neurodegenerative disease or disorder in a subject suffering from or at risk of suffering from a neurodegenerative disease or disorder, wherein said composition comprises a pharmaceutically effective amount of a long-acting GLP-1r agonist that is exenatide (SEQ ID NO: 1) conjugated at the C-terminus to a branched polyethylene glycol (PEG) having a molecular weight of between 40 kDa and 80 kDa to block or reduce activation of resident innate immune cells selected from the group consisting of microglia and astrocytes, or inhibit the secretion of inflammatory and/or neurotoxic mediators secreted from the activated innate immune cells to alleviate one or more symptom of the neurodegenerative disease or disorder.
An electrically conductive adhesive film comprising: a metal particle (Q); a resin (M); and at least one of an organic phosphine (A) represented by the general formula below and a sulfide-based compound (B) represented by the general formula below, wherein the resin (M) comprises a thermosetting resin (M1), the thermosetting resin (M1) comprises a maleic acid imide compound including two or more units of an imide group in a single molecule, the metal particle (Q) is a mixture comprising a first metal particle (Q1) and a second metal particle (Q2) based on a metal component different from the first metal particle (Q1), the first metal particle (Q1) and the second metal particle (Q2) comprise a metal component capable of mutually forming an intermetallic compound, the first metal particle (Q1) is made of a single metal selected from the group of copper, nickel, aluminum and tin or an alloy comprising two or more metals selected from said group, the content of the first metal particle (Q1) relative to 100 % by mass of the metal particle (Q) is from 30 to 80 % by mass, and the electrically conductive adhesive film has a storage elastic modulus at 1 Hz measured in a state after sintering of 20 GPa or less and a thermal weight loss ratio when heated for 2 hours at 250 ° C under a nitrogen atmosphere of less than 1 % in the general formulas and , each R independently represents an organic group, and R may be the same or different with each other. a metal particle (Q); a resin (M); and at least one of an organic phosphine (A) represented by the general formula below and a sulfide-based compound (B) represented by the general formula below, wherein the resin (M) comprises a thermosetting resin (M1), the thermosetting resin (M1) comprises a maleic acid imide compound including two or more units of an imide group in a single molecule, the metal particle (Q) is a mixture comprising a first metal particle (Q1) and a second metal particle (Q2) based on a metal component different from the first metal particle (Q1), the first metal particle (Q1) and the second metal particle (Q2) comprise a metal component capable of mutually forming an intermetallic compound, the first metal particle (Q1) is made of a single metal selected from the group of copper, nickel, aluminum and tin or an alloy comprising two or more metals selected from said group, the content of the first metal particle (Q1) relative to 100 % by mass of the metal particle (Q) is from 30 to 80 % by mass, and the electrically conductive adhesive film has a storage elastic modulus at 1 Hz measured in a state after sintering of 20 GPa or less and a thermal weight loss ratio when heated for 2 hours at 250 ° C under a nitrogen atmosphere of less than 1 % in the general formulas and , each R independently represents an organic group, and R may be the same or different with each other.
A power tool comprising a housing and a brushless motor , the brushless motor including a stator and a rotor disposed inside the housing, the rotor including a rotor core comprising a stack of plurality of steel plates and having a plurality of axially extending through holes and a permanent magnet disposed in each of the plurality of through holes, wherein the rotor is provided with at least one positioning structure by which the rotor core is holdable in a desired circumferential orientation while the permanent magnets are inserted into the through holes , the rotor core comprises four permanent magnets , the rotor core viewed in cross section perpendicular to the axis of rotation comprises first and second pairs of opposed arc sections, and circumferentially adjacent arc sections of the first and second pairs of opposed arc sections are separated by the at least one positioning structure , wherein spaces are provided in the sides of the through-holes along narrow longitudinal sides of the permanent magnets , the at least one positioning structure comprises chamfer parts provided on an outer-circumferential surface of the rotor core and located at positions that correspond, in a transverse cross section of the permanent magnets , to the outer sides of the permanent magnets at both ends in the longitudinal directions, and wherein the rotor core includes at least one convexity located between the circumferentially adjacent arc sections of the first and second pairs of opposed arc sections and characterised in that said at least one convexity is located between the respective chamfer parts , which chamfer parts are provided between the respective circumferentially adjacent arc sections. wherein the rotor is provided with at least one positioning structure by which the rotor core is holdable in a desired circumferential orientation while the permanent magnets are inserted into the through holes , the rotor core comprises four permanent magnets , the rotor core viewed in cross section perpendicular to the axis of rotation comprises first and second pairs of opposed arc sections, and circumferentially adjacent arc sections of the first and second pairs of opposed arc sections are separated by the at least one positioning structure , wherein spaces are provided in the sides of the through-holes along narrow longitudinal sides of the permanent magnets , the at least one positioning structure comprises chamfer parts provided on an outer-circumferential surface of the rotor core and located at positions that correspond, in a transverse cross section of the permanent magnets , to the outer sides of the permanent magnets at both ends in the longitudinal directions, and wherein the rotor core includes at least one convexity located between the circumferentially adjacent arc sections of the first and second pairs of opposed arc sections and characterised in that said at least one convexity is located between the respective chamfer parts , which chamfer parts are provided between the respective circumferentially adjacent arc sections.
A method for detecting passive intermodulation, PIM, signals at a wireless communication base station , the method comprising: receiving (S100), by at least one interfering signal receiver , radio frequency, RF, signals over a frequency band spanning a plurality of frequencies of signals transmitted by at least a first transmitter external to the base station and at least a second transmitter , wherein the second transmitter has a transmitter observation receiver, TOR , and wherein the at least one interfering signal receiver utilizes the TOR of the second transmitter to sample a downlink signal of the second transmitter ; determining (S102) frequencies at which signals are present among the received RF signals; calculating (S104) PIM signal frequencies based on the determined frequencies at which the signals are present; and determining (S106) whether the calculated PIM signal frequencies interfere with selected uplink channels. receiving (S100), by at least one interfering signal receiver , radio frequency, RF, signals over a frequency band spanning a plurality of frequencies of signals transmitted by at least a first transmitter external to the base station and at least a second transmitter , wherein the second transmitter has a transmitter observation receiver, TOR , and wherein the at least one interfering signal receiver utilizes the TOR of the second transmitter to sample a downlink signal of the second transmitter ; determining (S102) frequencies at which signals are present among the received RF signals; calculating (S104) PIM signal frequencies based on the determined frequencies at which the signals are present; and determining (S106) whether the calculated PIM signal frequencies interfere with selected uplink channels.
A tillage implement comprising: a frame operably supporting tillage tools ; and a soil monitoring system comprising instrumentation (110-2) operably supported from the frame , characterised in that the instrumentation (110-2) is disposed to detect soil shatter criteria indicative of the extent to which compaction layers below the soil surface are broken up after the soil is tilled by the tillage tools . a frame operably supporting tillage tools ; and a soil monitoring system comprising instrumentation (110-2) operably supported from the frame , characterised in that the instrumentation (110-2) is disposed to detect soil shatter criteria indicative of the extent to which compaction layers below the soil surface are broken up after the soil is tilled by the tillage tools .
A method of manufacturing an outer joint member of a constant velocity universal joint , the outer joint member comprising: a cup section having track grooves formed in an inner periphery of the cup section , which are engageable with torque transmitting elements ; and a shaft section formed at a bottom portion of the cup section , the outer joint member being constructed by forming the cup section and the shaft section as separate members, and by welding a cup member forming the cup section and a shaft member forming the shaft section to each other, the manufacturing method at least comprising: a welding step (S6) of welding the cup member and the shaft member to form a workpiece by irradiating a beam to joining end portions of the cup member and the shaft member ; characterized in that the manufacturing method further comprises: an ultrasonic flaw detection-inspection step (S6k) of inspecting a welded portion formed in the welding step (S6) by a plurality of ultrasonic flaw detection methods with one shared probe , wherein a position and an angle of the probe are freely controlled, and the plurality of ultrasonic flaw detection methods comprise a circumferential angle beam flaw detection method and an axial angle beam flaw detection method. the outer joint member comprising: a cup section having track grooves formed in an inner periphery of the cup section , which are engageable with torque transmitting elements ; and a shaft section formed at a bottom portion of the cup section , a cup section having track grooves formed in an inner periphery of the cup section , which are engageable with torque transmitting elements ; and a shaft section formed at a bottom portion of the cup section , the outer joint member being constructed by forming the cup section and the shaft section as separate members, and by welding a cup member forming the cup section and a shaft member forming the shaft section to each other, the manufacturing method at least comprising: a welding step (S6) of welding the cup member and the shaft member to form a workpiece by irradiating a beam to joining end portions of the cup member and the shaft member ; characterized in that the manufacturing method further comprises: an ultrasonic flaw detection-inspection step (S6k) of inspecting a welded portion formed in the welding step (S6) by a plurality of ultrasonic flaw detection methods with one shared probe , wherein a position and an angle of the probe are freely controlled, and the plurality of ultrasonic flaw detection methods comprise a circumferential angle beam flaw detection method and an axial angle beam flaw detection method. a position and an angle of the probe are freely controlled, and the plurality of ultrasonic flaw detection methods comprise a circumferential angle beam flaw detection method and an axial angle beam flaw detection method.
A catheter comprising: an elongate shaft including a proximal portion and a distal portion , the elongate shaft having a shaft wall , the shaft wall having an outer and inner surface, the shaft wall inner surface defining a guidewire lumen ; a deformable member coupled to the shaft wall outer surface at the distal end of the elongate shaft , wherein the deformable member is a material having a lower durometer than the shaft wall ; and a pressure sensor coupled to the deformable member , wherein the sensor has first and second surfaces and the sensor is coupled to the deformable member along the second surface . an elongate shaft including a proximal portion and a distal portion , the elongate shaft having a shaft wall , the shaft wall having an outer and inner surface, the shaft wall inner surface defining a guidewire lumen ; a deformable member coupled to the shaft wall outer surface at the distal end of the elongate shaft , wherein the deformable member is a material having a lower durometer than the shaft wall ; and a pressure sensor coupled to the deformable member , wherein the sensor has first and second surfaces and the sensor is coupled to the deformable member along the second surface .
A process for the removal of ammonia from a saline aquaculture system, the process comprising the steps of: a. maintaining the pH of the water in said saline aquaculture system below about 7.5; b. extracting a portion of the water from said system; c. oxidizing the ammonia in the portion of the water to nitrogen gas by electrolysis, at a pH between about 2.2 and about 4.0, preferably at a pH between about 2.2 and about 3.5; d. optionally, repeating steps (a) to (c) in a continuous manner; and e. recycling at least a portion of the water obtained after step (c) back to the aquaculture system, a. maintaining the pH of the water in said saline aquaculture system below about 7.5; b. extracting a portion of the water from said system; c. oxidizing the ammonia in the portion of the water to nitrogen gas by electrolysis, at a pH between about 2.2 and about 4.0, preferably at a pH between about 2.2 and about 3.5; d. optionally, repeating steps (a) to (c) in a continuous manner; and e. recycling at least a portion of the water obtained after step (c) back to the aquaculture system,
A method for modifying operations at a subterranean formation, comprising: determining the downhole environment at a wellbore in a subterranean formation, using at least one processor; selecting an exertive force to apply at a wellbore together with a drawdown pressure at the wellbore in order to modify operations at the subterranean formation, the selection of one or both of the exertive force and drawdown pressure using the at least one processor and being based on the downhole environment at that wellbore; and applying the selected exertive force and drawdown pressure at the wellbore, using downhole apparatus. determining the downhole environment at a wellbore in a subterranean formation, using at least one processor; selecting an exertive force to apply at a wellbore together with a drawdown pressure at the wellbore in order to modify operations at the subterranean formation, the selection of one or both of the exertive force and drawdown pressure using the at least one processor and being based on the downhole environment at that wellbore; and applying the selected exertive force and drawdown pressure at the wellbore, using downhole apparatus.