mhurhangee/patent-ind-claim-en huggingface dataset:
A system configured to service a heat exchanger, wherein the heat exchanger comprises a plurality of tubes extending through a tubesheet, the system comprising: a manipulator comprising: a first end effector comprising a first actuator coupled to a first gripper and configured to accommodate an instrument configured to service the heat exchanger, wherein the first actuator is configured to extend the first gripper into a tube of the plurality of tubes, and wherein the first gripper is configured to secure the manipulator to the tubesheet; a second end effector comprising a second actuator coupled to a second gripper , wherein the second actuator is configured to extend into a tube of the plurality of tubes, and wherein the second gripper is configured to secure the manipulator to the tubesheet; and an articulation assembly comprising a first link , a second link , and three motors (32; 34; 36); and a control circuit coupled to the first end effector , the second end effector , and the articulation assembly , wherein control circuit is configured to cause the motors (32; 34; 36) to move the first end effector relative to the second end effector in a plane (P1) that is parallel to the tubesheet, based on an instruction; characterized in that the first link is pivotally connected to the first end effector and rotatable about a first axis (A1), the first link is pivotally connected to the second link and rotatable about a second axis (A2), and the second link is pivotally connected to the second end effector and rotatable about a third axis (A3). a first end effector comprising a first actuator coupled to a first gripper and configured to accommodate an instrument configured to service the heat exchanger, wherein the first actuator is configured to extend the first gripper into a tube of the plurality of tubes, and wherein the first gripper is configured to secure the manipulator to the tubesheet; a second end effector comprising a second actuator coupled to a second gripper , wherein the second actuator is configured to extend into a tube of the plurality of tubes, and wherein the second gripper is configured to secure the manipulator to the tubesheet; and an articulation assembly comprising a first link , a second link , and three motors (32; 34; 36); and a control circuit coupled to the first end effector , the second end effector , and the articulation assembly , wherein control circuit is configured to cause the motors (32; 34; 36) to move the first end effector relative to the second end effector in a plane (P1) that is parallel to the tubesheet, based on an instruction; characterized in that the first link is pivotally connected to the first end effector and rotatable about a first axis (A1), the first link is pivotally connected to the second link and rotatable about a second axis (A2), and the second link is pivotally connected to the second end effector and rotatable about a third axis (A3).
An expanded beads molded article of expanded beads comprising a crosslinked multi-block copolymer containing a polyethylene block and an ethylene/α-olefin copolymer block, wherein the density of the expanded beads molded article is from 40 to 150 g/L; the gel fraction of the expanded beads molded article by a hot xylene extraction method according to the specification is from 30 to 70% by weight; the tensile elongation of the expanded beads molded article, determined according to the method as defined in the specification, is 120% or more; the bead weight of the expanded beads is from 0.8 to 4 mg; and the number of expanded beads per unit area on the surface of the expanded beads molded article, determined according to the method as defined in the specification, is from 5 to 30 per cm 2 .
Medical apparatus, comprising: a guided surface wave receive structure (R) configured to receive at least one guided surface wave traveling along a terrestrial medium generated by a guided surface waveguide probe (P); a power circuit electrically coupled to the guided surface wave receive structure (R), characterized in that the power circuit is configured to generate a power signal for powering the medical device from an alternating current signal generated by the guided surface wave receive structure (R) from the at least one guided surface wave; and a medical circuit electrically coupled to the power circuit , the medical circuit comprising a monitoring circuit configured to measure a characteristic of a human body . a guided surface wave receive structure (R) configured to receive at least one guided surface wave traveling along a terrestrial medium generated by a guided surface waveguide probe (P); a power circuit electrically coupled to the guided surface wave receive structure (R), characterized in that the power circuit is configured to generate a power signal for powering the medical device from an alternating current signal generated by the guided surface wave receive structure (R) from the at least one guided surface wave; and a medical circuit electrically coupled to the power circuit , the medical circuit comprising a monitoring circuit configured to measure a characteristic of a human body .
A motor comprising: a stator including a stator core and teeth respectively protruding from the stator core; and coils having n turns, wherein n is an odd integer of 3 or greater, respectively wound in a concentrated manner onto the teeth, wherein in a cross section in a first direction representing each of directions of protrusion of the teeth from the stator core, a k-th (k is an integer, 1 < k < n) turn of each of the coils lies at a center of a range wound with each of the coils onto the teeth in the first direction, characterized in that the k-th turn of each of the coils is greater in cross-sectional area than each of a first turn and an n-th turn, wherein the k-th turn of each of the coils is largest in cross-sectional area among the first to the n-th turns, and each of the coils gradually reduces in cross-sectional area from the k-th turn to the first turn, and each of the coils gradually reduces in cross-sectional area from the k-th turn to the n-th turn. a stator including a stator core and teeth respectively protruding from the stator core; and coils having n turns, wherein n is an odd integer of 3 or greater, respectively wound in a concentrated manner onto the teeth, wherein in a cross section in a first direction representing each of directions of protrusion of the teeth from the stator core, a k-th (k is an integer, 1 < k < n) turn of each of the coils lies at a center of a range wound with each of the coils onto the teeth in the first direction, characterized in that the k-th turn of each of the coils is greater in cross-sectional area than each of a first turn and an n-th turn, wherein the k-th turn of each of the coils is largest in cross-sectional area among the first to the n-th turns, and each of the coils gradually reduces in cross-sectional area from the k-th turn to the first turn, and each of the coils gradually reduces in cross-sectional area from the k-th turn to the n-th turn.
Extract of aerial parts of Citrus aurantium, wherein said extract is a fermented extract.
Method for automatically inspecting and monitoring a heating appliance , having at least one optical device , comprising at least the following steps: a) Capturing at least one image of at least one component within a housing of the heater by means of the at least one optical device , b) automated evaluation of the image captured in step a). a) Capturing at least one image of at least one component within a housing of the heater by means of the at least one optical device , b) automated evaluation of the image captured in step a).
An absorbent article having a wearer-facing side and a garment-facing side, the article comprising: - a nonwoven topsheet on the wearer-facing side, wherein the topsheet has a first color which is not white and comprises thermal bonds, wherein the thermal bonds cover from 15 % to 30% of the surface of the topsheet, and wherein at least some the thermal bonds have an individual area which ranges from 0.1 mm 2 to 10 mm 2 ; - a backsheet on the garment facing-side; - an absorbent core between the topsheet and the backsheet; - optionally an acquisition layer ; and - a visual signal disposed on a layer of the article under the topsheet; wherein the visual signal comprises a first portion having a first appearance and a second portion having a different second appearance, wherein the first portion of the visual signal is a colored portion and the second portion of the visual signal is a non-colored portion, and the visual signal is mono-color; wherein the topsheet has an opacity index of from 28% to 50%, as measured by the opacity index test as described herein and, the visual signal is visible on the wearer-facing side of the article. - a nonwoven topsheet on the wearer-facing side, wherein the topsheet has a first color which is not white and comprises thermal bonds, wherein the thermal bonds cover from 15 % to 30% of the surface of the topsheet, and wherein at least some the thermal bonds have an individual area which ranges from 0.1 mm 2 to 10 mm 2 ; - a backsheet on the garment facing-side; - an absorbent core between the topsheet and the backsheet; - optionally an acquisition layer ; and - a visual signal disposed on a layer of the article under the topsheet; wherein the visual signal comprises a first portion having a first appearance and a second portion having a different second appearance, wherein the first portion of the visual signal is a colored portion and the second portion of the visual signal is a non-colored portion, and the visual signal is mono-color;
A nucleic acid molecule specifically hybridized to an allele-specific primer or an allele-specific probe, wherein the nucleic acid molecule encodes a human G protein-coupled receptor 156 (GPR156) protein comprising an amino acid sequence according to SEQ ID NO:4 or SEQ ID NO:5, and wherein the allele-specific primer or allele-specific probe is hybridized to nucleotides of the nucleic acid molecule that encode an aspartic acid at a position corresponding to position 533 according to SEQ ID NO:4 or at a position corresponding to position 529 according to SEQ ID NO:5.
Assembly for actuating a clutch in the drive train of a motor vehicle, having a pump unit , which has a hydraulic pump , at least one solenoid valve and a pressure outlet for actuating the clutch , characterized in that the assembly further comprises a transmission case , in which a sump for hydraulic fluid is provided, and a lubricant pump , which supplies a lubricant circuit of the clutch with hydraulic fluid, which is drawn in from the sump of the transmission case , wherein there is a branch from the lubricant circuit to the pump unit such that the lubricant pump to supply with hydraulic fluid the hydraulic pump of the pump unit .
A memory system comprising: a memory device ; a buffer memory configured to store at least one of a Ready-To-Transfer, RTT, Universal Flash Storage-Protocol-Information-Unit, UPIU, and a response UPIU and implemented separately from the memory device ; and a memory controller configured to acquire read data from the memory device in response to a read request received from an external host and transmit a read data packet including the read data to the external host , wherein when the at least one of the RTT UPIU and the response UPIU stored in the buffer memory is present and when a size of the read data packet is equal to a minimum size of a read data packet that can be transmitted from the memory system to the external host , the memory controller sends the at least one of the RTT UPIU and the response UPIU to the external host after transmission of the read data packet is completed, wherein, when the at least one of the RTT UPIU and the response UPIU stored in the buffer memory is present and when a size of the read data packet is greater than the minimum size of a read data packet that can be transmitted from the memory system to the external host , the memory controller divides the read data packet into a first sub-data packet and a second sub-data packet and sends the at least one of the RTT UPIU and the response UPIU to the external host , alternately between the first sub-data packet and the second sub-data packet, and wherein the size of the first sub-data packet is the minimum size that can be transmitted from the memory system to the external host . a memory device ; a buffer memory configured to store at least one of a Ready-To-Transfer, RTT, Universal Flash Storage-Protocol-Information-Unit, UPIU, and a response UPIU and implemented separately from the memory device ; and a memory controller configured to acquire read data from the memory device in response to a read request received from an external host and transmit a read data packet including the read data to the external host , wherein when the at least one of the RTT UPIU and the response UPIU stored in the buffer memory is present and when a size of the read data packet is equal to a minimum size of a read data packet that can be transmitted from the memory system to the external host , the memory controller sends the at least one of the RTT UPIU and the response UPIU to the external host after transmission of the read data packet is completed, wherein, when the at least one of the RTT UPIU and the response UPIU stored in the buffer memory is present and when a size of the read data packet is greater than the minimum size of a read data packet that can be transmitted from the memory system to the external host , the memory controller divides the read data packet into a first sub-data packet and a second sub-data packet and sends the at least one of the RTT UPIU and the response UPIU to the external host , alternately between the first sub-data packet and the second sub-data packet, and wherein the size of the first sub-data packet is the minimum size that can be transmitted from the memory system to the external host .
An information processing apparatus comprising: a data processing unit configured to execute reproduction processing of disk recorded data stored as AV stream data in a clip AV stream file, wherein the data processing unit acquires a reproduction control information file corresponding to the AV stream data recorded on the disk, and determines whether high dynamic range (HDR) graphics data constituted from HDR data is recorded on the disk on the basis of record data of the acquired reproduction control information file, characterized in that the data processing unit further acquires attribute information of the HDR graphics data and executes control of output data to a display device according to the acquired attribute information in a case where it was determined that the HDR graphics data is recorded on the disk, wherein the attribute information of the HDR graphics data are acquired from the reproduction control information file, wherein the reproduction control information file is a clip information file, wherein the clip information file is a file specified by a playlist file, and includes reproduction position information in the clip AV stream file, and the playlist file is a file that defines a reproduction order of content, and includes specification information of reproduction position information, in the clip information file. a data processing unit configured to execute reproduction processing of disk recorded data stored as AV stream data in a clip AV stream file, wherein the data processing unit acquires a reproduction control information file corresponding to the AV stream data recorded on the disk, and determines whether high dynamic range (HDR) graphics data constituted from HDR data is recorded on the disk on the basis of record data of the acquired reproduction control information file, characterized in that the data processing unit further acquires attribute information of the HDR graphics data and executes control of output data to a display device according to the acquired attribute information in a case where it was determined that the HDR graphics data is recorded on the disk, wherein the attribute information of the HDR graphics data are acquired from the reproduction control information file, wherein the reproduction control information file is a clip information file, wherein the clip information file is a file specified by a playlist file, and includes reproduction position information in the clip AV stream file, and the playlist file is a file that defines a reproduction order of content, and includes specification information of reproduction position information, in the clip information file.
A method of determining the location of a flow-induced acoustic source with respect to a wellbore the wellbore having a longitudinal axis, the method comprising: acquiring broadband acoustic signals with a plurality of sensors disposed within the wellbore ; Fourier-transforming the broadband acoustic signals to obtain respective acoustic spectra for the plurality of sensors , the acoustic spectra covering a frequency range; for each bin of a plurality of frequency bins within the frequency range, computing a covariance matrix from the acoustic spectra for the plurality of sensors , computing eigenvalues of the covariance matrix, and using an array signal processing technique to compute a fused-signal map, said fused-signal map representing a fused-signal parameter as a function of depth along the longitudinal axis of the wellbore and radial distance from the wellbore longitudinal axis, the local maximum or maxima of the fused-signal parameter corresponding to the locations of one or more acoustic sources; combining the fused-signal maps computed for the plurality of frequency bins into a single fused-signal map by weighted averaging, the computed fused-signal maps being weighted based on the eigenvalues of the corresponding covariance matrices; and determining a depth and radial distance from the wellbore of the flow-induced acoustic source based on the single fused-signal map. acquiring broadband acoustic signals with a plurality of sensors disposed within the wellbore ; Fourier-transforming the broadband acoustic signals to obtain respective acoustic spectra for the plurality of sensors , the acoustic spectra covering a frequency range; for each bin of a plurality of frequency bins within the frequency range, computing a covariance matrix from the acoustic spectra for the plurality of sensors , computing eigenvalues of the covariance matrix, and using an array signal processing technique to compute a fused-signal map, said fused-signal map representing a fused-signal parameter as a function of depth along the longitudinal axis of the wellbore and radial distance from the wellbore longitudinal axis, the local maximum or maxima of the fused-signal parameter corresponding to the locations of one or more acoustic sources; computing a covariance matrix from the acoustic spectra for the plurality of sensors , computing eigenvalues of the covariance matrix, and using an array signal processing technique to compute a fused-signal map, said fused-signal map representing a fused-signal parameter as a function of depth along the longitudinal axis of the wellbore and radial distance from the wellbore longitudinal axis, the local maximum or maxima of the fused-signal parameter corresponding to the locations of one or more acoustic sources; combining the fused-signal maps computed for the plurality of frequency bins into a single fused-signal map by weighted averaging, the computed fused-signal maps being weighted based on the eigenvalues of the corresponding covariance matrices; and determining a depth and radial distance from the wellbore of the flow-induced acoustic source based on the single fused-signal map.
A panel for a suspended ceiling, the panel having a rectangular profile in plan view with two pairs of opposed sidewalls having upper edges, a clip 18 rigidly fixed on the panel at each of two opposed panel edges, a suspension spring with two divergent arms at each of two opposed panel edges carried on a respective one of said clips, wherein the clip includes locator elements rigidly fixed to the panel the locator elements comprising upstanding tabs , characterised in that the tabs project in a plane inclined to one defined by a rear face of the panel, the tabs having guiding surfaces adapted to laterally guide the panel into registration with the edges of a suspended grid member when the panel is misaligned relative to a suspended grid a small distance in two perpendicular horizontal directions.
A method for operating an industrial operating panel for an electronic control for operating, monitoring or programming industrial installations or machines, wherein the industrial operating panel has the following components: - a housing ; - a graphic display , which has a display surface for visualizing states relevant to the system and/or operating interfaces, wherein the graphic display is accommodated in the housing ; - a touch-sensitive input means for an operator, which is superimposed on the display surface of the display ; - a cover plate that is transparent at least in some regions, which forms a touch surface of the industrial operating panel ; - at least one piezoelectric element , which acts on the cover plate such that the touch surface of the cover plate is movable by means of the piezoelectric element ; - at least one force detection means , in particular a strain gauge, which is coupled with the cover plate , characterized by the method steps: - moving the cover plate by means of the at least one piezoelectric element ; - detecting the movement of the cover plate effected by the piezoelectric element by means of the force detection means ; - comparing the values determined by the force detection means with stored target value ranges; - initiating safety measures if the values determined by the force detection means are outside the stored target value ranges. - a housing ; - a graphic display , which has a display surface for visualizing states relevant to the system and/or operating interfaces, wherein the graphic display is accommodated in the housing ; - a touch-sensitive input means for an operator, which is superimposed on the display surface of the display ; - a cover plate that is transparent at least in some regions, which forms a touch surface of the industrial operating panel ; - at least one piezoelectric element , which acts on the cover plate such that the touch surface of the cover plate is movable by means of the piezoelectric element ; - at least one force detection means , in particular a strain gauge, which is coupled with the cover plate , - moving the cover plate by means of the at least one piezoelectric element ; - detecting the movement of the cover plate effected by the piezoelectric element by means of the force detection means ; - comparing the values determined by the force detection means with stored target value ranges; - initiating safety measures if the values determined by the force detection means are outside the stored target value ranges.