mhurhangee/ep-ind-claims huggingface dataset:
A connector comprising: a housing comprising a main body portion configured to be inserted into an attachment hole of an outer wall of a box-shaped body that is an attachment target from an outer side of the box-shaped body; a bus bar held by the housing and including a fastened portion that is disposed on an inner side of the box-shaped body with respect to the outer wall and is configured to be connected to a terminal fitting by fastening using a bolt; a nut held by the housing and into which the bolt is screwed to fasten the fastened portion and the terminal fitting together; and a cover attached to the housing with a gap between the cover and the fastened portion into which the terminal fitting is capable of being inserted, and covering the fastened portion and the nut, wherein a plurality of the bus bars and a plurality of nuts are provided, the housing includes a partition wall positioned between the fastened portion of one bus bar and the fastened portion of the other bus bar, characterized in that the cover is supported by the partition wall so as to be rotatable between a closed position at which the cover covers the fastened portion and the nut and an open position at which the cover does not cover the fastened portion and the nut. a housing comprising a main body portion configured to be inserted into an attachment hole of an outer wall of a box-shaped body that is an attachment target from an outer side of the box-shaped body; a bus bar held by the housing and including a fastened portion that is disposed on an inner side of the box-shaped body with respect to the outer wall and is configured to be connected to a terminal fitting by fastening using a bolt; a nut held by the housing and into which the bolt is screwed to fasten the fastened portion and the terminal fitting together; and a cover attached to the housing with a gap between the cover and the fastened portion into which the terminal fitting is capable of being inserted, and covering the fastened portion and the nut, wherein a plurality of the bus bars and a plurality of nuts are provided, the housing includes a partition wall positioned between the fastened portion of one bus bar and the fastened portion of the other bus bar, characterized in that the cover is supported by the partition wall so as to be rotatable between a closed position at which the cover covers the fastened portion and the nut and an open position at which the cover does not cover the fastened portion and the nut.
A method for processing a communication path, comprising: identifying (120, 630), by a forwarding layer device, a state of a path between the forwarding layer device and an opposite-end device using a path processing parameter which comprises a time threshold and a threshold of times, wherein the time threshold is a time length and the threshold of times is a threshold of a value of a path counter, the forwarding layer device sends echo request information to the opposite-end device periodically according to the time threshold, the forwarding layer device determines whether echo response information is received within the time threshold, if the forwarding layer device receives the echo response information within the time threshold, the forwarding layer device clears the path counter of this path, if the echo response information is not received within the time threshold, the forwarding layer device increases the value of the path counter of this path, and the forwarding layer device determines whether the value of the path counter of this path exceeds the threshold of times; reporting (130, 640), by the forwarding layer device, a fault state of the path when the value of the path counter of this path exceeds the threshold of times to a control layer device; and releasing (130, 640), by the forwarding layer device, sessions on the failed path. identifying (120, 630), by a forwarding layer device, a state of a path between the forwarding layer device and an opposite-end device using a path processing parameter which comprises a time threshold and a threshold of times, wherein the time threshold is a time length and the threshold of times is a threshold of a value of a path counter, the forwarding layer device sends echo request information to the opposite-end device periodically according to the time threshold, the forwarding layer device determines whether echo response information is received within the time threshold, if the forwarding layer device receives the echo response information within the time threshold, the forwarding layer device clears the path counter of this path, if the echo response information is not received within the time threshold, the forwarding layer device increases the value of the path counter of this path, and the forwarding layer device determines whether the value of the path counter of this path exceeds the threshold of times; reporting (130, 640), by the forwarding layer device, a fault state of the path when the value of the path counter of this path exceeds the threshold of times to a control layer device; and releasing (130, 640), by the forwarding layer device, sessions on the failed path.
Transdermal therapeutic system containing, in order: a) a backing layer, b) at least one drug-containing adhesive layer comprising the active ingredients Gestodene and Ethinylestradiol in a polyisobutylene-containing matrix and optionally other pharmaceutically acceptable ingredients, and c) a release liner; wherein the Gestodene amount is from 0.4 to 1.95 % by weight of the drug containing layer and the Ethinylestradiol amount is about 0.5 % (w/w) by weight of the drug-containing layer and, wherein the Gestodene amount is 1.05 mg together with 0.55 mg Ethinylestradiol or 0.525 mg Gestodene together with 0.55 mg Ethinylestradiol with a size of 11 cm 2. a) a backing layer, b) at least one drug-containing adhesive layer comprising the active ingredients Gestodene and Ethinylestradiol in a polyisobutylene-containing matrix and optionally other pharmaceutically acceptable ingredients, and c) a release liner;
Method for testing the shear strength of teeth of a toothed belt under dynamic loading by means of a device according to one of Claims 5 to 10, in which the toothed belt is tensioned around a freely rotatable toothed pulley and is loaded with a pulsating tensile force, characterized in that the toothed belt is cut open and tensioned with a predetermined angle of wrap around a toothed pulley, which consists of an inner drum and an outer toothed ring surrounding the drum in a freely rotatable manner, the toothed belt being loaded with a pulsating tensile force by clamps placed on its ends and, in a clearance of the toothed ring that is arranged within the angle of wrap, a tooth of the toothed belt being received in a separate slotted link associated with the drum and in the form of a die, and the torque that is exerted on the drum by the tooth being supported and measured.
Underwater work assembly, in particular for creating a bore in a bed of a water body, having - a service platform which can be lowered and - a plurality of supporting feet which are mounted so that they can be adjusted on the service platform for positioning on the bed of the water body and can be moved in and out relative to the service platform by means of an actuating cylinder, - wherein the supporting foot is adjustable by means of the actuating cylinder for orienting the service platform relative to the bed of the water body, characterized in that - at least one supporting foot is rotationally mounted relative to the service platform, - the supporting foot comprises a base element and an adjusting element which is mounted rotationally securely and axially displaceably on the base element, and - a rotary drive assigned to the supporting foot is provided, with which the supporting foot is driven in rotation for screwing the adjusting element in up to an anchoring depth into the bed of the water body. - a service platform which can be lowered and - a plurality of supporting feet which are mounted so that they can be adjusted on the service platform for positioning on the bed of the water body and can be moved in and out relative to the service platform by means of an actuating cylinder, - wherein the supporting foot is adjustable by means of the actuating cylinder for orienting the service platform relative to the bed of the water body, - at least one supporting foot is rotationally mounted relative to the service platform, - the supporting foot comprises a base element and an adjusting element which is mounted rotationally securely and axially displaceably on the base element, and - a rotary drive assigned to the supporting foot is provided, with which the supporting foot is driven in rotation for screwing the adjusting element in up to an anchoring depth into the bed of the water body.
A wheel assembly for use with an aircraft, comprising: a wheel having: an inner surface, and a first lug extending radially inward from the inner surface, a heat shield defining a first shield aperture and configured to be coupled to the first lug; and a gasket defining a first gasket aperture and configured to be positioned between the inner surface and the heat shield and to resist movement relative to the wheel in response to rotation of the wheel relative to the aircraft; a fastener configured to extend through the first shield aperture of the heat shield and through the first gasket aperture and to be received by the first lug; characterized in that it further comprises an insert defining an insert slot configured to receive the fastener prior to the fastener extending through the first shield aperture. a wheel having: an inner surface, and a first lug extending radially inward from the inner surface, an inner surface, and a first lug extending radially inward from the inner surface, a heat shield defining a first shield aperture and configured to be coupled to the first lug; and a gasket defining a first gasket aperture and configured to be positioned between the inner surface and the heat shield and to resist movement relative to the wheel in response to rotation of the wheel relative to the aircraft; a fastener configured to extend through the first shield aperture of the heat shield and through the first gasket aperture and to be received by the first lug; characterized in that it further comprises an insert defining an insert slot configured to receive the fastener prior to the fastener extending through the first shield aperture.
An inoculant comprising: (a) a plant growth promoting rhizobacteria (PGPR) that expresses a protein associated with pectin metabolism selected from pectin lyase, pectate lyase, polygalacturonase, pectin esterase, altronate dehydratase, altronate oxidoreductase, uronate isomerase, mannonate dehydratase, D-mannonate oxidoreductase, 4-hydroxy-2-oxoglutarate aldolase, 2-dehydro-3-deoxygluconokinase, hexuronate utilization operon transcriptional repressor, hexuronate transporter, and combinations thereof and (b) a saccharide comprising pectin or a pectin-related saccharide comprising hydrolyzed pectin, D-galacturonate, D-glucuronate, or mixtures thereof, wherein the PGPR is Bacillus amyloliquefaciens subspecies plantarum.
Holder for fixing pipes on a support for laying tubular objects, in particular panel heating pipes, wherein the holder is of u-shaped design and comprises a web (1.3) which connects two legs (1.1, 1.2), and the legs have inner and outer barbs (1.4, 1.5), characterized in that the inner and/or outer barbs (1.4, 1.5) are divided by incisions (1.6) into barb portions (1.4n, 1.5n) which increase the number of the barbs with respect to the support.
Motor vehicle, comprising at least one sensor to be adjusted and/or to be calibrated which is mounted in a fixed installation position inside the motor vehicle, wherein a detection device is provided for detecting a temporary removal of the sensor in the currentless state from the installation position, characterised in that a control device is provided which implements at least one measure when the temporary removal of the sensor from the installation position is detected during the start-up of the sensor.
Device having a radiator, comprising an inlet and an outlet, for determining the pressure differential between two spaced-apart points (2, 3) of a hot water heating system, in particular between the inlet and the outlet of the radiator, each having a connection for a pressure-measuring apparatus, characterised in that the device has two separate pipe connection pieces which can be inserted into the course of pipes of the heating system directly at the entry point thereof into the radiator, that the pipe connection pieces are connected to the radiator and that each of these pipe connection pieces has a branch with a self-sealing quick coupling for a pressure measuring apparatus connection.
Valve having a valve slide which is mounted in axially displaceable fashion in a valve bore formed in a valve housing, and having an electromagnetic actuator assembly for actuating the valve slide with attracting action counter to a resetting spring, wherein the valve slide has control windows in the form of at least one circumferential groove, and wherein the at least one circumferential groove interacts with control edges, formed by axially spaced-apart circumferential grooves in the valve bore, for the purposes of opening and closing the valve, wherein, to an end portion of the valve slide, there is fixed an armature plate which is accommodated in an armature chamber which is formed between the valve slide and the electromagnetic actuator assembly, characterized in that, between the valve slide and valve housing, there is structurally provided a sealing gap through which leakage occurs into the armature chamber which accommodates the armature plate, and in that the valve slide is equipped with an axial leakage passage bore which, for the purposes of discharging the leakage, fluidically connects the armature chamber to a leakage port of the valve.
A guide RNA (gRNA) for use in treating a patient with Duchenne Muscular Dystrophy, wherein the gRNA comprises a spacer sequence comprising an RNA version of the sequence set forth in SEQ ID NO: 186215.
A blood pump assembly adapted for use within a patient's vasculature, comprising: a motor in operative rotational engagement with an impeller assembly, the impeller assembly comprising an impeller housing, an impeller within the impeller housing, the impeller comprising an impeller hub and blades in operative engagement with the impeller hub; a handle in operative connection and communication with the motor, wherein the handle comprises controls for controlling at least the motor, and a display integrated into the handle, the display adapted to display real-time physiological parameters and real-time operational parameters, wherein the real-time physiological parameters comprise at least one of the group consisting of: blood pressure, heart rate, electrocardiogram information, and blood oxygen saturation, and wherein the real-time operational parameters comprise at least one of the group consisting of: rotational speed, resulting blood flow rate induced by the blood pump within the patient's vasculature, and resulting blood pressure induced by the blood pump within the patient's vasculature, and further comprising a drive shaft in operational rotational engagement with the impeller assembly and the motor, and wherein the motor and handle are located outside of the patient's vasculature and characterized in that the motor is located within the handle with the integrated display. a motor in operative rotational engagement with an impeller assembly, the impeller assembly comprising an impeller housing, an impeller within the impeller housing, the impeller comprising an impeller hub and blades in operative engagement with the impeller hub; a handle in operative connection and communication with the motor, wherein the handle comprises controls for controlling at least the motor, and a display integrated into the handle, the display adapted to display real-time physiological parameters and real-time operational parameters, wherein the real-time physiological parameters comprise at least one of the group consisting of: blood pressure, heart rate, electrocardiogram information, and blood oxygen saturation, and wherein the real-time operational parameters comprise at least one of the group consisting of: rotational speed, resulting blood flow rate induced by the blood pump within the patient's vasculature, and resulting blood pressure induced by the blood pump within the patient's vasculature, and further comprising a drive shaft in operational rotational engagement with the impeller assembly and the motor, and wherein the motor and handle are located outside of the patient's vasculature and characterized in that the motor is located within the handle with the integrated display.
A magnetic resonance imaging method comprising: detecting movement of an object while a protocol comprising a plurality of pulse sequences is executed to capture an image of a region of the object; and outputting information indicating occurrence of the movement of the object on a screen, based on a value of a movement amount, characterized in that the information indicates: in which of the plurality of pulse sequences the object movement is detected; or at least one reconstructed MR image which is obtained via a pulse sequence in which the movement is detected, and the method further comprises: extracting the at least one pulse sequence included in the protocol in which the movement is detected when an execution of the protocol is ended, wherein the extracting comprises extracting the at least one pulse sequence in which the value of the movement amount is equal to or greater than a threshold value; displaying a list of the extracted pulse sequences on a screen, and re-executing the extracted pulse sequences after the protocol is ended. detecting movement of an object while a protocol comprising a plurality of pulse sequences is executed to capture an image of a region of the object; and outputting information indicating occurrence of the movement of the object on a screen, based on a value of a movement amount, characterized in that the information indicates: in which of the plurality of pulse sequences the object movement is detected; or at least one reconstructed MR image which is obtained via a pulse sequence in which the movement is detected, and the method further comprises: extracting the at least one pulse sequence included in the protocol in which the movement is detected when an execution of the protocol is ended, wherein the extracting comprises extracting the at least one pulse sequence in which the value of the movement amount is equal to or greater than a threshold value; displaying a list of the extracted pulse sequences on a screen, and re-executing the extracted pulse sequences after the protocol is ended. in which of the plurality of pulse sequences the object movement is detected; or at least one reconstructed MR image which is obtained via a pulse sequence in which the movement is detected, and the method further comprises: extracting the at least one pulse sequence included in the protocol in which the movement is detected when an execution of the protocol is ended, wherein the extracting comprises extracting the at least one pulse sequence in which the value of the movement amount is equal to or greater than a threshold value; displaying a list of the extracted pulse sequences on a screen, and re-executing the extracted pulse sequences after the protocol is ended. extracting the at least one pulse sequence included in the protocol in which the movement is detected when an execution of the protocol is ended, wherein the extracting comprises extracting the at least one pulse sequence in which the value of the movement amount is equal to or greater than a threshold value; displaying a list of the extracted pulse sequences on a screen, and re-executing the extracted pulse sequences after the protocol is ended.
A tire comprising a band and a belt, wherein the band is layered outward of the belt in a radial direction of the tire, the belt includes two or more layers (24, 26) layered in the radial direction of the tire, the band includes a rubber composition and a polyester cord formed by twisting a plurality of filament yarns, each of the two or more layers (24, 26) of the belt includes a rubber composition and a cord (34, 36), characterised in that a gauge between the cords (34, 36) of two adjacent layers (24, 26) in the belt is 0.20 mm or greater, and not greater than 0.40 mm. the band is layered outward of the belt in a radial direction of the tire, the belt includes two or more layers (24, 26) layered in the radial direction of the tire, the band includes a rubber composition and a polyester cord formed by twisting a plurality of filament yarns, each of the two or more layers (24, 26) of the belt includes a rubber composition and a cord (34, 36), characterised in that a gauge between the cords (34, 36) of two adjacent layers (24, 26) in the belt is 0.20 mm or greater, and not greater than 0.40 mm.
A seat comprising a bio-signal analyzer, comprising: two air cushions, each having two air bags overlapping each other, each air bag comprising an air inlet/outlet port and a resilience applying member, which is formed of a three-dimensional solid knitted fabric, accommodated in a respective air bag, configured to apply resilience in an expansion direction to the air bag from inside when pressing with a load to exhaust air from the inlet/outlet port, and configured to allow air to enter the air bag through the inlet/outlet port accompanying decrease of the load, wherein the air cushions are incorporated in a seat back of the seat at positions corresponding respectively to left and right iliocostalis lumborum muscles of a person, in a substantially vertically long state along the iliocostalis lumborum muscles, and having a length allowing to set an upper end thereof at least at a height corresponding to a lower face of a human diaphragm; an air pressure measurement instrument connected to the inlet/ outlet ports of the air bags and configured to detect air pressure variations; and analyzing means configured to perform analysis using a sum of values of respective air pressure variations of the two air bags of a respective air cushion. two air cushions, each having two air bags overlapping each other, each air bag comprising an air inlet/outlet port and a resilience applying member, which is formed of a three-dimensional solid knitted fabric, accommodated in a respective air bag, configured to apply resilience in an expansion direction to the air bag from inside when pressing with a load to exhaust air from the inlet/outlet port, and configured to allow air to enter the air bag through the inlet/outlet port accompanying decrease of the load, wherein the air cushions are incorporated in a seat back of the seat at positions corresponding respectively to left and right iliocostalis lumborum muscles of a person, in a substantially vertically long state along the iliocostalis lumborum muscles, and having a length allowing to set an upper end thereof at least at a height corresponding to a lower face of a human diaphragm; an air pressure measurement instrument connected to the inlet/ outlet ports of the air bags and configured to detect air pressure variations; and analyzing means configured to perform analysis using a sum of values of respective air pressure variations of the two air bags of a respective air cushion.
A method for predicting differential responses of humans to a biological or chemical substance comprising combining the substance with extra-embryonic stem cells from genetically different human donors in vitro, assaying for an effect on the cells, analyzing the effect on cells from each donor identifying differences in effects on the extra-embryonic stem cells from the genetically different donors, and comparing the differences across donors, wherein the comparison of the differences in effect from each donor predicts the differential responses that the substance will have on the humans.