mhurhangee/ep-ind-claims huggingface dataset:
A bone anchor system comprising: a fastener (74, 402) comprising: a shaft (78, 416) having a shaft diameter; an anchoring projection (80, 418) on the shaft; and a head (82, 414) at an end of the shaft; and a first sizing component (62, 90, 100, 110, 202, 250, 404) configured for connection to the fastener, the first sizing component comprising: a first body portion (64, 92, 102, 204, 256, 406) having a first outer diameter larger than the shaft diameter; a first bore (72, 96, 212, 258) extending through the first body portion, the first bore sized to receive the shaft diameter; a first sizing threading (213, 262) located in the first bore to receive the anchoring projection on the shaft; a first outer surface at the first outer diameter; and a first circumferential bone engaging feature (66, 94, 104, 206, 254, 266, 408) extending from the first outer surface. a fastener (74, 402) comprising: a shaft (78, 416) having a shaft diameter; an anchoring projection (80, 418) on the shaft; and a head (82, 414) at an end of the shaft; and a shaft (78, 416) having a shaft diameter; an anchoring projection (80, 418) on the shaft; and a head (82, 414) at an end of the shaft; and a first sizing component (62, 90, 100, 110, 202, 250, 404) configured for connection to the fastener, the first sizing component comprising: a first body portion (64, 92, 102, 204, 256, 406) having a first outer diameter larger than the shaft diameter; a first bore (72, 96, 212, 258) extending through the first body portion, the first bore sized to receive the shaft diameter; a first sizing threading (213, 262) located in the first bore to receive the anchoring projection on the shaft; a first outer surface at the first outer diameter; and a first circumferential bone engaging feature (66, 94, 104, 206, 254, 266, 408) extending from the first outer surface. a first body portion (64, 92, 102, 204, 256, 406) having a first outer diameter larger than the shaft diameter; a first bore (72, 96, 212, 258) extending through the first body portion, the first bore sized to receive the shaft diameter; a first sizing threading (213, 262) located in the first bore to receive the anchoring projection on the shaft; a first outer surface at the first outer diameter; and a first circumferential bone engaging feature (66, 94, 104, 206, 254, 266, 408) extending from the first outer surface.
A process of making 1,1,1,2,3-pentachloropropane, the process comprising: heating a reaction mixture comprising 1,1,1,3-tetrachloropropane, ferric chloride and chlorine to produce 1,1,1,2,3-pentachloropropane.
A piece of wheeled luggage comprising: a luggage body having a base and a plurality of sides (14a-e) together defining a packing compartment, the base intersecting at least one of the sides, a plurality of wheels mounted to the base, at least one of the wheels being rotatable about a pivot axis, characterized in that the luggage body further having a wheel biasing element comprising a first member and a second member, the second member being rotatable with respect to the first member, the wheel biasing element being operable to releasably restrain movement of the second member about the pivot axis in at least one angular position with respect to the first member, the second member being released with respect to the first member in response to a torque applied about the pivot axis. a luggage body having a base and a plurality of sides (14a-e) together defining a packing compartment, the base intersecting at least one of the sides, a plurality of wheels mounted to the base, at least one of the wheels being rotatable about a pivot axis, characterized in that the luggage body further having a wheel biasing element comprising a first member and a second member, the second member being rotatable with respect to the first member, the wheel biasing element being operable to releasably restrain movement of the second member about the pivot axis in at least one angular position with respect to the first member, the second member being released with respect to the first member in response to a torque applied about the pivot axis.
A method for optimizing usage of an image sensor of a camera, the method comprising: providing a first image sensor that comprises a first plurality of pixels, wherein the first image sensor is associated with a first image sensor area and a first imaging area; determining a distance from the camera to an object to be captured by the camera; moving, using a processor, the first imaging area from a first position to a second position a distance along a length of the first image sensor area, wherein the distance is based at least partially on the distance from the camera to the object, wherein the length of the first image sensor area has a measure and wherein the first imaging area can move along the entire measure of the length of the first image sensor area; Providing a first microscopic lens array situated on top of the first plurality of pixels; shifting an optical center of the first image sensor such that a width of the first imaging area coincides with a width of the first image sensor area; and shifting the first microscopic lens array from a first position to a second position to compensate for the shifting of the optical center. providing a first image sensor that comprises a first plurality of pixels, wherein the first image sensor is associated with a first image sensor area and a first imaging area; determining a distance from the camera to an object to be captured by the camera; moving, using a processor, the first imaging area from a first position to a second position a distance along a length of the first image sensor area, wherein the distance is based at least partially on the distance from the camera to the object, wherein the length of the first image sensor area has a measure and wherein the first imaging area can move along the entire measure of the length of the first image sensor area; Providing a first microscopic lens array situated on top of the first plurality of pixels; shifting an optical center of the first image sensor such that a width of the first imaging area coincides with a width of the first image sensor area; and shifting the first microscopic lens array from a first position to a second position to compensate for the shifting of the optical center.
A urethane composition comprising an organic silicon compound-modified copolymer which comprises structural unit of formula below, structural unit of formula below, and has hydroxyl group at at least one end: wherein asterisk * is a bond to an adjacent structural unit, each R 1 independently is a C 1 -C 10 alkyl group or C 6 -C 10 aryl group, and n is an integer of 4 or more.
A tube and shell steam generator comprising: an elongated shell (14, 15, 20) having an axis extending along the elongated dimension; a tube sheet within the shell supported substantially transverse to the axis; a plurality of heat exchange tubes extending axially from the tube sheet within the shell, with the plurality of heat exchange tubes forming a tube bundle in which a primary fluid passes within the heat exchange tubes and a secondary fluid passes around the outside of the heat exchange tubes; and further comprising a plurality of tandemly spaced tube support plates respectively positioned substantially transverse to the axis and extending substantially over a width of the tube bundle, with each of the plurality of heat exchange tubes passing through corresponding tube support holes axially extending through the tube support plates, wherein the lower most tube support plate is a flow distribution baffle plate and the tube support plates above the flow distribution baffle plate are designed to pass the secondary fluid through the tube support holes in the tube support plates with a flow of the secondary fluid through the tube support holes in at least some of the tube support plates above the flow distribution plate regulated so the flow is larger through some of the tube support holes of the tube support plates than other of the tube support holes of the tube support plates in a manner to reduce velocities through some of the tube support holes in an upper region of the heat exchange tubes which would otherwise exhibit fouling. an elongated shell (14, 15, 20) having an axis extending along the elongated dimension; a tube sheet within the shell supported substantially transverse to the axis; a plurality of heat exchange tubes extending axially from the tube sheet within the shell, with the plurality of heat exchange tubes forming a tube bundle in which a primary fluid passes within the heat exchange tubes and a secondary fluid passes around the outside of the heat exchange tubes; and further comprising a plurality of tandemly spaced tube support plates respectively positioned substantially transverse to the axis and extending substantially over a width of the tube bundle, with each of the plurality of heat exchange tubes passing through corresponding tube support holes axially extending through the tube support plates, wherein the lower most tube support plate is a flow distribution baffle plate and the tube support plates above the flow distribution baffle plate are designed to pass the secondary fluid through the tube support holes in the tube support plates with a flow of the secondary fluid through the tube support holes in at least some of the tube support plates above the flow distribution plate regulated so the flow is larger through some of the tube support holes of the tube support plates than other of the tube support holes of the tube support plates in a manner to reduce velocities through some of the tube support holes in an upper region of the heat exchange tubes which would otherwise exhibit fouling.
An all secondary bundle large scale field erected air cooled industrial steam condenser connected to an industrial steam producing facility, comprising: two bundles each comprising a plurality of finned flattened tubes fitted adjacent to one-another, each of said bundles oriented so that the longitudinal axis of said finned flattened tubes is positioned at an angle of 55°-65° from horizontal; a combined steam distribution-condensate collection manifold attached to a bottom of each of said bundles and running along a length of said bundles configured both to deliver steam to a bottom of said tubes and to collect condensate that forms in said tube from said steam as it cools; a non-condensable collection manifold attached to a top of each of said bundles and running along a length of said bundles parallel to said steam distribution manifold and configured to collect non-condensable gases from said steam, wherein the condenser comprises no primary condenser tubes two bundles each comprising a plurality of finned flattened tubes fitted adjacent to one-another, each of said bundles oriented so that the longitudinal axis of said finned flattened tubes is positioned at an angle of 55°-65° from horizontal; a combined steam distribution-condensate collection manifold attached to a bottom of each of said bundles and running along a length of said bundles configured both to deliver steam to a bottom of said tubes and to collect condensate that forms in said tube from said steam as it cools; a non-condensable collection manifold attached to a top of each of said bundles and running along a length of said bundles parallel to said steam distribution manifold and configured to collect non-condensable gases from said steam, wherein the condenser comprises no primary condenser tubes
Use of encapsulated pigment particles in a pigmented cosmetic composition to impart a less opaque and more natural-looking visual appearance than imparted by pigment particles without encapsulation, said pigmented cosmetic composition comprising: a cosmetically acceptable vehicle, an active ingredient, and a plurality of encapsulated pigment particles, wherein the particles are made up of an encapsulant comprising silicon dioxide, and iron oxide pigment entrapped within the encapsulant, wherein the encapsulant exhibits a refractive index of 1.4 to 1.6, and the encapsulant is 1 to 20 wt% of the total weight of the encapsulated particles, and the pigment is 80 to 99 wt% of the total weight of the encapsulated particles. a cosmetically acceptable vehicle, an active ingredient, and a plurality of encapsulated pigment particles, wherein the particles are made up of an encapsulant comprising silicon dioxide, and iron oxide pigment entrapped within the encapsulant, wherein the encapsulant exhibits a refractive index of 1.4 to 1.6, and the encapsulant is 1 to 20 wt% of the total weight of the encapsulated particles, and the pigment is 80 to 99 wt% of the total weight of the encapsulated particles.
VEHICLE TRACTION DEVICE comprising: At least one motor and A transmission element comprising: a. A primary shaft coplanar and concurrent to the motor rotation shaft; b. Engaging elements between the primary shaft and the motor rotation shaft; c. An output shaft coaxial to the primary shaft; d. Means for temporarily or permanently linking the rotation of the primary shaft and the output shaft; e. Means for transmitting the rotation of the output shaft to the drive element of the vehicle; characterised in that - the at least one motor is located symmetrically between side vertical tubes of a vehicle frame, and in that - the primary shaft and the motor rotation shaft engage one another in the center zone of an axial extension of the primary shaft. At least one motor and A transmission element comprising: a. A primary shaft coplanar and concurrent to the motor rotation shaft; b. Engaging elements between the primary shaft and the motor rotation shaft; c. An output shaft coaxial to the primary shaft; d. Means for temporarily or permanently linking the rotation of the primary shaft and the output shaft; e. Means for transmitting the rotation of the output shaft to the drive element of the vehicle; characterised in that - the at least one motor is located symmetrically between side vertical tubes of a vehicle frame, and in that - the primary shaft and the motor rotation shaft engage one another in the center zone of an axial extension of the primary shaft. a. A primary shaft coplanar and concurrent to the motor rotation shaft; b. Engaging elements between the primary shaft and the motor rotation shaft; c. An output shaft coaxial to the primary shaft; d. Means for temporarily or permanently linking the rotation of the primary shaft and the output shaft; e. Means for transmitting the rotation of the output shaft to the drive element of the vehicle; characterised in that - the at least one motor is located symmetrically between side vertical tubes of a vehicle frame, and in that - the primary shaft and the motor rotation shaft engage one another in the center zone of an axial extension of the primary shaft. - the at least one motor is located symmetrically between side vertical tubes of a vehicle frame, and in that - the primary shaft and the motor rotation shaft engage one another in the center zone of an axial extension of the primary shaft.
A method for monitoring one or more subframes in a wireless communication system, performed by user equipment, UE, the method comprising: acquiring information including a monitoring subframe configuration, wherein the monitoring subframe configuration is set for a first subframe in which a cell specific reference signal, CRS, is present, and wherein the monitoring subframe configuration is further set for a second subframe in which the CRS is not present within a radio frame; determining monitoring subframes of a cell based on the acquired information; and checking discontinuous reception, DRX, information including a starting offset and a cycle for a carrier type of a subframe; and determining whether the first subframe or the second subframe is in the monitoring subframes based on an active time and an offtime of the first and second subframe, wherein the active time and the offtime of the first and second subframe are determined by the DRX information; if the first subframe or the second subframe is determined to be in the monitoring subframes, monitoring the first subframe or the second subframe. acquiring information including a monitoring subframe configuration, wherein the monitoring subframe configuration is set for a first subframe in which a cell specific reference signal, CRS, is present, and wherein the monitoring subframe configuration is further set for a second subframe in which the CRS is not present within a radio frame; determining monitoring subframes of a cell based on the acquired information; and checking discontinuous reception, DRX, information including a starting offset and a cycle for a carrier type of a subframe; and determining whether the first subframe or the second subframe is in the monitoring subframes based on an active time and an offtime of the first and second subframe, wherein the active time and the offtime of the first and second subframe are determined by the DRX information; if the first subframe or the second subframe is determined to be in the monitoring subframes, monitoring the first subframe or the second subframe.
Piston for a die-casting machine, in particular with a cold chamber, where said machine comprises a press with a container in which the piston is housed so as to slide, the piston comprising: - a stem (10; 510; 710) extending from a proximal end to a distal end along a piston axis; - a piston head (50; 550; 750) which extends from the distal end of the stem and which is provided with at least one sealing ring housed in a respective ring seat made in a lateral wall of said head to form a seal on the wall of said container of the press, said sealing ring being interrupted longitudinally by a longitudinal split which permits the radial expansion of the sealing ring; and - a lubrication circuit suitable to encourage the sliding of the piston in said container and comprising: - at least a first lubrication duct (14, 16, 18) made in the stem and ending at the distal end of said stem, and - at least a second duct made in the piston head, fluidically communicating with said first duct and coming out in said ring seat, under the sealing ring, characterised in that said second duct being covered by the sealing ring, so that the lubricant comes out of the piston head through the interstices between the sealing ring and the piston head and/or through said longitudinal split. - a stem (10; 510; 710) extending from a proximal end to a distal end along a piston axis; - a piston head (50; 550; 750) which extends from the distal end of the stem and which is provided with at least one sealing ring housed in a respective ring seat made in a lateral wall of said head to form a seal on the wall of said container of the press, said sealing ring being interrupted longitudinally by a longitudinal split which permits the radial expansion of the sealing ring; and - a lubrication circuit suitable to encourage the sliding of the piston in said container and comprising: - at least a first lubrication duct (14, 16, 18) made in the stem and ending at the distal end of said stem, and - at least a second duct made in the piston head, fluidically communicating with said first duct and coming out in said ring seat, under the sealing ring, - at least a first lubrication duct (14, 16, 18) made in the stem and ending at the distal end of said stem, and - at least a second duct made in the piston head, fluidically communicating with said first duct and coming out in said ring seat, under the sealing ring,
A method for remote subscriber identification module, SIM, profile provisioning of a telematics control arrangement comprisable in a wireless device, the method comprising: - establishing a wireless connection with one or more SIM profile management arrangements; - providing a request to the one or more SIM profile management arrangements to obtain a new set of SIM profiles from at least one of the one or more SIM profile management arrangements; - retrieving, from modems in the telematics control arrangement, location information for the request; and - obtaining a plurality of SIM profiles from at least one of the one or more SIM profile management arrangements, wherein the plurality of SIM profiles are appropriate for all modems or for a particular modem of the telematics control arrangement and are selected based on the location information retrieved for the telematics control arrangement, and based on capabilities of wireless communication resources accessible to the telematics control arrangement, and wherein the capabilities of wireless communication resources comprise modem capabilities, wherein each SIM profile comprises personalized SIM information for communication in at least one wireless communication network of a respective service provider. - establishing a wireless connection with one or more SIM profile management arrangements; - providing a request to the one or more SIM profile management arrangements to obtain a new set of SIM profiles from at least one of the one or more SIM profile management arrangements; - retrieving, from modems in the telematics control arrangement, location information for the request; and - obtaining a plurality of SIM profiles from at least one of the one or more SIM profile management arrangements, wherein the plurality of SIM profiles are appropriate for all modems or for a particular modem of the telematics control arrangement and are selected based on the location information retrieved for the telematics control arrangement, and based on capabilities of wireless communication resources accessible to the telematics control arrangement, and wherein the capabilities of wireless communication resources comprise modem capabilities,
An electrode wire for use in an electric discharge machining apparatus, said electrode wire comprising: a copper bearing core; a coating disposed on said copper bearing core; said coating includes a substantially continuous overlayer of zinc or epsilon phase brass; characterised in that: - said coating includes dispersed discrete particles of gamma phase brass alloy; - said overlayer entraps the gamma phase brass alloy particles, thereby filling the discontinuities between the gamma phase brass alloy particles. a copper bearing core; a coating disposed on said copper bearing core; said coating includes a substantially continuous overlayer of zinc or epsilon phase brass; - said coating includes dispersed discrete particles of gamma phase brass alloy; - said overlayer entraps the gamma phase brass alloy particles, thereby filling the discontinuities between the gamma phase brass alloy particles.