mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor laser driving apparatus comprising: a substrate incorporating a laser driver; a semiconductor laser mounted on one surface of the substrate; connection wiring that electrically connects the laser driver and the semiconductor laser to each other with a wiring inductance of 0.5 nanohenries or less; and side walls having a recessed portion which is filled with a heat storage material while surrounding a region including the semiconductor laser on the one surface of the substrate, wherein the heat storage material causes a phase change below a limit temperature at which the semiconductor laser driving apparatus is usable. a substrate incorporating a laser driver; a semiconductor laser mounted on one surface of the substrate; connection wiring that electrically connects the laser driver and the semiconductor laser to each other with a wiring inductance of 0.5 nanohenries or less; and side walls having a recessed portion which is filled with a heat storage material while surrounding a region including the semiconductor laser on the one surface of the substrate, wherein the heat storage material causes a phase change below a limit temperature at which the semiconductor laser driving apparatus is usable.
A data repeater comprising: a function recognition unit configured to recognize a function which the data repeater is to provide for received data as a communication path between one repeater management server and one of multiple repeaters , when a fixed specific port number assigned to the function as the communication path is identified in destination port information of data received from the repeater management server ; and a controller configured to identify a source port number in source port information of the received data, and identify a specific IP address of one of the multiple repeaters which is mapped with the source port number, and transmit the data to the one of the multiple repeaters specified by the specific IP address, when the function is recognized as the communication path between the repeater management server and one of the multiple repeaters , wherein the controller is further configured to perform conversion between the specific IP address and the source port number in source port information of the received data on the basis of a mapping table in which for each of the multiple repeaters , a port number of the repeater management server as a source port number and an IP address of the respective multiple repeater are mapped. a function recognition unit configured to recognize a function which the data repeater is to provide for received data as a communication path between one repeater management server and one of multiple repeaters , when a fixed specific port number assigned to the function as the communication path is identified in destination port information of data received from the repeater management server ; and a controller configured to identify a source port number in source port information of the received data, and identify a specific IP address of one of the multiple repeaters which is mapped with the source port number, and transmit the data to the one of the multiple repeaters specified by the specific IP address, when the function is recognized as the communication path between the repeater management server and one of the multiple repeaters , wherein the controller is further configured to perform conversion between the specific IP address and the source port number in source port information of the received data on the basis of a mapping table in which for each of the multiple repeaters , a port number of the repeater management server as a source port number and an IP address of the respective multiple repeater are mapped.
A system comprising: a centrally located setback and racking system ; and a first set of wellbay accesses positioned along a wellbay access perimeter substantially surrounding the setback and racking system , wherein each of the first set of wellbay accesses is associated with a wellbay substantially therebelow, wherein at least a portion of the setback and racking system is positioned at an elevation lower than the elevation of the wellbay accesses, and wherein the setback and racking system is configured to feed tubulars in the direction of a plurality of the wellbays. a centrally located setback and racking system ; and a first set of wellbay accesses positioned along a wellbay access perimeter substantially surrounding the setback and racking system , wherein each of the first set of wellbay accesses is associated with a wellbay substantially therebelow, wherein at least a portion of the setback and racking system is positioned at an elevation lower than the elevation of the wellbay accesses, and wherein the setback and racking system is configured to feed tubulars in the direction of a plurality of the wellbays.
A fastening system for energy-carrying lines , in particular electricity cables in wind energy plants, with a support structure and at least one holding body which can be fixed firmly thereto, which body has a cable guide with a trough-shaped receiving space , and forms, with wall parts thereof, bearing surfaces for lines guided through the cable guide, characterised in that the respective holding body is equipped with a spacer device with at least one spacing body which has a three-leaf basic cross-sectional form and, arranged centrally between the lines in the respective receiving space by means of bearing webs (25; 53, 55), keeps the energy-carrying lines at predetermined distances from one another, and with at least one holding device (21; 49) for fixing the respective spacing body to one of the said lines .
A sound pickup device comprising: a plurality of microphones ; a plurality of first gain controllers configured to control a gain of each of the plurality of microphones ; an adding portion configured to add a sound signal to be output from each of the plurality of the first gain controllers with a predetermined gain; a second gain controller configured to control a gain of the sound signal to be output from the adding portion ; and a gain setting portion configured to set a gain of each of plurality of first gain controllers based on gain setting in the second gain controller . a plurality of microphones ; a plurality of first gain controllers configured to control a gain of each of the plurality of microphones ; an adding portion configured to add a sound signal to be output from each of the plurality of the first gain controllers with a predetermined gain; a second gain controller configured to control a gain of the sound signal to be output from the adding portion ; and a gain setting portion configured to set a gain of each of plurality of first gain controllers based on gain setting in the second gain controller .
A projectile comprising: a housing; a slot formed in the housing; a deployable flight surface inside the housing; a cover attached to the housing and covering the slot; and a cutter adjacent the cover, wherein the cutter moves in the slot and slices the cover to open the slot and allow deployment of the flight surface through the slot. a housing; a slot formed in the housing; a deployable flight surface inside the housing; a cover attached to the housing and covering the slot; and a cutter adjacent the cover, wherein the cutter moves in the slot and slices the cover to open the slot and allow deployment of the flight surface through the slot.
An article for generating an inhalable medium using an irradiative light source , the article comprising: smokable material comprising at least two regions having a different composition from each other; the article being arranged such that the at least two regions of smokable material can be heated by light emitted by an irradiative light source of an apparatus with which the article can be engaged in use, wherein the smokable material is a layer on at least one surface of the article. smokable material comprising at least two regions having a different composition from each other; the article being arranged such that the at least two regions of smokable material can be heated by light emitted by an irradiative light source of an apparatus with which the article can be engaged in use, wherein the smokable material is a layer on at least one surface of the article.
A method for report form normalization processing, comprising: obtaining by a normalization system server a report form request sent by a user equipment, wherein the report form request carries a report form name requested by a user; and sending by the normalization system server a report form content request to a report form server corresponding to the report form name, to obtain a report form requested by the user, wherein the report form content request carries the report form name, an IP address of the report form server, a port number of the report form server, and an access protocol corresponding to the report form server; characterised in that the method further comprises: presetting by the normalization system server for the user one or more report form names for which the user has access authority. obtaining by a normalization system server a report form request sent by a user equipment, wherein the report form request carries a report form name requested by a user; and sending by the normalization system server a report form content request to a report form server corresponding to the report form name, to obtain a report form requested by the user, wherein the report form content request carries the report form name, an IP address of the report form server, a port number of the report form server, and an access protocol corresponding to the report form server; characterised in that the method further comprises: presetting by the normalization system server for the user one or more report form names for which the user has access authority.
A method for controlling shutdown of a centrifugal compressor, comprising: step S100, when an inlet opening of the centrifugal compressor is below a first preset value, shutting down a drive motor of the centrifugal compressor; and step S200, when the inlet opening of the centrifugal compressor is not below the first preset value, performing the following operations in a preset order: decreasing the inlet opening of the centrifugal compressor, and increasing a rotation speed of the centrifugal compressor. step S100, when an inlet opening of the centrifugal compressor is below a first preset value, shutting down a drive motor of the centrifugal compressor; and step S200, when the inlet opening of the centrifugal compressor is not below the first preset value, performing the following operations in a preset order: decreasing the inlet opening of the centrifugal compressor, and increasing a rotation speed of the centrifugal compressor.
A human anti-TNF-α antibody comprising the CDR regions of heavy (SEQ ID NO.23) and light (SEQ ID NO.24) chains from human Adalimumab, but modification/replacement of amino acid sequence(s) in the FR regions of Adalimumab, wherein the antibody has reduced immunogenicity compared to Adalimumab, and wherein the antibody comprises: (a) the human light chain amino acid sequence of SEQ ID NO: 13 and the human heavy chain amino acid sequence of SEQ ID NO: 17; or (b) the human light chain amino acid sequence of SEQ ID NO: 13 and the human heavy chain amino acid sequence of SEQ ID NO: 19; or (c) the human light chain amino acid sequence of SEQ ID NO: 14 and the human heavy chain amino acid sequence of SEQ ID NO: 16; or (d) the human light chain amino acid sequence of SEQ ID NO: 14 and the human heavy chain amino acid sequence of SEQ ID NO: 17; or (e) the human light chain amino acid sequence of SEQ ID NO: 14 and the human heavy chain amino acid sequence of SEQ ID NO: 19; or (f) the human light chain amino acid sequence of SEQ ID NO: 12 and the human heavy chain amino acid sequence of SEQ ID NO: 16; or (g) the human light chain amino acid sequence of SEQ ID NO: 23 and the human heavy chain amino acid sequence of SEQ ID NO: 19. (a) the human light chain amino acid sequence of SEQ ID NO: 13 and the human heavy chain amino acid sequence of SEQ ID NO: 17; or (b) the human light chain amino acid sequence of SEQ ID NO: 13 and the human heavy chain amino acid sequence of SEQ ID NO: 19; or (c) the human light chain amino acid sequence of SEQ ID NO: 14 and the human heavy chain amino acid sequence of SEQ ID NO: 16; or (d) the human light chain amino acid sequence of SEQ ID NO: 14 and the human heavy chain amino acid sequence of SEQ ID NO: 17; or (e) the human light chain amino acid sequence of SEQ ID NO: 14 and the human heavy chain amino acid sequence of SEQ ID NO: 19; or (f) the human light chain amino acid sequence of SEQ ID NO: 12 and the human heavy chain amino acid sequence of SEQ ID NO: 16; or (g) the human light chain amino acid sequence of SEQ ID NO: 23 and the human heavy chain amino acid sequence of SEQ ID NO: 19.
A system for processing breast tissue images, comprising: an image processing computer; and a user interface operatively coupled to the image processing computer, wherein the image processing computer is configured to obtain a set of source images of breast tissue, each source image being selected from the group consisting of a tomosynthesis reconstruction image (Tr), a tomosynthesis projection image (Tp), a synthesized mammogram image (Ms) and a mammogram image (Mp), characterised in that the image processing computer is configured to process the set of source images to generate a set of plural image slabs , each image slab (30 1 -30 3 ) comprising a synthetic image of a portion of the breast tissue obtained from a respective subset of the set of source images, wherein the image processing computer is configured to generate each image slab (30 1 -30 3 ) of the set of image slabs from a predetermined number of successive source images, wherein each two adjacent image slabs (30 1 , 30 2 ) of the set include a predetermined or a user inputted overlap number of successive source images. an image processing computer; and a user interface operatively coupled to the image processing computer, wherein the image processing computer is configured to obtain a set of source images of breast tissue, each source image being selected from the group consisting of a tomosynthesis reconstruction image (Tr), a tomosynthesis projection image (Tp), a synthesized mammogram image (Ms) and a mammogram image (Mp), characterised in that the image processing computer is configured to process the set of source images to generate a set of plural image slabs , each image slab (30 1 -30 3 ) comprising a synthetic image of a portion of the breast tissue obtained from a respective subset of the set of source images, wherein the image processing computer is configured to generate each image slab (30 1 -30 3 ) of the set of image slabs from a predetermined number of successive source images, wherein each two adjacent image slabs (30 1 , 30 2 ) of the set include a predetermined or a user inputted overlap number of successive source images.
A computer-implemented method performed by a computing system for managing blockchain-based event messages, the method comprising: storing shipping data and shipping insurance order data associated with a purchase order on a blockchain based on initiating a consensus algorithm through a blockchain node associated with the computing system; determining , by executing a smart contract based on one or more predetermined rules and the shipping data, whether a shipping insurance order associated with the shipping insurance order data is valid; in response to determining that the shipping insurance order is valid, generating , by executing the smart contract, an event message dedicated to an insurance provider notifying that a shipping insurance of the purchase order is effective, wherein the smart contract invokes an event management function to periodically generate the first event message until an acknowledgement receipt feedback is received; storing the event message to a hardware cache managed by the computing system; sending the event message to a blockchain node associated with the insurance provider; and processing the event message in response to receiving a feedback message from the blockchain node associated with the insurance provider. storing shipping data and shipping insurance order data associated with a purchase order on a blockchain based on initiating a consensus algorithm through a blockchain node associated with the computing system; determining , by executing a smart contract based on one or more predetermined rules and the shipping data, whether a shipping insurance order associated with the shipping insurance order data is valid; in response to determining that the shipping insurance order is valid, generating , by executing the smart contract, an event message dedicated to an insurance provider notifying that a shipping insurance of the purchase order is effective, wherein the smart contract invokes an event management function to periodically generate the first event message until an acknowledgement receipt feedback is received; storing the event message to a hardware cache managed by the computing system; sending the event message to a blockchain node associated with the insurance provider; and processing the event message in response to receiving a feedback message from the blockchain node associated with the insurance provider.
Method for ascertaining a state of health (SoH) of a secondary battery , in which a first estimation for the state of health (ŜoH) is made by an observer and an aging prediction model is used to ascertain a second estimation for the state of health (SoH p ), wherein either the first estimation of the state of health (ŜoH) or the second estimation of the state of health (SoH p ) is used as the state of health (SoH) of the secondary battery or the first estimation of the state of health (ŜoH) and the second estimation of the state of health (SoH p ) are combined and the combination of the first and second estimation of the state of health is used as the state of health (SoH) of the secondary battery , characterized in that the aging prediction model is parameterized on the basis of the first estimation for the state of health (ŜoH).
A silicon nitride sintered substrate having a main surface of a shape larger than a square having a side of a length of 120 mm, wherein a ratio dc/de is 0.98 or higher where a central area of the main surface has a density dc and an end area of the main surface has a density de, the central area of the main surface has a void fraction vc of 1.80% or lower, and the end area of the main surface has a void fraction ve of 1.00% or lower wherein the density dc, density de, void fraction vc and void fraction ve are defined as described in the description, and wherein the silicon nitride sintered substrate has a carbon content and the carbon content is 0.20% by mass or lower that is measured as described in the description by a non-dispersive infrared absorption method on the circle (C22) at the center of the main surface. wherein the density dc, density de, void fraction vc and void fraction ve are defined as described in the description, and wherein the silicon nitride sintered substrate has a carbon content and the carbon content is 0.20% by mass or lower that is measured as described in the description by a non-dispersive infrared absorption method on the circle (C22) at the center of the main surface.
A method for transmitting a physical uplink control channel, PUCCH, signal, the method comprising: transmitting the PUCCH signal based on a shortened PUCCH format, wherein the shortened PUCCH format is used, based on a first condition that a simultaneous transmission of the PUCCH signal and a sounding reference signal, SRS, is configured in a subframe and a second condition that the transmission of the PUCCH signal partly or fully overlaps with a bandwidth of a cell-specific SRS, wherein the shortened PUCCH format does not use a last orthogonal frequency division multiplexing, OFDM, symbol in the subframe, and wherein the PUCCH signal based on the shortened PUCCH format is mapped into resource elements, REs, in increasing order of first frequency indexes and then OFDM symbol indexes except for the last OFDM symbol, and wherein the last OFDM symbol is not applied with an orthogonal sequence. transmitting the PUCCH signal based on a shortened PUCCH format, wherein the shortened PUCCH format is used, based on a first condition that a simultaneous transmission of the PUCCH signal and a sounding reference signal, SRS, is configured in a subframe and a second condition that the transmission of the PUCCH signal partly or fully overlaps with a bandwidth of a cell-specific SRS, wherein the shortened PUCCH format does not use a last orthogonal frequency division multiplexing, OFDM, symbol in the subframe, and wherein the PUCCH signal based on the shortened PUCCH format is mapped into resource elements, REs, in increasing order of first frequency indexes and then OFDM symbol indexes except for the last OFDM symbol, and wherein the last OFDM symbol is not applied with an orthogonal sequence.
Document of value comprising a paper substrate having a front side and a back side, wherein - the front side of the paper substrate, in a region designated as foil security element region, bears a foil security element having a front side and a back side, wherein the front side of the foil security element has a motif which is based on a reflective embossed structure, develops an optically variable effect when the foil security element is tilted, and is designated as embossed structural motif; - the foil security element region, when the back side of the paper substrate is viewed in reflected light, is discernible in the form of a light-dark effect, wherein the embossed structural motif is perceptible as light against a dark background, more particularly in multitonal form or in the form of a greyscale image; - the foil security element region, when the back side of the paper substrate is viewed in transmitted light, is discernible only in a unitary grey tone, so that the viewer, on changing the viewing of the back side of the paper substrate from reflected-light viewing to transmitted-light viewing, perceives a disappearance of the embossed structural motif perceptible as light against a dark background. - the front side of the paper substrate, in a region designated as foil security element region, bears a foil security element having a front side and a back side, wherein the front side of the foil security element has a motif which is based on a reflective embossed structure, develops an optically variable effect when the foil security element is tilted, and is designated as embossed structural motif; - the foil security element region, when the back side of the paper substrate is viewed in reflected light, is discernible in the form of a light-dark effect, wherein the embossed structural motif is perceptible as light against a dark background, more particularly in multitonal form or in the form of a greyscale image; - the foil security element region, when the back side of the paper substrate is viewed in transmitted light, is discernible only in a unitary grey tone, so that the viewer, on changing the viewing of the back side of the paper substrate from reflected-light viewing to transmitted-light viewing, perceives a disappearance of the embossed structural motif perceptible as light against a dark background.