mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-aided method for the acquisition and processing of life cycle information about a switch cabinet of an industrial plant, in which: during the construction of the switch cabinet , starting from the planned design , at least data sheet information (A) of the installed built-in modules (9a - 9c) is linked with function information (B) about their use in the industrial plant, in order to store them in data records in a central archive database under an individual switch cabinet identification , wherein - in the case of a technical acceptance of the switch cabinet , test and acceptance information (C) of the switch cabinet is added to the data sets, taking into account at least the data sheet information (A), - during commissioning of the switch cabinet , supplementary commissioning information (D) of the switch cabinet is added to the data records of the archive database via a decentrally operated user terminal characterized in that the activation of the commissioning release for the switch cabinet by a documentation server accessing the archive database via the decentralized user terminal is carried out if all necessary test and acceptance information (C) acquired by the user beforehand for sake of completeness, and which results from the stored data sheet information (A) of the built-in modules (9a - 9c), was added to the archive database . during the construction of the switch cabinet , starting from the planned design , at least data sheet information (A) of the installed built-in modules (9a - 9c) is linked with function information (B) about their use in the industrial plant, in order to store them in data records in a central archive database under an individual switch cabinet identification , wherein - in the case of a technical acceptance of the switch cabinet , test and acceptance information (C) of the switch cabinet is added to the data sets, taking into account at least the data sheet information (A), - during commissioning of the switch cabinet , supplementary commissioning information (D) of the switch cabinet is added to the data records of the archive database via a decentrally operated user terminal - in the case of a technical acceptance of the switch cabinet , test and acceptance information (C) of the switch cabinet is added to the data sets, taking into account at least the data sheet information (A), - during commissioning of the switch cabinet , supplementary commissioning information (D) of the switch cabinet is added to the data records of the archive database via a decentrally operated user terminal characterized in that the activation of the commissioning release for the switch cabinet by a documentation server accessing the archive database via the decentralized user terminal is carried out if all necessary test and acceptance information (C) acquired by the user beforehand for sake of completeness, and which results from the stored data sheet information (A) of the built-in modules (9a - 9c), was added to the archive database .
A materials handling vehicle comprising a materials handling mechanism , a drive mechanism , a battery receiving space , and a removable battery assembly , wherein: the materials handling mechanism is configured to engage goods in a warehouse environment and cooperates with the drive mechanism , under power from the removable battery assembly , to move goods along an inventory transit surface in the warehouse environment; the removable battery assembly and the battery receiving space cooperate to define a battery insertion and removal axis along which the removable battery assembly is inserted into and removed from the battery receiving space ; and the removable battery assembly comprises lateral battery faces , each comprising a longitudinal guide structure that is oriented along the battery insertion and removal axis ; characterized in that : the battery receiving space comprises opposing retention blocks , each arranged on opposite sides of the battery receiving space , and each comprising a retention lever comprising a fixed end and a distal end ; and the longitudinal guide structure of each lateral battery face comprises a lever-receiving detent that is configured to receive the distal end of one of the retention levers , with the removable battery assembly seated in the battery receiving space . the materials handling mechanism is configured to engage goods in a warehouse environment and cooperates with the drive mechanism , under power from the removable battery assembly , to move goods along an inventory transit surface in the warehouse environment; the removable battery assembly and the battery receiving space cooperate to define a battery insertion and removal axis along which the removable battery assembly is inserted into and removed from the battery receiving space ; and the removable battery assembly comprises lateral battery faces , each comprising a longitudinal guide structure that is oriented along the battery insertion and removal axis ; the battery receiving space comprises opposing retention blocks , each arranged on opposite sides of the battery receiving space , and each comprising a retention lever comprising a fixed end and a distal end ; and the longitudinal guide structure of each lateral battery face comprises a lever-receiving detent that is configured to receive the distal end of one of the retention levers , with the removable battery assembly seated in the battery receiving space .
A method for three-dimensional beamforming, the method comprising: estimating a channel spatial coherence for a beam space of a terminal device based on a plurality of non-precoded reference signals, the beam space comprising a plurality of beam subspaces, each of the plurality of beam subspaces including a beam direction representative of a respective beam subspace of the plurality of beam subspaces; selecting, by the terminal device, a beam subspace of the plurality of beam subspaces based on a channel quality metric of the beam direction that is representative of the beam subspace; defining the plurality of beam subspaces based on the estimated channel spatial coherence; and performing a bounding procedure on the plurality of beam subspaces that may be selected by the terminal device. estimating a channel spatial coherence for a beam space of a terminal device based on a plurality of non-precoded reference signals, the beam space comprising a plurality of beam subspaces, each of the plurality of beam subspaces including a beam direction representative of a respective beam subspace of the plurality of beam subspaces; selecting, by the terminal device, a beam subspace of the plurality of beam subspaces based on a channel quality metric of the beam direction that is representative of the beam subspace; defining the plurality of beam subspaces based on the estimated channel spatial coherence; and performing a bounding procedure on the plurality of beam subspaces that may be selected by the terminal device.
A computer-implemented method for generating a magnetic resonance imaging (MRI) image of a subject using an MRI device comprising: obtaining first k-space grid data associated with a first MRI scan and second k-space grid data associated with a second MRI scan; identifying , based on the first and second k-space grid data, at least one instance of subject movement during acquisition of scan line data for the first or second k-space grid data as part of one or more of the first MRI scan and the second MRI scan; determining , using a motion sensor , for each identified instance of subject movement whether the subject movement was during the first MRI scan or the second MRI scan; generating at least one of: corrected first k-space grid data using second k-space grid data and corrected second k-space grid data using first k-space grid data; and generating an MRI image based on one of: the corrected first k-space data and second k-space data; the corrected first k-space data and the corrected second k-space data; and the first k-space data and the corrected second k-space data. obtaining first k-space grid data associated with a first MRI scan and second k-space grid data associated with a second MRI scan; identifying , based on the first and second k-space grid data, at least one instance of subject movement during acquisition of scan line data for the first or second k-space grid data as part of one or more of the first MRI scan and the second MRI scan; determining , using a motion sensor , for each identified instance of subject movement whether the subject movement was during the first MRI scan or the second MRI scan; generating at least one of: corrected first k-space grid data using second k-space grid data and corrected second k-space grid data using first k-space grid data; and generating an MRI image based on one of: the corrected first k-space data and second k-space data; the corrected first k-space data and the corrected second k-space data; and the first k-space data and the corrected second k-space data.
An interactive display system, comprising: a projector configured to project polarized light; a display screen configured to display an image projected by the projector , the display screen comprising a retroreflective layer , and a diffuser layer covering the retroreflective layer , the diffuser layer being configured to diffusely reflect a first portion of the polarized light incident on the diffuser layer from the projector such that a second portion of the polarized light passes through the diffuser layer and is reflected by the retroreflective layer back through the diffuser layer ; a camera positioned to capture images of the display screen from a location at which the camera receives polarized light reflected by the retroreflective layer ; a logic subsystem ; and a data storage subsystem storing instructions executable by the logic subsystem to acquire images via the camera and to identify, via the images, a user gesture performed between the projector and the display screen . a projector configured to project polarized light; a display screen configured to display an image projected by the projector , the display screen comprising a retroreflective layer , and a diffuser layer covering the retroreflective layer , the diffuser layer being configured to diffusely reflect a first portion of the polarized light incident on the diffuser layer from the projector such that a second portion of the polarized light passes through the diffuser layer and is reflected by the retroreflective layer back through the diffuser layer ; a camera positioned to capture images of the display screen from a location at which the camera receives polarized light reflected by the retroreflective layer ; a logic subsystem ; and a data storage subsystem storing instructions executable by the logic subsystem to acquire images via the camera and to identify, via the images, a user gesture performed between the projector and the display screen .
An attachment for an ultrasound probe , the attachment comprising: an acoustic matching element provided on a transceiver of the ultrasound probe and deformed based on a surface of an inspection target when the ultrasound probe scans the surface of the inspection target ; a medium supplier provided near the acoustic matching element and configured to provide a medium between the inspection target and the acoustic matching element , based on the deformation of the acoustic matching element ; and a body configured to fix the acoustic matching element and the medium supplier to the ultrasound probe ; wherein the body accommodates the acoustic matching element and the medium supplier and has an opening in a surface thereof facing the inspection target , portions of the acoustic matching element and the medium supplier protrude from the opening ; characterized in that the medium supplier surrounds at least some of lateral surfaces of the protruded portion of the acoustic matching element , wherein the lateral surfaces are surfaces of the acoustic matching element meeting with the surface of the acoustic matching element facing the inspection target. an acoustic matching element provided on a transceiver of the ultrasound probe and deformed based on a surface of an inspection target when the ultrasound probe scans the surface of the inspection target ; a medium supplier provided near the acoustic matching element and configured to provide a medium between the inspection target and the acoustic matching element , based on the deformation of the acoustic matching element ; and a body configured to fix the acoustic matching element and the medium supplier to the ultrasound probe ; wherein the body accommodates the acoustic matching element and the medium supplier and has an opening in a surface thereof facing the inspection target , portions of the acoustic matching element and the medium supplier protrude from the opening ; characterized in that the medium supplier surrounds at least some of lateral surfaces of the protruded portion of the acoustic matching element , wherein the lateral surfaces are surfaces of the acoustic matching element meeting with the surface of the acoustic matching element facing the inspection target.
An oral care mouth rinse composition comprising: at least one source of ionic tin; caprylyl glycol present in an amount of from 0.01% to 1% by weight of the composition; and 3-phenyl-1-propanol present in an amount of from 0.01% to 0.25% by weight of the composition. at least one source of ionic tin; caprylyl glycol present in an amount of from 0.01% to 1% by weight of the composition; and 3-phenyl-1-propanol present in an amount of from 0.01% to 0.25% by weight of the composition.
A method for optimizing thresholds based on K-edge imaging, comprising: pre-scanning (S110), by using a photon counting detector, an object to be detected according to a preset threshold group, to obtain first detection data; determining (S 120), according to the first detection data, line integral values of decomposition coefficients of individual basis functions in a basis function combination of each ray, wherein each ray has a fixed basis function combination; selecting (S 130), according to the line integral values of the decomposition coefficients of the individual basis functions in the basis function combination of the each ray, rays of which a line integral value of a contrast agent material basis function in the fixed basis function combination is greater than a preset line integration threshold; inputting (S140) detection data corresponding to each of the selected rays to a pre-trained neural network model, to obtain a local optimal threshold group of each of the selected rays; and determining (S 150), based on local optimal threshold groups, a global optimal threshold group for the K-edge imaging of the photon counting detector. pre-scanning (S110), by using a photon counting detector, an object to be detected according to a preset threshold group, to obtain first detection data; determining (S 120), according to the first detection data, line integral values of decomposition coefficients of individual basis functions in a basis function combination of each ray, wherein each ray has a fixed basis function combination; selecting (S 130), according to the line integral values of the decomposition coefficients of the individual basis functions in the basis function combination of the each ray, rays of which a line integral value of a contrast agent material basis function in the fixed basis function combination is greater than a preset line integration threshold; inputting (S140) detection data corresponding to each of the selected rays to a pre-trained neural network model, to obtain a local optimal threshold group of each of the selected rays; and determining (S 150), based on local optimal threshold groups, a global optimal threshold group for the K-edge imaging of the photon counting detector.
An etheramine mixture comprising at least 90% by weight, based on the total weight of the etheramine mixture, of an amine of Formula (I) and (II), wherein R1-R12 are independently selected from H, alkyl, cycloalkyl, aryl, alkylaryl, or arylalkyl, wherein at least one of R1-R6 and at least one of R7-R12 is different from H, wherein A1-A9 are independently selected from linear or branched alkylenes having 2 to 18 carbon atoms, preferably 2-10 carbon atoms, most preferably 2-5 carbon atoms, wherein Z1-Z4 are independently selected from OH, CH2CH2CH2NH2, NH2, NHR' or NR'R", wherein the degree of amination is < 50%, wherein R' and R" are independently selected from alkylenes having 2 to 6 carbon atoms, and wherein the sum of x+y is in the range of from 2 to 200, wherein x≥1 and y≥1; and x1 + y1 is in the range of from 2 to 200, preferably 2-20, most preferaby 2-10, wherein x1≥1 and y1≥1.
A system for lowering a core body temperature of a patient, said system comprising: an endotracheal tube with at least two lumens terminating in separate distal ports (46 and 48) to separately deliver breathing gas and frozen particles to a respiratory system of the patient; a temperature sensor configured to measure a temperature of gas being exhaled through the breathing gas lumen; a controller configured to adjust a duration of frozen particle delivery through the frozen particle lumen, whereby a target core temperature of the patient can be achieved and maintained by adjusting the duration of the frozen particle delivery in response to changes in the temperature of the exhaled gas, wherein the controller is configured to adjust the duration of frozen particle delivery by causing delivery of a series of bursts or puffs of the frozen particles. an endotracheal tube with at least two lumens terminating in separate distal ports (46 and 48) to separately deliver breathing gas and frozen particles to a respiratory system of the patient; a temperature sensor configured to measure a temperature of gas being exhaled through the breathing gas lumen; a controller configured to adjust a duration of frozen particle delivery through the frozen particle lumen, whereby a target core temperature of the patient can be achieved and maintained by adjusting the duration of the frozen particle delivery in response to changes in the temperature of the exhaled gas, wherein the controller is configured to adjust the duration of frozen particle delivery by causing delivery of a series of bursts or puffs of the frozen particles.
Elevator car comprising a frame and a removable cover plate , the cover plate comprising: at least one aperture formed in a first end of the cover plate allowing at least one fixing element extending from the frame to pass through the at least one aperture for fixing the cover plate to the frame ; and at least one permanent magnet provided at an opposing second end of the cover plate and/or at a portion of the frame abutting the second end of the cover plate ; wherein the at least one permanent magnet is configured for fixing the second end of the cover plate to a portion of the frame ; and characterized in that the second end of the cover plate is provided with a c-shaped profile configured for embracing a portion of the frame when the cover plate is mounted to the frame . at least one aperture formed in a first end of the cover plate allowing at least one fixing element extending from the frame to pass through the at least one aperture for fixing the cover plate to the frame ; and at least one permanent magnet provided at an opposing second end of the cover plate and/or at a portion of the frame abutting the second end of the cover plate ; wherein the at least one permanent magnet is configured for fixing the second end of the cover plate to a portion of the frame ; and characterized in that the second end of the cover plate is provided with a c-shaped profile configured for embracing a portion of the frame when the cover plate is mounted to the frame .
A pharmaceutical composition which comprises a stilbene, a flavonol, and a TLR4/MD2 receptor antagonist as active ingredients together with a pharmaceutically acceptable excipient, wherein the TLR4/MD2 receptor antagonist is curcumin, for use in inhibiting superactivated platelet (SAP) aggregation.
Thread delivery device with a first shaft , which is designed as a cylindrical element designed to be continuously seamless and jointless in longitudinal direction, with a second shaft , which is designed as a cylindrical element designed to be continuously seamless and jointless in longitudinal direction, with a horizontally divided housing , in which the first and second shaft are rotatably mounted parallel to one another, wherein they extend transversely through the hosing so that they are designed to jointly mount a first and second yarn bobbin on the sides of the housing and with a drive device to which a transmission arranged in the housing belongs for driving the two shafts , wherein the drive device has a belt disc and the transmission has a preferably perpendicular input shaft projecting out of the housing , which input shaft supports a gearwheel , or wherein the drive device comprises a drive motor held on the housing , which drive motor supports a gearwheel on its driven shaft, characterised in that in both alternatives the gearwheel with an additional gearwheel forms an angle drive and in that the additional gearwheel of the angled drive is connected in turn by a toothed belt to one of the shafts .
A method of manufacturing a component for a gas turbine engine , the method comprising: applying a thermoplastic polymer sheet over a composite body of the component , the composite body being formed from fibre-reinforced composite material; applying a shield over part of the composite body , the shield terminating at an end which overlies the thermoplastic polymer sheet and defines an interface between shielded and unshielded regions of the component; and pressing the shield into the thermoplastic polymer sheet so that the thermoplastic polymer sheet deforms around the end of the shield , such that the exterior profile of the component at the interface between the shielded and unshielded regions is flush. applying a thermoplastic polymer sheet over a composite body of the component , the composite body being formed from fibre-reinforced composite material; applying a shield over part of the composite body , the shield terminating at an end which overlies the thermoplastic polymer sheet and defines an interface between shielded and unshielded regions of the component; and pressing the shield into the thermoplastic polymer sheet so that the thermoplastic polymer sheet deforms around the end of the shield , such that the exterior profile of the component at the interface between the shielded and unshielded regions is flush.