mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting defects in an optical component to be tested, such as a lens, comprising following steps: - providing a structured pattern, - recording the reflected or transmitted image of the pattern on the optical component to be tested, - phase shifting the pattern and recording again similarly the reflected or transmitted image, - calculating the local phase and amplitude images of the optical component to be tested, - calculating a model image of a defect free optical component and determining corresponding phase and amplitude images of the defect free model optical component, - comparing phase and amplitude images of both optical component to be tested and defect free model optical component, - determining suspect zones in the optical component to be tested, and - applying a metrics to separate dust and noise from other defects, wherein the metrics compare the values of A 1 = M z - μ v and A 2 = μ v - m z with threshold values so as to separate dust from other defects, M z being the maximum value, m z the minimum value and μ ν the mean of the values of the phase or amplitude over a suspect zone, wherein: - if A 1 is less than a given threshold value T 1, then the suspect zone is described as dust and eliminated, and - if A 1 is more than T 1, and if A 2 is more than another threshold value T 3 and less than another threshold value T 2, then the suspect zone is described as dust and eliminated. - providing a structured pattern, - recording the reflected or transmitted image of the pattern on the optical component to be tested, - phase shifting the pattern and recording again similarly the reflected or transmitted image, - calculating the local phase and amplitude images of the optical component to be tested, - calculating a model image of a defect free optical component and determining corresponding phase and amplitude images of the defect free model optical component, - comparing phase and amplitude images of both optical component to be tested and defect free model optical component, - determining suspect zones in the optical component to be tested, and - applying a metrics to separate dust and noise from other defects, wherein the metrics compare the values of A 1 = M z - μ v and A 2 = μ v - m z with threshold values so as to separate dust from other defects, M z being the maximum value, m z the minimum value and μ ν the mean of the values of the phase or amplitude over a suspect zone, wherein: - if A 1 is less than a given threshold value T 1, then the suspect zone is described as dust and eliminated, and - if A 1 is more than T 1, and if A 2 is more than another threshold value T 3 and less than another threshold value T 2, then the suspect zone is described as dust and eliminated.
Method for managing a cloud computing system, able to allocate computing and network resources (RESS) to a plurality of clients (CL1,...,CLN), each client (CLn) being associated with at least one user likely to access the computing and network resources allocated to the client by the cloud computing system, said method being performed by said cloud computing system and comprising, for each client of the cloud computing system: - a step of providing, to said client, via a control interface common to said plurality of clients, a single meta-model (META) common to all of said clients and that generically defines a plurality of elements enabling each of said clients to define an access control model and an access control policy specific to this client in order to control access to the resources allocated thereto; - a step of receiving, via said control interface, an instance of the meta-model provided by the client, said instance defining, for said client, an access control model selected by said client and an access control policy selected by said client and based on this access control model; and - a step of applying said access control policy in order to control access for a user of the client to at least one resource allocated to the client by the cloud computing system. - a step of providing, to said client, via a control interface common to said plurality of clients, a single meta-model (META) common to all of said clients and that generically defines a plurality of elements enabling each of said clients to define an access control model and an access control policy specific to this client in order to control access to the resources allocated thereto; - a step of receiving, via said control interface, an instance of the meta-model provided by the client, said instance defining, for said client, an access control model selected by said client and an access control policy selected by said client and based on this access control model; and - a step of applying said access control policy in order to control access for a user of the client to at least one resource allocated to the client by the cloud computing system.
Apparatus for dispensing refrigerated food products, comprising at least a containment tank mounted above a base body and suitable to contain the product to be dispensed; a mixing device arranged inside said tank and suitable to perform the continuous circulation of the product inside the said tank, for conveying the product towards a front zone of said tank; a cooling device arranged inside said tank for cooling said product; a dispensing device for the product, placed at said front zone of the containment tank, said base body carrying frontally applied a ventilation member suitable to produce a hot airflow coming out from lower openings; said ventilation member being constituted by a panel which frontally closes said base body; said apparatus being characterized in that said openings are turned downwards so as to drive said hot airflow towards a collecting tub placed below, associated with said base body.
Dosing device for dosing a powdery substance, in particular a precursor, for delivery into a CVD reactor of a CVD system, for example for precipitation of a metallic layer onto a substrate, comprising a storage container for storing the powdery substance with an outlet, a screw conveyor arranged in a conveying channel beneath the outlet, transverse to the outlet direction of the storage container, for conveying the powdery substance from the outlet to a mouth, at which the powdery substance being conveyed is taken up in the form of a suspension by a carrier gas flow flowing past at the mouth, and a carrier gas supply, with a carrier gas line which can be connected to the mouth of the conveying channel or an extension of that channel and which can also be connected to a CVD reactor, characterised in that a ventilation line is connected by its first end to the carrier gas line in the flow direction of the carrier gas, before passing the introduction of the powdery substance particles being conveyed through the mouth of the conveying channel, and which is connected by its other end to the storage container, with the interior of which it is in fluid connection, and that a switching valve is integrated into the section of the carrier gas line between the mouth of the ventilation line and the introduction of the powdery substance particles being conveyed through the mouth of the delivery channel.
A method of a base station, comprising: the base station detects a first preamble transmission from a user equipment (116, 122), in the following also referred to as UE, on at least one beam(s); and the base station transmits a response to the UE in response to reception of the first preamble; characterized in that: after transmitting the response, the base station continues detecting extra transmission(s) from the UE to determine whether there are other beams which can be used to communicate with the UE; and the base station considers a beam set of the UE is complete if a total number of extra transmissions from the UE reaches a pre-configured value, wherein the beam set of the UE includes beams on which the base station can communicate with the UE. the base station detects a first preamble transmission from a user equipment (116, 122), in the following also referred to as UE, on at least one beam(s); and the base station transmits a response to the UE in response to reception of the first preamble; characterized in that: after transmitting the response, the base station continues detecting extra transmission(s) from the UE to determine whether there are other beams which can be used to communicate with the UE; and the base station considers a beam set of the UE is complete if a total number of extra transmissions from the UE reaches a pre-configured value, wherein the beam set of the UE includes beams on which the base station can communicate with the UE. after transmitting the response, the base station continues detecting extra transmission(s) from the UE to determine whether there are other beams which can be used to communicate with the UE; and the base station considers a beam set of the UE is complete if a total number of extra transmissions from the UE reaches a pre-configured value, wherein the beam set of the UE includes beams on which the base station can communicate with the UE.
Amperometric sensor configured for measuring an analyte in a fluid, comprising: - a first reference electrode, a second auxiliary electrode and a third working electrode, configured and arranged to be immersed in said fluid when in use, - a voltage source operationally connected to those first reference electrode, second auxiliary electrode and third working electrode to generate and maintain between that first reference electrode and third working electrode a potential difference to carry out the electrochemical reaction of the analyte, wherein the third working electrode is connected to the inverting input (-) of an operational amplifier, having this operational amplifier the non-inverting input (+) directly connected to ground; characterised in that it comprises a fourth shunt electrode having a lower impedance than the third working electrode and connected directly to ground and configured and arranged to be immersed in said fluid when in use. - a first reference electrode, a second auxiliary electrode and a third working electrode, configured and arranged to be immersed in said fluid when in use, - a voltage source operationally connected to those first reference electrode, second auxiliary electrode and third working electrode to generate and maintain between that first reference electrode and third working electrode a potential difference to carry out the electrochemical reaction of the analyte, wherein the third working electrode is connected to the inverting input (-) of an operational amplifier, having this operational amplifier the non-inverting input (+) directly connected to ground; characterised in that it comprises a fourth shunt electrode having a lower impedance than the third working electrode and connected directly to ground and configured and arranged to be immersed in said fluid when in use. wherein the third working electrode is connected to the inverting input (-) of an operational amplifier, having this operational amplifier the non-inverting input (+) directly connected to ground; characterised in that it comprises a fourth shunt electrode having a lower impedance than the third working electrode and connected directly to ground and configured and arranged to be immersed in said fluid when in use.
An electrode assembly, comprising: a cathode current collector, an anode plate, and a separator that is used to separate the cathode current collector and the anode plate, the cathode current collector, the separator and the anode plate being wound to form a bent region; a plurality of electrically conductive layers configured such that at least a part of the electrically conductive layers are provided on a surface of the cathode current collector in the bent region, the cathode current collector comprising a regions that are covered by the electrically conductive layers, and the electrically conductive layers being in parallel connection with the regions; and wherein the plurality of electrically conductive layers are arranged at intervals in a direction parallel to the winding axis of the electrode assembly. a cathode current collector, an anode plate, and a separator that is used to separate the cathode current collector and the anode plate, the cathode current collector, the separator and the anode plate being wound to form a bent region; a plurality of electrically conductive layers configured such that at least a part of the electrically conductive layers are provided on a surface of the cathode current collector in the bent region, the cathode current collector comprising a regions that are covered by the electrically conductive layers, and the electrically conductive layers being in parallel connection with the regions; and wherein the plurality of electrically conductive layers are arranged at intervals in a direction parallel to the winding axis of the electrode assembly.
Accelerator pedal device for a motor vehicle, having: a pedal unit with a pedal lever which can be activated by a driver of the motor vehicle and which has a pedal plate at a first end and which is mounted so as to be rotatable about a rotational axis at a second end lying opposite the first end; and an electromechanical actuator which is secured to the pedal lever and has the purpose of generating haptic signals, the generation of force by which actuator brings about a to and fro movement of the pedal lever about the rotational axis, characterized in that the actuator is embodied as a lifting magnet, having at least one fixed coil (11a, 11b) which is rigidly attached to the pedal lever, and a ferromagnetic core which can move along a coil axis of the at least one fixed coil (11a, 11b). a pedal unit with a pedal lever which can be activated by a driver of the motor vehicle and which has a pedal plate at a first end and which is mounted so as to be rotatable about a rotational axis at a second end lying opposite the first end; and an electromechanical actuator which is secured to the pedal lever and has the purpose of generating haptic signals, the generation of force by which actuator brings about a to and fro movement of the pedal lever about the rotational axis, characterized in that the actuator is embodied as a lifting magnet, having at least one fixed coil (11a, 11b) which is rigidly attached to the pedal lever, and a ferromagnetic core which can move along a coil axis of the at least one fixed coil (11a, 11b).
A secure PIN entry device comprising: capacitance sensing functionality operative in a key entry detection mode and in a security scan mode; a PIN entry assembly operative to receive a PIN from a user; a PIN entry prompter operative when actuated to prompt a user to enter a PIN via said PIN entry assembly; a PIN entry prompt security check enabled controller operative to prevent operation of said PIN entry prompter; and security check functionality operative when the capacitance sensing functionality is in the security scan mode to check at least part of said PIN entry device for the presence of an unauthorized PIN eavesdropping element thereat; wherein: the controller is operative to prevent operation of said PIN entry prompter unless a predetermined security check has been successfully completed; the security check functionality is operative to provide an output to said controller indicating whether said predetermined security check has been successfully completed; and wherein autotuning functionality is enabled when the capacitance sensing functionality is operative in the key entry detection mode and disabled in the security scan mode. capacitance sensing functionality operative in a key entry detection mode and in a security scan mode; a PIN entry assembly operative to receive a PIN from a user; a PIN entry prompter operative when actuated to prompt a user to enter a PIN via said PIN entry assembly; a PIN entry prompt security check enabled controller operative to prevent operation of said PIN entry prompter; and security check functionality operative when the capacitance sensing functionality is in the security scan mode to check at least part of said PIN entry device for the presence of an unauthorized PIN eavesdropping element thereat; wherein: the controller is operative to prevent operation of said PIN entry prompter unless a predetermined security check has been successfully completed; the security check functionality is operative to provide an output to said controller indicating whether said predetermined security check has been successfully completed; and wherein autotuning functionality is enabled when the capacitance sensing functionality is operative in the key entry detection mode and disabled in the security scan mode. the controller is operative to prevent operation of said PIN entry prompter unless a predetermined security check has been successfully completed; the security check functionality is operative to provide an output to said controller indicating whether said predetermined security check has been successfully completed; and wherein autotuning functionality is enabled when the capacitance sensing functionality is operative in the key entry detection mode and disabled in the security scan mode.
Method of labeling an image of cells of a patient, in particular an immunocytochemistry image, as positive to a biomarker, comprising: - Receiving a digital image of a stained immunocytochemistry biological sample of the patient, - Performing a computerized classification of cells in the digital image, said classification comprising:. classifying pixels according to their color as positive,. classifying regions of the digital image as positive according to the number of neighboring pixels classified as positive,. applying a plurality of test functions on the positively-classified region of the digital image to provide a test result representative of positivity to a respective test for this region, and. applying a scoring function combining the test results of the test functions for this region of the digital image; - Labeling the digital image by applying a trained neural network on at least one portion of the digital image which comprises a digital image of one cell classified as positive during the computerized classification. - Receiving a digital image of a stained immunocytochemistry biological sample of the patient, - Performing a computerized classification of cells in the digital image, said classification comprising:. classifying pixels according to their color as positive,. classifying regions of the digital image as positive according to the number of neighboring pixels classified as positive,. applying a plurality of test functions on the positively-classified region of the digital image to provide a test result representative of positivity to a respective test for this region, and. applying a scoring function combining the test results of the test functions for this region of the digital image;. classifying pixels according to their color as positive,. classifying regions of the digital image as positive according to the number of neighboring pixels classified as positive,. applying a plurality of test functions on the positively-classified region of the digital image to provide a test result representative of positivity to a respective test for this region, and. applying a scoring function combining the test results of the test functions for this region of the digital image; - Labeling the digital image by applying a trained neural network on at least one portion of the digital image which comprises a digital image of one cell classified as positive during the computerized classification.
Compositions containing a combination of: a. procyanidins extracted from Vitis vinifera, b. Sanguinarines and cheleritrines extracted from Sanguinaria canadensis, Macleaya cordata or Macleaya microcarpa, and c. Zanthoxylum bungeanum lipophilic extract. a. procyanidins extracted from Vitis vinifera, b. Sanguinarines and cheleritrines extracted from Sanguinaria canadensis, Macleaya cordata or Macleaya microcarpa, and c. Zanthoxylum bungeanum lipophilic extract.
Wind turbine having a wind rotor, a generator which is driven by the said wind rotor and interacts with a converter for generating electrical power, and a line system for connection to the converter, comprising a neutral conductor and a current-carrying conductor (30a, 30b, 30c), wherein, at one end of the conductor (30a, 30b, 30c), an impedance element (33a, 33b, 33c) is directly connected to the neutral conductor between the neutral conductor and the conductor (30a, 30b, 30c), wherein the impedance element (33a, 33b, 33c) has a damping impedance, and wherein the damping impedance corresponds to a characteristic impedance of the conductor (30a, 30b, 30c).
Process for the preparation of an article of manufacture made of, based on or coated with sulphur, which comprises the following steps: a) feeding of a mass of liquid sulphur into a volume of containment or forming container of said article of manufacture; b) cooling of said mass of liquid sulphur and simultaneous application of elastic waves to said mass of liquid sulphur until a mass of solid crystalline sulphur in suspension in said mass of liquid sulphur is obtained; c) finishing of said article of manufacture made of, based on or coated with sulphur following complete solidification of the mass of liquid sulphur, wherein said finishing is effected by immersion, spreading or pouring of said mass of sulphur obtained in step b). a) feeding of a mass of liquid sulphur into a volume of containment or forming container of said article of manufacture; b) cooling of said mass of liquid sulphur and simultaneous application of elastic waves to said mass of liquid sulphur until a mass of solid crystalline sulphur in suspension in said mass of liquid sulphur is obtained; c) finishing of said article of manufacture made of, based on or coated with sulphur following complete solidification of the mass of liquid sulphur, wherein said finishing is effected by immersion, spreading or pouring of said mass of sulphur obtained in step b).
A combination low beam/DRL headlamp, with a power connector comprising three contacts: a low beam contact, a high beam contact, and a ground; and a control circuit comprising a pulse width modulation, PWM, detection circuit configured to monitor input voltage on the low beam contact, wherein said input voltage is used to determine a mode of operation of the headlamp, a dynamic input voltage driving a DRL mode of operation and a steady state input voltage driving a low beam mode of operation.
An H5 protein of clade 1 H5N1 virus for use in a method of treating or preventing infections with H5N1 virus of a different clade, wherein said H5 protein comprises or consists of the polypeptide sequence of SEQ ID NO:5, wherein said H5N1 virus of a different clade is a H5N1 virus comprising a H5 protein of influenza virus, wherein said H5 protein consists of or comprises an amino acid sequence which has at least 98% sequence identity with any one of the sequences as set forth in SEQ ID NOs: 102 to 110, 116, 117, 119 to 126 and 128 to 137.