mhurhangee/ep-ind-claims huggingface dataset:
Contact assembly for a relay for switching high load currents, having at least one switch contact, at least one electrically conductive connection element equipped with a contact portion directly electrically conductively connected to the switch contact and having a flexible, conductive braid, which is electrically conductively connected to a connection strap of the connection element facing away from the contact portion, wherein the contact assembly contains an armature pivotally mounted about a switching axis and an armature spring forming an angle, which is configured with a bearing arm and a switching arm, which switching arm runs parallel with the armature, wherein the armature, bearing against an internal side of the switching arm, the switching arm and the contact portion are connected together, characterized in that the connection strap is inclined relative to the contact portion, the switching arm is disposed between the armature and the contact portion, and in that the connection strap, inclined away from the armature, runs essentially in the direction of the switching axis.
A personal care formulation comprising: a silicone modified polyolefin which is the reaction product of: (i) at least one functionalized polyolefin comprising polymerized units derived from one or more olefin monomers selected from C 2 -C 40 olefins and having one or more functional groups selected from the group consisting of anhydrides (cyclic -CO CO-) and silanes derived from vinyltrialkoxysilanes; and (ii) at least one functionalized silicone polymer comprising polymerized units derived from one or more siloxanes having one or more functional groups; and a carrier. a silicone modified polyolefin which is the reaction product of: (i) at least one functionalized polyolefin comprising polymerized units derived from one or more olefin monomers selected from C 2 -C 40 olefins and having one or more functional groups selected from the group consisting of anhydrides (cyclic -CO CO-) and silanes derived from vinyltrialkoxysilanes; and (ii) at least one functionalized silicone polymer comprising polymerized units derived from one or more siloxanes having one or more functional groups; and (i) at least one functionalized polyolefin comprising polymerized units derived from one or more olefin monomers selected from C 2 -C 40 olefins and having one or more functional groups selected from the group consisting of anhydrides (cyclic -CO CO-) and silanes derived from vinyltrialkoxysilanes; and (ii) at least one functionalized silicone polymer comprising polymerized units derived from one or more siloxanes having one or more functional groups; and a carrier.
Transport apparatus for the transport of disabled people in wheelchairs on escalators, wherein the transport apparatus comprises a supporting frame provided with two pairs of wheels (4 and 5) designed to effect the ride on a flat surface, and with an external operating handle of the transport apparatus, wherein a frame is placed on the U-shaped supporting frame to accommodate a wheelchair, wherein the frame is vertically pivotable by an angle of inclination to the escalator, and is formed to be lockable in the up position, wherein the distance between the axes of the pairs of wheels (4 and 5) is designed to correspond to the total depth of three adjacent steps of the escalator, characterized in that the supporting frame is provided with two pairs of support elements (6, 7) the distance between the front and rear pairs of support elements which extend between the pairs of wheels (4 and 5) and ensure the transport of trolleys on the escalator, is designed to correspond to the overall depth of three neighbouring steps of the escalator, and the wheel diameter is thus greater than the height of the support elements (6, 7).
Submodule (16a-16z) in particular for a modular multilevel power converter, which has a first input terminal (X1i) and a second input terminal (X2i) as well as a bypass switch, wherein the submodule (16a-16b) comprises a first half bridge and a first capacitor, wherein the first half bridge is connected on the input side to the first input terminal (X1i) and on the output side to the first capacitor, wherein the submodule (16a-16z) comprises a second half bridge and a second capacitor, wherein the second half bridge is connected on the input side to the second input terminal (X2i) and on the output side to the second capacitor such that by means of a shared switching state of the first half bridge and the second half bridge the first capacitor and the second capacitor can be connected in series with the first input terminal (X1i) and the second input terminal (X2i) wherein the first input terminal (X1i) and the second input terminal (X2i) can be short-circuited by closing the bypass switch and wherein the bypass switch has a pyrotechnical force element, which is designed to close the switching path in the bypass switch by means of ignition.
A cleaning composition comprising: (a) from 1% to 10%, by total weight of the cleaning composition, of one or more branched, unalkoxylated C 6 -C 14 alkyl sulfate surfactants, wherein the one or more BAS surfactants comprise branched alkyl moieties with a weight average carbon atom number ranging from 11 to 13; (b) from 2% to 20%, by total weight of the cleaning composition, of a mixture of linear, unalkoxylated C 6 -C 18 alkyl sulphate (MCAS) surfactants, wherein the MCAS surfactants have the general formula of R-O-SO 3 - M +, wherein R is a linear alkyl group having from 12 to 16 carbon atoms, and wherein M is a cation of alkali metal, alkaline earth metal or ammonium; wherein said mixture of MCAS surfactants comprise: from 30% to 100% of a linear, unalkoxylated C 12 alkyl sulfate, by total weight of said mixture; from 0% to 70% of a linear, unalkoxylated C 14 alkyl sulfate, by total weight of said mixture; and from 0% to 20% of a linear, unalkoxylated C 16 alkyl sulfate, by total weight of said mixture; and (c) one or more additional ingredients, wherein the weight ratio of said one or more BAS surfactants to said one or more MCAS surfactants ranges from 2:1 to 1:5 and wherein the composition is substantially free of any alkoxylated alkyl sulfate (AxS). (a) from 1% to 10%, by total weight of the cleaning composition, of one or more branched, unalkoxylated C 6 -C 14 alkyl sulfate surfactants, wherein the one or more BAS surfactants comprise branched alkyl moieties with a weight average carbon atom number ranging from 11 to 13; (b) from 2% to 20%, by total weight of the cleaning composition, of a mixture of linear, unalkoxylated C 6 -C 18 alkyl sulphate (MCAS) surfactants, wherein the MCAS surfactants have the general formula of R-O-SO 3 - M +, wherein R is a linear alkyl group having from 12 to 16 carbon atoms, and wherein M is a cation of alkali metal, alkaline earth metal or ammonium; wherein said mixture of MCAS surfactants comprise: from 30% to 100% of a linear, unalkoxylated C 12 alkyl sulfate, by total weight of said mixture; from 0% to 70% of a linear, unalkoxylated C 14 alkyl sulfate, by total weight of said mixture; and from 0% to 20% of a linear, unalkoxylated C 16 alkyl sulfate, by total weight of said mixture; and from 30% to 100% of a linear, unalkoxylated C 12 alkyl sulfate, by total weight of said mixture; from 0% to 70% of a linear, unalkoxylated C 14 alkyl sulfate, by total weight of said mixture; and from 0% to 20% of a linear, unalkoxylated C 16 alkyl sulfate, by total weight of said mixture; and (c) one or more additional ingredients,
A touch sensor array comprising: a first patterned conducting layer comprising touch sensor traces including row traces and column traces; a second conducting layer comprising a ground plane; a first dielectric layer that separates the first patterned conducting layer and the second conducting layer; and vias that route the column traces or the row traces to the second conducting layer prior to an intersection of the column traces and the row traces, and route the column or row traces back up to the first patterned conducting layer after the intersection, a hole in the ground plane at the location of the intersection preventing the column traces or row traces from contacting the ground plane; wherein the second conducting layer comprising the ground plane is in the shape of a webbed pattern; and the touch sensor array further comprises a routing layer that includes routing lines configured in the same shape as the webbed pattern of the grounding plane, the grounding plane shielding the routing lines from the touch sensor traces. a first patterned conducting layer comprising touch sensor traces including row traces and column traces; a second conducting layer comprising a ground plane; a first dielectric layer that separates the first patterned conducting layer and the second conducting layer; and vias that route the column traces or the row traces to the second conducting layer prior to an intersection of the column traces and the row traces, and route the column or row traces back up to the first patterned conducting layer after the intersection, a hole in the ground plane at the location of the intersection preventing the column traces or row traces from contacting the ground plane; wherein the second conducting layer comprising the ground plane is in the shape of a webbed pattern; and the touch sensor array further comprises a routing layer that includes routing lines configured in the same shape as the webbed pattern of the grounding plane, the grounding plane shielding the routing lines from the touch sensor traces.
An apparatus comprising: an end effector comprising a first jaw and a second jaw holding staples; a drive system configured to apply a force or torque to fire a staple; and a sensor; a processor configured to: monitor the applied force or torque using the sensor; determine a position of the jaws (72, 76) using the sensor; control application of the force or torque by the drive system based on the position of the jaws (72, 76) and a comparison of the applied force or torque to an acceptable range of force or torque; and in response to determining that the applied force or torque is outside of the acceptable range of force or torque: suspend application of the force or torque by the drive system that causes staple firing to occur; and maintain application of a clamping force by the jaws (72,76) while suspending the application of the force or torque that causes the staple firing. an end effector comprising a first jaw and a second jaw holding staples; a drive system configured to apply a force or torque to fire a staple; and a sensor; a processor configured to: monitor the applied force or torque using the sensor; determine a position of the jaws (72, 76) using the sensor; control application of the force or torque by the drive system based on the position of the jaws (72, 76) and a comparison of the applied force or torque to an acceptable range of force or torque; and in response to determining that the applied force or torque is outside of the acceptable range of force or torque: suspend application of the force or torque by the drive system that causes staple firing to occur; and maintain application of a clamping force by the jaws (72,76) while suspending the application of the force or torque that causes the staple firing. monitor the applied force or torque using the sensor; determine a position of the jaws (72, 76) using the sensor; control application of the force or torque by the drive system based on the position of the jaws (72, 76) and a comparison of the applied force or torque to an acceptable range of force or torque; and in response to determining that the applied force or torque is outside of the acceptable range of force or torque: suspend application of the force or torque by the drive system that causes staple firing to occur; and maintain application of a clamping force by the jaws (72,76) while suspending the application of the force or torque that causes the staple firing. suspend application of the force or torque by the drive system that causes staple firing to occur; and maintain application of a clamping force by the jaws (72,76) while suspending the application of the force or torque that causes the staple firing.
A hybrid vehicle comprising: an engine comprising an engine structure including a cylinder block having an upper end for receiving a cylinder head, a lower end for receiving an oil pan, and a crankshaft receiving portion; two oil circulation pathways arranged to convey lubricating oil by gravity to at least an area located above the crankshaft receiving portion of the cylinder block for supplying lubricating oil to a crankshaft; and a lubricating oil reservoir arranged to store lubricating oil, the lubricating oil reservoir having an open top end for receiving downwardly flowing lubricating oil, the lubricating oil reservoir is provided above a rotation central axis of the crankshaft receiving portion of the cylinder block, the open top end of the lubricating oil reservoir being arranged relative to the oil circulation pathways such that lubricating oil only spills out of the open top end of the lubricating oil reservoir by flowing over upper edges of the open top end of the lubricating oil reservoir, and falls into the oil circulation pathways as a result of vibrations; and a propulsion motor arranged to propel the hybrid vehicle in an electric mode with the engine being stopped. an engine comprising an engine structure including a cylinder block having an upper end for receiving a cylinder head, a lower end for receiving an oil pan, and a crankshaft receiving portion; two oil circulation pathways arranged to convey lubricating oil by gravity to at least an area located above the crankshaft receiving portion of the cylinder block for supplying lubricating oil to a crankshaft; and a lubricating oil reservoir arranged to store lubricating oil, the lubricating oil reservoir having an open top end for receiving downwardly flowing lubricating oil, the lubricating oil reservoir is provided above a rotation central axis of the crankshaft receiving portion of the cylinder block, the open top end of the lubricating oil reservoir being arranged relative to the oil circulation pathways such that lubricating oil only spills out of the open top end of the lubricating oil reservoir by flowing over upper edges of the open top end of the lubricating oil reservoir, and falls into the oil circulation pathways as a result of vibrations; and a propulsion motor arranged to propel the hybrid vehicle in an electric mode with the engine being stopped.
An apparatus for securing an implantable lead within tissue of a patient, the apparatus comprising: a cylindrical base adapted to be secured to a patient's skull adjacent a craniotomy, the cylindrical base having an upper surface and a lower surface and a central passage therebetween, the central passage having a central axis extending therethrough and being adapted to receive the implantable lead therethrough; a cover releasably coupled to the cylindrical base so as to substantially cover the central passage and capture the lead therebetween; a first rotating member coupled with the cylindrical base, the first member rotationally movable around the central axis so as to meet and engage the lead at a plurality of positions within the central passage; and a second rotating member coupled with the cylindrical base, the second rotating member rotationally movable around the central axis so as to engage the lead and adjust lead position within the central passage; wherein the first and second rotating members (110,120) are overlayed and independently rotatable of one another, and wherein the first rotating member is rotationally adjustable in a first direction about the central axis, and the second rotating member is rotationally adjustable in a second direction about the central axis opposite the first direction to engage and capture the implantable lead therebetween. a cylindrical base adapted to be secured to a patient's skull adjacent a craniotomy, the cylindrical base having an upper surface and a lower surface and a central passage therebetween, the central passage having a central axis extending therethrough and being adapted to receive the implantable lead therethrough; a cover releasably coupled to the cylindrical base so as to substantially cover the central passage and capture the lead therebetween; a first rotating member coupled with the cylindrical base, the first member rotationally movable around the central axis so as to meet and engage the lead at a plurality of positions within the central passage; and a second rotating member coupled with the cylindrical base, the second rotating member rotationally movable around the central axis so as to engage the lead and adjust lead position within the central passage; wherein the first and second rotating members (110,120) are overlayed and independently rotatable of one another, and wherein the first rotating member is rotationally adjustable in a first direction about the central axis, and the second rotating member is rotationally adjustable in a second direction about the central axis opposite the first direction to engage and capture the implantable lead therebetween.
siRNA molecule comprising at least one of the nucleotide sequences of SEQ ID No. 1 to No. 44 from the accompanying sequence listing for a use as therapeutically effective substance in the cardioplegia.
A scroll structure of a variable-throat exhaust turbocharger which scroll structure comprises a turbine casing and is equipped with a nozzle throat area varying mechanism for varying the blade angle of a plurality of nozzle vanes arranged in an annular flow passage formed in the inner side of a scroll chamber of a turbine casing whereby engine exhaust gas is introduced to the scroll chamber to pass through the annular flow passage to flow into a radial flow type turbine, wherein a nozzle assembly unit of said nozzle throat area varying mechanism is composed such that a plurality of nozzle vanes are supported rotatably by an annular nozzle mount and an annular nozzle plate is connected to said nozzle mount by means of a plurality of nozzle supports to sandwich said nozzle vanes; wherein said nozzle assembly unit is attached detachably in said turbine casing; and wherein said nozzle plate is located in the scroll chamber by attaching the nozzle assembly unit to the turbine casing to allow the nozzle plate to form part of the inside sidewall face of the scroll chamber and a wall face of the annular flow passage, and characterized in that an inner periphery of the nozzle plate is fit to an outer periphery of a supporting portion provided at an end of a circular wall forming the inside wall of the scroll chamber, and in that a seal member is provided in a circular groove formed by a side face of said nozzle plate, a part of the outer periphery of the supporting portion and a shoulder face of a stepped part of the turbine casing for sealing against gas leakage between the scroll chamber and the downstream side of said annular flow passage.
A device for manufacturing of a two-dimensional material, said device comprising two opposing surfaces adapted to moving relative to each other, wherein the two surfaces are arranged so that there is a space between the two surfaces, wherein at least one of the two surfaces comprise grooves and bars of a first type, on the surface(s) facing the space, wherein at least a part of the surface of the bars of the first type facing the space is provided with an abrasive surface, wherein 25-75 % of the area of the abrasive surface consists of protrusions wherein the protrusions have a height in the interval 10-30 um, where the height of the protrusions is measured as the height along a surface normal, wherein the abrasive surface has at least 600 protrusions per cm 2, wherein at least half of the grooves comprise at least one bar of a second type, where each bar of the second type extends across the groove. wherein the two surfaces are arranged so that there is a space between the two surfaces, wherein at least one of the two surfaces comprise grooves and bars of a first type, on the surface(s) facing the space, wherein at least a part of the surface of the bars of the first type facing the space is provided with an abrasive surface, wherein 25-75 % of the area of the abrasive surface consists of protrusions wherein the protrusions have a height in the interval 10-30 um, where the height of the protrusions is measured as the height along a surface normal, wherein the abrasive surface has at least 600 protrusions per cm 2, wherein at least half of the grooves comprise at least one bar of a second type, where each bar of the second type extends across the groove.
A method comprising, at a mobile device: monitoring one or more first processes hosted on a first processor on said mobile device; transitioning one or more second processes hosted on said first processor to a reduced power state, said one or more second processes utilizing location parameters; initiating a communication on a bus connecting said first processor to a positioning engine external to said first processor to obtain at least one updated location parameter; without activating said positioning engine, in response to detection of an operational mode transformation of at least one of said one or more first processes, said at least one updated location parameter having been previously determined by said positioning engine; receiving said at least one updated location parameter in response to said communication; and updating a locally stored positioning parameter based, at least in part, on said at least one updated location parameter while maintaining said one or more second processes in said reduced power state. monitoring one or more first processes hosted on a first processor on said mobile device; transitioning one or more second processes hosted on said first processor to a reduced power state, said one or more second processes utilizing location parameters; initiating a communication on a bus connecting said first processor to a positioning engine external to said first processor to obtain at least one updated location parameter; without activating said positioning engine, in response to detection of an operational mode transformation of at least one of said one or more first processes, said at least one updated location parameter having been previously determined by said positioning engine; receiving said at least one updated location parameter in response to said communication; and updating a locally stored positioning parameter based, at least in part, on said at least one updated location parameter while maintaining said one or more second processes in said reduced power state.