mhurhangee/ep-ind-claims huggingface dataset:
A reverse shoulder prosthesis comprising: a humeral stem having an anterior and a posterior; a single-piece humeral adapter tray (200, 300) configured to sit near a resected surface of a humerus, the humeral adapter tray (200, 300) comprising: a cavity (202, 302); and a distal face (204, 304) including a boss (210, 310), the boss (210, 310): (i) configured as an extension of the distal face (204, 304), and (ii) configured to engage the humeral stem, a humeral liner comprising: a distal rim configured to sit within the cavity (202, 302) of the humeral adapter tray (200, 300); and a concave articulating surface configured to mate with a convex articulating surface of a glenosphere, characterised in that the humeral adapter tray (200, 300) comprises a central bore (220, 320) and in that the boss (210, 310) is posteriorly offset from the central bore by at least 12mm to 24mm wherein the humeral tray (200, 300) is configured to shift the humeral stem posteriorly. a humeral stem having an anterior and a posterior; a single-piece humeral adapter tray (200, 300) configured to sit near a resected surface of a humerus, the humeral adapter tray (200, 300) comprising: a cavity (202, 302); and a distal face (204, 304) including a boss (210, 310), the boss (210, 310): (i) configured as an extension of the distal face (204, 304), and (ii) configured to engage the humeral stem, a cavity (202, 302); and a distal face (204, 304) including a boss (210, 310), the boss (210, 310): (i) configured as an extension of the distal face (204, 304), and (ii) configured to engage the humeral stem, (i) configured as an extension of the distal face (204, 304), and (ii) configured to engage the humeral stem, a humeral liner comprising: a distal rim configured to sit within the cavity (202, 302) of the humeral adapter tray (200, 300); and a concave articulating surface configured to mate with a convex articulating surface of a glenosphere, characterised in that the humeral adapter tray (200, 300) comprises a central bore (220, 320) and in that the boss (210, 310) is posteriorly offset from the central bore by at least 12mm to 24mm wherein the humeral tray (200, 300) is configured to shift the humeral stem posteriorly. a distal rim configured to sit within the cavity (202, 302) of the humeral adapter tray (200, 300); and a concave articulating surface configured to mate with a convex articulating surface of a glenosphere, characterised in that the humeral adapter tray (200, 300) comprises a central bore (220, 320) and in that the boss (210, 310) is posteriorly offset from the central bore by at least 12mm to 24mm wherein the humeral tray (200, 300) is configured to shift the humeral stem posteriorly.
A foam composition for vehicle seat cushions, comprising: 49.5 wt% to 80 wt% of a polypropylene resin; 19.5 wt% to 50 wt% of a modified olefin elastomer resin having a melting point (Tm) of 60°C to 110°C as measured by differential scanning calorimetry in accordance with ASTM D3418 and a melting index of 0.5 g/10 min to 4 g/10 min, as measured at 190°C under a load of 2.16 kg in accordance with ASTM D1238; and 0.1 wt% to 0.5 wt% of a filler. 49.5 wt% to 80 wt% of a polypropylene resin; 19.5 wt% to 50 wt% of a modified olefin elastomer resin having a melting point (Tm) of 60°C to 110°C as measured by differential scanning calorimetry in accordance with ASTM D3418 and a melting index of 0.5 g/10 min to 4 g/10 min, as measured at 190°C under a load of 2.16 kg in accordance with ASTM D1238; and 0.1 wt% to 0.5 wt% of a filler.
A method for estimating a friction coefficient ( μ i) between tires of a wheeled two-axis two-track road vehicle and the ground; characterized in that it comprises the steps of: if the longitudinal velocity ( v x) of the vehicle is above a first threshold ( v xthres) and the wheel angle ( δ f) and/or the yaw rate (Ω z) is below a second threshold ( δ thres / Ω zthres), applying a positive torque to both wheels on a first axle and an opposite, negative torque, to both wheels on a second axle while following driver requested longitudinal vehicle acceleration ( a x); measuring wheel speeds ( ω i); estimating tire forces ( f i); estimating the friction coefficient ( μ i) between the tires and the ground from the measured wheel speeds ( ω i) and the estimated tire forces ( f i); making the estimated friction coefficient ( μ i) available to other vehicle systems. if the longitudinal velocity ( v x) of the vehicle is above a first threshold ( v xthres) and the wheel angle ( δ f) and/or the yaw rate (Ω z) is below a second threshold ( δ thres / Ω zthres), applying a positive torque to both wheels on a first axle and an opposite, negative torque, to both wheels on a second axle while following driver requested longitudinal vehicle acceleration ( a x); measuring wheel speeds ( ω i); estimating tire forces ( f i); estimating the friction coefficient ( μ i) between the tires and the ground from the measured wheel speeds ( ω i) and the estimated tire forces ( f i); making the estimated friction coefficient ( μ i) available to other vehicle systems.
An anhydrous antiperspirant composition comprising a base formulation and a propellant having a boiling point at standard pressure of below 10°C, which formulation comprises a particulate astringent aluminium salt, an oil and optionally a particulate clay or silica suspending aid, and which further comprises a smoothing aid comprising a wax having a melting point of from 50°C to 90°C contained at from 0.4 to 1.5% by weight of the base composition, the wax comprising stearyl alcohol, and mica at at feast 0.1% by weight of the base composition, wherein the propellant and the base formulation are present in a weight ratio of from 9:1 to 7:3.
Combined sewer cleaning vehicle which is constituted by a tractor or a carrier which cooperates with a vessel comprising at the inner portion thereof, on the one hand, a first sludge compartment or tank located at the rear of the vehicle and which is provided with a vacuum pump which is connected to a suction pipe which is wound on a rotating drum which is fixed to a framework which can be moved in terms of rotation about a vertical axis and which is mounted on the upper portion of the vessel and, on the other hand, a second water compartment or tank which is provided with a high-pressure pump and a cleaning hose which is wound on a winder which can be moved in terms of rotation about a horizontal axis and which is also mounted on the upper portion of the vessel in front of the winding drum of the suction pipe, and with a telescope-like working arm which can be moved between a deployed position and a retracted position and which carries and guides the suction pipe and the cleaning hose during the winding and unwinding thereof, characterised in that the telescope-like working arm is provided at the free end thereof with an automatic device for unwinding the suction pipe and an automatic device for unwinding the cleaning hose and is articulated about a vertical control axle which is fixedly joined to the framework of the winding drum of the suction pipe in order to be able to be moved between, on the one hand, an open position, in which it is orientated substantially radially relative to the winding drum of the suction pipe and, on the other hand, a closed position, in which it is folded up towards this winding drum in order to enable the vehicle to be moved closer to the coverage zone (Z1, Z2) thereof.
An ultrasound imaging apparatus for inspecting a volume of a subject, comprising: - an ultrasound probe including a plurality of ultrasound transducer elements for acquiring two-dimensional ultrasound image data in two intersecting image planes in the field of view, - an image processing unit coupled to the ultrasound probe for receiving the two-dimensional ultrasound image data in the two intersecting image planes (42, 44) and for determining an anatomical feature in the two intersecting image planes of the two-dimensional ultrasound image data, - an evaluation unit for evaluating the two-dimensional ultrasound image data and for determining a quality parameter based on a positional relation of the anatomical feature with respect to each of the image planes of the two-dimensional ultrasound image data in the field of view, wherein the positional relation is an outline of the anatomical feature with respect to the field of view in each of the image planes or a position of the anatomical feature with respect to an image depth of the two-dimensional ultrasound image data, and - an alignment unit for aligning or indicating an alignment of the image planes or the field of view based on the positional relation and the quality parameter, such that a position of the ultrasound probe can be aligned to the anatomical feature, wherein the ultrasound probe is further adapted to acquire three-dimensional ultrasound data in a field of view in the aligned position of the ultrasound probe. - an ultrasound probe including a plurality of ultrasound transducer elements for acquiring two-dimensional ultrasound image data in two intersecting image planes in the field of view, - an image processing unit coupled to the ultrasound probe for receiving the two-dimensional ultrasound image data in the two intersecting image planes (42, 44) and for determining an anatomical feature in the two intersecting image planes of the two-dimensional ultrasound image data, - an evaluation unit for evaluating the two-dimensional ultrasound image data and for determining a quality parameter based on a positional relation of the anatomical feature with respect to each of the image planes of the two-dimensional ultrasound image data in the field of view, wherein the positional relation is an outline of the anatomical feature with respect to the field of view in each of the image planes or a position of the anatomical feature with respect to an image depth of the two-dimensional ultrasound image data, and - an alignment unit for aligning or indicating an alignment of the image planes or the field of view based on the positional relation and the quality parameter, such that a position of the ultrasound probe can be aligned to the anatomical feature,
A power generation system, comprising: a generator; a power converter coupled to the generator via a rotor bus, the power converter comprising a rotor side converter, a DC-link and a line side converter, the rotor side converter including a plurality of bridge circuits coupled in parallel between two lines of the DC-link, each bridge circuit comprising a bridge line being coupled through a rotor inductor to the rotor bus, the power converter further comprising a plurality of parallel shorting devices, wherein each shorting device is electrically coupled to the bridge lines of two bridge circuits of the plurality of bridge circuits across two phases of an input to the rotor side converter, and an impedance of the rotor inductors is effectively coupled between the shorting devices and the generator when the shorting devices are closed. a generator; a power converter coupled to the generator via a rotor bus, the power converter comprising a rotor side converter, a DC-link and a line side converter, the rotor side converter including a plurality of bridge circuits coupled in parallel between two lines of the DC-link, each bridge circuit comprising a bridge line being coupled through a rotor inductor to the rotor bus, the power converter further comprising a plurality of parallel shorting devices, wherein each shorting device is electrically coupled to the bridge lines of two bridge circuits of the plurality of bridge circuits across two phases of an input to the rotor side converter, and an impedance of the rotor inductors is effectively coupled between the shorting devices and the generator when the shorting devices are closed.
An optical component comprising a substrate and a coating of a hafnium- or zirconium-containing oxide (Hf x Si y O z or Zr x Si y O z) which is applied to the substrate, wherein the hafnium- or zirconium-containing oxide (Hf x Si y O z) or (Zr x Si y O z) comprises an admixture of a silicon content (y) between 1 at.% and 3 at.% and an O content (z) between 65 at.% and 68 at.%, wherein the substrate consists of quartz.
A compound of the formula wherein R is selected from the group consisting in cyclohexyl, cyclohexylmethyl, 2-cyclohexylethyl, pentyl, heptyl, 1-methylbutyl, 3-cyclohexylpropyl, sec-butyl and 1-ethylpropyl, and/or a pharmaceutically acceptable salt thereof.
A method of forming a bend of a predetermined bend angle in a shape memory alloy wire, the method comprising: applying a bend stress sufficient to over-bend a portion of a wire comprising a nickel-titanium alloy by an amount ranging from 85% to 105%, where the wire includes from about 40% to 46% cold work; and releasing the bend stress, thereby forming a bend having a predetermined bend angle in the wire. applying a bend stress sufficient to over-bend a portion of a wire comprising a nickel-titanium alloy by an amount ranging from 85% to 105%, where the wire includes from about 40% to 46% cold work; and releasing the bend stress, thereby forming a bend having a predetermined bend angle in the wire.
Method for driving a micromirror, having the following steps: a) providing a micromirror array which is arranged in an illumination system of a microlithographic projection exposure apparatus and contains the micromirror, the micromirror being tiltable through a respective tilt angle (α x, α y) about two tilt axes (x, y), and the micromirror being assigned three actuators (E 1, E 2, E 3) which can respectively be driven by control signals (U 1, U 2, U 3) in order to tilt the micromirror about the two tilt axes (x, y); b) specifying two control variables (SG x, SG y), each of which is assigned to one tilt axis (x, y) and which are both assigned to unperturbed tilt angles (α x, α y); c) for any desired combinations of the two control variables (SG x, SG y), as a function of the two control variables (SG x, SG y), selecting one (E 1) of the three actuators whose control signal (U 1) is set to a constant value, in particular zero; d) determining the control signals (U 1, U 2, U 3) so that, when the control signals (U 1, U 2, U 3) are applied to the other two actuators (E 2, E 3), the micromirror adopts the unperturbed tilt angles (α x, α y) as a function of the two control variables (SG x, SG y); e) applying the control signals (U 1, U 2, U 3) to the actuators (E 1, E 2, E 3). a) providing a micromirror array which is arranged in an illumination system of a microlithographic projection exposure apparatus and contains the micromirror, the micromirror being tiltable through a respective tilt angle (α x, α y) about two tilt axes (x, y), and the micromirror being assigned three actuators (E 1, E 2, E 3) which can respectively be driven by control signals (U 1, U 2, U 3) in order to tilt the micromirror about the two tilt axes (x, y); b) specifying two control variables (SG x, SG y), each of which is assigned to one tilt axis (x, y) and which are both assigned to unperturbed tilt angles (α x, α y); c) for any desired combinations of the two control variables (SG x, SG y), as a function of the two control variables (SG x, SG y), selecting one (E 1) of the three actuators whose control signal (U 1) is set to a constant value, in particular zero; d) determining the control signals (U 1, U 2, U 3) so that, when the control signals (U 1, U 2, U 3) are applied to the other two actuators (E 2, E 3), the micromirror adopts the unperturbed tilt angles (α x, α y) as a function of the two control variables (SG x, SG y); e) applying the control signals (U 1, U 2, U 3) to the actuators (E 1, E 2, E 3).
A base station, BS, for scheduling a communication device, comprising: a storage unit for storing instructions; and a processing means, coupled to the storage unit, wherein the storage unit stores, and the processing means is configured to execute, instructions of: configuring a first radio bearer, RB, utilizing wireless local area network, WLAN, resources for data transmission to the communication device; configuring a second RB utilizing long-term evolution, LTE, resources for the data transmission to the communication device; and being further characterising by configuring the first RB not belonging to any of logical channel groups, LCG; and configuring the communication device not to report a buffer size, indicating a sum of an amount of buffered data of the first RB and an amount of buffered data of the second RB, in a buffer status report, BSR. a storage unit for storing instructions; and a processing means, coupled to the storage unit, wherein the storage unit stores, and the processing means is configured to execute, instructions of: configuring a first radio bearer, RB, utilizing wireless local area network, WLAN, resources for data transmission to the communication device; configuring a second RB utilizing long-term evolution, LTE, resources for the data transmission to the communication device; and being further characterising by configuring the first RB not belonging to any of logical channel groups, LCG; and configuring the communication device not to report a buffer size, indicating a sum of an amount of buffered data of the first RB and an amount of buffered data of the second RB, in a buffer status report, BSR. configuring a first radio bearer, RB, utilizing wireless local area network, WLAN, resources for data transmission to the communication device; configuring a second RB utilizing long-term evolution, LTE, resources for the data transmission to the communication device; and being further characterising by configuring the first RB not belonging to any of logical channel groups, LCG; and configuring the communication device not to report a buffer size, indicating a sum of an amount of buffered data of the first RB and an amount of buffered data of the second RB, in a buffer status report, BSR.
An ablation catheter for fitting into a lumen of a patient comprising: a radially expanding open ended tubular insulation member sized and shaped to fit in a lumen of a blood vessel in an expanded configuration; a plurality of ablation electrodes mounted along an outer surface of said insulation member; a shaft; and an expansion mechanism for radially expanding an inner passageway of said insulation member toward walls of said lumen from a retracted configuration to said expanded configuration, such that in said expanded configuration fluid can flow through the inner passageway and thereby flow through the lumen, wherein the insulation member is arranged to isolate the plurality of ablation electrodes from said fluid when in an expanded configuration; characterized in that the ablation catheter further comprises a dispersive electrode, wherein said dispersive electrode comprises an electrically active surface, wherein the ablation catheter is configured such that the electrically active surface of the dispersive electrode is in electrical contact with a fluid in the lumen when the insulation member is in an expanded configuration, wherein said dispersive electrode surrounds the shaft, and wherein the dispersive electrode is coated with a material that increases a microscopic surface area of the dispersive electrode in electrical contact with the fluid in the lumen. a radially expanding open ended tubular insulation member sized and shaped to fit in a lumen of a blood vessel in an expanded configuration; a plurality of ablation electrodes mounted along an outer surface of said insulation member; a shaft; and an expansion mechanism for radially expanding an inner passageway of said insulation member toward walls of said lumen from a retracted configuration to said expanded configuration, such that in said expanded configuration fluid can flow through the inner passageway and thereby flow through the lumen, wherein the insulation member is arranged to isolate the plurality of ablation electrodes from said fluid when in an expanded configuration; characterized in that the ablation catheter further comprises a dispersive electrode, wherein said dispersive electrode comprises an electrically active surface, wherein the ablation catheter is configured such that the electrically active surface of the dispersive electrode is in electrical contact with a fluid in the lumen when the insulation member is in an expanded configuration, wherein said dispersive electrode surrounds the shaft, and wherein the dispersive electrode is coated with a material that increases a microscopic surface area of the dispersive electrode in electrical contact with the fluid in the lumen.
A structure for a pool, comprising at least one first wall having an above-ground outer rim upper portion, having to surround the pool, and means for attaching a cover for the pool on the upper portion, the means for attaching the cover including a cover winder and blocking means of at least one first end portion of the cover, away from a second end portion of the cover fixed to the winder, in a deployed position of the cover above the pool, characterized in that the means for attaching the cover further include at least one lead-through member (103, 104) of at least one hole (53, 54) of the cover in deployed position of the cover above the pool, the hole (53, 54) being located at a distance from the first end portion.
Foaming and foam dispensing device for a liquid dispenser apparatus, designed to pump and foam a pourable liquid from a container, comprising a first pumping arrangement for pumping the pourable liquid into a fluid dispensing channel, a second pumping arrangement for pumping a foaming media into the fluid dispensing channel, wherein the second pumping arrangement features a cylindrical media chamber, in which a displacement member is displaceably guided along a central axis, and an actuation element for actuating the first and the second pumping arrangement (11, 12), that has an actuation area for cooperating with an operating element of the dispenser apparatus, characterized in that the foaming and foam suspension device further comprises a housing plate having first and second positioning elements (21, 22) for the positioning and releasable fixation of the foaming and foam dispensing device in the liquid dispenser apparatus, arranged at opposite outer edges of the housing plate and adapted to cooperate with at least one guiding element (41, 42) of the dispenser apparatus, wherein the housing plate defines a plane P, wherein one side of the plane P faces the actuation area, and wherein the media chamber of the second pumping arrangement is located on the side of the plane P that faces the actuation area of the actuation element. a first pumping arrangement for pumping the pourable liquid into a fluid dispensing channel, a second pumping arrangement for pumping a foaming media into the fluid dispensing channel, wherein the second pumping arrangement features a cylindrical media chamber, in which a displacement member is displaceably guided along a central axis, and an actuation element for actuating the first and the second pumping arrangement (11, 12), that has an actuation area for cooperating with an operating element of the dispenser apparatus,
Drive gear for a drive rod fitting of a window, a French window or the like, with a drivable nut and a gear for driving a drive rod that is driven by rotation of the nut, with a first lever and a second lever pivotably mounted on the first lever in the gearbox,wherein the levers (15, 16) are designed to form a toggle lever, while the levers (15, 16) are connected to a crank pin that is guided in a connecting link, characterized in that the connecting link has a first section that is inclined relative to the intended direction of movement of the drive rod and a second adjoining section opposite and inclined with respect to the first section.