mhurhangee/patent-ind-claim-en huggingface dataset:
An internal ladder assembly for a rotor hub of a wind turbine the ladder assembly comprising: a plurality of platforms spaced apart circumferentially from one another, each platform defining a planar surface extending lengthwise between a first end and a second end ; and a connecting frame extending between each pair of adjacent platforms so as to couple the adjacent platforms to one another, the connecting frame extending lengthwise along a reference line defined between the adjacent platforms, wherein the platforms are positioned relative to one another such that the reference line extends at a non-perpendicular angle relative to the planar surfaces defined by the adjacent platforms; wherein the connecting frame is formed by frame members coupled to one another along the length of the connecting frame; wherein a first frame member is extended outwardly from the first end of each platform and a second frame member is extended outwardly from the second end of each platform ; and wherein the ladder assembly further comprises at least one foot support member extending from the connecting frame . a plurality of platforms spaced apart circumferentially from one another, each platform defining a planar surface extending lengthwise between a first end and a second end ; and a connecting frame extending between each pair of adjacent platforms so as to couple the adjacent platforms to one another, the connecting frame extending lengthwise along a reference line defined between the adjacent platforms, wherein the platforms are positioned relative to one another such that the reference line extends at a non-perpendicular angle relative to the planar surfaces defined by the adjacent platforms; wherein the connecting frame is formed by frame members coupled to one another along the length of the connecting frame; wherein a first frame member is extended outwardly from the first end of each platform and a second frame member is extended outwardly from the second end of each platform ; and wherein the ladder assembly further comprises at least one foot support member extending from the connecting frame .
A gas/liquid contacting vessel for treatment of a gas stream at varying mass flow rates, said vessel comprising at least two distinct gas/liquid contacting compartments separated from each other by a substantially vertical partition , each compartment having a gas inlet and a liquid outlet near a bottom end thereof and a gas outlet and a liquid inlet near a top end thereof, and a mass transfer device arranged between said bottom end and top end, wherein all gas outlets are connected to a common gas duct , characterized in that all liquid outlets are connected to a common liquid discharge duct , all gas inlets are connected to a common gas duct , and all liquid inlets are connected to a common liquid absorbent supply duct , and further in that inlet valves and outlet valves are arranged as shut-off means so as to selectively block and open fluid connection between a compartment and the common gas duct , the common liquid discharge duct , the common gas duct , the common liquid absorbent supply duct and the other compartments, so that one of said compartments is operable for gas/liquid contacting independently of another of said compartments.
A method for providing one or more content services to a virtual content repository (VCR), said method comprising: integrating a plurality of repositories into the virtual content repository (VCR); maintaining a logical hierarchical namespace that encompasses the plurality of repositories, wherein said logical hierarchical namespace comprises a plurality of nodes, wherein a node can be a hierarchy node representing hierarchy information and serving as a container for other nodes in the namespace, a content node representing content information or a schema node representing schema information indicating a predetermined data type; providing a versioning capability and a lifecycle capability to the virtual content repository, the lifecycle capability providing for transitioning a content node through a set of states according to a lifecycle definition, and the versioning capability providing for maintaining a version history for the virtual content repository to track state changes to the content node, wherein the version history can be rolled back to restore a previous state of the content node; wherein the repository stores content information in one or more of the content nodes and schema information in one or more of the schema nodes; and wherein the content and schema information is accessible through the logical hierarchical namespace via an API which presents a unified view of the plurality of repositories. integrating a plurality of repositories into the virtual content repository (VCR); maintaining a logical hierarchical namespace that encompasses the plurality of repositories, wherein said logical hierarchical namespace comprises a plurality of nodes, wherein a node can be a hierarchy node representing hierarchy information and serving as a container for other nodes in the namespace, a content node representing content information or a schema node representing schema information indicating a predetermined data type; providing a versioning capability and a lifecycle capability to the virtual content repository, the lifecycle capability providing for transitioning a content node through a set of states according to a lifecycle definition, and the versioning capability providing for maintaining a version history for the virtual content repository to track state changes to the content node, wherein the version history can be rolled back to restore a previous state of the content node; wherein the repository stores content information in one or more of the content nodes and schema information in one or more of the schema nodes; and wherein the content and schema information is accessible through the logical hierarchical namespace via an API which presents a unified view of the plurality of repositories.
An apparatus operable to communicate with a device on a channel of a restricted frequency band, the apparatus comprising: at least one processor and memory , including code , the code executable to cause the at least one processor to control the apparatus to: determine a channel set based on information associated with an operation of the device on the channel of the restricted frequency band , the channel set comprising a subset of a plurality of channels of a network in an unrestricted frequency band, wherein the channel set comprises a priority for each channel in the channel set and the at least one processor is configured to control the device to scan the channels of the channel set in an order based on the priority of each channel, and wherein the channel set is prioritized for scanning based on a received power level of signals received from the device by at least one access point over the channel of the restricted frequency band; and, initiate sending of the channel set to the device over the channel of the restricted frequency band . determine a channel set based on information associated with an operation of the device on the channel of the restricted frequency band , the channel set comprising a subset of a plurality of channels of a network in an unrestricted frequency band, wherein the channel set comprises a priority for each channel in the channel set and the at least one processor is configured to control the device to scan the channels of the channel set in an order based on the priority of each channel, and wherein the channel set is prioritized for scanning based on a received power level of signals received from the device by at least one access point over the channel of the restricted frequency band; and, initiate sending of the channel set to the device over the channel of the restricted frequency band .
A light emitting composite, comprising a light emitting element, and a three dimensional protection structure bound to the light emitting element, and surrounding the light emitting element, wherein the three dimensional protection structure is a polyorganosiloxane having a three dimensional structure comprising a SiO 3/2 moiety and a polymerizable functional group, and wherein the light emitting element comprises a quantum dot. a light emitting element, and a three dimensional protection structure bound to the light emitting element, and surrounding the light emitting element, wherein the three dimensional protection structure is a polyorganosiloxane having a three dimensional structure comprising a SiO 3/2 moiety and a polymerizable functional group, and wherein the light emitting element comprises a quantum dot.
An induction heating system for a silicon steel core with a self-adhesive coating, comprising: a conveying roller table , with a plurality of stacking molds being conveyed thereon, the stacking molds being used for placing stacked silicon steel plates therein; an induction heating device , which comprises a columnar induction heating coil with a hollow cavity, wherein the induction heating coil is arranged to carry out induction heating on a silicon steel plate at a medium frequency of 6-20 KHz, and a temperature measuring element for measuring the temperature of the silicon steel plates ; a feeding and discharging device , which conveys the stacking mold in a horizontal direction; a loading and unloading device , which is configured to convey the stacking mold in the horizontal direction to a position directly below the induction heating coil , and convey the stacking mold in a vertical direction into the hollow cavity of the induction heating device or moving the stacking mold out of the hollow cavity after completing the induction heating; and a control device, which is connected with the conveying roller table , the feeding and discharging device and the loading and unloading device , respectively, to control respective operations thereof, wherein the control device is also connected with the induction heating coil and the temperature measuring element to control an induction heating process. a conveying roller table , with a plurality of stacking molds being conveyed thereon, the stacking molds being used for placing stacked silicon steel plates therein; an induction heating device , which comprises a columnar induction heating coil with a hollow cavity, wherein the induction heating coil is arranged to carry out induction heating on a silicon steel plate at a medium frequency of 6-20 KHz, and a temperature measuring element for measuring the temperature of the silicon steel plates ; a feeding and discharging device , which conveys the stacking mold in a horizontal direction; a loading and unloading device , which is configured to convey the stacking mold in the horizontal direction to a position directly below the induction heating coil , and convey the stacking mold in a vertical direction into the hollow cavity of the induction heating device or moving the stacking mold out of the hollow cavity after completing the induction heating; and a control device, which is connected with the conveying roller table , the feeding and discharging device and the loading and unloading device , respectively, to control respective operations thereof, wherein the control device is also connected with the induction heating coil and the temperature measuring element to control an induction heating process.
Sensor module, comprising a master sensor unit configured to sense a first environmental parameter, a slave sensor unit configured to sense a second environmental parameter, a common substrate on which the master sensor unit and the slave sensor unit are mounted, a digital bus interface configured for communication between the master sensor unit and the slave sensor unit , wherein the master sensor unit is embodied as a first chip, and the slave sensor unit is embodied as a second chip, characterized in that the master sensor unit comprises a non-volatile memory configured to store calibration data and configuration data of the master sensor unit and the slave sensor unit , the master sensor unit and the at least one slave sensor unit are configured to operate synchronously, based on a common clock with a common clock period and common phase for each sensor unit, the common clock and a reset signal are supplied to the at least one slave sensor unit via a combined signal over the digital bus interface on a single pin, a reset pulse is derived from the combined signal in the at least one slave sensor unit if the common clock period deviates from a nominal common clock period in a defined way. a master sensor unit configured to sense a first environmental parameter, a slave sensor unit configured to sense a second environmental parameter, a common substrate on which the master sensor unit and the slave sensor unit are mounted, a digital bus interface configured for communication between the master sensor unit and the slave sensor unit , wherein the master sensor unit is embodied as a first chip, and the slave sensor unit is embodied as a second chip, characterized in that the master sensor unit comprises a non-volatile memory configured to store calibration data and configuration data of the master sensor unit and the slave sensor unit , the master sensor unit and the at least one slave sensor unit are configured to operate synchronously, based on a common clock with a common clock period and common phase for each sensor unit, the common clock and a reset signal are supplied to the at least one slave sensor unit via a combined signal over the digital bus interface on a single pin, a reset pulse is derived from the combined signal in the at least one slave sensor unit if the common clock period deviates from a nominal common clock period in a defined way.
A method for tuning filter parameters of a noise cancellation enabled audio system with an ear mountable playback device (HP, MP) comprising a speaker (SP) and a feedback noise microphone (FB_MIC) located in proximity to the speaker (SP), the method comprising: - providing a first acoustic transfer function (DFBM) between the speaker (SP) and the feedback noise microphone (FB_MIC); - providing a second acoustic transfer function (DE) between the speaker (SP) and an eardrum (ED) being exposed to the speaker (SP); - providing a third acoustic transfer function (AE) between an ambient sound source (ASS) and the eardrum (ED); - providing a fourth acoustic transfer function (AFBM) between the ambient sound source (ASS) and the feedback noise microphone (FB_MIC); - tuning parameters of a feedback filter function (B) being designed to process a feedback noise signal (fb0) obtained with the feedback noise microphone (FB_MIC); and - determining a noise cancellation performance of the audio system at the eardrum (ED) based on each of the first, second, third and fourth acoustic transfer functions (DFBM, DE, AE, AFBM) and on the feedback filter function (B) . - providing a first acoustic transfer function (DFBM) between the speaker (SP) and the feedback noise microphone (FB_MIC); - providing a second acoustic transfer function (DE) between the speaker (SP) and an eardrum (ED) being exposed to the speaker (SP); - providing a third acoustic transfer function (AE) between an ambient sound source (ASS) and the eardrum (ED); - providing a fourth acoustic transfer function (AFBM) between the ambient sound source (ASS) and the feedback noise microphone (FB_MIC); - tuning parameters of a feedback filter function (B) being designed to process a feedback noise signal (fb0) obtained with the feedback noise microphone (FB_MIC); and - determining a noise cancellation performance of the audio system at the eardrum (ED) based on each of the first, second, third and fourth acoustic transfer functions (DFBM, DE, AE, AFBM) and on the feedback filter function (B) .
A method of efficiently creating a photomap of a survey area, the method comprising: moving image capture devices, located on one (110/120) or more vehicles, relative to the survey area, locations of the image capturing devices relative to one another being known; capturing, during vehicle movement, images at two or more resolutions, the resolutions comprising at least a lower resolution and a higher resolution, using two or more image capturing devices, the images being captured along survey paths which are substantially parallel to a direction of vehicle motion; arranging that timing of image captures for each resolution is such that images for each resolution overlap sequentially in a direction parallel to the direction of vehicle motion, and characterised by : the percentage of overlap being greatest for a lowest of the lower resolution images compared with the percentage(s) of overlap for the higher resolution images; identifying common points in a plurality of a highest of the higher resolution images and in a plurality of the lower resolution images, estimating, via bundle adjustment, interior and exterior orientations for each image captured at the highest resolution, using said identified common ground points, and merging, using the estimated interior and exterior orientations, the images captured at the highest resolution to create the photomap. moving image capture devices, located on one (110/120) or more vehicles, relative to the survey area, locations of the image capturing devices relative to one another being known; capturing, during vehicle movement, images at two or more resolutions, the resolutions comprising at least a lower resolution and a higher resolution, using two or more image capturing devices, the images being captured along survey paths which are substantially parallel to a direction of vehicle motion; arranging that timing of image captures for each resolution is such that images for each resolution overlap sequentially in a direction parallel to the direction of vehicle motion, and characterised by : the percentage of overlap being greatest for a lowest of the lower resolution images compared with the percentage(s) of overlap for the higher resolution images; identifying common points in a plurality of a highest of the higher resolution images and in a plurality of the lower resolution images, estimating, via bundle adjustment, interior and exterior orientations for each image captured at the highest resolution, using said identified common ground points, and merging, using the estimated interior and exterior orientations, the images captured at the highest resolution to create the photomap.
An article comprising: a substrate containing silicon; and an environmental barrier coating , the environmental barrier coating comprising: an environmental barrier layer applied to the substrate ; said environmental barrier layer comprising an oxide matrix surrounding a fiber-reinforcement structure and a self-healing phase interspersed throughout said oxide matrix , wherein said self-healing phase comprises a material configured to form a liquid and be sufficiently fluid to flow into cracks formed in said oxide matrix during operation at predetermined temperatures; wherein said fiber-reinforcement structure comprises a continuous weave of fibers; wherein the substrate includes portions that are configured to experience forces in a load bearing stress direction ; wherein said fiber-reinforcement structure comprises at least one first fiber bundle oriented along the load bearing stress direction of said substrate ; wherein said fiber-reinforcement structure comprises at least one second fiber bundle oriented orthogonal to said first fiber bundle orientation; wherein said fiber reinforcement structure comprises at least one third fiber woven between said first fiber bundle and said second fiber bundle . a substrate containing silicon; and an environmental barrier coating , the environmental barrier coating comprising: an environmental barrier layer applied to the substrate ; said environmental barrier layer comprising an oxide matrix surrounding a fiber-reinforcement structure and a self-healing phase interspersed throughout said oxide matrix , wherein said self-healing phase comprises a material configured to form a liquid and be sufficiently fluid to flow into cracks formed in said oxide matrix during operation at predetermined temperatures; wherein said fiber-reinforcement structure comprises a continuous weave of fibers; wherein the substrate includes portions that are configured to experience forces in a load bearing stress direction ; wherein said fiber-reinforcement structure comprises at least one first fiber bundle oriented along the load bearing stress direction of said substrate ; wherein said fiber-reinforcement structure comprises at least one second fiber bundle oriented orthogonal to said first fiber bundle orientation;
A single-molecule DNA-targeting RNA which binds to a site-directed modifying polypeptide and targets said site-directed modifying polypeptide to a specific location within a target DNA, wherein said single-molecule DNA-targeting RNA comprises: (a) a DNA-targeting segment comprising a nucleotide sequence that is complementary to a sequence in said target DNA, and (b) a protein-binding segment that interacts with said site-directed modifying polypeptide which is a naturally-occurring Cas9 endonuclease, wherein the protein-binding segment comprises two complementary stretches of nucleotides that hybridize to form a double stranded RNA (dsRNA) duplex, and wherein said single-molecule DNA-targeting RNA, together with said site-directed modifying polypeptide which is a naturally-occurring Cas9 endonuclease, provides for site-specific cleavage of said target DNA to generate a double-stranded break. (a) a DNA-targeting segment comprising a nucleotide sequence that is complementary to a sequence in said target DNA, and (b) a protein-binding segment that interacts with said site-directed modifying polypeptide which is a naturally-occurring Cas9 endonuclease, wherein the protein-binding segment comprises two complementary stretches of nucleotides that hybridize to form a double stranded RNA (dsRNA) duplex, and
Numerical control machine for cutting at least one sheet or a multilayer of sheets of material to be processed, comprising an accessory device for simplifying the feeding of sheets of material to be cut, wherein the accessory device comprises: - a loading plane associated with a front portion of the machine to receive the free end of the sheets; - an interposition plate supported parallel to the plane and partially projecting towards the machine; characterised in that said accessory device comprises : - means for adjusting the projection of the plate with respect to the plane , and in that said plate is slidingly foldaway guided below the plane . - a loading plane associated with a front portion of the machine to receive the free end of the sheets; - an interposition plate supported parallel to the plane and partially projecting towards the machine; characterised in that said accessory device comprises : - means for adjusting the projection of the plate with respect to the plane , and in that said plate is slidingly foldaway guided below the plane .
A glass substrate satisfying the following relationship: Young ′ s modulus GPa × average coefficient of thermal expansion at 50 − 350 ° C ppm / ° C ≤ 300 GPa ⋅ ppm / ° C , and having a relative permittivity as measured at 20°C and 35 GHz of 10 or less and a dielectric loss tangent as measured at 20°C and 35 GHz of 0.006 or less, and wherein at least a part of an end surface thereof is chamfered. having a relative permittivity as measured at 20°C and 35 GHz of 10 or less and a dielectric loss tangent as measured at 20°C and 35 GHz of 0.006 or less, and wherein at least a part of an end surface thereof is chamfered.