mhurhangee/patent-ind-claim-en huggingface dataset:
Gear mechanism , in particular a coaxial gear mechanism, comprising - a ring gear having an inwardly directed toothing , - a tooth carrier which is arranged coaxially with the ring gear and in which a plurality of teeth for engaging with the toothing are received, the teeth being mounted in the tooth carrier so as to be radially movable, - a drive element having a profiling for radially driving the teeth that are mounted so as to be radially movable, the profiling having at least two projections over its circumference, - rolling elements which are arranged on the profiling , and - a plurality of pivot segments for mounting the teeth , the pivot segments being arranged on the rolling elements , - characterized in that the gear mechanism is constructed in such a way that there is a positive gear ratio between a drive via the drive element and an output via the teeth carrier , - the number of teeth being calculated using the following formula: Z z = Z I + E PF , where Zz is the number of the teeth in the tooth carrier , where ZI is the number of the inner teeth of the ring gear , where E is the number of the projections of the profiling of the drive element and where PF is a position factor which is an integer. - a ring gear having an inwardly directed toothing , - a tooth carrier which is arranged coaxially with the ring gear and in which a plurality of teeth for engaging with the toothing are received, the teeth being mounted in the tooth carrier so as to be radially movable, - a drive element having a profiling for radially driving the teeth that are mounted so as to be radially movable, the profiling having at least two projections over its circumference, - rolling elements which are arranged on the profiling , and - a plurality of pivot segments for mounting the teeth , the pivot segments being arranged on the rolling elements , - characterized in that the gear mechanism is constructed in such a way that there is a positive gear ratio between a drive via the drive element and an output via the teeth carrier , - the number of teeth being calculated using the following formula: Z z = Z I + E PF , where Zz is the number of the teeth in the tooth carrier , where ZI is the number of the inner teeth of the ring gear , where E is the number of the projections of the profiling of the drive element and where PF is a position factor which is an integer.
An electrode assembly for a conductivity meter or resistivity meter comprising: an electrode main body , wherein the electrode main body is formed to have a column shape; a test liquid intake flow path passing through a side peripheral surface of the electrode main body ; a pair of voltage electrodes which is respectively provided so that surfaces thereof are exposed to opposing inner wall surfaces forming the test liquid intake flow path ; and a pair of current electrodes which is respectively provided so that surfaces thereof are exposed to each of the inner wall surfaces , and characterized in that each of the pair of current electrodes contains a carbon-based material, wherein each of the surfaces of the pair of current electrodes exposed to the inner wall surfaces is in a strip shape, wherein the pair of voltage electrodes and the pair of current electrodes are provided so as to be parallel to an axis direction of the electrode main body , and the pair of voltage electrodes and the pair of current electrodes are provided so as to be adjacent to each other along a passing-through direction of the test liquid intake flow path . an electrode main body , wherein the electrode main body is formed to have a column shape; a test liquid intake flow path passing through a side peripheral surface of the electrode main body ; a pair of voltage electrodes which is respectively provided so that surfaces thereof are exposed to opposing inner wall surfaces forming the test liquid intake flow path ; and a pair of current electrodes which is respectively provided so that surfaces thereof are exposed to each of the inner wall surfaces , and characterized in that each of the pair of current electrodes contains a carbon-based material, wherein each of the surfaces of the pair of current electrodes exposed to the inner wall surfaces is in a strip shape, wherein the pair of voltage electrodes and the pair of current electrodes are provided so as to be parallel to an axis direction of the electrode main body , and the pair of voltage electrodes and the pair of current electrodes are provided so as to be adjacent to each other along a passing-through direction of the test liquid intake flow path .
A method of manufacturing a slide assembly for a zipper, the method comprising: forming a slide member , said slide member being constructed and arranged to open and close a zipper chain, said slide member including a top surface , said top surface including a bridge having a first end and a second end both integrally formed to said top surface , an inner surface of said bridge formed to be substantially flat as it extends transversely across said inner surface and forming a pull member having a loop portion and a first tab portion , said loop portion formed as a continuous loop around said bridge and integrally formed to said first tab portion ; said slide member and said pull member both formed in a single operation in a die casting tool , said die casting tool having at least one side shifting slide for forming a portion of the inner surface of the bridge and a lower portion of the loop portion of the pull member , characterized by said at least one side shifting slide being configured to shift orthogonally with respect to its insertion path, wherein said die casting tool further includes at least one first insert and one secondary insert , wherein as said die casting tool is closed to form the slide and pull , the at least one side shifting slide and the at least one first insert and one secondary insert are inserted into the area under the bridge , the insert and the side shifting insert are positioned first along an insertion path so that the side shifting can occur after the slide has reached its insertion depth, next the secondary insert is timed to be positioned in the die casting tool adjacent to the side shift insert once the side shift has occurred.
A hydraulic tensioner comprising: a tensioner body provided with a housing hole that is open at one end and at another end; a plunger that is slidably inserted in the housing hole ; a biasing unit housed in a hydraulic chamber formed between the housing hole and the plunger to be extendable and retractable, the biasing unit biasing the plunger in a direction towards a tensioner slipper ; an oil feeder that communicates with the hydraulic chamber and feeds an oil to the hydraulic chamber ; a check valve unit disposed between the hydraulic chamber and the oil feeder ; and a second hydraulic chamber that has a pressure lower than a pressure of the hydraulic chamber and into which the oil from the hydraulic chamber flows, the second hydraulic chamber being provided with a draining oil passage for draining the oil out of the hydraulic tensioner at the other end, wherein the hydraulic tensioner may be attached to an internal combustion engine installed in a saddled vehicle , the hydraulic tensioner comprises a flange member that closes the one end of the housing hole , the flange member is provided with a feeding oil passage including at least a part of the oil feeder and a branched oil passage branched downward from the feeding oil passage to be continuous with the hydraulic chamber , the feeding oil passage is inclined with respect to a horizontal plane when the saddled vehicle is on a ground, and an inlet (81C1) of the feeding oil passage in the flange member is disposed at a level lower than a level of an outlet (81C2) of the feeding oil passage in the flange member . a tensioner body provided with a housing hole that is open at one end and at another end; a plunger that is slidably inserted in the housing hole ; a biasing unit housed in a hydraulic chamber formed between the housing hole and the plunger to be extendable and retractable, the biasing unit biasing the plunger in a direction towards a tensioner slipper ; an oil feeder that communicates with the hydraulic chamber and feeds an oil to the hydraulic chamber ; a check valve unit disposed between the hydraulic chamber and the oil feeder ; and a second hydraulic chamber that has a pressure lower than a pressure of the hydraulic chamber and into which the oil from the hydraulic chamber flows, the second hydraulic chamber being provided with a draining oil passage for draining the oil out of the hydraulic tensioner at the other end, wherein the hydraulic tensioner may be attached to an internal combustion engine installed in a saddled vehicle , the hydraulic tensioner comprises a flange member that closes the one end of the housing hole , the flange member is provided with a feeding oil passage including at least a part of the oil feeder and a branched oil passage branched downward from the feeding oil passage to be continuous with the hydraulic chamber , the feeding oil passage is inclined with respect to a horizontal plane when the saddled vehicle is on a ground, and an inlet (81C1) of the feeding oil passage in the flange member is disposed at a level lower than a level of an outlet (81C2) of the feeding oil passage in the flange member .
A bacterium selected from a lactic acid bacterium (LAB) and a Bifidobacterium, wherein an endogenous ptcC gene of said bacterium has been partially or completely deleted, disrupted, or inactivated such that said bacterium is incapable of producing a functional PtcC protein, and wherein said bacterium further possesses at least one feature selected from the group consisting of: a) an endogenous trePP gene has been partially or completely deleted, disrupted, or inactivated such that said bacterium is incapable of producing a functional TrePP protein; b) said bacterium contains a functional heterologous trehalose 6-phosphatase gene. a) an endogenous trePP gene has been partially or completely deleted, disrupted, or inactivated such that said bacterium is incapable of producing a functional TrePP protein; b) said bacterium contains a functional heterologous trehalose 6-phosphatase gene.
A method for request routing comprising: obtaining a DNS query from a client computing device at a first DNS server , wherein the DNS query corresponds to a requested resource associated with an original resource identifier provided by a content provider and wherein the first DNS server corresponds to a content delivery network "CDN" service ; obtaining a query IP address associated with the DNS query at the first DNS server, wherein the query IP address is associated with the client computing device; obtaining a location-based identifier associated with the query IP address and a confidence factor, the confidence factor corresponding to a degree of confidence associated with the accuracy of the location-based identifier to query IP address association; and processing the DNS query based on evaluation of the confidence factor, wherein processing the DNS query based on evaluation of the confidence factor includes determining whether the confidence factor exceeds a threshold value, and selecting a network point of presence based on the location-based identifier if the confidence factor exceeds the threshold value. obtaining a DNS query from a client computing device at a first DNS server , wherein the DNS query corresponds to a requested resource associated with an original resource identifier provided by a content provider and wherein the first DNS server corresponds to a content delivery network "CDN" service ; obtaining a query IP address associated with the DNS query at the first DNS server, wherein the query IP address is associated with the client computing device; obtaining a location-based identifier associated with the query IP address and a confidence factor, the confidence factor corresponding to a degree of confidence associated with the accuracy of the location-based identifier to query IP address association; and processing the DNS query based on evaluation of the confidence factor, wherein processing the DNS query based on evaluation of the confidence factor includes determining whether the confidence factor exceeds a threshold value, and selecting a network point of presence based on the location-based identifier if the confidence factor exceeds the threshold value.
A magnetic resonance system (MRS) , useful for imaging a patient, comprising: a magnetic resonance device (MRD) for imaging a patient, comprising an open bore , said MRD being at least partially contained in an envelope comprising in its circumference at least one recess ; an RF shield ; and an MRI-safe cart made of MRI-safe material, comprising a substantially horizontal base and at least one substantially horizontal incubator above said base, said base and said incubator being interconnected by at least one pillar , wherein said RF shield is an incubator panel, wherein at least a portion of said cart and said MRD are configured to fit together such that at least a portion of said incubator is reversibly housed within said MRD, and further wherein at least a portion of said base is reversibly housed within said at least one recess, wherein said RF shield is configured to sealingly enclose said MRD open bore when at least a portion of said incubator is housed within said MRD and contains a conduit configured to provide an RF shielding pass through for medical tubing wherein said conduit has length to width ratio of n:1, where n is a numerical value in the range 4<n<9. a magnetic resonance device (MRD) for imaging a patient, comprising an open bore , said MRD being at least partially contained in an envelope comprising in its circumference at least one recess ; an RF shield ; and an MRI-safe cart made of MRI-safe material, comprising a substantially horizontal base and at least one substantially horizontal incubator above said base, said base and said incubator being interconnected by at least one pillar , wherein said RF shield is an incubator panel, wherein at least a portion of said cart and said MRD are configured to fit together such that at least a portion of said incubator is reversibly housed within said MRD, and further wherein at least a portion of said base is reversibly housed within said at least one recess, wherein said RF shield is configured to sealingly enclose said MRD open bore when at least a portion of said incubator is housed within said MRD and contains a conduit configured to provide an RF shielding pass through for medical tubing wherein said conduit has length to width ratio of n:1, where n is a numerical value in the range 4<n<9.
A ready-to-use composition for intramuscular or subcutaneous injection, comprising 15%-55% w/v penethamate hydroiodide and at least one oily vehicle including ethyl oleate; wherein the viscosity of the composition is below 3000 mPas at a temperature of 20°C and a shear rate of 1/s measured with a cup cylinder method.
A spraying nozzle of a spray gun for controlled aerosol spraying of a pressurized polyurethane material, comprising a cylindrical body which first end is provided with a base having a mounting aperture extending into the cylindrical body and forming a cavity therein for arranging a head of a gun to be attached to a container with an aerosol composition, which base is made in the form of leaves oppositely situated in the same plane and extending beyond the cylindrical body and having a size suitable for resting user's fingers when the head of the gun is introduced into the cavity , a second end of the cylindrical body is provided with a cylindrical shoulder having a diameter that is less than a diameter of the cylindrical body, the cylindrical body having a through bore which, at a region where the material being sprayed exits the container, communicates with a through V-shaped and laterally non-closed recess which width is increased toward an outlet for the outlet for the sprayed material, oppositely arranged plate-like protrusions adjoin a lateral surface of the cylindrical shoulder , a height of said protrusions being greater than a height of the cylindrical shoulder , and cuts extending to the second end of the cylindrical body are made in outer lateral sides of said protrusions, a wall of said second end has a thickness ensuring that a length of the through bore made in the cylindrical shoulder is greater than the height of the cylindrical shoulder , an end of the mounting aperture , which adjoins the base , has a circumferential cut , the leaves of the base are provided with an antiskid finish , and the spraying nozzle is further provided with an attachment means used when in inoperative position.
A cable for power transmission or communication comprising: a core unit comprising at least one conductor and an insulating layer surrounding each conductor; a first shielding layer surrounding the core unit and being formed of a crosslinked polymer-carbon composite in which carbon-based particles are dispersed in a matrix of polymer material, the first shielding layer having an electrical resistance of 10 Ω·m or less; and a metal-based second shielding layer surrounding the first shielding layer. a core unit comprising at least one conductor and an insulating layer surrounding each conductor; a first shielding layer surrounding the core unit and being formed of a crosslinked polymer-carbon composite in which carbon-based particles are dispersed in a matrix of polymer material, the first shielding layer having an electrical resistance of 10 Ω·m or less; and a metal-based second shielding layer surrounding the first shielding layer.
Computer-implemented method for training a trainable module for preparing recordings of a measurement signal that contain interference , comprising the following steps: • a trainable module is provided which is designed so as, in the trained state, to select, from a predetermined catalogue of interference suppression modules (2a-2d), a combination of interference suppression modules (2a-2d) for a recording of the measurement signal whose application to the recording is expected to improve suppression of the interference contained in the recording ; • the trainable module is used to select a combination of interference suppression modules (2a-2d) for at least one learning recording of the measurement signal ; • the selected combination is applied to the learning recording to obtain an interference suppression result ; • a predetermined cost function is used to determine an evaluation of the extent to which the interference is suppressed in the interference suppression result ; • a parameter set that at least characterizes the behaviour of the trainable module is optimized with the aim of, when the same learning recording , and/or further learning recordings , is/are processed again, improving the evaluation of the interference suppression result that is then obtained by way of the cost function ; wherein the trainable module supplies a weighting (5a-5d), which can be used to combine the interference suppression results supplied by various interference suppression modules (2a-2d), as a selection of a combination of interference suppression modules (2a-2d). • a trainable module is provided which is designed so as, in the trained state, to select, from a predetermined catalogue of interference suppression modules (2a-2d), a combination of interference suppression modules (2a-2d) for a recording of the measurement signal whose application to the recording is expected to improve suppression of the interference contained in the recording ; • the trainable module is used to select a combination of interference suppression modules (2a-2d) for at least one learning recording of the measurement signal ; • the selected combination is applied to the learning recording to obtain an interference suppression result ; • a predetermined cost function is used to determine an evaluation of the extent to which the interference is suppressed in the interference suppression result ; • a parameter set that at least characterizes the behaviour of the trainable module is optimized with the aim of, when the same learning recording , and/or further learning recordings , is/are processed again, improving the evaluation of the interference suppression result that is then obtained by way of the cost function ;
A polyamide resin member comprising: crystals of a polyamide resin, the crystals being nano-oriented crystals containing crystals of the polyamide resin in each of which a polymer molecular chain is oriented and each of which has a crystal size of 50 nm or less, and when the polyamide resin member is in an absolutely dry condition, it has a tensile stress of 105 MPa or more in an elongation direction and has a tensile stress of 90 MPa or more in a width direction; wherein the crystal size is measured by a small-angle X-ray scattering method; and wherein the tensile stress is measured by a method in conformity to JIS7127 (ISO527-3). crystals of a polyamide resin, the crystals being nano-oriented crystals containing crystals of the polyamide resin in each of which a polymer molecular chain is oriented and each of which has a crystal size of 50 nm or less, and when the polyamide resin member is in an absolutely dry condition, it has a tensile stress of 105 MPa or more in an elongation direction and has a tensile stress of 90 MPa or more in a width direction; wherein the crystal size is measured by a small-angle X-ray scattering method; and wherein the tensile stress is measured by a method in conformity to JIS7127 (ISO527-3).
A method for transmitting or receiving a pilot signal in a 5th-Generation, 5G, system, the method comprising: determining (S210), by a terminal device, a first pilot pattern from a plurality of pilot patterns according to numerology information for data scheduled by Downlink Control Information, DCI, and transmitted on a time-domain resource same as a time-domain resource transmitting the pilot signal, wherein the numerology information comprises a sub-carrier spacing and a number of Orthogonal Frequency Division Multiplexing, OFDM, symbols in a Transmission Timer Interval, TTI; determining (S220), by the terminal device according to the first pilot pattern, a time-frequency resource for transmitting the pilot signal; and sending or receiving (S230), by the terminal device, the pilot signal to or from a network side device on the time-frequency resource. determining (S210), by a terminal device, a first pilot pattern from a plurality of pilot patterns according to numerology information for data scheduled by Downlink Control Information, DCI, and transmitted on a time-domain resource same as a time-domain resource transmitting the pilot signal, wherein the numerology information comprises a sub-carrier spacing and a number of Orthogonal Frequency Division Multiplexing, OFDM, symbols in a Transmission Timer Interval, TTI; determining (S220), by the terminal device according to the first pilot pattern, a time-frequency resource for transmitting the pilot signal; and sending or receiving (S230), by the terminal device, the pilot signal to or from a network side device on the time-frequency resource.
Method for the recognition of at least one defect in a regeneration path of a compressed-air system of a motor vehicle, wherein for the regeneration of a drying cartridge air from a regeneration-air reservoir is passed through the drying cartridge , wherein at least one physical variable of the air is detected in a component of the regeneration path , the said physical variable being one of a group of physical variables that includes the temperature, flow rate, density, pressure and flow velocity, and the at least one physical variable is analysed by a computation unit for the purpose of defect recognition, characterised in that the result of the analysis is processed further, and the further processing brings about an adaptation of the regeneration of the drying cartridge by control means implemented by the computation unit as a function of the said result .