mhurhangee/ep-ind-claims huggingface dataset:
A steel wheel (1, 1') for vehicles, comprising a rim (2, 2') and a disc (3, 3') which are mutually coupled, wherein the rim (2, 2') comprises: - a central body part (27, 27') which substantially has a cylindrical extension, - an internal shoulder profile (21, 21') arranged at a first end of said body (27, 27') and configured to receive an internal edge of a tire, - a terminal end (22, 22') arranged at a second and opposite end of said body (27, 27'), and wherein the disc (3, 3') comprises: - a hub portion (31, 31') configured to be connected to an axle of the vehicle, a perimetric front flange (32, 32') and a connecting portion (33, 33') which connects the hub portion (31, 31') to the front flange (32, 32'), wherein the front flange (32, 32') is provided with an annular seat (35, 35') which accommodates at least partly the terminal end (22, 22') of the rim (2, 2'), characterized in that the terminal end (22, 22') of the rim is flared in a radial direction and is extended outward by an arc (C, C') comprised between 35° and 89° with respect to a plane that is perpendicular to an axis of symmetry (X, X') of the rim with a radius of curvature (r1, r1') comprised between 3 mm and 8 mm. wherein the rim (2, 2') comprises: - a central body part (27, 27') which substantially has a cylindrical extension, - an internal shoulder profile (21, 21') arranged at a first end of said body (27, 27') and configured to receive an internal edge of a tire, - a terminal end (22, 22') arranged at a second and opposite end of said body (27, 27'), - a central body part (27, 27') which substantially has a cylindrical extension, - an internal shoulder profile (21, 21') arranged at a first end of said body (27, 27') and configured to receive an internal edge of a tire, - a terminal end (22, 22') arranged at a second and opposite end of said body (27, 27'), and wherein the disc (3, 3') comprises: - a hub portion (31, 31') configured to be connected to an axle of the vehicle, a perimetric front flange (32, 32') and a connecting portion (33, 33') which connects the hub portion (31, 31') to the front flange (32, 32'), - a hub portion (31, 31') configured to be connected to an axle of the vehicle, a perimetric front flange (32, 32') and a connecting portion (33, 33') which connects the hub portion (31, 31') to the front flange (32, 32'), wherein the front flange (32, 32') is provided with an annular seat (35, 35') which accommodates at least partly the terminal end (22, 22') of the rim (2, 2'), characterized in that the terminal end (22, 22') of the rim is flared in a radial direction and is extended outward by an arc (C, C') comprised between 35° and 89° with respect to a plane that is perpendicular to an axis of symmetry (X, X') of the rim with a radius of curvature (r1, r1') comprised between 3 mm and 8 mm.
A self-tamping coffee holder comprising: a coffee holder base having an open top for receiving a removable filtering material cup into a holder cavity inside the coffee holder; the filtering material cup configured to receive a portion of untamped coffee; a holder lid configured to engage and close the open top of the coffee holder base after receiving the filtering material cup and the portion of untamped coffee; a tamper residing in the bottom of the coffee holder base configured to tamp the portion of untamped coffee. a coffee holder base having an open top for receiving a removable filtering material cup into a holder cavity inside the coffee holder; the filtering material cup configured to receive a portion of untamped coffee; a holder lid configured to engage and close the open top of the coffee holder base after receiving the filtering material cup and the portion of untamped coffee; a tamper residing in the bottom of the coffee holder base configured to tamp the portion of untamped coffee.
A method for the production of a luminescent material based on quantum dots, the method comprising: (i) providing luminescent quantum dots with an inorganic capping agent in a starting liquid; (ii) precipitating in a co-precipitation process an inorganic salt comprising precipitated material from the starting liquid, the precipitated material comprising said quantum dots hosted by the co-precipitated inorganic salt; (iii) separating in a separation process the precipitated material from the starting liquid and providing said luminescent material. (i) providing luminescent quantum dots with an inorganic capping agent in a starting liquid; (ii) precipitating in a co-precipitation process an inorganic salt comprising precipitated material from the starting liquid, the precipitated material comprising said quantum dots hosted by the co-precipitated inorganic salt; (iii) separating in a separation process the precipitated material from the starting liquid and providing said luminescent material.
A display device comprising: a light source; a light guide plate to which light is incident from the light source; a light conversion member between the light source and the light guide plate; a display panel on the light guide plate; wherein the light guide plate comprises: a central region corresponding to an available display region of the display panel for displaying an image; and an outer region around the central region;, a total reflection surface (210, 230, 240, 250, 260) inclined from an optical axis of the light source, and disposed in the outer region, wherein the light conversion member comprises: a tube; a matrix in the tube; a light conversion particle in the matrix; a sealing member disposed at an end of the tube; characterized by an air layer disposed between the sealing member and the matrix. a light source; a light guide plate to which light is incident from the light source; a light conversion member between the light source and the light guide plate; a display panel on the light guide plate; a central region corresponding to an available display region of the display panel for displaying an image; and an outer region around the central region;, a total reflection surface (210, 230, 240, 250, 260) inclined from an optical axis of the light source, and disposed in the outer region, a tube; a matrix in the tube; a light conversion particle in the matrix; a sealing member disposed at an end of the tube; characterized by an air layer disposed between the sealing member and the matrix.
Epidermal growth factor receptor (EGFR) binding polypeptide, comprising an epidermal growth factor receptor binding motif, EBM, which motif consists of an amino acid sequence selected from: i) EMWX 4 AWX 7 EIR X 11 LPNLNGWQM TAFIASLLD, wherein, independently of each other, X 4 is selected from I, V, G and S; X 7 is selected from D, E, N and K; and X 11 is selected from D, N and E; and ii) an amino acid sequence which has at least 93 % identity to the sequence defined in i); the EGFR-binding polypeptide binding to EGFR such that the K D value of the interaction is at most 10 μM, such as at most 1 x 10 -6 M, such as at most 1 x10 -7 M. i) EMWX 4 AWX 7 EIR X 11 LPNLNGWQM TAFIASLLD, wherein, independently of each other, X 4 is selected from I, V, G and S; X 7 is selected from D, E, N and K; and X 11 is selected from D, N and E; and ii) an amino acid sequence which has at least 93 % identity to the sequence defined in i);
Device for determining the fill level of an inflow-less flexible medicine reservoir for a medical infusion device, the reservoir being a source for the medicine, the reservoir having a monotonically decreasing fill level, comprising a stop surface designed and arranged such that the stop surface contacts the flexible medicine reservoir while the reservoir is filled above a predetermined level, a release detector configured to generate an output signal indicative of the contact between the stop surface and the flexible medicine reservoir being released, and a processing unit for determining the fill level of the flexible medicine reservoir from the output signal of the release detector. a stop surface designed and arranged such that the stop surface contacts the flexible medicine reservoir while the reservoir is filled above a predetermined level, a release detector configured to generate an output signal indicative of the contact between the stop surface and the flexible medicine reservoir being released, and a processing unit for determining the fill level of the flexible medicine reservoir from the output signal of the release detector.
A method for controlling an input signal of a power amplifier, comprising: applying CREST FACTOR REDUCTION to the input signal to obtain a processed input signal; determining a minimum CREST FACTOR REDUCTION threshold such that an ERROR VECTOR MAGNITUDE degradation caused by CREST FACTOR REDUCTION reaches a maximum acceptable ERROR VECTOR MAGNITUDE degradation; comparing Peak-to-Average Ratio of the processed input signal plus an average output power of the power amplifier and an allowable peak power of the power amplifier; and if the Peak-to-Average Ratio of the processed input signal plus the average output power of the power amplifier is below the allowable peak power, of the power amplifier determining a final CREST FACTOR REDUCTION threshold by increasing the minimum CREST FACTOR REDUCTION threshold until the Peak-to-Average Ratio of the processed input signal plus the average output power of the power amplifier reaches the allowable peak power of the power amplifier, or if the Peak-to-Average Ratio of the processed input signal plus the average output power of the power amplifier is not below the allowable peak power, of the power amplifier determining the final CREST FACTOR REDUCTION threshold to be the minimum CREST FACTOR REDUCTION threshold, and reducing the average output power of the power amplifier until Peak-to-Average Ratio of the processed input signal plus the average output of the power amplifier reaches the allowable peak power. applying CREST FACTOR REDUCTION to the input signal to obtain a processed input signal; determining a minimum CREST FACTOR REDUCTION threshold such that an ERROR VECTOR MAGNITUDE degradation caused by CREST FACTOR REDUCTION reaches a maximum acceptable ERROR VECTOR MAGNITUDE degradation; comparing Peak-to-Average Ratio of the processed input signal plus an average output power of the power amplifier and an allowable peak power of the power amplifier; and if the Peak-to-Average Ratio of the processed input signal plus the average output power of the power amplifier is below the allowable peak power, of the power amplifier determining a final CREST FACTOR REDUCTION threshold by increasing the minimum CREST FACTOR REDUCTION threshold until the Peak-to-Average Ratio of the processed input signal plus the average output power of the power amplifier reaches the allowable peak power of the power amplifier, or if the Peak-to-Average Ratio of the processed input signal plus the average output power of the power amplifier is not below the allowable peak power, of the power amplifier determining the final CREST FACTOR REDUCTION threshold to be the minimum CREST FACTOR REDUCTION threshold, and reducing the average output power of the power amplifier until Peak-to-Average Ratio of the processed input signal plus the average output of the power amplifier reaches the allowable peak power.
A seat adjuster having a fixed part, a drive element, an output element (22, 24), a coupling arrangement by means of which a back and forth movement of the drive element out of a neutral position and back into the neutral position is converted into a continued movement of the output element (22, 24) in a uniform direction of rotation, and a releasable locking device for locking the output element in a form-fitting manner on the fixed part, wherein the locking device is formed by a locking body which is non-rotatable relative to the fixed part and which is axially displaceable between a locking position, in which it is non-rotatably coupled to the output element, and a release position, and cam surfaces are formed on the locking body and the drive element, which cam surfaces are complementary to one another and translate a rotation of the drive element away from the neutral position into an axial movement of the locking body into the release position, wherein the drive element comprises a shaft, a press ring is keyed onto the shaft, and the locking body is elastically biased against the press ring and, when in the locking state, assumes a position in which it is in engagement with the press ring and, when in the released state, assumes a position in which it releases the press ring, characterized in that the locking body is a locking ring which, when in the locking position, is in engagement with the press ring via serrations (190, 192) formed in the periphery of the locking ring, and the coupling arrangement is a clamping body coupling arrangement having a clamping body clutch comprising an outer ring 848) and an inner ring and a plurality of clamping bodies that are arranged in pairs between the inner ring and the outer ring, the outer ring being connected to the drive element.
A system for providing a patient assessment, the system comprising: a data acquisition module including a respiration sensor configured to generate a signal responsive to patient respiration; a disordered breathing detector coupled to the respiration sensor and configured to detect disordered breathing episodes based on the respiration signal; an index processor configured to discriminate between central disordered breathing episodes and obstructive disordered breathing episodes based on the suddenness of the transition from apnea to hyperventilation and to determine a ratio between the central disordered breathing episodes and the obstructive disordered breathing episodes and to determine a disordered breathing index based on the ratio; a trend/storage module coupled to the index processor, the trend/storage module configured to develop and store a trend of the disordered breathing index; and a diagnostics unit coupled to the trend/storage module, the diagnostics unit configured to evaluate heart failure status based on the disordered breathing index trend. a data acquisition module including a respiration sensor configured to generate a signal responsive to patient respiration; a disordered breathing detector coupled to the respiration sensor and configured to detect disordered breathing episodes based on the respiration signal; an index processor configured to discriminate between central disordered breathing episodes and obstructive disordered breathing episodes based on the suddenness of the transition from apnea to hyperventilation and to determine a ratio between the central disordered breathing episodes and the obstructive disordered breathing episodes and to determine a disordered breathing index based on the ratio; a trend/storage module coupled to the index processor, the trend/storage module configured to develop and store a trend of the disordered breathing index; and a diagnostics unit coupled to the trend/storage module, the diagnostics unit configured to evaluate heart failure status based on the disordered breathing index trend.
A diamond device using diamond, comprising a second region formed so as to be in contact with a first region that contains a complex (NV center) of nitrogen substituted with a carbon atom of the diamond and a vacancy located adjacent to the nitrogen, and has a donor concentration higher than that in the first region, wherein the diamond is a n-type diamond film that is formed on a substrate by a CVD method, the first regions are two-dimensionally and periodically arrayed in a plane, and the second regions each having the donor concentration higher than that in the first region are formed on respective side faces or peripheries of the first regions, and a crystal face of the first region is a face or a face having an off-angle that is ±10 degrees or less against the face, and a principal axis of the NV center is a <111> axis that is perpendicular to the face.
A composition comprising at least one biological control agent which is Bacillus subtilis AQ713 (NRRL Accession No. B-21661) and at least one insecticide selected from the group consisting of Beta-Cyfluthrin, Bifenthrin, Deltamethrin, Lambda-Cyhalothrin and Tefluthrin, in a synergistic weight ratio of biological control agent and insecticide of 1:10 to 20000:1.
A delayed release capsule comprising: at least one agent encapsulated in a capsule shell, wherein the capsule shell comprises: type A gelatin having a viscosity below 4.2 mPa.sec and a bloom value below 220 g; and alginate, in an amount ranging from 5% to 10%, by weight of the gelatin, wherein the alginate comprises high M alginate having a viscosity ranging from 420 to 600 mPa.sec; wherein the delayed release capsule is a soft capsule and the capsule shell further comprises at least one plasticizer. type A gelatin having a viscosity below 4.2 mPa.sec and a bloom value below 220 g; and alginate, in an amount ranging from 5% to 10%, by weight of the gelatin, wherein the alginate comprises high M alginate having a viscosity ranging from 420 to 600 mPa.sec; wherein the delayed release capsule is a soft capsule and the capsule shell further comprises at least one plasticizer.
A method for implementing Internet Protocol Version 4 IPV4 and Internet Protocol Version 6 IPV6 hybrid networking, applied to a femto cell, characterized in that the femto cell is linked with a Mobility Management Entity MME through a femto cell gateway and a user plane does not pass through the femto cell gateway, and the method comprises: the femto cell sending an Internet Protocol IP type to which the femto cell belongs to a femto cell gateway, wherein the IP type to which the femto cell belongs refers to whether the femto cell supports IPV4 or IPV6; and the femto cell acquiring an IP address matched with the IP type the femto cell supports, sent by the femto cell gateway and setting up an IP service bearer for the user plane with the MME according to the IP address; wherein the femto cell sending the IP type to which the femto cell belongs to the femto cell gateway comprises: the femto cell sending the IP type to which the femto cell belongs to the femto cell gateway through an S1 message (701, 801); wherein the S1 message is an S1 interface common message, and the S1 interface common message is one of the following messages: S1 SETUP REQUEST, and ENB CONFIGURATION UPDATE, or, wherein the S1 message is an S1 interface user equipment UE specific message, and the S1 interface UE specific message is PATH SWITCH REQUEST. the femto cell sending an Internet Protocol IP type to which the femto cell belongs to a femto cell gateway, wherein the IP type to which the femto cell belongs refers to whether the femto cell supports IPV4 or IPV6; and the femto cell acquiring an IP address matched with the IP type the femto cell supports, sent by the femto cell gateway and setting up an IP service bearer for the user plane with the MME according to the IP address; wherein the femto cell sending the IP type to which the femto cell belongs to the femto cell gateway comprises: the femto cell sending the IP type to which the femto cell belongs to the femto cell gateway through an S1 message (701, 801); wherein the S1 message is an S1 interface common message, and the S1 interface common message is one of the following messages: S1 SETUP REQUEST, and ENB CONFIGURATION UPDATE, or, wherein the S1 message is an S1 interface user equipment UE specific message, and the S1 interface UE specific message is PATH SWITCH REQUEST. the femto cell sending the IP type to which the femto cell belongs to the femto cell gateway through an S1 message (701, 801); wherein the S1 message is an S1 interface common message, and the S1 interface common message is one of the following messages: S1 SETUP REQUEST, and ENB CONFIGURATION UPDATE, or, wherein the S1 message is an S1 interface user equipment UE specific message, and the S1 interface UE specific message is PATH SWITCH REQUEST. S1 SETUP REQUEST, and ENB CONFIGURATION UPDATE, or, wherein the S1 message is an S1 interface user equipment UE specific message, and the S1 interface UE specific message is PATH SWITCH REQUEST.
Method for detecting a revolution (d*) of a wheel of a vehicle, in particular independently of a measurement and/or estimation of a slip of a tire of the wheel and/or a coefficient of friction between the tire of the wheel and a roadway, at least one rotational speed sensor being associated with the wheel, and the method being carried out by means of a control unit of the vehicle, comprising the following steps: 1) capturing a rotational speed (w) of the wheel by means of the at least one rotational speed sensor, 2a) generating a first signal for a rotational acceleration (a) of the wheel by means of the control unit, the rotational acceleration (a) of the wheel being determined based on the captured rotational speed (w), 2b) generating a second signal for a rotational jerk (r) of the wheel by means of the control unit, the rotational jerk (r) of the wheel being determined depending on the determined rotational acceleration (a), 3a) monitoring the first signal for exceeding a first threshold value, 3b) monitoring the second signal for exceeding a second threshold value, 4) generating, by means of the control unit, a positive detection signal that the revolution (d*) of the wheel has been detected if the first threshold value has been exceeded by the first signal and the second threshold value by the second signal, characterized in that the first signal and the second signal are reconstructed by means of a Luenberger observer based on a rotational speed signal (w). 1) capturing a rotational speed (w) of the wheel by means of the at least one rotational speed sensor, 2a) generating a first signal for a rotational acceleration (a) of the wheel by means of the control unit, the rotational acceleration (a) of the wheel being determined based on the captured rotational speed (w), 2b) generating a second signal for a rotational jerk (r) of the wheel by means of the control unit, the rotational jerk (r) of the wheel being determined depending on the determined rotational acceleration (a), 3a) monitoring the first signal for exceeding a first threshold value, 3b) monitoring the second signal for exceeding a second threshold value, 4) generating, by means of the control unit, a positive detection signal that the revolution (d*) of the wheel has been detected if the first threshold value has been exceeded by the first signal and the second threshold value by the second signal, characterized in that the first signal and the second signal are reconstructed by means of a Luenberger observer based on a rotational speed signal (w).