mhurhangee/patent-ind-claim-en huggingface dataset:
Transition duct for a gas turbine can combustor; the transition duct comprising: - a hot shell in form of an inner tubular body defining a transition channel and having an upstream end and a downstream end for coupling to a can combustor combustion chamber and to a turbine respectively; - a picture frame at the downstream end of the hot shell ; - a cold shell comprising a first frame coupled via bolts to the picture frame and an outer tubular body arranged spaced around the inner tubular body for forming a convective cooling channel ; the outer tubular body being downstream connected to the first frame and having an upstream end at the upstream end of the inner tubular body ; characterized in that the first frame and the outer tubular body are realized as separated bodies divided by a first annular gap for allowing the cooling air (C) to enter the convective cooling channel . - a hot shell in form of an inner tubular body defining a transition channel and having an upstream end and a downstream end for coupling to a can combustor combustion chamber and to a turbine respectively; - a picture frame at the downstream end of the hot shell ; - a cold shell comprising a first frame coupled via bolts to the picture frame and an outer tubular body arranged spaced around the inner tubular body for forming a convective cooling channel ; the outer tubular body being downstream connected to the first frame and having an upstream end at the upstream end of the inner tubular body ;
A semiconductor apparatus comprising: a semiconductor device; an on-semiconductor-device metal pad electrically connected to the semiconductor device; a metal interconnect electrically connected to the semiconductor device; a through electrode electrically connected to the metal interconnect; a solder bump electrically connected to the metal interconnect; a first insulating layer on which the semiconductor device is placed; a second insulating layer formed on the semiconductor device; a third insulating layer formed on the second insulating layer, wherein the metal interconnect is electrically connected to the semiconductor device via the on-semiconductor-device metal pad at an upper surface of the second insulating layer, and the metal interconnect penetrates the second insulating layer from the upper surface of the second insulating layer and is electrically connected to the through electrode at an lower surface of the second insulating layer, the first insulating layer is formed by a photo-curable dry film or a photo-curable resist coating film, the second insulating layer is formed by the photo-curable dry film, and the third insulating layer is formed by the photo-curable dry film or a photo-curable resist coating film.
A method for wireless communications, comprising: determining a portion of a shared spectrum for at least one of sending or receiving a transmission; and transmitting a plurality of channel reservation signals associated with a plurality of beams to reserve the portion of the shared spectrum, wherein a first channel reservation signal is transmitted using a first beam and, in addition to the first channel reservation signal using the first beam, multiple channel reservation signals are transmitted using multiple different directional beams in the neighborhood of the first beam. determining a portion of a shared spectrum for at least one of sending or receiving a transmission; and transmitting a plurality of channel reservation signals associated with a plurality of beams to reserve the portion of the shared spectrum, wherein a first channel reservation signal is transmitted using a first beam and, in addition to the first channel reservation signal using the first beam, multiple channel reservation signals are transmitted using multiple different directional beams in the neighborhood of the first beam.
Hair dye in the form of powder or granules comprising a cosmetic composition, for the extemporaneous colouring of hair, comprising a colouring component of vegetable origin based on one or more dye plants in powder and/or granules in combination with a dispersing component, characterised in that the dispersing component comprises a sucroester.
A method of wireless communication, comprising: generating a waveform including a combined signal including a reference signal and control data signal, wherein the reference signal and the control data signal are phase offset from one another in the waveform, wherein the waveform is represented as S(n) = r u1 (n)e j2π(α1)n / 12 + d(m)r u1 (n)e j2π(α2)n / 12 in which r u1 represents a base sequence, α1 represents a phase of the reference signal, α2 represents a phase of the control data signal, abs(α1-α2) is even and unequal to zero, d(m) represents a QPSK constellation or a 16-QAM constellation, n represents a tone number, and m represents a OFDM symbol number; and transmitting the waveform over a plurality of tones, n, of one resource block in a transmission time interval, TTI, having a duration that is less than a subframe. generating a waveform including a combined signal including a reference signal and control data signal, wherein the reference signal and the control data signal are phase offset from one another in the waveform, wherein the waveform is represented as S(n) = r u1 (n)e j2π(α1)n / 12 + d(m)r u1 (n)e j2π(α2)n / 12 in which r u1 represents a base sequence, α1 represents a phase of the reference signal, α2 represents a phase of the control data signal, abs(α1-α2) is even and unequal to zero, d(m) represents a QPSK constellation or a 16-QAM constellation, n represents a tone number, and m represents a OFDM symbol number; and transmitting the waveform over a plurality of tones, n, of one resource block in a transmission time interval, TTI, having a duration that is less than a subframe.
A paging indication transmission method, comprising: sending , by a network device, a first paging indication to a terminal device; and sending , by the network device, a second paging indication to the terminal device, wherein the first paging indication and the second paging indication form a complete paging indication of the terminal device, wherein the first paging indication is transmitted by using a first physical broadcast channel PBCH resource block, and the second paging indication is transmitted by using a second PBCH resource block; or the first paging indication is transmitted by using first remaining minimum system information RMSI, and the second paging indication is transmitted by using second RMSI; or the first paging indication is transmitted through a PBCH, and the second paging indication is transmitted by using RMSI or a physical downlink control channel PDCCH; or the first paging indication is transmitted by using RMSI or a PDCCH, and the second paging indication is transmitted through a PBCH; or the first paging indication is transmitted through a PDCCH, and the second paging indication is transmitted by using RMSI; or the first paging indication is transmitted by using RMSI, and the second paging indication is transmitted through a PDCCH. sending , by a network device, a first paging indication to a terminal device; and sending , by the network device, a second paging indication to the terminal device, wherein the first paging indication and the second paging indication form a complete paging indication of the terminal device, wherein the first paging indication is transmitted by using a first physical broadcast channel PBCH resource block, and the second paging indication is transmitted by using a second PBCH resource block; or the first paging indication is transmitted by using first remaining minimum system information RMSI, and the second paging indication is transmitted by using second RMSI; or the first paging indication is transmitted through a PBCH, and the second paging indication is transmitted by using RMSI or a physical downlink control channel PDCCH; or the first paging indication is transmitted by using RMSI or a PDCCH, and the second paging indication is transmitted through a PBCH; or the first paging indication is transmitted through a PDCCH, and the second paging indication is transmitted by using RMSI; or the first paging indication is transmitted by using RMSI, and the second paging indication is transmitted through a PDCCH.
A microfluidic device comprising: a plurality of capture configurations; a plurality of multi-chamber reaction configurations, wherein each respective multi-chamber reaction configuration is coupled with a respective capture configuration from the plurality of capture configurations; wherein the multi-chamber reaction configurations each comprise: a first reaction chamber coupled to the capture configuration, a second reaction chamber coupled to the first reaction chamber through two non-overlapping fluid flow paths, valves positioned to fluidically isolate the first and second reaction chambers from each other, and a peristaltic pump comprising multiple valves. a plurality of capture configurations; a plurality of multi-chamber reaction configurations, wherein each respective multi-chamber reaction configuration is coupled with a respective capture configuration from the plurality of capture configurations; wherein the multi-chamber reaction configurations each comprise: a first reaction chamber coupled to the capture configuration, a second reaction chamber coupled to the first reaction chamber through two non-overlapping fluid flow paths, a first reaction chamber coupled to the capture configuration, a second reaction chamber coupled to the first reaction chamber through two non-overlapping fluid flow paths, valves positioned to fluidically isolate the first and second reaction chambers from each other, and a peristaltic pump comprising multiple valves.
A method of a User Equipment, UE, for performing Small Data Transmission, SDT, the method comprising: initiating a Random Access, RA, procedure with a Base Station, BS, while the UE is in a Radio Resource Control, RRC, _INACTIVE state; transmitting, to the BS, a preamble; receiving, from the BS, a Random Access Response, RAR, scheduled by first downlink control information, DCI, on a first search space, the first DCI being attached with Cyclic Redundancy Check, CRC, bits scrambled by a Random Access-Radio Network Temporary Identifier, RA-RNTI; transmitting, to the BS, first Uplink, UL, data on a first UL resource scheduled by the RAR, the first UL data not being from a Common Control Channel, CCCH; characterized by monitoring the first search space for receiving first Downlink, DL, data scheduled by second DCI, the second DCI being attached with CRC bits scrambled by a Temporary Cell-Radio Network Temporary Identifier, TC-RNTI, that is indicated by the RAR; applying the TC-RNTI as a Cell-Radio Network Temporary Identifier, C-RNTI, while receiving, from the BS, the first DL data; determining whether the first DL data carries a search space configuration that indicates a second search space; monitoring the second search space for a second UL resource scheduled by third DCI if the first DL data indicates the search space configuration, the third DCI being attached with first CRC bits scrambled by the C-RNTI; and monitoring the first search space for the second UL resource scheduled by the third DCI if the first DL data does not indicate the search space configuration. initiating a Random Access, RA, procedure with a Base Station, BS, while the UE is in a Radio Resource Control, RRC, _INACTIVE state; transmitting, to the BS, a preamble; receiving, from the BS, a Random Access Response, RAR, scheduled by first downlink control information, DCI, on a first search space, the first DCI being attached with Cyclic Redundancy Check, CRC, bits scrambled by a Random Access-Radio Network Temporary Identifier, RA-RNTI; transmitting, to the BS, first Uplink, UL, data on a first UL resource scheduled by the RAR, the first UL data not being from a Common Control Channel, CCCH; characterized by monitoring the first search space for receiving first Downlink, DL, data scheduled by second DCI, the second DCI being attached with CRC bits scrambled by a Temporary Cell-Radio Network Temporary Identifier, TC-RNTI, that is indicated by the RAR; applying the TC-RNTI as a Cell-Radio Network Temporary Identifier, C-RNTI, while receiving, from the BS, the first DL data; determining whether the first DL data carries a search space configuration that indicates a second search space; monitoring the second search space for a second UL resource scheduled by third DCI if the first DL data indicates the search space configuration, the third DCI being attached with first CRC bits scrambled by the C-RNTI; and monitoring the first search space for the second UL resource scheduled by the third DCI if the first DL data does not indicate the search space configuration.
A method of detecting a TPM1/ALK gene fusion in a sample from a subject comprising: contacting a nucleic acid sample from a subject with a reaction mixture comprising two primers, wherein a first primer is complementary to the TPM1 gene and a second primer is complementary to the ALK gene, wherein the fusion of the TPM1 gene and the ALK gene is detectable by the presence of an amplicon generated by the first primer and the second primer, and wherein the fusion breakpoint is TPM1/ALK breakpoint of Table 4, and wherein the sample is a sample from bladder urothelial carcinoma.
A device for regulating a fiber flock stream in a cleaner in a spinning preparation system, the device comprising a cleaner and a transport line , the cleaner comprising a cleaning chamber , an inlet connection for connecting the transport line and an outlet , wherein the fiber flock stream is guided through the transport line to the inlet into the cleaner and after passing through the cleaning chamber via an outlet out of the cleaner , wherein a static pressure measurement is provided in the fiber flock stream in the inlet connection or in the transport line upstream from the inlet connection or in the cleaning chamber , characterized in that the device comprises an exhaust air pipe connected to the transport line upstream from the pressure measurement and the inlet connection , and in that an exhaust air fan with a drive is provided upstream in the exhaust air pipe , and in that a controller of the drive of the exhaust air fan is provided for regulating a target pressure value in the cleaner , wherein a target value for the pressure is assigned to a predetermined or prevailing operating state of the cleaner .
A head mounted display, HMD, device comprising: a communication unit configured to transmit and receive data to and from an external device , a display unit configured to display visual information and include an optical see-through display panel, a camera unit configured to capture an image, and a processor configured to control the communication unit , the display unit and the camera unit , wherein the processor is further configured to: detect an object image from a first image , which includes the object image , the first image being displayed in the external device located in an angle of view area of the camera unit , display information related to the object image for a first threshold time, display the first image in addition to the information when detecting that the first image is switched to a second image within a second threshold time, wherein the second image does not include the object image , and not display the first image and the information when detecting that the first image is switched to the second image for more than the second threshold time and within the first threshold time, wherein the external device is paired with the HMD device. a communication unit configured to transmit and receive data to and from an external device , a display unit configured to display visual information and include an optical see-through display panel, a camera unit configured to capture an image, and a processor configured to control the communication unit , the display unit and the camera unit , wherein the processor is further configured to: detect an object image from a first image , which includes the object image , the first image being displayed in the external device located in an angle of view area of the camera unit , display information related to the object image for a first threshold time, display the first image in addition to the information when detecting that the first image is switched to a second image within a second threshold time, wherein the second image does not include the object image , and not display the first image and the information when detecting that the first image is switched to the second image for more than the second threshold time and within the first threshold time, wherein the external device is paired with the HMD device. detect an object image from a first image , which includes the object image , the first image being displayed in the external device located in an angle of view area of the camera unit , display information related to the object image for a first threshold time, display the first image in addition to the information when detecting that the first image is switched to a second image within a second threshold time, wherein the second image does not include the object image , and not display the first image and the information when detecting that the first image is switched to the second image for more than the second threshold time and within the first threshold time, wherein the external device is paired with the HMD device.
In vitro use of a marker comprising an integrin alpha10 subunit expressed by a neural cell as a marker for mammalian neural stem cells and mammalian neural progenitor cells, wherein the integrin alpha 10 subunit is expressed on the cell surface of the mammalian neural stem cell and/or neural progenitor cell.
A burner tile (1; 1A, 1B, 1E, 1F; 100) including a molded inorganic fiber product and having a burner main hole extending therethrough in a furnace interior-exterior direction, the burner tile comprising: an inner layer surrounding the main hole and an outer layer surrounding an outer circumferential surface of the inner layer , the inner layer and the outer layer being included in at least part of the burner tile adjacent to a furnace interior, the inner layer including inorganic fiber rods arranged and combined such that end surfaces of the rods extend substantially radially from the main hole , the outer layer including an inorganic fiber laminate wrapped several turns around the outer circumferential surface of the inner layer , wherein the inorganic fiber laminate is a combination of a plurality of superposed inorganic fiber blankets having different bulk densities. an inner layer surrounding the main hole and an outer layer surrounding an outer circumferential surface of the inner layer , the inner layer and the outer layer being included in at least part of the burner tile adjacent to a furnace interior, the inner layer including inorganic fiber rods arranged and combined such that end surfaces of the rods extend substantially radially from the main hole , the outer layer including an inorganic fiber laminate wrapped several turns around the outer circumferential surface of the inner layer , wherein the inorganic fiber laminate is a combination of a plurality of superposed inorganic fiber blankets having different bulk densities.
A computer-implemented method of automated seismic interpretation of a subsurface volume including complex geology, comprising: receiving , via a computer processor , a pre-stack seismic dataset representative of the subsurface volume of interest; identifying , via the computer processor , seismic facies in the pre-stack seismic dataset using machine learning, wherein the machine learning identifies the seismic facies based on amplitude variation with angle, AVA, clusters, wherein the identified seismic facies include cluster sequences in depth for a plurality of spatial x-y locations in the subsurface volume of interest; generating , via the computer processor , an ensemble of fluid-related AVA responses for the AVA clusters via a fluid substitution operation ; identifying, via the computer processor , using the ensemble of fluid-related AVA responses, related seismic facies across faults indicated in the pre-stack seismic dataset, wherein the related seismic facies contain different fluids than the seismic facies but similar lithologies to the seismic facies; performing , via the computer processor , seismic interpretation of the seismic dataset based on the seismic facies and the related seismic facies to generate a digital image of the seismic interpretation; and displaying the digital image of the seismic interpretation on a user interface. receiving , via a computer processor , a pre-stack seismic dataset representative of the subsurface volume of interest; identifying , via the computer processor , seismic facies in the pre-stack seismic dataset using machine learning, wherein the machine learning identifies the seismic facies based on amplitude variation with angle, AVA, clusters, wherein the identified seismic facies include cluster sequences in depth for a plurality of spatial x-y locations in the subsurface volume of interest; generating , via the computer processor , an ensemble of fluid-related AVA responses for the AVA clusters via a fluid substitution operation ; identifying, via the computer processor , using the ensemble of fluid-related AVA responses, related seismic facies across faults indicated in the pre-stack seismic dataset, wherein the related seismic facies contain different fluids than the seismic facies but similar lithologies to the seismic facies; performing , via the computer processor , seismic interpretation of the seismic dataset based on the seismic facies and the related seismic facies to generate a digital image of the seismic interpretation; and displaying the digital image of the seismic interpretation on a user interface.