mhurhangee/ep-ind-claims huggingface dataset:
A stent (260; 260'), comprising: a plurality of interconnected strut segments (266a-266e) that enable expansion of the stent from a delivery state to a deployed state, wherein a first strut segment and a second strut segment, of the plurality of strut segments, each comprise frontal surfaces facing radially inward in the deployed state and rear surfaces facing radially outward in the deployed state, wherein the frontal surface of the first strut segment is at least partially stacked behind the rear surface of the second strut segment in the delivery state; and a first barb coupled to at least a portion of the first strut segment, wherein the first barb is disposed at least partially laterally between the first and second strut segments (266a, 266b) in the deployed state, wherein the first barb is at least partially disposed on the opposing side of the second strut segment in the delivery state and wherein a sharpened tip of the first barb is aligned at least partially circumferentially behind at least one strut segment in the delivery state such that the sharpened tip is not radially exposed. a plurality of interconnected strut segments (266a-266e) that enable expansion of the stent from a delivery state to a deployed state, wherein a first strut segment and a second strut segment, of the plurality of strut segments, each comprise frontal surfaces facing radially inward in the deployed state and rear surfaces facing radially outward in the deployed state, wherein the frontal surface of the first strut segment is at least partially stacked behind the rear surface of the second strut segment in the delivery state; and a first barb coupled to at least a portion of the first strut segment, wherein the first barb is disposed at least partially laterally between the first and second strut segments (266a, 266b) in the deployed state, wherein the first barb is at least partially disposed on the opposing side of the second strut segment in the delivery state and wherein a sharpened tip of the first barb is aligned at least partially circumferentially behind at least one strut segment in the delivery state such that the sharpened tip is not radially exposed.
A cosmetic composition comprising: a) from 0.1% to 5% by weight of a colored interference pigment; b) from 0.1% to 10% by weight of a non-interference pigment concentrate, wherein said non-interference pigment concentrate is in a form of "first oil" droplets comprising from 0.01% to 7% by weight of said "first oil" and from 0.09% to 3% by weight of said non-interference pigment; c) from 10% to 90% by weight of a cosmetically acceptable vehicle, wherein said cosmetically acceptable vehicle is a "second oil"-in-water emulsion; wherein said cosmetic composition has a contrast ratio of 10 or less measured according to the corresponding paragraph in the description, and has a viscosity of at least 40,000 mPa.s measured with a Brookfiled DV-II+ PRO Digital Viscometer with the shear speed of 5 rpm at 25°C, wherein both the "first oil" and "second oil" are selected from a group of oils consisting of hydrocarbon oil, silicone oil, silicone wax, and combinations thereof. a) from 0.1% to 5% by weight of a colored interference pigment; b) from 0.1% to 10% by weight of a non-interference pigment concentrate, wherein said non-interference pigment concentrate is in a form of "first oil" droplets comprising from 0.01% to 7% by weight of said "first oil" and from 0.09% to 3% by weight of said non-interference pigment; c) from 10% to 90% by weight of a cosmetically acceptable vehicle, wherein said cosmetically acceptable vehicle is a "second oil"-in-water emulsion; wherein said cosmetic composition has a contrast ratio of 10 or less measured according to the corresponding paragraph in the description, and has a viscosity of at least 40,000 mPa.s measured with a Brookfiled DV-II+ PRO Digital Viscometer with the shear speed of 5 rpm at 25°C, wherein both the "first oil" and "second oil" are selected from a group of oils consisting of hydrocarbon oil, silicone oil, silicone wax, and combinations thereof.
A washing machine including a detergent supply unit, the detergent supply unit comprising: a detergent dispenser mounted to an accommodation portion in an upper portion of a body of the washing machine and configured to accommodate detergents; a detergent mixing tub configured to mix some of the detergent with washing water; a pump coupled to the detergent dispenser and configured to supply some of the detergent from the detergent dispenser to the detergent mixing tub; and a driver coupled to a door of the washing machine and configured to transmit a driving force driving the pump, wherein the pump comprises a pump handle configured to perform a reciprocating motion by the driving force, wherein a detergent discharge port configured to discharge some of the detergent into the detergent mixing tub is provided at one end of the pump handle, characterised in that the pump is configured to receive the driving force from a motor of the driver positioned above the pump. a detergent dispenser mounted to an accommodation portion in an upper portion of a body of the washing machine and configured to accommodate detergents; a detergent mixing tub configured to mix some of the detergent with washing water; a pump coupled to the detergent dispenser and configured to supply some of the detergent from the detergent dispenser to the detergent mixing tub; and a driver coupled to a door of the washing machine and configured to transmit a driving force driving the pump, wherein the pump comprises a pump handle configured to perform a reciprocating motion by the driving force, wherein a detergent discharge port configured to discharge some of the detergent into the detergent mixing tub is provided at one end of the pump handle, characterised in that the pump is configured to receive the driving force from a motor of the driver positioned above the pump.
Method for forming a profiled, consolidated nonwoven-fabric product, comprising the following steps: - forming a profiled fibre cluster or a profiled nonwoven-fabric intermediate product which is a profiled fibre cluster; - feeding and depositing a covering nonwoven fabric onto the profiled fibre cluster from above to form a profiled nonwoven fabric and consolidating the profiled nonwoven fabric in a consolidating device to form the profiled, consolidated nonwoven-fabric product, or feeding and depositing a covering nonwoven fabric onto the profiled nonwoven-fabric intermediate product from above to form a profiled nonwoven fabric and consolidating the profiled nonwoven fabric in a consolidating device to form the profiled, consolidated nonwoven-fabric product; characterized in that, to form the profiled nonwoven fabric, a base nonwoven fabric, on which the profiled fibre cluster or the nonwoven-fabric intermediate product is deposited, is fed such that the profiled nonwoven fabric comprises a sandwich of base nonwoven fabric, profiled fibre cluster or nonwoven-fabric intermediate product, and covering nonwoven fabric, and the profiled fibre cluster is formed by a feeding device having multiple feeding segments horizontally next to one another, or the profiled nonwoven-fabric intermediate product is formed by a feeding device having multiple feeding segments horizontally next to one another. - forming a profiled fibre cluster or a profiled nonwoven-fabric intermediate product which is a profiled fibre cluster; - feeding and depositing a covering nonwoven fabric onto the profiled fibre cluster from above to form a profiled nonwoven fabric and consolidating the profiled nonwoven fabric in a consolidating device to form the profiled, consolidated nonwoven-fabric product, or feeding and depositing a covering nonwoven fabric onto the profiled nonwoven-fabric intermediate product from above to form a profiled nonwoven fabric and consolidating the profiled nonwoven fabric in a consolidating device to form the profiled, consolidated nonwoven-fabric product; to form the profiled nonwoven fabric, a base nonwoven fabric, on which the profiled fibre cluster or the nonwoven-fabric intermediate product is deposited, is fed such that the profiled nonwoven fabric comprises a sandwich of base nonwoven fabric, profiled fibre cluster or nonwoven-fabric intermediate product, and covering nonwoven fabric, and the profiled fibre cluster is formed by a feeding device having multiple feeding segments horizontally next to one another, or the profiled nonwoven-fabric intermediate product is formed by a feeding device having multiple feeding segments horizontally next to one another.
Crank device provided with an upstream lever and a downstream lever, the crank device comprising a phase shift system connected to the upstream lever and to the downstream lever, characterised in that a rotation of the upstream lever about an axis of rotation induces a rotation of the downstream lever about said axis of rotation, the phase shift system including a linear actuator carried by the upstream lever, said linear actuator having an output rod, said output rod having only one degree of freedom in translation relative to the upstream lever, said output rod being connected by a helical output link to the downstream lever so that a translation of the output rod generates a rotation of the downstream lever about said axis of rotation relative to the upstream lever.
A mode converter comprising: a substrate comprising a first main surface and a second main surface; a first ground conductor layer formed on the first main surface; a second ground conductor layer formed on the second main surface; a plane circuit that is formed on the first main surface and propagates a high frequency; a pin that is connected to the plane circuit, is formed inside a through-hole which penetrates from the first main surface to the second main surface, and communicates with the first main surface and the second main surface; and an anti-pad that is formed between an end portion of the pin exposed in the second main surface and the second ground conductor layer, the pin is formed along an inner wall of the through-hole and comprises a cylindrical shape; characterized in that a dielectric material is filled in the through-hole, and the anti-pad comprises a rectangular ring shape. a substrate comprising a first main surface and a second main surface; a first ground conductor layer formed on the first main surface; a second ground conductor layer formed on the second main surface; a plane circuit that is formed on the first main surface and propagates a high frequency; a pin that is connected to the plane circuit, is formed inside a through-hole which penetrates from the first main surface to the second main surface, and communicates with the first main surface and the second main surface; and an anti-pad that is formed between an end portion of the pin exposed in the second main surface and the second ground conductor layer, the pin is formed along an inner wall of the through-hole and comprises a cylindrical shape; characterized in that a dielectric material is filled in the through-hole, and the anti-pad comprises a rectangular ring shape.
An integral assembly, comprising: a transparent member; a metal member engaging the transparent member to form the integral assembly; and wherein the metal member is formed around the transparent member by a metal injection molding, MIM, process characterised in that: the transparent member has a softening temperature greater than or equal to 1366 K, i.e. 2000 Fahrenheit degrees; The metal member comprises an amorphous alloy; and the integral assembly further comprises a gasket disposed between the transparent member and the metal member. a transparent member; a metal member engaging the transparent member to form the integral assembly; and wherein the metal member is formed around the transparent member by a metal injection molding, MIM, process characterised in that: the transparent member has a softening temperature greater than or equal to 1366 K, i.e. 2000 Fahrenheit degrees; The metal member comprises an amorphous alloy; and the integral assembly further comprises a gasket disposed between the transparent member and the metal member. the transparent member has a softening temperature greater than or equal to 1366 K, i.e. 2000 Fahrenheit degrees; The metal member comprises an amorphous alloy; and the integral assembly further comprises a gasket disposed between the transparent member and the metal member.
A disposable wearing article having a vertical direction and a lateral direction, comprising: a front waist region; a rear waist region; a crotch region extending between the front waist region and the rear waist region; a liquid absorbent structure having an absorbent core, extending to the rear waist region centering on the crotch region; and a waist opening, wherein the liquid absorbent structure further includes an end flap positioned between a front-end edge of the liquid absorbent structure and a front-end edge of the absorbent core, wherein the front waist region includes a stretchable sheet extending inward in the vertical direction from the waist opening edge and overlapping with the end flap, and a plurality of waist elastic members overlapping with at least the end flap and extending in the lateral direction, and wherein the front waist region includes a first region positioned between the waist opening edge and the front-end edge of the liquid absorbent structure, and a second region including the stretchable sheet and the waist elastic members, at an inner side in the vertical direction of the front-end edge of the liquid absorbent structure. a front waist region; a rear waist region; a crotch region extending between the front waist region and the rear waist region; a liquid absorbent structure having an absorbent core, extending to the rear waist region centering on the crotch region; and a waist opening, wherein the liquid absorbent structure further includes an end flap positioned between a front-end edge of the liquid absorbent structure and a front-end edge of the absorbent core, wherein the front waist region includes a stretchable sheet extending inward in the vertical direction from the waist opening edge and overlapping with the end flap, and a plurality of waist elastic members overlapping with at least the end flap and extending in the lateral direction, and wherein the front waist region includes a first region positioned between the waist opening edge and the front-end edge of the liquid absorbent structure, and a second region including the stretchable sheet and the waist elastic members, at an inner side in the vertical direction of the front-end edge of the liquid absorbent structure.
A hand-held tamping machine for compacting track ballast, having - a tamping pick for penetrating the track ballast, - a vibration generator for vibration excitation of the tamping pick, - a motor which is connected with the vibration generator via a drive shaft, - a handle device having at least one handle (17a, 17b) for steering the hand-held tamping machine during operation, characterized in that, in a ready-to-use state of the hand-held tamping machine, along a shaft axis of the drive shaft, the upper side of the at least one handle (17a, 17b) - is arranged above the machine center of gravity of the hand-held tamping machine by at least 30 % of the overall height of the hand-held tamping machine and/or - is arranged above the motor center of gravity of the motor by at least 15 % of the overall height of the hand-held tamping machine. - a tamping pick for penetrating the track ballast, - a vibration generator for vibration excitation of the tamping pick, - a motor which is connected with the vibration generator via a drive shaft, - a handle device having at least one handle (17a, 17b) for steering the hand-held tamping machine during operation, - is arranged above the machine center of gravity of the hand-held tamping machine by at least 30 % of the overall height of the hand-held tamping machine and/or - is arranged above the motor center of gravity of the motor by at least 15 % of the overall height of the hand-held tamping machine.
Device for thermal weed removal having a heating device for generating infrared heat rays and a housing with ventilation slots (7, 9) in which the heating device is arranged, wherein the heating device is an electrical heating device for generating infrared heat rays and the device comprises spacing means, in particular wheels, in such a way that the device is kept at a distance from the ground and the distance is in the range 1 mm to <30 mm, preferably 2 mm to 20 mm, in particular 4 to 6 mm, in such a way that weeds or wild weeds are efficiently controlled by the action of the electric heating device, characterized in that a reflector is arranged in the housing above the heating device and a heat protection plate is arranged above the reflector in such a way that an air duct is formed between the reflector and the heat protection plate, so that a primary air flow is discharged from the air duct via an opening and a secondary air flow is guided outside the air duct between the heat protection plate and the housing, which secondary air flow is discharged from the housing at the top and laterally through the ventilation slots (7, 9) of the housing. characterized in that a reflector is arranged in the housing above the heating device and a heat protection plate is arranged above the reflector in such a way that an air duct is formed between the reflector and the heat protection plate, so that a primary air flow is discharged from the air duct via an opening and a secondary air flow is guided outside the air duct between the heat protection plate and the housing, which secondary air flow is discharged from the housing at the top and laterally through the ventilation slots (7, 9) of the housing.
A method for producing a portable data carrier by means of a continuous roll-to-roll production method, comprising the steps of: - making available at least one first and one second foil respectively in the form of rolled goods, wherein each of the foils consists of one foil ply, - unrolling the foils, wherein on one side of one of the two foils there is printed a frontside and back-side design of the data carrier, - partially coating the first foil on one side with an adhesive, - scoring the first foil along a fold edge on the other side, - folding in exact register and adhesively bonding the first foil along the fold line in the direction of the side that is coated with adhesive, so that the scored fold edge is disposed opposite the side and so that the first foil coated with adhesive is folded around the second foil. - making available at least one first and one second foil respectively in the form of rolled goods, wherein each of the foils consists of one foil ply, - unrolling the foils, wherein on one side of one of the two foils there is printed a frontside and back-side design of the data carrier, - partially coating the first foil on one side with an adhesive, - scoring the first foil along a fold edge on the other side, - folding in exact register and adhesively bonding the first foil along the fold line in the direction of the side that is coated with adhesive, so that the scored fold edge is disposed opposite the side and so that the first foil coated with adhesive is folded around the second foil.
Wind turbine pitch bearing and blade assembly comprising at least one pitch bearing, at least one blade and at least one bolted attachment, the bolted attachment comprising at least one bolt, wherein the bolt has two opposite cylindrical threaded sections between which a shank is formed, characterized in that the shank comprises at least two shank sections (130, 140) having different diameter (D1, D2), with at least one of said shank sections (130, 140) being located at a length from the threaded section of at least three times the difference between a diameter (D1; D2) of a threaded section (130, 140) and a minimum diameter of the shank.
A structural steel plate for high heat input welding, having a chemical composition consisting of 0.03% to 0.08% by mass carbon, 0.01% to 0.15% by mass silicon, 1.8% to 2.6% by mass manganese, 0.008% by mass or less phosphorus, 0.0005% to 0.0040% by mass sulfur, 0.005% by mass or less aluminum, 0.003% to 0.03% by mass niobium, 0.005% to 0.02% by mass titanium, 0.0050% to 0.0080% by mass nitrogen, 0.0003% to 0.0025% by mass boron, 0.0010% to 0.0040% by mass oxygen, optionally 0.2% by mass or less vanadium, optionally at least one of 1.0% by mass or less copper, 1.0% by mass or less nickel, 0.4% by mass or less chromium and 0.4% by mass or less molybdenum, and optionally at least one of 0.0005% to 0.0050% by mass calcium, 0.0005% to 0.0050% by mass magnesium, 0.001% to 0.02% by mass zirconium, and 0.001% to 0.02% by mass rare earth metal, and having a Ceq of 0.33 to 0.45, the balance being iron and incidental impurities, the structural steel plate having a prior austenite grain diameter of 200 μm or less and a martensite-austenite constituent area fraction of 1.0% or less in a heat-affected zone microstructure adjacent to a fusion line after high heat input welding with a welding heat input of more than 300 kJ/cm, wherein Ceq = C + Mn/6 + (Cr + Mo + V)/5 + (Cu + Ni)/15, where the individual element symbols denote the contents (% by mass) of the respective elements.
A method of performing chromatography with a gamma-irradiated anionic exchange chromatography resin, comprising: (a) providing a chromatography column containing a gamma-irradiated anionic exchange chromatography resin; (b) performing a first cycle of chromatography through the column, wherein the first cycle of chromatography comprises recovering binding capacity of the gamma-irradiated anionic exchange chromatography resin by exposing the gamma-irradiated anionic exchange chromatography resin to a denaturing buffer; and (c) performing at least one additional cycle of chromatography through the column, wherein performing each of the at least one additional cycle of chromatography comprises recovering binding capacity of the gamma-irradiated chromatography resin by exposing the gamma-irradiated anionic exchange chromatography resin to the denaturing buffer, wherein the denaturing buffer comprises one or more of urea, guanidine hydrochloride, and TritonTM X-100. (a) providing a chromatography column containing a gamma-irradiated anionic exchange chromatography resin; (b) performing a first cycle of chromatography through the column, wherein the first cycle of chromatography comprises recovering binding capacity of the gamma-irradiated anionic exchange chromatography resin by exposing the gamma-irradiated anionic exchange chromatography resin to a denaturing buffer; and (c) performing at least one additional cycle of chromatography through the column,
A method for receiving a radio resource control, RRC message by a user equipment, UE, comprising: receiving an RRC connection reconfiguration message including secondary cell group, SCG, configuration parameters for SCG addition, wherein a medium access control, MAC, entity of a master cell group, MCG, and a MAC entity of the SCG are configured for the UE; and in response to receiving the RRC connection reconfiguration message including SCG configuration parameters for SCG addition, ordering, by an RRC entity of the UE, the MAC entity of the SCG of the UE to initiate a random access procedure. receiving an RRC connection reconfiguration message including secondary cell group, SCG, configuration parameters for SCG addition, wherein a medium access control, MAC, entity of a master cell group, MCG, and a MAC entity of the SCG are configured for the UE; and in response to receiving the RRC connection reconfiguration message including SCG configuration parameters for SCG addition, ordering, by an RRC entity of the UE, the MAC entity of the SCG of the UE to initiate a random access procedure.