mhurhangee/ep-ind-claims huggingface dataset:
A component for a gas turbine engine, comprising: a body portion (30, 32) that extends between a leading edge and a trailing edge, the body portion (30, 32) being a vane or a blade and including a filleted section that is immediately adjacent to a platform (34, 36) of said component, the body portion (30, 32) including an internal cooling circuit having a flared region having a thickness that increases as the trailing edge is approached at a consistent span and a non-flared region having a thickness that remains constant or decreases as the trailing edge is approached at a consistent span, wherein the thickness of the internal cooling circuit is defined as a distance from a pressure side to a suction side of the internal cooling circuit, and the component further includes a plurality of internal cooling circuit discharge slots, characterised in that: at least one first discharge slot is disposed at least partially within the flared region and at least one second discharge slot is radially inward of the at least one first cooling circuit discharge slot, and only a portion of the flared region is disposed in the filleted section of the body portion (30, 32).
Spacer with a main body comprising a first pane contact surface (8.1) and a second pane contact surface (8.2) extending parallel thereto, a first glazing interior surface (9.1), a second glazing interior surface (9.2), an outer surface, a first hollow chamber (11.1) and a second hollow chamber (11.2), a fastening groove extending parallel to the first pane contact surface (8.1) and second pane contact surface (8.2) between the first glazing interior surface (9.1) and the second glazing interior surface (9.2) in the longitudinal direction of the spacer, wherein - the first hollow chamber (11.1) is adjacent the first glazing interior surface (9.1), and the second hollow chamber (11.2) is adjacent the second glazing interior surface (9.2), - the side flanks of the fastening groove are formed by the walls of the first hollow chamber (11.1) and the second hollow chamber (11.2), wherein the fastening groove has an adapter element for connecting a pane to the spacer, characterized in that the adapter element comprises at least one receiving profile for securing to the pane and at least one lower part for fixing to the spacer, and the lower part is positively connected to the fastening groove of the spacer, with the receiving profile protruding completely beyond the fastening groove in the installed state. a first pane contact surface (8.1) and a second pane contact surface (8.2) extending parallel thereto, a first glazing interior surface (9.1), a second glazing interior surface (9.2), an outer surface, a first hollow chamber (11.1) and a second hollow chamber (11.2), a fastening groove extending parallel to the first pane contact surface (8.1) and second pane contact surface (8.2) between the first glazing interior surface (9.1) and the second glazing interior surface (9.2) in the longitudinal direction of the spacer, wherein - the first hollow chamber (11.1) is adjacent the first glazing interior surface (9.1), and the second hollow chamber (11.2) is adjacent the second glazing interior surface (9.2), - the side flanks of the fastening groove are formed by the walls of the first hollow chamber (11.1) and the second hollow chamber (11.2), - the first hollow chamber (11.1) is adjacent the first glazing interior surface (9.1), and the second hollow chamber (11.2) is adjacent the second glazing interior surface (9.2), - the side flanks of the fastening groove are formed by the walls of the first hollow chamber (11.1) and the second hollow chamber (11.2), wherein the fastening groove has an adapter element for connecting a pane to the spacer, characterized in that the adapter element comprises at least one receiving profile for securing to the pane and at least one lower part for fixing to the spacer, and the lower part is positively connected to the fastening groove of the spacer, with the receiving profile protruding completely beyond the fastening groove in the installed state.
Operator control unit for a vehicle, comprising a receiving housing for receiving a display module, the receiving housing having a receiving edge, and comprising a front cover having at least one transparent touch-sensitive operator control panel for operating the display module, at least one force sensor, which is associated with the front cover, for measuring a force which is exerted on the operator control panel of the front cover, the receiving edge having recesses, at least one force sensor being arranged in each of the recesses, the front cover being at least partially connected to the receiving edge at the periphery, the receiving housing comprising a rear wall and a pair of side walls which are arranged opposite each other, and the side walls being arranged on the rear wall for receiving the display module and the receiving edge being the end of the side walls, characterized in that a deformable adhesive material with an elastic property is arranged between the front cover and the receiving edge as well as between the at least one force sensor and the receiving edge for connecting the receiving housing and the force sensor to the front cover, so that, when a force is exerted on at least the operator control panel by means of the deformable adhesive material, the force is passed on to the force sensor by deformation of the deformable adhesive material and, when the exertion of force on the operator control panel is removed, the deformable adhesive material reverses its deformation, as a result of which force is no longer exerted on the force sensor. a receiving housing for receiving a display module, the receiving housing having a receiving edge, and comprising a front cover having at least one transparent touch-sensitive operator control panel for operating the display module, at least one force sensor, which is associated with the front cover, for measuring a force which is exerted on the operator control panel of the front cover, the receiving edge having recesses, at least one force sensor being arranged in each of the recesses, the front cover being at least partially connected to the receiving edge at the periphery, the receiving housing comprising a rear wall and a pair of side walls which are arranged opposite each other, and the side walls being arranged on the rear wall for receiving the display module and the receiving edge being the end of the side walls, characterized in that a deformable adhesive material with an elastic property is arranged between the front cover and the receiving edge as well as between the at least one force sensor and the receiving edge for connecting the receiving housing and the force sensor to the front cover, so that, when a force is exerted on at least the operator control panel by means of the deformable adhesive material, the force is passed on to the force sensor by deformation of the deformable adhesive material and, when the exertion of force on the operator control panel is removed, the deformable adhesive material reverses its deformation, as a result of which force is no longer exerted on the force sensor.
Use of a substrate for forming biochips, said substrate comprising a carbon-coated aluminum material, wherein said carbon-coated aluminum material comprises an aluminum material and a carbon-containing layer formed on at least one surface of said aluminum material, and further comprises an interposing layer which is formed between said aluminum material and said carbon-containing layer, which interposing layer contains aluminum element and carbon element, wherein said carbon-containing layer is an organic layer containing a carbon precursor having a peak(s) of Raman scattering intensity at a Raman Shift of about 1350 cm -1 and/or about 1580 cm -1 in Raman spectrum detected by Raman spectroscopy.
A cosmetic comprising a silicone oil in an amount of 50 mass % or more relative to the total mass of the cosmetic and having a viscosity of 10000 mPa·s or less (measured with a BL-type viscometer with a #3 rotor under measurement conditions of: 12 rpm, 1 minute, at 30°C), the cosmetic comprising: (a) a volatile linear silicone oil in an amount of 60 mass % or more relative to the total mass of the silicone oil; and (b) an elastic powder having a linear silicone oil absorption of not less than 40 g/100 g and not more than 125 g/100 g and a rheometer hardness (measured using SUN rheometer (CMPAC-II, available from SUN SCIENTIFIC CO., LTD)) of not less than 40 and not more than 300 in an amount of 1 to 10 mass % relative to the total mass of the cosmetic, and wherein the cosmetic contains an elastic powder having a linear silicone oil absorption higher than 125 g/100 g in an amount of not more than 3 mass % relative to the total mass of the cosmetic. (a) a volatile linear silicone oil in an amount of 60 mass % or more relative to the total mass of the silicone oil; and (b) an elastic powder having a linear silicone oil absorption of not less than 40 g/100 g and not more than 125 g/100 g and a rheometer hardness (measured using SUN rheometer (CMPAC-II, available from SUN SCIENTIFIC CO., LTD)) of not less than 40 and not more than 300 in an amount of 1 to 10 mass % relative to the total mass of the cosmetic, and wherein the cosmetic contains an elastic powder having a linear silicone oil absorption higher than 125 g/100 g in an amount of not more than 3 mass % relative to the total mass of the cosmetic.
Paper or cardboard packaging produced at least partly from mineral oil contaminated paper, wherein the packaging includes at least one barrier layer obtainable by applying an aqueous polymer dispersion comprising at least one copolymer obtainable by emulsion polymerization of (a) one or more principal monomers selected from the group consisting of C 1 -C 4 alkyl (meth)acrylates, (b) 0.1 to 5 wt% of one or more acid monomers, (c) 0-20 wt% of acrylonitrile and (d) 0 to 10 wt% of further monomers other than the monomers (a) to (c), wherein the copolymer is constructed of the principal monomers (a) to an extent of at least 70 wt%, wherein the glass transition temperature of the copolymer is in the range from +10 to +45°C, wherein the emulsion polymerization is carried out in an aqueous medium in the presence of at least one carbohydrate compound, wherein the barrier layer may be situated on one or more of the surfaces of the packaging, or the barrier layer may form at least one of multiple layers of a multilayered packaging coating or the barrier layer may be situated as a coating on at least one side of an inner bag situated within the packaging. (a) one or more principal monomers selected from the group consisting of C 1 -C 4 alkyl (meth)acrylates, (b) 0.1 to 5 wt% of one or more acid monomers, (c) 0-20 wt% of acrylonitrile and (d) 0 to 10 wt% of further monomers other than the monomers (a) to (c),
A treatment planning system comprising: an input device configured to input parameters for irradiation with radiation; a calculation device configured to calculate a treatment plan based on the result of the input to the input device; a display device configured to display the treatment plan, and a storage unit configured to store a series of three-dimensional CT images holding information about variations of a target region to be irradiated with the radiation; characterized in that after associating the series of three-dimensional CT images with information about elapsed time from beginning to end of a radiation treatment based on the treatment plan, the calculation device interpolates the information about the variations of the target region from the information about the elapsed time and from the series of three-dimensional CT images over each of time periods during which the radiation is applied, the calculation device further calculating a dose distribution based on the interpolated information about the variations of the target region. an input device configured to input parameters for irradiation with radiation; a calculation device configured to calculate a treatment plan based on the result of the input to the input device; a display device configured to display the treatment plan, and a storage unit configured to store a series of three-dimensional CT images holding information about variations of a target region to be irradiated with the radiation; characterized in that after associating the series of three-dimensional CT images with information about elapsed time from beginning to end of a radiation treatment based on the treatment plan, the calculation device interpolates the information about the variations of the target region from the information about the elapsed time and from the series of three-dimensional CT images over each of time periods during which the radiation is applied, the calculation device further calculating a dose distribution based on the interpolated information about the variations of the target region.
A light management system for an outdoor lighting network, OLN, the system comprising: a central control apparatus; a plurality of lighting unit control apparatus; a communication system operably connecting the central control apparatus and the lighting unit control apparatus; and a repository in communication with the central control apparatus, the repository being operable to store an OLN policy, which OLN policy represents the behavior of the OLN; the light management system being characterised in that the central control apparatus is operable to: receive a policy, which policy represents the behavior of one or more lighting unit control apparatus; check the policy for consistency against the OLN policy; and when the policy is consistent with the OLN policy, the central control apparatus is further operable to: determine attributes and configuration commands for each of the plurality of lighting unit control apparatus in accordance with the policy; and communicate the attributes and the configuration commands for each of the plurality of lighting unit control apparatus to a corresponding one of the plurality of lighting unit control apparatus. a central control apparatus; a plurality of lighting unit control apparatus; a communication system operably connecting the central control apparatus and the lighting unit control apparatus; and a repository in communication with the central control apparatus, the repository being operable to store an OLN policy, which OLN policy represents the behavior of the OLN; the light management system being characterised in that the central control apparatus is operable to: receive a policy, which policy represents the behavior of one or more lighting unit control apparatus; check the policy for consistency against the OLN policy; and when the policy is consistent with the OLN policy, the central control apparatus is further operable to: determine attributes and configuration commands for each of the plurality of lighting unit control apparatus in accordance with the policy; and communicate the attributes and the configuration commands for each of the plurality of lighting unit control apparatus to a corresponding one of the plurality of lighting unit control apparatus. receive a policy, which policy represents the behavior of one or more lighting unit control apparatus; check the policy for consistency against the OLN policy; and when the policy is consistent with the OLN policy, the central control apparatus is further operable to: determine attributes and configuration commands for each of the plurality of lighting unit control apparatus in accordance with the policy; and communicate the attributes and the configuration commands for each of the plurality of lighting unit control apparatus to a corresponding one of the plurality of lighting unit control apparatus. determine attributes and configuration commands for each of the plurality of lighting unit control apparatus in accordance with the policy; and communicate the attributes and the configuration commands for each of the plurality of lighting unit control apparatus to a corresponding one of the plurality of lighting unit control apparatus.
Method for determining a saturation characteristic of a synchronous reluctance machine comprising the steps of: - applying a voltage sequence to a stator of the synchronous reluctance machine by means of a pulse inverter and thereby introducing stator fluxes (Ψ 1 to Ψ 4), - measuring electrical currents (i 1 to i 4) which result from the stator fluxes (Ψ 1 to Ψ 4) and - determining the saturation characteristic on the basis of the stator fluxes (Ψ 1 to Ψ 4) and the measured currents (i 1 to i 4), characterised in that the voltage sequence is applied in such a way that torques (M 1 to M 4) acting on a rotor of the synchronous reluctance machine cancel each other out during the application of the voltage sequence. - applying a voltage sequence to a stator of the synchronous reluctance machine by means of a pulse inverter and thereby introducing stator fluxes (Ψ 1 to Ψ 4), - measuring electrical currents (i 1 to i 4) which result from the stator fluxes (Ψ 1 to Ψ 4) and - determining the saturation characteristic on the basis of the stator fluxes (Ψ 1 to Ψ 4) and the measured currents (i 1 to i 4),
A prosthetic device (100, 370, 430, 440) for replacing a damaged meniscus, the prosthetic device (100, 370, 430, 440) comprising: a central portion (110, 372) having an upper surface (116, 376, 432, 442) for engagement with a portion of a femur and an opposing lower surface (118, 378, 434, 444) for engagement with a portion of a tibia, the central portion (110, 372) comprising a resilient polymeric material; and an outer portion (108, 374, 436, 446) surrounding the central portion (110, 372) and having an increased thickness relative to the central portion (110, 372), the outer portion (108, 374, 436, 446) comprising the resilient polymeric material and tensioned with at least one reinforcing fiber (124, 438, 447) embedded in the resilient polymeric material, wherein the outer portion (108, 374, 436, 446) is sized and shaped such that a compression force imparted on the prosthetic device (100, 370, 430, 440) by the femur and the tibia displaces the outer portion (108, 374, 436, 446) radially outward from the central portion (110, 372), and wherein the outer portion (108, 374, 436, 446) comprises a first section having a generally semi-ellipsoidal profile similar to a natural meniscus and a second section connecting ends of the first section, the second section sized and shaped to engage a femur notch to secure the prosthetic device (100, 370, 430, 440) within a knee joint without penetrating bone. a central portion (110, 372) having an upper surface (116, 376, 432, 442) for engagement with a portion of a femur and an opposing lower surface (118, 378, 434, 444) for engagement with a portion of a tibia, the central portion (110, 372) comprising a resilient polymeric material; and an outer portion (108, 374, 436, 446) surrounding the central portion (110, 372) and having an increased thickness relative to the central portion (110, 372), the outer portion (108, 374, 436, 446) comprising the resilient polymeric material and tensioned with at least one reinforcing fiber (124, 438, 447) embedded in the resilient polymeric material, wherein the outer portion (108, 374, 436, 446) is sized and shaped such that a compression force imparted on the prosthetic device (100, 370, 430, 440) by the femur and the tibia displaces the outer portion (108, 374, 436, 446) radially outward from the central portion (110, 372), and wherein the outer portion (108, 374, 436, 446) comprises a first section having a generally semi-ellipsoidal profile similar to a natural meniscus and a second section connecting ends of the first section, the second section sized and shaped to engage a femur notch to secure the prosthetic device (100, 370, 430, 440) within a knee joint without penetrating bone.
Lawn mower, in particular autonomous lawn mower, having at least a chassis, a motor for driving a cutting apparatus, and a height adjustment apparatus for moving the cutting apparatus and the motor relative to the chassis, at least for setting a working height (h) of the cutting apparatus relative to the chassis, in particular for setting a cutting height (s) of a cutting tool of the cutting apparatus, the height adjustment apparatus having an, in particular, hollow-cylindrical rotational body and a sliding seat which, in particular, surrounds the rotational body, which rotational body and sliding seat have corresponding threads (206, 208), with the result that a linear displacement of the sliding seat takes place by way of a rotation of the rotational body, at least one of the threads (206, 208) having at least two thread portions (236, 238), characterized in that the one thread portion, in particular an elastically movable thread portion, preferably a thread portion which can be moved elastically radially with respect to the thread axis, comprises means which increase a thread tooth width of the one thread portion with respect to the further thread portion and/or reduce a thread turn width of the one thread portion and/or bring about an offset of a flank and/or an offset of a pitch of the one thread portion relative to the further thread portion in relation to its helix.
A component for a welding implement comprising: - a body extending between a first end and a second end, the first end being configured to attach to a welding implement; - a shielding gas channel extending through the body between the first end and the second end and configured for a flow of shielding gas between the first end and the second end; and - one or more flow restrictors within the channel, the one or more flow restrictors being configured to provide higher resistance to the flow of shielding gas at increasing distances from the center of the channel, characterized in that the one or more flow restrictors comprise a plurality of gas conduits formed within a plug, wherein the plurality of conduits have varying lengths by having the portion of the plug defining the distal ends of the conduits curve or slant inward from the outer wall toward the center of the channel. - a body extending between a first end and a second end, the first end being configured to attach to a welding implement; - a shielding gas channel extending through the body between the first end and the second end and configured for a flow of shielding gas between the first end and the second end; and - one or more flow restrictors within the channel, the one or more flow restrictors being configured to provide higher resistance to the flow of shielding gas at increasing distances from the center of the channel,
A safety bolt which can be inserted into an opening formed by the two chain lock brackets (12, 14) for securing against disengagement of the chain lock brackets (12, 14) of the chain lock, the safety bolt having a base body with a through-opening, at least one spring ring, at least two balls and a securing element which is inserted into the through-opening, wherein an annular groove is provided in a circumferential surface of the base body, into which annular groove the spring ring is inserted, wherein the annular groove is provided with two bores which are aligned with the through-opening and into which the balls are inserted characterized in that the spring ring has at least one leg extending in the longitudinal direction of the base body, which leg bends in the event of incorrect insertion of the safety bolt into the opening.