mhurhangee/ep-ind-claims huggingface dataset:
Resistive non-volatile memory cell (100, 200, 300) comprising a first electrode, a second electrode and an oxide layer arranged between the first electrode and the second electrode, the memory cell being capable of reversibly switching between: - a high resistance state obtained by applying a first bias voltage between the first electrode and the second electrode; and - a low resistance state obtained by applying a second bias voltage between the first electrode and the second electrode; the oxide layer comprising a switching zone forming a favoured conduction path for the current passing through the memory cell when the memory cell is in the low resistance state, the memory cell being characterised in that the oxide layer comprises a first zone doped with aluminium or silicon, the aluminium or silicon being present in the first zone at an atomic concentration that is selected so as to locate the switching zone outside the first zone. - a high resistance state obtained by applying a first bias voltage between the first electrode and the second electrode; and - a low resistance state obtained by applying a second bias voltage between the first electrode and the second electrode;
A packaging film having a thickness of about 50 micrometers or less, the film containing a core layer that is positioned adjacent to an outer layer, wherein the core layer, the outer layer, or both are formed from a polymer composition, the polymer composition containing from about 70 wt.% to about 99 wt.% of an ethylene polymer, from about 0.1 wt.% to about 20 wt.% of a nanoclay having an organic surface treatment, and from 0.05 wt.% to about 15 wt.% of a polyolefin compatibilizer that contains an olefin component and a polar component; wherein the organic surface treatment includes a quaternary onium..
A method for steering a subscriber between access networks, the method comprising: at a first policy and charging rules function, PCRF, that serves a first access network: identifying a subscriber of the first access network as a candidate for steering to a second access network that is served by a second PCRF; querying the second PCRF to determine whether the candidate subscriber is allowed access to the second access network; and upon a determination that the candidate subscriber is allowed access to the second access network, steering the candidate subscriber to the second access network. at a first policy and charging rules function, PCRF, that serves a first access network: identifying a subscriber of the first access network as a candidate for steering to a second access network that is served by a second PCRF; querying the second PCRF to determine whether the candidate subscriber is allowed access to the second access network; and upon a determination that the candidate subscriber is allowed access to the second access network, steering the candidate subscriber to the second access network. identifying a subscriber of the first access network as a candidate for steering to a second access network that is served by a second PCRF; querying the second PCRF to determine whether the candidate subscriber is allowed access to the second access network; and upon a determination that the candidate subscriber is allowed access to the second access network, steering the candidate subscriber to the second access network.
A wearing part arrangement for a leading edge of a working member of an earth-working implement, the wearing part arrangement comprising a wearing part, a wearing-part attachment and a protection element, the protection element comprising a leading side surface including a wearing portion, an attachment portion configured to attach to the wearing part, wherein the protection element is configured to be arranged, by the engagement of the attachment portion with at least quick-coupling elements of the wearing part, to be held in position between the wearing part and the wearing-part attachment of the working member and rest supportedly against a leading end face of the wearing-part attachment, projecting above a plane coinciding with a top surface of the wearing-part attachment, the attachment portion having a sectional profile complementary to a cross section of the quick-coupling element of the wearing part, and the protection element is formed as a plate, in which the attachment portion is provided with notches and/or projecting portions complementary to a cross-sectional shape of the quick-coupling elements of the wearing part, characterized in that the wearing portion is arranged in an upper portion of the plate; the attachment portion is arranged in a lower portion of the plate; and the wearing portion is taken from a group consisting of a plate element fixed to the leading surface of the plate by soldering or gluing, a coating applied to the leading surface of the plate in vapour form and an upper plate portion with a hardness-increasing substance added to a molecular structure thereto. a leading side surface including a wearing portion, an attachment portion configured to attach to the wearing part, wherein the protection element is configured to be arranged, by the engagement of the attachment portion with at least quick-coupling elements of the wearing part, to be held in position between the wearing part and the wearing-part attachment of the working member and rest supportedly against a leading end face of the wearing-part attachment, projecting above a plane coinciding with a top surface of the wearing-part attachment, the attachment portion having a sectional profile complementary to a cross section of the quick-coupling element of the wearing part, and the protection element is formed as a plate, in which the attachment portion is provided with notches and/or projecting portions complementary to a cross-sectional shape of the quick-coupling elements of the wearing part, characterized in that the wearing portion is arranged in an upper portion of the plate; the attachment portion is arranged in a lower portion of the plate; and the wearing portion is taken from a group consisting of a plate element fixed to the leading surface of the plate by soldering or gluing, a coating applied to the leading surface of the plate in vapour form and an upper plate portion with a hardness-increasing substance added to a molecular structure thereto.
A well drilling method, comprising: obtaining sensor measurements in a well drilling system in real time as a wellbore is being drilled; transmitting the sensor measurements to a control system in real time, the control system comprising a wellbore model; the wellbore model determining in real time properties of a formation surrounding the wellbore based on the sensor measurements, wherein the wellbore model is updated in real time based on real time sensor data, and the control system transmitting in real time a pressure setpoint to a controller based on the updated wellbore model; and the controller controlling operation of at least one flow control device, thereby influencing a well pressure toward the pressure setpoint. obtaining sensor measurements in a well drilling system in real time as a wellbore is being drilled; transmitting the sensor measurements to a control system in real time, the control system comprising a wellbore model; the wellbore model determining in real time properties of a formation surrounding the wellbore based on the sensor measurements, wherein the wellbore model is updated in real time based on real time sensor data, and the control system transmitting in real time a pressure setpoint to a controller based on the updated wellbore model; and the controller controlling operation of at least one flow control device, thereby influencing a well pressure toward the pressure setpoint.
A measurement method of a user equipment, UE, wherein the method comprises: determining, by the UE, according to measurement gap configuration information, a UE capability without a measurement gap and a time-frequency position condition, that a measurement gap is not needed to be configured for a measurement corresponding to a frequency point or a cell in a designated list, wherein the time-frequency position condition comprises a position relationship between a neighbor cell synchronization signal block, SSB, and an UE serving cell active bandwidth part, BWP; and performing, by the UE, the measurement without the measurement gap, wherein the measurement gap configuration information comprises measurement gap indication information, and the measurement gap indication information indicates that there is no measurement gap, wherein the measurement is an inter-frequency measurement. determining, by the UE, according to measurement gap configuration information, a UE capability without a measurement gap and a time-frequency position condition, that a measurement gap is not needed to be configured for a measurement corresponding to a frequency point or a cell in a designated list, wherein the time-frequency position condition comprises a position relationship between a neighbor cell synchronization signal block, SSB, and an UE serving cell active bandwidth part, BWP; and performing, by the UE, the measurement without the measurement gap, wherein the measurement gap configuration information comprises measurement gap indication information, and the measurement gap indication information indicates that there is no measurement gap, wherein the measurement is an inter-frequency measurement.
A stiffness controlled abradeable seal system for a gas turbine engine, comprising: a static seal surface in contact with a rotating seal surface at an abradeable seal interface; and a cantilevered arm that supports one of said rotating seal surface and said static seal surface, a stiffness of said cantilevered arm determined to achieve a desired operational temperature at said abradeable seal interface; said abradeable seal interface is located between a rotor blade tip and a blade outer air seal, characterized in that the abradeable seal interface includes a composite of at least one metal combined with a MAX phase material, wherein said at least one metal is selected from silver gold, copper, platinum and combinations or alloys thereof, and said seal interface includes a 25% volume fraction of MAX phase material. a static seal surface in contact with a rotating seal surface at an abradeable seal interface; and a cantilevered arm that supports one of said rotating seal surface and said static seal surface, a stiffness of said cantilevered arm determined to achieve a desired operational temperature at said abradeable seal interface; said abradeable seal interface is located between a rotor blade tip and a blade outer air seal, characterized in that the abradeable seal interface includes a composite of at least one metal combined with a MAX phase material, wherein said at least one metal is selected from silver gold, copper, platinum and combinations or alloys thereof, and said seal interface includes a 25% volume fraction of MAX phase material.
A LED luminaire for use in a livestock barn, the LED luminaire comprising a base plate provided with a first LED arrangement configured to, in operation, emit light which simulates daylight lighting conditions, which first LED arrangement comprises a plurality of LEDs of a first type, which has at least one peak wavelength in the wavelength range between 500 and 600 nm, and at least one LED of a second type, which is a blue LED with its peak wavelength in the wavelength range between 440 and 480 nm, wherein the luminaire is provided with an optical system configured in such a way that the intensity of light emitted by the LEDs is distributed according to an intensity distribution which has its peak intensity at an angle of more than zero degrees from the optical axis of the luminaire.
Apparatus for manually releasing screw connections with a drive shaft and a driven element, which is mounted to be rotatable with respect to the drive shaft, wherein an impulse transmission element is provided, which is mounted to be rotatable with respect to the drive shaft and is positively connected to the driven element in an inactive position, wherein arranged between the drive shaft and the impulse transmission element there is at least one spring element, which is stressed when the drive shaft rotates with respect to the driven element so that when the positive connection between the impulse transmission element and the driven element is released a rotational impulse is transmitted to the driven element, characterised in that the driven element at least partially surrounds the drive shaft and in the inactive position the impulse transmission element and the driven element are connected together by at least one locking element, wherein the drive shaft has at least one cam for transferring the at least one locking element into a non-locking position.
A method comprising: determining average real tracking area size information in a mobile communication system, by - collecting paging request information and the mobile connection information in an area and a time interval, wherein the paging request information is the number of paging requests in the area in the time interval, and wherein the mobile connection information is the number of connection setup attempts pertaining to incoming/terminating calls in the area in the time interval; - generating the ratio of the paging request information and the mobile connection information, which is proportional to the average size of the real tracking area in terms of number of cells. determining average real tracking area size information in a mobile communication system, by - collecting paging request information and the mobile connection information in an area and a time interval, wherein the paging request information is the number of paging requests in the area in the time interval, and wherein the mobile connection information is the number of connection setup attempts pertaining to incoming/terminating calls in the area in the time interval; - generating the ratio of the paging request information and the mobile connection information, which is proportional to the average size of the real tracking area in terms of number of cells. - collecting paging request information and the mobile connection information in an area and a time interval, wherein the paging request information is the number of paging requests in the area in the time interval, and wherein the mobile connection information is the number of connection setup attempts pertaining to incoming/terminating calls in the area in the time interval; - generating the ratio of the paging request information and the mobile connection information, which is proportional to the average size of the real tracking area in terms of number of cells.
Verification method for verifying the veracity of a finger by a verification device comprising a projection device designed to project a pattern composed of a plurality of lines which are parallel to one another on the finger and orthogonal to the favoured longitudinal direction of the finger, a capture device designed to capture an image of the finger and of the pattern, and a processing unit, the method comprising: - an illumination step during which the projection device illuminates the finger with the pattern, - a contactless capture step during which the capture device captures a pattern image (302a-c) of the pattern projected onto the finger, - a fringe extraction step during which the processing unit extracts fringes (402a-c) from the duly captured pattern image (302a-c), - a feature calculation step during which the processing unit calculates at least one feature relating to the physical structure of the fringes (402a-c), - a comparison step during which the processing unit compares the duly calculated feature or features with reference values of these features, and - a decision-making step during which the processing unit makes a decision concerning the veracity of the finger based on the result of the comparison step, the feature calculation step consisting in calculating, for each fringe (402a-c) and for each point of said fringe (402a-c), the sagitta at said point, then in calculating, for each fringe (402a-c), the variance of the sagittas thus calculated, then in calculating, over all of the fringes (402a-c), the average of the variances of the sagittas thus calculated, the calculated physical feature being this average. - an illumination step during which the projection device illuminates the finger with the pattern, - a contactless capture step during which the capture device captures a pattern image (302a-c) of the pattern projected onto the finger, - a fringe extraction step during which the processing unit extracts fringes (402a-c) from the duly captured pattern image (302a-c), - a feature calculation step during which the processing unit calculates at least one feature relating to the physical structure of the fringes (402a-c), - a comparison step during which the processing unit compares the duly calculated feature or features with reference values of these features, and - a decision-making step during which the processing unit makes a decision concerning the veracity of the finger based on the result of the comparison step,
A polymer interlayer comprising: a first polymer sheet comprising a plasticized thermoplastic polymer; and, a second polymer sheet comprising a plasticized thermoplastic polymer, wherein the amount of plasticizer in said plasticized thermoplastic polymer of said second polymer sheet is at least 10 parts per hundred greater than the amount of plasticizer in said plasticized thermoplastic polymer of said first polymer sheet, wherein said first polymer sheet and said second polymer sheet each have a residual acetate content of less than 5 mol percent, wherein said plasticized thermoplastic polymer of said second polymer sheet and said plasticized thermoplastic polymer of said first polymer sheet comprise poly(vinyl butyral), and wherein said second polymer sheet has a residual hydroxyl content per weight percentage that is at least 2% lower than the residual hydroxyl content per weight percentage of said first polymer sheet, residual hydroxyl content per weight percentage being determined in accordance with ASTM 1396. a first polymer sheet comprising a plasticized thermoplastic polymer; and, a second polymer sheet comprising a plasticized thermoplastic polymer, wherein the amount of plasticizer in said plasticized thermoplastic polymer of said second polymer sheet is at least 10 parts per hundred greater than the amount of plasticizer in said plasticized thermoplastic polymer of said first polymer sheet, wherein said first polymer sheet and said second polymer sheet each have a residual acetate content of less than 5 mol percent, wherein said plasticized thermoplastic polymer of said second polymer sheet and said plasticized thermoplastic polymer of said first polymer sheet comprise poly(vinyl butyral), and wherein said second polymer sheet has a residual hydroxyl content per weight percentage that is at least 2% lower than the residual hydroxyl content per weight percentage of said first polymer sheet, residual hydroxyl content per weight percentage being determined in accordance with ASTM 1396.
A particulate filter, comprising: an inlet end, an outlet end, and a plurality of channels (108, 110) disposed and configured to flow fluid from the inlet end to the outlet end, wherein the channels (108, 110) are defined by porous walls configured to trap particulate matter, the porous walls having: a cell density less than about 31 cells per cm 2 (200 cpsi), a wall thickness of less than about 0.355 mm (14 mils), a median pore size that ranges from about 13 micrometers to about 16 micrometers, a total porosity greater than about 45%, characterised in having a pore size distribution such that pores less than 10 micrometers contribute less than about 6% porosity. an inlet end, an outlet end, and a plurality of channels (108, 110) disposed and configured to flow fluid from the inlet end to the outlet end, wherein the channels (108, 110) are defined by porous walls configured to trap particulate matter, the porous walls having: a cell density less than about 31 cells per cm 2 (200 cpsi), a wall thickness of less than about 0.355 mm (14 mils), a median pore size that ranges from about 13 micrometers to about 16 micrometers, a total porosity greater than about 45%, a cell density less than about 31 cells per cm 2 (200 cpsi), a wall thickness of less than about 0.355 mm (14 mils), a median pore size that ranges from about 13 micrometers to about 16 micrometers, a total porosity greater than about 45%, a pore size distribution such that pores less than 10 micrometers contribute less than about 6% porosity.
A prepreg comprising the following constituent elements to, wherein a resin composition containing the constituent elements and has a higher-order structure derived from a diffraction angle 20 between 1.0° and 6.0° observed with X-ray diffraction after curing; and wherein a resin cured product obtained by curing the resin composition containing the constituent elements and has an endothermic peak at 250°C or higher when heated from 50°C to 400°C at a rate of 5°C/min in differential scan calorimetric analysis under a nitrogen atmosphere:: carbon fibers: epoxy resin: curing agent of. wherein a resin composition containing the constituent elements and has a higher-order structure derived from a diffraction angle 20 between 1.0° and 6.0° observed with X-ray diffraction after curing; and wherein a resin cured product obtained by curing the resin composition containing the constituent elements and has an endothermic peak at 250°C or higher when heated from 50°C to 400°C at a rate of 5°C/min in differential scan calorimetric analysis under a nitrogen atmosphere:: carbon fibers: epoxy resin: curing agent of.: carbon fibers: epoxy resin: curing agent of.
A method for stabilizing a pharmaceutical composition in an aqueous solution form for use as final product comprising a polymeric drug carrier, a bioactive agent entrapped inside the drug carrier, and an aqueous solvent, comprising a step of storing the pharmaceutical composition for at least 6 months under refrigeration at 0°C to 10°C, wherein the polymeric drug carrier comprises (a) a non-ionic amphiphilic block copolymer containing a hydrophilic block and a hydrophobic block, and (b) a polylactic acid including a di- or tri-valent metal ion substituted for a monovalent metal ion which is bound to terminal carboxyl group of the polylactic acid wherein the hydrophilic block is selected from monomethoxypolyethyleneglycol and polyethyleneglycol, and the hydrophobic block is polylactide; and the bioactive agent is one or more selected from the group consisting of paclitaxel, docetaxel, sirolimus, temsirolimus and everolimus.