mhurhangee/ep-ind-claims huggingface dataset:
A furniture member mechanism for power combined and independent seat back and leg rest motion, comprising: a first actuator device electrically operated to displace first and second seat back actuation links (35, 36) connected to and operating to rotate a seat back member between an upright position and a fully reclined position; a pantograph linkage set (60, 62) connected to a leg rest member, the pantograph linkage set at least partially supported in an extended position by rotational contact with a support rod; a second actuator device identical to the first actuator device and electrically operated to axially rotate a drive rod connected to at least one drive link (74, 74'), the drive link connected to and displacing the pantograph linkage set between a stowed and the extended positions; a swing lever rotatably connected to the support rod and rotated during operation of the second actuator device to extend the pantograph linkage set, the swing lever in a fully rotated position displacing the support rod creating a furniture member tilt position; a bulbous end of the swing lever having a first curved end face defining a convex shape; and a drive toggle connector connected to the second actuator device, the drive toggle connector including a second curved end face having a geometry defining a concave shape, the concave shape corresponding to the convex shape such that a longitudinal displacement of the drive toggle connector causes rotation of the swing lever where the first and second curved end faces contact each other. a first actuator device electrically operated to displace first and second seat back actuation links (35, 36) connected to and operating to rotate a seat back member between an upright position and a fully reclined position; a pantograph linkage set (60, 62) connected to a leg rest member, the pantograph linkage set at least partially supported in an extended position by rotational contact with a support rod; a second actuator device identical to the first actuator device and electrically operated to axially rotate a drive rod connected to at least one drive link (74, 74'), the drive link connected to and displacing the pantograph linkage set between a stowed and the extended positions; a swing lever rotatably connected to the support rod and rotated during operation of the second actuator device to extend the pantograph linkage set, the swing lever in a fully rotated position displacing the support rod creating a furniture member tilt position; a bulbous end of the swing lever having a first curved end face defining a convex shape; and a drive toggle connector connected to the second actuator device, the drive toggle connector including a second curved end face having a geometry defining a concave shape, the concave shape corresponding to the convex shape such that a longitudinal displacement of the drive toggle connector causes rotation of the swing lever where the first and second curved end faces contact each other.
A rubber composition containing based upon parts by weight per 100 parts by weight rubber (phr): 20 - 50 phr of a copolymer of ethylene, at least one C3 to C23 α-olefin and a least one polyene monomer, whereby the copolymer unit derived from the polyene is 1 to 5 wt.%, by weight of the copolymer and has a Mooney viscosity ML (1+4) at 100 °C from 51 or greater, in particular from 55 to 90 at 100 °C, 50 - 80 phr of butyl-type rubber and a resin-based curative, containing a phenol formaldehyde resin cross-linker as the only curing agent and an activator package comprising of a metal oxide and a halogen donor where a halogenated component or halogenated cross-linker as part of component is not already present. 20 - 50 phr of a copolymer of ethylene, at least one C3 to C23 α-olefin and a least one polyene monomer, whereby the copolymer unit derived from the polyene is 1 to 5 wt.%, by weight of the copolymer and has a Mooney viscosity ML (1+4) at 100 °C from 51 or greater, in particular from 55 to 90 at 100 °C, 50 - 80 phr of butyl-type rubber and a resin-based curative, containing a phenol formaldehyde resin cross-linker as the only curing agent and an activator package comprising of a metal oxide and a halogen donor where a halogenated component or halogenated cross-linker as part of component is not already present.
A system for online changing a routine executed by a controller to sequence actions performed by a process, the system comprising: an online editor (17; 37), responsive to changes to a language element of a routine (12; 32) currently executed by a controller (11; 31), to make a pending edit (18; 38) of the language element; and a change monitor (20; 40) to identify, responsive to a pending edit (18; 38), whether a change between a language element of a routine (12; 32) currently executed by a controller and the pending edit of the language element necessitates a reset, and to perform a measure (21; 41) preventing reset of the routine. an online editor (17; 37), responsive to changes to a language element of a routine (12; 32) currently executed by a controller (11; 31), to make a pending edit (18; 38) of the language element; and a change monitor (20; 40) to identify, responsive to a pending edit (18; 38), whether a change between a language element of a routine (12; 32) currently executed by a controller and the pending edit of the language element necessitates a reset, and to perform a measure (21; 41) preventing reset of the routine.
A compound of Formula,,,, or:, wherein: R 1 is -NR 9 R 10 or -OH; R 2 is R 3 is -H or a C 1-5 straight or branched alkyl or alkenyl; R 4 is or R 5 is -H or a C 1-5 straight or branched alkyl or alkenyl; or R 4 and R 5 together with the nitrogen and carbon to which they are bonded form a five membered ring substituted by -OH or -NH 2; R 6 is R 7 is -H or a C 1-5 straight or branched alkyl or alkenyl; R 8 is -H; a C 1-5 straight or branched alkyl or alkenyl or X 1 is -NR 9 R 10, - OH or the or each R 9 and R 10 are independently -H or a C 1-5 straight or branched alkyl or alkenyl; R 11 is -NH 2, -OH or an aryl group; the or each m is independently between 0 and 5; and each n is independently between 0 and 10; or a pharmaceutically acceptable salt, solvate, tautomeric form, or polymorphic form thereof, for use in treating, ameliorating, or preventing a neurodegenerative disorder. R 1 is -NR 9 R 10 or -OH; R 2 is R 3 is -H or a C 1-5 straight or branched alkyl or alkenyl; R 4 is or R 5 is -H or a C 1-5 straight or branched alkyl or alkenyl; or R 4 and R 5 together with the nitrogen and carbon to which they are bonded form a five membered ring substituted by -OH or -NH 2; R 6 is R 7 is -H or a C 1-5 straight or branched alkyl or alkenyl; R 8 is -H; a C 1-5 straight or branched alkyl or alkenyl or X 1 is -NR 9 R 10, - OH or the or each R 9 and R 10 are independently -H or a C 1-5 straight or branched alkyl or alkenyl; R 11 is -NH 2, -OH or an aryl group; the or each m is independently between 0 and 5; and each n is independently between 0 and 10; or a pharmaceutically acceptable salt, solvate, tautomeric form, or polymorphic form thereof, for use in treating, ameliorating, or preventing a neurodegenerative disorder.
A surgical instrument, comprising: a power circuit, comprising: a power source; and a switch (4008, 4010); a microcontroller coupled to said power circuit; a handle comprising a handle attachment portion, wherein said handle attachment portion comprises an electrical contact (4001b, 4001c, 4001d, 4001e) in signal communication with said microcontroller; and a control circuit in signal communication with said microcontroller, wherein said control circuit comprises a shaft attachment sensor configured to detect an attachment state of said handle attachment portion, and wherein said control circuit is configured to communicate the detected attachment state to said microcontroller; and wherein said microcontroller is configured to ignore signals from said electrical contact when said control circuit communicates a detached attachment state to said microcontroller. a power circuit, comprising: a power source; and a switch (4008, 4010); a power source; and a switch (4008, 4010); a microcontroller coupled to said power circuit; a handle comprising a handle attachment portion, wherein said handle attachment portion comprises an electrical contact (4001b, 4001c, 4001d, 4001e) in signal communication with said microcontroller; and a control circuit in signal communication with said microcontroller, wherein said control circuit comprises a shaft attachment sensor configured to detect an attachment state of said handle attachment portion, and wherein said control circuit is configured to communicate the detected attachment state to said microcontroller; and wherein said microcontroller is configured to ignore signals from said electrical contact when said control circuit communicates a detached attachment state to said microcontroller.
A fluoroaluminosilicate glass powder characterized in that: a mass ratio of potassium to sodium in component is in the range of from 1.43 to 1.9 in terms of oxide and a content of fluorine in the component is in the range of from 13 mass% to 40 mass%; or a mass ratio of potassium to sodium in component is in the range of from 1.43 to 1.9 in terms of oxide and a content of silicon in the component is in the range of from 15 mass% to 30 mass% in terms of oxide. a mass ratio of potassium to sodium in component is in the range of from 1.43 to 1.9 in terms of oxide and a content of fluorine in the component is in the range of from 13 mass% to 40 mass%; or a mass ratio of potassium to sodium in component is in the range of from 1.43 to 1.9 in terms of oxide and a content of silicon in the component is in the range of from 15 mass% to 30 mass% in terms of oxide.
Porous and cellular metals and metallic structures of open porosity embedded with cork, characterized by comprising: at least a porous or cellular metal or a porous or cellular structure with open, interconnected, edge-sharing pores, resulting in three-dimensional arrays periodically or stochastically arranged, thereby forming a metallic matrix foam of at least one metal or metallic alloy, a cork-based filling material of said metallic matrix, wherein the cork is present in the form of particles, grains, granules or powder with different densities and/or grain sizes, whose size distribution is smaller than the open pores of said porous and cellular metal and metallic structure. at least a porous or cellular metal or a porous or cellular structure with open, interconnected, edge-sharing pores, resulting in three-dimensional arrays periodically or stochastically arranged, thereby forming a metallic matrix foam of at least one metal or metallic alloy, a cork-based filling material of said metallic matrix, wherein the cork is present in the form of particles, grains, granules or powder with different densities and/or grain sizes, whose size distribution is smaller than the open pores of said porous and cellular metal and metallic structure.
A method of controlling an apparatus for increasing service life and flexibility of an electric energy rotating source where a power semiconductor converter and an electric energy accumulation device are used, by means of a measurement block an active safeguard measures electric voltages and currents in a power system interface while the rotating source is in operation, the measured quantities of electric voltages and currents are input to a numerical model of the electric energy rotating source being calculated in real time in the active safeguard, wherein by solving a system of differential equations in the numerical model, electric and mechanical stresses of the rotating source are evaluated in the form of changes to voltages, currents and an electric generator torque, and by means of the power semiconductor converter and the electric energy accumulation device, the components of voltages and currents are generated in the power system interface as calculated by the active safeguard that counteract the undesirable changes to voltage, current and the electric generator torque.
A bottom bar for a blind assembly, the bottom bar having at least two axially extending slots (3, 4), each slot defining an opening (5, 6) for receiving therein a blind material, each slot including a floor (11, 12) opposite its said opening wherein the middle portion (11a, 12a) of the floor of the slot is at a greater distance from the opening than the end portions (11b, 12b) of the floor of the slot; characterised in that the openings (5, 6) have different respective widths and the widths differ by 0.5 to 3 mm.
A spinal fusion device comprising: a main body comprising a solid framework, at least one external surface panel comprising an engineered cellular structure having a mesh-like appearance that is integrated within the solid framework, and internally located imaging marker that is attached to the solid framework by the engineered cellular structure, wherein the imaging marker is configured to appear as a solid body under visualization, in which the device is metallic or a ceramic, and is formed by an additive manufacturing technique such that the solid framework, engineered cellular structure, and imaging marker are integrally formed into a unitary body having combined solid and porous components. a main body comprising a solid framework, at least one external surface panel comprising an engineered cellular structure having a mesh-like appearance that is integrated within the solid framework, and internally located imaging marker that is attached to the solid framework by the engineered cellular structure, wherein the imaging marker is configured to appear as a solid body under visualization, in which the device is metallic or a ceramic, and is formed by an additive manufacturing technique such that the solid framework, engineered cellular structure, and imaging marker are integrally formed into a unitary body having combined solid and porous components.
A projector apparatus (1,1a) comprising: an apparatus body (2,2a); a light source means (3,3a) provided within said apparatus body (2,2a) for outputting a white light; a color splitting device or a color wheel (4,4a) for receiving the white light from said light source means (3,3a) to split the white light into a plurality of primary-color lights; digital micromirror device means (5,5a,5b,6a,7a) for receiving the primary-color lights and for reflecting light constituting a picture; a projection optics means (6,8a) for passing the light from said digital micromirror device means (5,5a,5b,7a) to obtain a picture enlarged to a desired size; and characterized in that a shutter (7,9a) disposed downstream of said projection optics means (6,8a) for blocking the light for projection passed through said projection optics means (6,8a); a sensor means (8,10a), attached to that surface of said shutter (7,9a) which blocks the light for projection, for detecting a color temperature of the light for projection; a control means (9,11a) for controlling said digital micromirror device means (5,5a,5b,7a) such that the light from said digital micromirror device means (5,5a,5b,7a) constitutes a predetermined picture in accordance with data for the picture and for performing, based on detection result from said sensor means (8,10a), such a control that a white balance of the light for projection is adjusted to a desired value. an apparatus body (2,2a); a light source means (3,3a) provided within said apparatus body (2,2a) for outputting a white light; a color splitting device or a color wheel (4,4a) for receiving the white light from said light source means (3,3a) to split the white light into a plurality of primary-color lights; digital micromirror device means (5,5a,5b,6a,7a) for receiving the primary-color lights and for reflecting light constituting a picture; a projection optics means (6,8a) for passing the light from said digital micromirror device means (5,5a,5b,7a) to obtain a picture enlarged to a desired size; and characterized in that a shutter (7,9a) disposed downstream of said projection optics means (6,8a) for blocking the light for projection passed through said projection optics means (6,8a); a sensor means (8,10a), attached to that surface of said shutter (7,9a) which blocks the light for projection, for detecting a color temperature of the light for projection; a control means (9,11a) for controlling said digital micromirror device means (5,5a,5b,7a) such that the light from said digital micromirror device means (5,5a,5b,7a) constitutes a predetermined picture in accordance with data for the picture and for performing, based on detection result from said sensor means (8,10a), such a control that a white balance of the light for projection is adjusted to a desired value.
Method for producing a substantially tubular conduit resonator consisting of a plurality of plastic components, said resonator having one or more tubular moldings arranged inside a tubular hollow body and connected to the tubular hollow body, wherein, in a first molding step, the molding is produced by means of an injection molding process in an outer tool having an inner mandrel, characterized in that, in a second molding step, the molding then serves with its inner mandrel as an inner tool, wherein, in the second molding step, the hollow body is injected between the molding and a surrounding outer tool, and the hollow body is then reshaped by a blow molding process so as to rest on the inner wall of the outer tool and on the outer wall of the molding and is partially connected to the latter.
A sliding bearing having an electroplated composite layer comprising carbon nanostructures incorporated within a metallic matrix, characterised in that the carbon nanostructures are functionalised carbon nanostructures.
A piston ring having an outer running face, two flanks (5, 6) and an inner circumferential face, the running face having profiling, the profile of the running face being substantially convexly curved and having an apex, characterised in that the axial position of the apex varies in the circumferential direction.
A method, comprising: inserting, by an apparatus, an indication associated with a service requested by the apparatus to an apparatus address field of a Bluetooth Low Energy SCAN_REQ PDU packet; and transmitting, by the apparatus, the Bluetooth Low Energy SCAN_REQ PDU packet including the inserted indication associated with the requested service. inserting, by an apparatus, an indication associated with a service requested by the apparatus to an apparatus address field of a Bluetooth Low Energy SCAN_REQ PDU packet; and transmitting, by the apparatus, the Bluetooth Low Energy SCAN_REQ PDU packet including the inserted indication associated with the requested service.
A system for controlling a magnetic lifetime of a magnetized plasma, the system comprising: a controller comprising an input unit, a processing unit and an output unit; a flux conserving chamber; a plurality of measuring probes positioned at various radial, axial and angular positions in a wall of the flux conserving chamber, each of the plurality of measuring probes configured to provide signals of at least one parameter of the plasma to the input unit of the controller; and a power source in communication with the output unit of the controller, the power source configured to provide one or more additional axial current pulses to the system to increase a toroidal magnetic field of the plasma, and having means for adjusting an inductance-to-resistance (L/R) time constant of the power source to adjust a current decay time of the current pulses, the controller having a memory comprising program code executable by the processing unit in order to configure the unit to process the signals obtained from the plurality of measuring probes to detect an irregularity in the obtained signals and to trigger the power source to provide an additional current pulse based on a detected irregularity in the signal of at least one probe, wherein said means are configured to adjust the L/R time constant of the power source to be shorter than a shortest decay time of a poloidal field of the plasma. a controller comprising an input unit, a processing unit and an output unit; a flux conserving chamber; a plurality of measuring probes positioned at various radial, axial and angular positions in a wall of the flux conserving chamber, each of the plurality of measuring probes configured to provide signals of at least one parameter of the plasma to the input unit of the controller; and a power source in communication with the output unit of the controller, the power source configured to provide one or more additional axial current pulses to the system to increase a toroidal magnetic field of the plasma, and having means for adjusting an inductance-to-resistance (L/R) time constant of the power source to adjust a current decay time of the current pulses, the controller having a memory comprising program code executable by the processing unit in order to configure the unit to process the signals obtained from the plurality of measuring probes to detect an irregularity in the obtained signals and to trigger the power source to provide an additional current pulse based on a detected irregularity in the signal of at least one probe,