mhurhangee/ep-ind-claims huggingface dataset:
A method of preparing and printing with a lithographic printing member, the method comprising the steps of: providing a lithographic printing member comprising: (a) a hydrophilic first layer; and (b) disposed over the first layer, an oleophilic imaging layer comprising (i) a component polymerizable by a free-radical polymerization mechanism, (ii) an initiator for generating, upon exposure to imaging radiation, free radicals to initiate polymerization of the polymerizable component, (iii) a near-IR absorber, and (iv) a polymeric binder, wherein the polymerizable component comprises a non-particulate, aliphatic urethane acrylic oligomer that is infinitely water-dilutable but not water-soluble; exposing the printing member to infrared imaging radiation in an imagewise pattern to cause polymerization of the polymerizable component; and printing with the printing member to remove only unexposed portions of the imaging layer without a developer during a make-ready phase, and thereafter to produce printed copy. providing a lithographic printing member comprising: (a) a hydrophilic first layer; and (b) disposed over the first layer, an oleophilic imaging layer comprising (i) a component polymerizable by a free-radical polymerization mechanism, (ii) an initiator for generating, upon exposure to imaging radiation, free radicals to initiate polymerization of the polymerizable component, (iii) a near-IR absorber, and (iv) a polymeric binder, wherein the polymerizable component comprises a non-particulate, aliphatic urethane acrylic oligomer that is infinitely water-dilutable but not water-soluble; (a) a hydrophilic first layer; and (b) disposed over the first layer, an oleophilic imaging layer comprising (i) a component polymerizable by a free-radical polymerization mechanism, (ii) an initiator for generating, upon exposure to imaging radiation, free radicals to initiate polymerization of the polymerizable component, (iii) a near-IR absorber, and (iv) a polymeric binder, wherein the polymerizable component comprises a non-particulate, aliphatic urethane acrylic oligomer that is infinitely water-dilutable but not water-soluble; exposing the printing member to infrared imaging radiation in an imagewise pattern to cause polymerization of the polymerizable component; and printing with the printing member to remove only unexposed portions of the imaging layer without a developer during a make-ready phase, and thereafter to produce printed copy.
An intramedullary nail for distraction of a tubular bone including - an at least partially hollow body extending in the axial direction of the intermedullary nail, - a locking means for locking the body in a first bone fragment of the tubular bone, - a first inner portion, which is arranged within the body so as to be movable in the axial direction, and includes fixing means for fixing a bone segment of the tubular bone, wherein the body includes at least one elongate hole for passing through the fixing means in the region of the first inner portion, - a drive for axially moving the first inner portion, and - a second inner portion, which is arranged within the body so as to be movable in the axial direction and includes a fragment fixing means for fixing a second bone fragment of the tubular bone, and characterised in that the second inner portion is undriven. - an at least partially hollow body extending in the axial direction of the intermedullary nail, - a locking means for locking the body in a first bone fragment of the tubular bone, - a first inner portion, which is arranged within the body so as to be movable in the axial direction, and includes fixing means for fixing a bone segment of the tubular bone, wherein the body includes at least one elongate hole for passing through the fixing means in the region of the first inner portion, - a drive for axially moving the first inner portion, and - a second inner portion, which is arranged within the body so as to be movable in the axial direction and includes a fragment fixing means for fixing a second bone fragment of the tubular bone, and
Connection arrangement for connection of an electrical conductor, comprising - a current bar, - a clamping spring which has a holding limb and a clamping limb, wherein the conductor to be connected is clamped against the current bar by means of the clamping limb in a clamping position of the clamping spring, and - an actuating element, by means of which the clamping spring can be moved from the clamping position to the open position, characterized in that the actuating element is held in position against the pressure force applied by the clamping spring to the actuating element by means of the current bar in the open position of the clamping spring in order to hold the clamping spring in the open position. - a current bar, - a clamping spring which has a holding limb and a clamping limb, wherein the conductor to be connected is clamped against the current bar by means of the clamping limb in a clamping position of the clamping spring, and - an actuating element, by means of which the clamping spring can be moved from the clamping position to the open position,
A cartridge (890, 1090) for processing a blood sample, the cartridge comprising: a) a pre-treatment fluidic system comprising an inlet (810, 1010) via which blood can be supplied and at least one primary detection chamber (811, 812, 1011, 1012, 1013) adapted for measuring a fraction of blood of the blood sample according to first processing steps; b) a post-treatment fluidic system comprising at least one secondary detection chamber (855, 1055a, 1055b, 1055c) adapted for measuring a plasma fraction of the blood sample according to second processing steps, wherein the second processing steps are different from the first processing steps; c) a fluid-treatment element (801, 1001) that separates plasma from blood in the blood sample and that couples the post-treatment fluidic system to the pre-treatment fluidic system, wherein the cartridge is arranged such that a measurement of blood in the primary detection chamber and a measurement of plasma in the secondary detection chamber can occur simultaneously for at least a part of a respective measurement duration, and wherein the secondary detection chamber (855, 1055a, 1055b, 1055c) for measuring plasma is located directly under the fluid-treatment element (801, 1001). a) a pre-treatment fluidic system comprising an inlet (810, 1010) via which blood can be supplied and at least one primary detection chamber (811, 812, 1011, 1012, 1013) adapted for measuring a fraction of blood of the blood sample according to first processing steps; b) a post-treatment fluidic system comprising at least one secondary detection chamber (855, 1055a, 1055b, 1055c) adapted for measuring a plasma fraction of the blood sample according to second processing steps, wherein the second processing steps are different from the first processing steps; c) a fluid-treatment element (801, 1001) that separates plasma from blood in the blood sample and that couples the post-treatment fluidic system to the pre-treatment fluidic system, wherein the cartridge is arranged such that a measurement of blood in the primary detection chamber and a measurement of plasma in the secondary detection chamber can occur simultaneously for at least a part of a respective measurement duration, and wherein the secondary detection chamber (855, 1055a, 1055b, 1055c) for measuring plasma is located directly under the fluid-treatment element (801, 1001).
A device for stimulating the biosynthesis of vitamin D 3, comprising: a. at least one first lighting means for emitting light radiation having wavelengths in a range of between 280 and 315 nm; c. a directing unit for aligning the at least one lighting means with the irradiation region, and d. a control unit, which is configured to trigger emission of light radiation having wavelengths in a range of between 280 and 315 nm by the at least one lighting means, characterized by b. a sensor unit for detecting an irradiation region; wherein the control unit is further configured to identify the irradiation region. a. at least one first lighting means for emitting light radiation having wavelengths in a range of between 280 and 315 nm; c. a directing unit for aligning the at least one lighting means with the irradiation region, and d. a control unit, which is configured to trigger emission of light radiation having wavelengths in a range of between 280 and 315 nm by the at least one lighting means,
A substantially flat light guide, arranged to collimate light source light of a light source, the light guide having: - an entrance window and an edge window) being arranged opposite entrance window, - a first light guide surface and a second light guide surface, which are arranged substantially parallel, - a first side edge and a second side edge, wherein the first side edge and the second side edge are arranged not to diverge or converge from the entrance window in the direction of the edge window, and wherein the entrance window is arranged to receive the light source light of the light source, wherein the edge window is arranged to allow the collimated light source light escape from the light guide as illumination device light, characterized in that the first light guide surface and the second light guide surface comprise a plurality of radially arranged grooves, and that the grooves are arranged to diverge in a direction from the entrance window to the edge window. - an entrance window and an edge window) being arranged opposite entrance window, - a first light guide surface and a second light guide surface, which are arranged substantially parallel, - a first side edge and a second side edge, wherein the first side edge and the second side edge are arranged not to diverge or converge from the entrance window in the direction of the edge window, and
Method for ground working with a civil engineering machine, which comprises at least one rotary drive unit for driving a ground working tool in rotation and at least one feed unit with which the ground working tool is introduced into the ground to create a hole, wherein a control and evaluation unit is provided with which - setting parameters are acquired and stored during ground working, - at least one state value resulting during ground working is acquired and stored and - the setting parameters are modified and set by the control and evaluation unit depending on the at least one state value acquired, characterised in that - automatic calibration is carried out by the control and evaluation unit at least at the beginning of ground working, wherein ground working is carried out in a first calibration section with a first set of setting parameters predetermined by a calibration program and at least in a further second calibration section with a second set of setting parameters predetermined by the calibration program, wherein the predetermined sets of setting parameters differ from one another, and - in that the control and evaluation unit subsequently sets the setting parameters for further ground working depending on the state variables acquired in the calibration sections. - setting parameters are acquired and stored during ground working, - at least one state value resulting during ground working is acquired and stored and - the setting parameters are modified and set by the control and evaluation unit depending on the at least one state value acquired, - automatic calibration is carried out by the control and evaluation unit at least at the beginning of ground working, wherein ground working is carried out in a first calibration section with a first set of setting parameters predetermined by a calibration program and at least in a further second calibration section with a second set of setting parameters predetermined by the calibration program, wherein the predetermined sets of setting parameters differ from one another, and - in that the control and evaluation unit subsequently sets the setting parameters for further ground working depending on the state variables acquired in the calibration sections.
An entry control device for people movers, in particular revolving ski lift installations, comprising an entry barrier which is movable to and fro between a waiting position blocking the entry and a boarding position clearing the entry, and stoplight device for displaying a boarding signal and/or a waiting signal, wherein the stoplight device includes a display device arranged to be movable along with the entry barrier for displaying the boarding and/or waiting signal, characterized in that a control device is provided for controlling the stoplight signals of the stoplight device in dependence on the speed and position of the people mover.
A device for managing health data, comprising: a first housing portion including a health data management system and a data communications element, the data communications element providing data communications between the health data management system and an external processing device, the health data management system including a health data measurement system configured to measure an analyte concentration in a fluid sample received via a test sensor coupled to a port in the first housing portion; and a second housing portion that is removably coupled to the first housing portion and fits over the data communications element, the second housing portion being a cap and including a power source disposed therein that is configured to provide power, via the data communications element, to the health data management system, wherein the power source provides power to the health data management system when the cap is coupled to the first housing portion according to a first orientation and does not provide power to the health data management system when the cap is coupled to the first housing portion according to a second orientation. a first housing portion including a health data management system and a data communications element, the data communications element providing data communications between the health data management system and an external processing device, the health data management system including a health data measurement system configured to measure an analyte concentration in a fluid sample received via a test sensor coupled to a port in the first housing portion; and a second housing portion that is removably coupled to the first housing portion and fits over the data communications element, the second housing portion being a cap and including a power source disposed therein that is configured to provide power, via the data communications element, to the health data management system, wherein the power source provides power to the health data management system when the cap is coupled to the first housing portion according to a first orientation and does not provide power to the health data management system when the cap is coupled to the first housing portion according to a second orientation.
A device for buffering a web-shaped material having at least one layer applied on one side thereof, said device including a storage drum which has an inlet zone, a storage zone, and an outlet zone by means of which the web-shaped material may be passed through said storage zone in such a manner that one side thereof is applied to the storage zone of the storage drum and that the web-shaped material is guided within the storage zone of the storage drum according to a helical pattern as it passes through the storage zone, characterised in that the storage drum is formed by a plurality of rollers disposed on a common circumference and in that the rollers are supported by a guide of the storage drum and in that the distances separating said rollers from an axis of rotation may be varied in conjunction.
A bottom hole assembly for directional drilling with a drill string and a drill bit, the assembly comprising: a first collar coupled to the drill bit and rotatable therewith; a rotary steerable tool coupled to the first collar and being operable to change a trajectory of the drill bit; and a second collar coupled to the rotary steerable tool, the second collar coupled to the drill string and being rotatable therewith, wherein at least one of the first and second collars (54, 66) defines a first bend (57, 67) from a first axis of the at least one collar (54, 66), the first bend (57, 67) deflects the drill bit from the first axis of the at least one collar (57, 67) and causes a portion of the bottom hole assembly to engage a borehole wall when disposed therein. a first collar coupled to the drill bit and rotatable therewith; a rotary steerable tool coupled to the first collar and being operable to change a trajectory of the drill bit; and a second collar coupled to the rotary steerable tool, the second collar coupled to the drill string and being rotatable therewith, wherein at least one of the first and second collars (54, 66) defines a first bend (57, 67) from a first axis of the at least one collar (54, 66), the first bend (57, 67) deflects the drill bit from the first axis of the at least one collar (57, 67) and causes a portion of the bottom hole assembly to engage a borehole wall when disposed therein.
A process for the preparation of a compound of the Formula I: wherein R is selected from the group consisting of halo; alkyl; cycloalkyl; alkenyl; alkynyl; alkoxy and aryl substituted with from 0 to 5 substituents independently selected from the group consisting of halo, C 1 -C 4 alkyl, C 1 -C 4 haloalkyl, C 1 -C 4 alkoxy and C 1 -C 4 haloalkoxy; m is 0, 1, 2 or 3; and n is 1, 2, 3 or 4; wherein the sum of m and n is less than or equal to 4; which comprises fluorinating a compound of Formula A: wherein R, m and n are as previously defined; with a source of fluoride ion to produce the compound of the Formula I. R is selected from the group consisting of halo; alkyl; cycloalkyl; alkenyl; alkynyl; alkoxy and aryl substituted with from 0 to 5 substituents independently selected from the group consisting of halo, C 1 -C 4 alkyl, C 1 -C 4 haloalkyl, C 1 -C 4 alkoxy and C 1 -C 4 haloalkoxy; m is 0, 1, 2 or 3; and n is 1, 2, 3 or 4;
A conveyor comprising: a conveyor belt including: a plurality of first roller sets arranged in first lanes extending in a longitudinal direction of the conveyor belt, wherein each of the first roller sets includes a bottom roller and a top roller, the bottom and top rollers contacting each other such that driving of the bottom roller in a first angular direction causes rotation of the top roller in an opposite second angular direction, wherein the bottom and top rollers have axes of rotation arranged at a first angle relative to the longitudinal direction of the conveyor belt; characterized in that the conveyor belt further comprises a plurality of second roller sets arranged in second lanes parallel to the first lanes, wherein each of the second roller sets includes a bottom roller and a top roller, the bottom and top rollers contacting each other such that driving of the bottom roller in a third angular direction causes rotation of the top roller in an opposite fourth angular direction, wherein the bottom and top rollers have axes of rotation arranged at a second angle relative to the longitudinal direction of the conveyor belt different from the first angle; a plurality of holders supporting the first and the second roller sets and slidably mounted in the conveyor belt for being raised and lowered; and in that the conveyor further comprises bearing surfaces underlying the conveyor belt under the first and second lanes to raise the first and second roller sets by contact with the holders. a plurality of first roller sets arranged in first lanes extending in a longitudinal direction of the conveyor belt, wherein each of the first roller sets includes a bottom roller and a top roller, the bottom and top rollers contacting each other such that driving of the bottom roller in a first angular direction causes rotation of the top roller in an opposite second angular direction, wherein the bottom and top rollers have axes of rotation arranged at a first angle relative to the longitudinal direction of the conveyor belt; characterized in that the conveyor belt further comprises a plurality of second roller sets arranged in second lanes parallel to the first lanes, wherein each of the second roller sets includes a bottom roller and a top roller, the bottom and top rollers contacting each other such that driving of the bottom roller in a third angular direction causes rotation of the top roller in an opposite fourth angular direction, wherein the bottom and top rollers have axes of rotation arranged at a second angle relative to the longitudinal direction of the conveyor belt different from the first angle; a plurality of holders supporting the first and the second roller sets and slidably mounted in the conveyor belt for being raised and lowered; and in that the conveyor further comprises bearing surfaces underlying the conveyor belt under the first and second lanes to raise the first and second roller sets by contact with the holders.
Support device for a rail system, with at least one railway rail, with an elastic element and with a bearing device (12; 13, 16) for resting on a substructure, characterised in that the elastic element is a first macroscopic crystalline spring structure, which is aligned with its longitudinal axis (y) perpendicular to the railway rail and which has a periodic three-dimensional crystal structure which, in the installed state, at least partially absorbs and/or reflects mechanical vibrations in a first frequency range of 1 Hz - 200 Hz, wherein the elastic element abuts against the bearing device (12; 13; 16) and the at least one railway rail rests on the elastic element.
Method of controlling at least one wind turbine (103, 203) having a wind turbine tower (102, 202) and being connected to a utility grid, the method comprising: dynamically filtering an utility grid active power (109, 209) in dependence of a damping signal (111, 211) provided for counteracting an oscillation of the wind turbine tower (102, 202); and controlling the wind turbine (103, 203) in dependence of the filtered utility grid active power. dynamically filtering an utility grid active power (109, 209) in dependence of a damping signal (111, 211) provided for counteracting an oscillation of the wind turbine tower (102, 202); and controlling the wind turbine (103, 203) in dependence of the filtered utility grid active power.