mhurhangee/ep-ind-claims huggingface dataset:
A method of channel equalization and beam controlling for a digital speaker array system, the method comprising steps of: (a) digitally converting original signals of each channel into high-bit pulse code modulated signals having a first bit-width; (b) performing inverse filtering of the high-bit PCM signals of each channel using channel equalization to obtain, for each channel, equalized PCM signals having the first bit-width; (c) applying weighted processing to the equalized PCM signals having the first bit-width of each channel using beam-forming to obtain, for each channel, beam-formed equalized PCM signals having the first bit-width; (d) converting the beam-formed equalized PCM signals having the first bit-width into PCM signals having a second bit-width, the second bit-width being less than the first bit-width using multi-bit ∑-Δ modulation; (e) converting the PCM signals having the second bit-width into thermometer coded signals having a bit-width 2 M using thermometer code conversion, the thermometer coded signals being assigned to 2 M sets of transducer arrays and corresponding to 2 M transmission channels of a digital power amplifier; (f) applying dynamic mismatch-shaping to the thermometer coded signals assigned to each set of the 2 M sets of transducer arrays to reorder the thermometer coded signals; and (g) extracting bit information of one digit from the thermometer coded signals of each channel to which the dynamic mismatch-shaping was applied and sending the extracted bit information to the digital power amplifier. (a) digitally converting original signals of each channel into high-bit pulse code modulated signals having a first bit-width; (b) performing inverse filtering of the high-bit PCM signals of each channel using channel equalization to obtain, for each channel, equalized PCM signals having the first bit-width; (c) applying weighted processing to the equalized PCM signals having the first bit-width of each channel using beam-forming to obtain, for each channel, beam-formed equalized PCM signals having the first bit-width; (d) converting the beam-formed equalized PCM signals having the first bit-width into PCM signals having a second bit-width, the second bit-width being less than the first bit-width using multi-bit ∑-Δ modulation; (e) converting the PCM signals having the second bit-width into thermometer coded signals having a bit-width 2 M using thermometer code conversion, the thermometer coded signals being assigned to 2 M sets of transducer arrays and corresponding to 2 M transmission channels of a digital power amplifier; (f) applying dynamic mismatch-shaping to the thermometer coded signals assigned to each set of the 2 M sets of transducer arrays to reorder the thermometer coded signals; and (g) extracting bit information of one digit from the thermometer coded signals of each channel to which the dynamic mismatch-shaping was applied and sending the extracted bit information to the digital power amplifier.
An endoscope comprising: an insertion portion; and a channel arranged inside the insertion portion, wherein the insertion portion includes: a bending section that is bendable based on an operation; and a flexible tube portion that is bendable by an external force unrelated to the operation, the channel includes an inner layer and an outer layer formed outside the inner layer, the inner layer is made of polytetrafluoroethylene having a solid structure, the outer layer is made of polytetrafluoroethylene having a porous structure, characterized in that a porosity of the outer layer in the bending section is smaller than a porosity of the outer layer in the flexible tube portion. an insertion portion; and a channel arranged inside the insertion portion, wherein the insertion portion includes: a bending section that is bendable based on an operation; and a flexible tube portion that is bendable by an external force unrelated to the operation, the channel includes an inner layer and an outer layer formed outside the inner layer, the inner layer is made of polytetrafluoroethylene having a solid structure, the outer layer is made of polytetrafluoroethylene having a porous structure, characterized in that a porosity of the outer layer in the bending section is smaller than a porosity of the outer layer in the flexible tube portion. a bending section that is bendable based on an operation; and a flexible tube portion that is bendable by an external force unrelated to the operation, the channel includes an inner layer and an outer layer formed outside the inner layer, the inner layer is made of polytetrafluoroethylene having a solid structure, the outer layer is made of polytetrafluoroethylene having a porous structure, characterized in that a porosity of the outer layer in the bending section is smaller than a porosity of the outer layer in the flexible tube portion.
Method for sealing a structural opening panel in which a connected seal is intended to be secured to an area to be sealed, characterized in that, in this method, the seal is first affixed on the area to be sealed then secured to this area by at least two adhesion interfaces to said area to be sealed, a vacuum is created in each interface by connection to a vacuum source (18a, 18b; 3), and in that a geolocation of the seal and an emission of alarm signals are transmitted to a centralization and intervention unit via a radiofrequency network when unexpected movement is detected in the position of the seal and/or in its environment.
Angular contact bearing assembly for use in a steering column, comprising; - at least one rolling bearing comprising conductive components; - a sleeve for mounting the at least one conductive rolling bearing on a shaft; and - at least one conductive part creating an electrically conductive contact between at least one of the conductive components of the at least one rolling bearing and the shaft, characterized in that said conductive part has a circumferential extension of less than 360°. - at least one rolling bearing comprising conductive components; - a sleeve for mounting the at least one conductive rolling bearing on a shaft; and - at least one conductive part creating an electrically conductive contact between at least one of the conductive components of the at least one rolling bearing and the shaft,
Fire alarm and/or extinguishing control panel for actuating two extinguishing agent supply devices by a control unit, wherein the control unit is configured to actuate a first extinguishing agent supply device when a first fire signal is detected at the time t 1, characterized in that the control unit is furthermore configured to actuate a second extinguishing agent supply device when a second fire signal is detected at the time t 2, if it has examined whether the inequality (t 1 +t c)<t 2 <(t 1 +t b) is satisfied at the time t 2, where t c represents a discharge time for complete or partial discharge of at least one extinguishing agent container of the first extinguishing agent supply device, t k represents a checking time following the discharge time t c and t b represents a monitoring duration, and wherein the monitoring duration t b is the sum of the discharge time t c and the checking time t k, starting from the time t 1.
A computer-implemented method for automatically registering an application with an enterprise system, said computer-implemented method comprising: obtaining said application associated with said enterprise system, wherein said application is pre-configured for subsequent registration with said enterprise system, wherein a request for said registration comprises: a product identification; a device identification; a requested scope of access; and an application redirect uniform resource locator, URL, wherein the application redirect URL is an endpoint that the application is listening on for receiving responses from the enterprise system, such that said registration establishes a trust relationship between said application and said enterprise system; installing said application on a host device; and in conjunction with said installing of said application, automatically requesting said registration of said application with said enterprise system. obtaining said application associated with said enterprise system, wherein said application is pre-configured for subsequent registration with said enterprise system, wherein a request for said registration comprises: a product identification; a device identification; a requested scope of access; and an application redirect uniform resource locator, URL, wherein the application redirect URL is an endpoint that the application is listening on for receiving responses from the enterprise system, such that said registration establishes a trust relationship between said application and said enterprise system; a product identification; a device identification; a requested scope of access; and an application redirect uniform resource locator, URL, wherein the application redirect URL is an endpoint that the application is listening on for receiving responses from the enterprise system, such that said registration establishes a trust relationship between said application and said enterprise system; installing said application on a host device; and in conjunction with said installing of said application, automatically requesting said registration of said application with said enterprise system.
A method of analyzing methylation characteristics of target genomic DNA comprising contacting genomic DNA with a library of transposomes with each transposome of the library having two transposases and two transposon DNA, wherein each transposon DNA includes a transposase binding site and a primer binding site sequence, wherein the primer binding site sequence is different from the primer binding site of other members of the transposome library wherein each transposon DNA includes one or more 5-methylcytosines, wherein the library of transposomes bind to target locations along the genomic DNA and the transposase cleaves the genomic DNA into a plurality of double stranded genomic DNA fragments representing a genomic DNA fragment library, with each double stranded genomic DNA fragment includes one or more cytosines and/or one or more 5-methycytosines and a unique and/or different primer binding site sequence on each end of the genomic DNA fragment, filling a gap between the transposon DNA and the genomic DNA fragment to form a library of double stranded genomic DNA fragment extension products having unique and/or different primer binding site sequences at each end, treating the library of double stranded genomic DNA fragment extension products to convert cytosine to uracil in the presence of carrier DNA, and amplifying the double stranded genomic DNA fragment extension products to produce amplicons, and sequencing the amplicons. contacting genomic DNA with a library of transposomes with each transposome of the library having two transposases and two transposon DNA, wherein each transposon DNA includes a transposase binding site and a primer binding site sequence, wherein the primer binding site sequence is different from the primer binding site of other members of the transposome library wherein each transposon DNA includes one or more 5-methylcytosines, wherein the library of transposomes bind to target locations along the genomic DNA and the transposase cleaves the genomic DNA into a plurality of double stranded genomic DNA fragments representing a genomic DNA fragment library, with each double stranded genomic DNA fragment includes one or more cytosines and/or one or more 5-methycytosines and a unique and/or different primer binding site sequence on each end of the genomic DNA fragment, filling a gap between the transposon DNA and the genomic DNA fragment to form a library of double stranded genomic DNA fragment extension products having unique and/or different primer binding site sequences at each end, treating the library of double stranded genomic DNA fragment extension products to convert cytosine to uracil in the presence of carrier DNA, and amplifying the double stranded genomic DNA fragment extension products to produce amplicons,
A film coated tablet comprising a first film coating layer comprising hydroxypropyl methylcellulose and a second film coating layer comprising polyvinyl alcohol, on a tablet containing choline alfoscerate as an active ingredient and magnesium aluminometasilicate as an additive.
Pre-forming apparatus for an electrical bar conductor of an electrical bar winding, comprising: - a punch provided with moving members for exerting a thrust on the conductor during the relative pre-forming, - the punch being axially sliding along a pre-forming direction (X-X), - the punch being provided with a cursor connected to a moving arm and with a pre-forming head suitable for engaging with the conductor, - the conductor, in a pre-forming condition, being a linear element arranged along a cross direction (Y-Y), perpendicular to said pre-forming direction (X-X), - the apparatus comprising a first pre-forming chamber suitable for being crossed by the conductor and by the punch during the advance of the punch for the pre-forming operation, characterized in that the forming head is shaped as a fork so as to hook the conductor in the preforming condition, that is to say when the conductor is linear element arranged along said cross direction (Y-Y), and keep the conductor hooked during the displacement of the punch for pre-forming the conductor. - a punch provided with moving members for exerting a thrust on the conductor during the relative pre-forming, - the punch being axially sliding along a pre-forming direction (X-X), - the punch being provided with a cursor connected to a moving arm and with a pre-forming head suitable for engaging with the conductor, - the conductor, in a pre-forming condition, being a linear element arranged along a cross direction (Y-Y), perpendicular to said pre-forming direction (X-X), - the apparatus comprising a first pre-forming chamber suitable for being crossed by the conductor and by the punch during the advance of the punch for the pre-forming operation,
A method for synchronization of a communication between a vehicle and a backend device in a vehicle-to-cloud-system, by transmitting vital information being information that is substantial or essential for the operation of the vehicle, the method comprising: 1) sending a hash-message (m) from the vehicle to the backend device, the hash-message comprising the vital information and one or more hash values; 2) setting an inhibit value for a retry timer (t) for receiving an acknowledgment (a) from the backend device at the vehicle, the acknowledgement comprising one or more hash-values to be matched against the one or more hash values of the hash-message; 3) resending the hash-message (m) from the vehicle to the backend device after expiration of the retry timer (t), if no acknowledgment (a) from the backend device was received at the vehicle, 4) setting at least one new value (ti) for the retry timer (t) for receiving an acknowledgment (a) from the backend device at the vehicle, wherein resending the hash-message and setting at least one new value for the retry timer will be repeated after expiration of the retry timer (t), if no acknowledgment (a) from the backend device was received at the vehicle. 1) sending a hash-message (m) from the vehicle to the backend device, the hash-message comprising the vital information and one or more hash values; 2) setting an inhibit value for a retry timer (t) for receiving an acknowledgment (a) from the backend device at the vehicle, the acknowledgement comprising one or more hash-values to be matched against the one or more hash values of the hash-message; (a) from the backend device at the vehicle, the acknowledgement comprising one or more hash-values to be matched against the one or more hash values of the hash-message; 3) resending the hash-message (m) from the vehicle to the backend device after expiration of the retry timer (t), if no acknowledgment (a) from the backend device was received at the vehicle, 4) setting at least one new value (ti) for the retry timer (t) for receiving an acknowledgment (a) from the backend device at the vehicle,
An actuating device for a transmission of a motor vehicle, comprising a gear shift selector, movable in a shift gate, for selecting at least one forward drive program and a reverse gear of the transmission, wherein the gear shift selector is configured to occupy a monostable rest position in the shift gate and it has an actuating means, characterised in that the actuating device is configured to select at least one further drive program by an at least partly simultaneous actuation of the gear shift selector and of the actuating means, and the actuating means has a spring-loaded switch which can be activated by actuating the gear shift selector.
A peptide which consists of 7-20, in particular 7-17 adjacent amino acids and comprises the hexamer TX 1 EX 2 XE, wherein X 1, X 2 and X 3 may be any natural or unnatural amino acid, wherein the peptide does not exhibit TNF receptor binding activity and is cyclized, for use in the treatment and prevention of the pulmonary form of altitude sickness.
A method for producing an anti-HER2 antibody comprising the following steps a) cultivating a cell comprising a nucleic acid encoding the anti-HER2 antibody, b) recovering the anti-HER2 antibody from the cell or the cultivation medium, c) purifying the anti-HER2 antibody with one or more chromatography steps and providing an anti-HER2 antibody solution, d) adding a sugar and a detergent to the solution, e) concentrating the anti-HER2 antibody solution to a concentration of 125 g/l or more with a method selected from diafiltration or tangential-flow filtration, and f) applying the anti-HER2 antibody solution of the previous step to a combination of a first and second filter unit, whereby the first filter unit comprises a pre-filter with a pore size of 3.0 μm and a main-filter with a pore size of 0.8 μm and the second filter unit comprises a pre-filter with a pore size of 0.45 μm and a main-filter with a pore size of 0.22 μm with a pressure of 0.75 bar or less, and thereby producing an anti-HER2 antibody. a) cultivating a cell comprising a nucleic acid encoding the anti-HER2 antibody, b) recovering the anti-HER2 antibody from the cell or the cultivation medium, c) purifying the anti-HER2 antibody with one or more chromatography steps and providing an anti-HER2 antibody solution, d) adding a sugar and a detergent to the solution, e) concentrating the anti-HER2 antibody solution to a concentration of 125 g/l or more with a method selected from diafiltration or tangential-flow filtration, and f) applying the anti-HER2 antibody solution of the previous step to a combination of a first and second filter unit, whereby the first filter unit comprises a pre-filter with a pore size of 3.0 μm and a main-filter with a pore size of 0.8 μm and the second filter unit comprises a pre-filter with a pore size of 0.45 μm and a main-filter with a pore size of 0.22 μm with a pressure of 0.75 bar or less, and thereby producing an anti-HER2 antibody.
A mineral material processing method comprising: processing mineral material in a mineral material processing plant; cooling in a cooler of the processing plant at least one of: heat generated in heat sources (1, 3, 4) of the processing plant; and fuel used in a motor of the processing plant; cooling the cooler with a blower; directing wetting water to the mineral material for binding dust generated in the processing; transferring to the wetting water heat of at least one heat source (1, 3, 4) of the processing plant and/or heat of the fuel before using the wetting water for dust binding; and directing the wetting water in a flow direction before the dust binding to a first heat exchanger for receiving heat in the wetting water. processing mineral material in a mineral material processing plant; cooling in a cooler of the processing plant at least one of: heat generated in heat sources (1, 3, 4) of the processing plant; and fuel used in a motor of the processing plant; cooling the cooler with a blower; directing wetting water to the mineral material for binding dust generated in the processing; transferring to the wetting water heat of at least one heat source (1, 3, 4) of the processing plant and/or heat of the fuel before using the wetting water for dust binding; and directing the wetting water in a flow direction before the dust binding to a first heat exchanger for receiving heat in the wetting water.
A telemetry system for transmitting data related to operational conditions and utility usage between user locations and a centralized data collection facility, said system comprising: a plurality of endpoint devices associated with respective locations of utility usage, for transmitting utility usage data associated with its respective location; at least one telemetry device (110, 112, 114, 116) respectively associated with selected of said endpoint devices, for monitoring for preselected operational conditions at such telemetry device (110, 112, 114, 116) and transmitting data related thereto; a main communications network; at least one collector, for validation of the said utility usage data and said operational conditions data and prioritization of the said utility usage data and said operational conditions data and for communications with said endpoint and telemetry devices (110, 112, 114, 116) and said main communications network; and a head end processor for communications with said main communications network, such that utility usage data and operational conditions data are collected, validated and prioritized for uploading to said head end processor, and communicated to said head end processor by said collector via said main communications network. a plurality of endpoint devices associated with respective locations of utility usage, for transmitting utility usage data associated with its respective location; at least one telemetry device (110, 112, 114, 116) respectively associated with selected of said endpoint devices, for monitoring for preselected operational conditions at such telemetry device (110, 112, 114, 116) and transmitting data related thereto; a main communications network; at least one collector, for validation of the said utility usage data and said operational conditions data and prioritization of the said utility usage data and said operational conditions data and for communications with said endpoint and telemetry devices (110, 112, 114, 116) and said main communications network; and a head end processor for communications with said main communications network, such that utility usage data and operational conditions data are collected, validated and prioritized for uploading to said head end processor, and communicated to said head end processor by said collector via said main communications network.
An implantable sensor for intracorporeal fixing to tissue by means of dry adhesivity, comprising: a housing part, a plastically deformable gel, a membrane, and a fixing means (12, 20), wherein the housing part of the sensor carrying the fixing means has a cavity, which is hermetically covered by the membrane, and wherein the interior of the cavity is filled with the plastically deformable gel, such that the membrane adapts to the surface contour of the tissue when the sensor is pressed against the tissue, and wherein an adhesion-promoting surface structure is located on the outer side of the membrane for attachment to the tissue. a housing part, a plastically deformable gel, a membrane, and a fixing means (12, 20), wherein the housing part of the sensor carrying the fixing means has a cavity, which is hermetically covered by the membrane, and wherein the interior of the cavity is filled with the plastically deformable gel, such that the membrane adapts to the surface contour of the tissue when the sensor is pressed against the tissue, and wherein an adhesion-promoting surface structure is located on the outer side of the membrane for attachment to the tissue.