mhurhangee/patent-ind-claim-en huggingface dataset:
A bearing unit of a vehicle subassembly, wherein the vehicle subassembly is an interior subassembly and has a vehicle-mounted support and a component which is to be fastened on the support, wherein the support is a vehicle steering wheel and the component to be fastened on the support is an airbag module , comprising at least one adjustable spacer element for orienting the position of the component on the support, and a first fastener by which the support or the component can be fixed on the spacer element , wherein the spacer element has a support-side holding member comprising a first thread , a component-side holding member comprising a second thread and a second fastener by which the support-side holding member can be fixed on the support or the component-side holding member can be fixed on the component, wherein the second thread engages in the first thread in such a way that the length of the spacer element varies by a rotational movement of the support-side holding member relative to the component-side holding member , and wherein the support-side holding member or the component-side holding member is in the form of a nut and the other one of the two holding members is in the form of a sleeve screwed into the nut. at least one adjustable spacer element for orienting the position of the component on the support, and a first fastener by which the support or the component can be fixed on the spacer element , wherein the spacer element has a support-side holding member comprising a first thread , a component-side holding member comprising a second thread and a second fastener by which the support-side holding member can be fixed on the support or the component-side holding member can be fixed on the component, wherein the second thread engages in the first thread in such a way that the length of the spacer element varies by a rotational movement of the support-side holding member relative to the component-side holding member , and wherein the support-side holding member or the component-side holding member is in the form of a nut and the other one of the two holding members is in the form of a sleeve screwed into the nut.
A window comprising a frame and a motor-driven leaf parallel to its main face, the frame comprises a guide means for vertically moving the leaf and has a height about twice greater than the height of the leaf characterised in that a housing space for the leaf is provided, located vertically below the position of the leaf in a closing position, and in that said window further comprises a movement system comprising a motor-driven movement means attached at a lower part of the leaf , so that it is visible neither in the open position nor in the closed position of the leaf.
A phased perforating gun orienting system in a horizontal wellbore casing comprising a plurality of upwardly oriented shaped charges and a plurality of downwardly oriented shaped charges ; each of said upwardly oriented shaped charges and said downwardly oriented shaped charges are spaced apart along a horizontal axis and each of said upwardly oriented shaped charges and said downwardly oriented shaped charges are configured to occupy a distinct plane along said horizontal axis; wherein: said upwardly oriented shaped charges are oriented in an angularly upward direction such that when perforating, said upwardly oriented shaped charges create an upward fracture initiation point in a hydrocarbon formation above said horizontal axis along said wellbore casing; said downwardly oriented shaped charges are oriented in a angularly downward direction such that when perforating, said downwardly oriented shaped charges create a downward fracture initiation point in a hydrocarbon formation below said horizontal axis along said wellbore casing; and said upward fracture initiation point, said downward fracture initiation point and a point along said horizontal axis along said wellbore casing lie in a fracture plane ; said fracture plane is transversely perpendicular to said horizontal axis. said upwardly oriented shaped charges are oriented in an angularly upward direction such that when perforating, said upwardly oriented shaped charges create an upward fracture initiation point in a hydrocarbon formation above said horizontal axis along said wellbore casing; said downwardly oriented shaped charges are oriented in a angularly downward direction such that when perforating, said downwardly oriented shaped charges create a downward fracture initiation point in a hydrocarbon formation below said horizontal axis along said wellbore casing; and said upward fracture initiation point, said downward fracture initiation point and a point along said horizontal axis along said wellbore casing lie in a fracture plane ; said fracture plane is transversely perpendicular to said horizontal axis.
Method for applying a top layer comprising bitumen and chippings onto a substrate, comprising the following steps: i) providing a composition comprising bitumen and chippings, ii) heating the composition from i), iii) applying the heated composition from ii) onto the substrate and compacting it, iv) allowing the composition applied onto the substrate to cool, v) measuring the texture depth of the cooled composition applied onto the substrate from iv), wherein the measured texture depth is compared to a reference value, vi) water-jetting the cooled composition applied onto the substrate from iv), wherein step vi) is repeated if the texture depth measured in step v) is less than the reference value, wherein step vi) is terminated if the texture depth measured in step v) is equal to or greater than the reference value, characterized in that in step vi) the water pressure is in a range of 1500 bar - 3000 bar, the amount of water is in a range of 35-40 l/m 2 and the speed of travel is in a range of 7 - 9 m 1 per minute. i) providing a composition comprising bitumen and chippings, ii) heating the composition from i), iii) applying the heated composition from ii) onto the substrate and compacting it, iv) allowing the composition applied onto the substrate to cool, v) measuring the texture depth of the cooled composition applied onto the substrate from iv), wherein the measured texture depth is compared to a reference value, vi) water-jetting the cooled composition applied onto the substrate from iv),
A method for determining the bulk density of loose jointing materials of a flooring by means of a device for determining the bulk density of loose jointing materials of a flooring, wherein the device comprises - a penetration element for penetrating into the jointing material, - a force application devices and - a measurement device , wherein the force application device is designed in such a way that a force impact with a predetermined force in a predetermined direction can be applied to the penetration element , and wherein the measurement device is configured to measure a distance by which the penetration element has moved due to a force impact that has been applied to the penetration element by means of the force application device, wherein the method features the following steps: a) positioning the device over a joint of the flooring in which the bulk density of the jointing material contained in the joint is to be determined, b) placing the penetration element on the joint, c) applying several force impacts onto the penetration element by means of the force application device, and d) determining the distance by which the penetration element has moved due to each force impact using the measurement device . - a penetration element for penetrating into the jointing material, - a force application devices and - a measurement device , wherein the force application device is designed in such a way that a force impact with a predetermined force in a predetermined direction can be applied to the penetration element , and wherein the measurement device is configured to measure a distance by which the penetration element has moved due to a force impact that has been applied to the penetration element by means of the force application device, wherein the method features the following steps: a) positioning the device over a joint of the flooring in which the bulk density of the jointing material contained in the joint is to be determined, b) placing the penetration element on the joint, c) applying several force impacts onto the penetration element by means of the force application device, and d) determining the distance by which the penetration element has moved due to each force impact using the measurement device . a) positioning the device over a joint of the flooring in which the bulk density of the jointing material contained in the joint is to be determined, b) placing the penetration element on the joint, c) applying several force impacts onto the penetration element by means of the force application device, and d) determining the distance by which the penetration element has moved due to each force impact using the measurement device .
A modular jaw for attachment to an orthopedic implant extraction tool , the modular jaw comprising: an elongated body ; a claw defining a distal end of the elongated body for engaging an object; a locking mechanism about a posterior end of the elongated body for engaging the orthopedic implant extraction tool, the locking mechanism including: a dovetail lock , and a detent mounted to the dovetail lock; and a distally facing surface about a proximal end of the elongated body. an elongated body ; a claw defining a distal end of the elongated body for engaging an object; a locking mechanism about a posterior end of the elongated body for engaging the orthopedic implant extraction tool, the locking mechanism including: a dovetail lock , and a detent mounted to the dovetail lock; and a distally facing surface about a proximal end of the elongated body. a dovetail lock , and a detent mounted to the dovetail lock; and a distally facing surface about a proximal end of the elongated body.
Effervescent composition, containing metamizole sodium monohydrate and effervescent mixture, including sodium carbonate and citric acid, as well as excipients saccharin sodium and flavour, characterized by that, the sodium carbonate and the citric acid are in water-free form, the composition also containing water-free magnesium citrate, saccharose for direct tableting, water-free colloidal silicon dioxide and sodium cyclamate, and the quantitative ratios of the components of the composition in wt.% are, as follows: from 29,41 to 33,33 metamizole sodium monohydrate, from 8,47 to 9.6 water-free sodium carbonate, from 11,76 to 13.33 water-free citric acid, from 3.33 to 5,88 water-free magnesium citrate, from 35.60 to 38,47 saccharose for direct tableting, from 0.27 to 0,41 water-free colloidal silicon dioxide, from 2,35 to 2.67 sodium cyclamate, from 0.20 to 0,29 saccharin sodium and from 1.67 to 2,94 flavour.
A method comprising: exchanging fabric packets selectively over a plurality of virtual channels between a plurality of processing elements interconnected as a fabric, each processing element comprising a compute engine and a fabric router , the processing elements comprising a sending processing element and a receiving processing element; performing dataflow-based and instruction-based processing in each compute engine in accordance with a virtual channel specifier of each fabric packet the compute engine receives, each respective virtual channel specifier identifying one of the plurality of virtual channels and a respective one of a plurality of communication pathways enabled by the fabric; sending a first fabric packet of the fabric packets from the sending processing element; routing the first fabric packet to the receiving processing element via one or more of the fabric routers in accordance with the first fabric packet virtual channel specifier; and in the receiving processing element, picking and processing the first fabric packet, the picking in accordance with the virtual channel specifier of the first fabric packet and respective block/unblock state comprised in the receiving processing element and maintained for each of the plurality of virtual channels. exchanging fabric packets selectively over a plurality of virtual channels between a plurality of processing elements interconnected as a fabric, each processing element comprising a compute engine and a fabric router , the processing elements comprising a sending processing element and a receiving processing element; performing dataflow-based and instruction-based processing in each compute engine in accordance with a virtual channel specifier of each fabric packet the compute engine receives, each respective virtual channel specifier identifying one of the plurality of virtual channels and a respective one of a plurality of communication pathways enabled by the fabric; sending a first fabric packet of the fabric packets from the sending processing element; routing the first fabric packet to the receiving processing element via one or more of the fabric routers in accordance with the first fabric packet virtual channel specifier; and in the receiving processing element, picking and processing the first fabric packet, the picking in accordance with the virtual channel specifier of the first fabric packet and respective block/unblock state comprised in the receiving processing element and maintained for each of the plurality of virtual channels.
A microfluidic system for causing perturbations in a cell membrane of an anucleate cell for delivering a payload intracellularly, the system comprising: at least one microfluidic channel defining a lumen allowing the anucleate cell suspended in a buffer to pass therethrough, wherein the microfluidic channel comprises at least one cell-deforming constriction causing said perturbations, wherein the constriction comprises a length, a depth, and a width, wherein the width of the constriction is less than 4 micrometers, wherein the constriction induces perturbations in the cell membrane large enough for a payload to pass through, and wherein the anucleate cell is one or more of an erythrocyte or a reticulocyte.
A composition for use in a method of treating a condition selected from the group consisting of muscle wasting, muscle weakness, cachexia, and a combination thereof in an individual that has muscle wasting or cachexia or that is at risk of having muscle wasting or cachexia; wherein said condition is the result of underlying chronic kidney disease; wherein said composition is selected from the group consisting of N-(1',2-dihydroxy-1,2'-binaphthalen-4'-yl)-4-methoxybenzenesulfonamide, N-(3,1'-Dihydroxy- binaphthalenyl-4'-yl)-4-methoxy-benzenesulfonamide, N-(4,1'-Dihydroxy- binaphthalenyl-4'-yl)-4-methoxy-benzenesulfonamide, N-(5,1'-Dihydroxy- binaphthalenyl-4'-yl)-4-methoxy-benzenesulfonamide, N-(6,1'-Dihydroxy- binaphthalenyl-4'-yl)-4-methoxy-benzenesulfonamide, N-(7,1'-Dihydroxy- binaphthalenyl-4'-yl)-4-methoxy-benzenesulfonamide, N-(8,1'-Dihydroxy- binaphthalenyl-4'-yl)-4-methoxy-benzenesulfonamide, 4-Bromo-N-(1,6'-dihydroxy- binaphthalenyl-4-yl)-benzenesulfonamide, and combinations thereof; wherein said method comprises the step of providing to the individual an effective amount of one or more of said compositions. wherein said condition is the result of underlying chronic kidney disease; wherein said composition is selected from the group consisting of N-(1',2-dihydroxy-1,2'-binaphthalen-4'-yl)-4-methoxybenzenesulfonamide, N-(3,1'-Dihydroxy- binaphthalenyl-4'-yl)-4-methoxy-benzenesulfonamide, N-(4,1'-Dihydroxy- binaphthalenyl-4'-yl)-4-methoxy-benzenesulfonamide, N-(5,1'-Dihydroxy- binaphthalenyl-4'-yl)-4-methoxy-benzenesulfonamide, N-(6,1'-Dihydroxy- binaphthalenyl-4'-yl)-4-methoxy-benzenesulfonamide, N-(7,1'-Dihydroxy- binaphthalenyl-4'-yl)-4-methoxy-benzenesulfonamide, N-(8,1'-Dihydroxy- binaphthalenyl-4'-yl)-4-methoxy-benzenesulfonamide, 4-Bromo-N-(1,6'-dihydroxy- binaphthalenyl-4-yl)-benzenesulfonamide, and combinations thereof; wherein said method comprises the step of providing to the individual an effective amount of one or more of said compositions.
A curable rubber composition comprising: a) at least one diene elastomer; b) at least one reinforcing filler; c) at least one styrene/α-methyl styrene co-oligomer having a number average molecular weight of from about 300 to about 600 g/mol and a ring and ball softening point not greater than 60°C; d) a curative system capable of curing the curable rubber composition when heated; wherein at least one of condition i) or condition ii) is met: i) the ring and ball softening point of the at least one styrene/α-methyl styrene co-oligomer is at least 25°C; or ii) the at least one styrene/α-methyl styrene co-oligomer has a glass transition temperature not greater than 15°C as measured by ISO 11357-2. a) at least one diene elastomer; b) at least one reinforcing filler; c) at least one styrene/α-methyl styrene co-oligomer having a number average molecular weight of from about 300 to about 600 g/mol and a ring and ball softening point not greater than 60°C; d) a curative system capable of curing the curable rubber composition when heated; i) the ring and ball softening point of the at least one styrene/α-methyl styrene co-oligomer is at least 25°C; or ii) the at least one styrene/α-methyl styrene co-oligomer has a glass transition temperature not greater than 15°C as measured by ISO 11357-2.
A down-the-hole drilling assembly activated by fluid under pressure, said assembly comprising: an elongate casing having an axially rearward end and an axially forward end ; a fluid-powered piston arranged movably inside the casing ; a top working chamber at a top side of the piston ; a bottom working chamber at a bottom side of the piston ; a plurality of fluid passages for feeding and discharging pressurized fluid into and out of the working chambers for generating reciprocating movement for the piston; a drill bit connectable to the axially forward end of the casing and provided with an anvil facing towards the piston for receiving the impacts of the piston ; an annular drive sub surrounding at least a portion of an elongate shank and cooperating with the drill bit to form fluid passages extending length-wise along the shank ; characterized in that: the drive sub comprises a concave arcuate groove extending circumferentially in the drive sub forming a chamber wherein the chamber is connected to channels for collecting the fluid from the hammer exhaust and redistributing the volume of the collected fluid from channels formed between splines of the drive sub and splines of the drill bit to flushing holes arranged in the drill bit wherein the chamber is located on the top side of a head-shank transition area where the feed force transmission occurs. an elongate casing having an axially rearward end and an axially forward end ; a fluid-powered piston arranged movably inside the casing ; a top working chamber at a top side of the piston ; a bottom working chamber at a bottom side of the piston ; a plurality of fluid passages for feeding and discharging pressurized fluid into and out of the working chambers for generating reciprocating movement for the piston; a drill bit connectable to the axially forward end of the casing and provided with an anvil facing towards the piston for receiving the impacts of the piston ; an annular drive sub surrounding at least a portion of an elongate shank and cooperating with the drill bit to form fluid passages extending length-wise along the shank ; characterized in that: the drive sub comprises a concave arcuate groove extending circumferentially in the drive sub forming a chamber wherein the chamber is connected to channels for collecting the fluid from the hammer exhaust and redistributing the volume of the collected fluid from channels formed between splines of the drive sub and splines of the drill bit to flushing holes arranged in the drill bit wherein the chamber is located on the top side of a head-shank transition area where the feed force transmission occurs.
A temperature sensor for detecting heating of at least one electrode pole of a temporarily or permanently implantable electrode line or a similar implant having at least one elongate electrical conductor which is connected to at least one electrode pole , wherein the temperature sensor comprises an impedance detection unit or is connected to such a unit, wherein the impedance detection unit is electrically connected to the at least one electrode pole , and wherein the temperature sensor is designed, in order to detect the heating of the at least one electrode pole , to evaluate an electrode pole impedance detected by the impedance detection unit , wherein the evaluation is performed in respect of a temperature-dependent feature of the electrode pole impedance, characterised in that the temperature sensor or the impedance detection unit is configured to detect or to evaluate an electrode pole impedance only within at least one event-dependent time window.
Use of an aqueous dispersion as an ink composition for inkjet recording, wherein the aqueous dispersion comprises a gel particle which comprises a polymerizable group, comprises a three-dimensional cross-linked structure comprising at least one selected from the group consisting of a urethane bond and a urea bond, and comprises a photopolymerization initiator in the interior of the gel particle; a resin; and water. a gel particle which comprises a polymerizable group, comprises a three-dimensional cross-linked structure comprising at least one selected from the group consisting of a urethane bond and a urea bond, and comprises a photopolymerization initiator in the interior of the gel particle; a resin; and water.