mhurhangee/ep-ind-claims huggingface dataset:
A method of managing workload in a hybrid multi-node compute environment (220,300) comprising a cluster of computing devices wherein at least one first node (202,302) of the hybrid multi-node compute environment has a first operating system, comprising a Linux operating system, associated with a first resource manager and at least one second node (212,304,306) of the hybrid multi-node compute environment has a second operating system, comprising a Microsoft Windows operating system, associated with a second resource manager, the method comprising: establishing a policy that defines a certain number of nodes in the hybrid multi-node compute environment that run respectively the first operating system and the second operating system to yield an established policy; periodically performing an analysis of the hybrid multi-node compute environment to determine how well the hybrid multi-node compute environment aligns with the established policy; and based on the analysis, provisioning nodes in the hybrid multi-node compute environment to change a first node of the at least one first node from the first operating system to the second operating system according to the established policy to yield a provisioned node. establishing a policy that defines a certain number of nodes in the hybrid multi-node compute environment that run respectively the first operating system and the second operating system to yield an established policy; periodically performing an analysis of the hybrid multi-node compute environment to determine how well the hybrid multi-node compute environment aligns with the established policy; and based on the analysis, provisioning nodes in the hybrid multi-node compute environment to change a first node of the at least one first node from the first operating system to the second operating system according to the established policy to yield a provisioned node.
An inverter circuit driving a discharge lamp comprising: a pattern capacitor connected to one end side of a secondary winding of a transformer, and made of conductor patterns (9A, 9B) provided on opposed surfaces of a circuit board, and characterized in that one of said conductor patterns of said pattern capacitor is divided into a plurality of areas, and an electrostatic capacity of said pattern capacitor is made variable depending on whether a jumper pad, which is connected to each of the small areas (9B1, 9B2, 9B3, 9B4, 9B5) of said conductor pattern which are divided into the plurality of areas, is shorted or not, wherein each of said plurality of areas is provided with a leader pattern, and said jumper pads with wiring patterns opposed with minute spaces therebetween are provided midway in said leader patterns, and wherein each of said plurality of areas is capable of being connected to a low voltage side through said jumper pads. a pattern capacitor connected to one end side of a secondary winding of a transformer, and made of conductor patterns (9A, 9B) provided on opposed surfaces of a circuit board, and characterized in that one of said conductor patterns of said pattern capacitor is divided into a plurality of areas, and an electrostatic capacity of said pattern capacitor is made variable depending on whether a jumper pad, which is connected to each of the small areas (9B1, 9B2, 9B3, 9B4, 9B5) of said conductor pattern which are divided into the plurality of areas, is shorted or not, wherein each of said plurality of areas is provided with a leader pattern, and said jumper pads with wiring patterns opposed with minute spaces therebetween are provided midway in said leader patterns, and wherein each of said plurality of areas is capable of being connected to a low voltage side through said jumper pads.
An apparatus for applying negative pressure therapy to a wound, comprising: a housing comprising a source of negative pressure (150, 230) configured to be in fluidic communication with a wound dressing (120, 130), the source of negative pressure comprising at least one valve; a pressure sensor configured to measure pressure in a fluid flow path configured to fluidically connect the wound dressing and the source of negative pressure; and a controller configured to operate the source of negative pressure using a drive signal, the controller further configured to: determine a pressure measurement based on a sample of pressure measurements measured by the pressure sensor, wherein the determination is performed synchronous with opening and/or closing of the at least one valve and with operation of the source of negative pressure, and generate the drive signal based at least on the determined pressure and characterized in that pressure measured by the pressure sensor includes one or more components due to a pressure transient generated by the opening and/or closing of the at least one valve, and the one or more of the components are substantially excluded from the determination of the pressure measurement. a housing comprising a source of negative pressure (150, 230) configured to be in fluidic communication with a wound dressing (120, 130), the source of negative pressure comprising at least one valve; a pressure sensor configured to measure pressure in a fluid flow path configured to fluidically connect the wound dressing and the source of negative pressure; and a controller configured to operate the source of negative pressure using a drive signal, the controller further configured to: determine a pressure measurement based on a sample of pressure measurements measured by the pressure sensor, wherein the determination is performed synchronous with opening and/or closing of the at least one valve and with operation of the source of negative pressure, and generate the drive signal based at least on the determined pressure and characterized in that pressure measured by the pressure sensor includes one or more components due to a pressure transient generated by the opening and/or closing of the at least one valve, and the one or more of the components are substantially excluded from the determination of the pressure measurement. determine a pressure measurement based on a sample of pressure measurements measured by the pressure sensor, wherein the determination is performed synchronous with opening and/or closing of the at least one valve and with operation of the source of negative pressure, and generate the drive signal based at least on the determined pressure and characterized in that pressure measured by the pressure sensor includes one or more components due to a pressure transient generated by the opening and/or closing of the at least one valve, and the one or more of the components are substantially excluded from the determination of the pressure measurement.
A three-dimensional, 3D, object acquisition method comprising: receiving a plurality of images of a 3D object photographed by a camera with a built-in flash; reconstructing spatially-varying bidirectional reflectance distribution functions for the 3D object based on the plurality of images received; estimating shading normals for the 3D object based on the reconstructed spatially-varying bidirectional reflectance distribution functions; and acquiring 3D geometry for the 3D object based on the estimated shading normals, wherein the plurality of images are photographed under flash illumination with at least two different exposure times. receiving a plurality of images of a 3D object photographed by a camera with a built-in flash; reconstructing spatially-varying bidirectional reflectance distribution functions for the 3D object based on the plurality of images received; estimating shading normals for the 3D object based on the reconstructed spatially-varying bidirectional reflectance distribution functions; and acquiring 3D geometry for the 3D object based on the estimated shading normals, wherein the plurality of images are photographed under flash illumination with at least two different exposure times.
A base station comprising: a controller configured to extract at least one or more sub-bands of an unlicensed frequency being a frequency of which a use is not licensed for data transmission and being determined that are in an idle status or have a high possibility to be in the idle status by at least one terminal (2A, 2B) in a result of carrier sensing as candidates for sub-bands of the unlicensed frequency that a transmission terminal among the at least one terminal uses in data transmission with the device-to-device communications; a storage configured to store a result of carrier sensing performed by a terminal to perform device-to-device communications with a plurality of sub-bands in the unlicensed frequency; and a transmitter (115A, 115B) configured to transmit an allocation result of radio resources using licensed frequencies of which a use for the data transmission is licensed and candidates for the unlicensed frequency to a terminal when device-to-device communications using the licensed frequencies is performed in addition to the device-to-device communications using the sub-bands in the unlicensed frequency. a controller configured to extract at least one or more sub-bands of an unlicensed frequency being a frequency of which a use is not licensed for data transmission and being determined that are in an idle status or have a high possibility to be in the idle status by at least one terminal (2A, 2B) in a result of carrier sensing as candidates for sub-bands of the unlicensed frequency that a transmission terminal among the at least one terminal uses in data transmission with the device-to-device communications; a storage configured to store a result of carrier sensing performed by a terminal to perform device-to-device communications with a plurality of sub-bands in the unlicensed frequency; and a transmitter (115A, 115B) configured to transmit an allocation result of radio resources using licensed frequencies of which a use for the data transmission is licensed and candidates for the unlicensed frequency to a terminal when device-to-device communications using the licensed frequencies is performed in addition to the device-to-device communications using the sub-bands in the unlicensed frequency.
Computer system, comprising: - a system component with at least one expansion bus; - a non-volatile mass storage with at least one operating system stored thereon; - at least one processor coupled with the at least one expansion bus for the execution of program code of the at least one operating system; - a protocol stack (300, 400) with a bidirectional transport layer for communication via the expansion bus and a logical layer; and - a system management module arranged on the system component and having an integrated, internal memory, in which data acquired by the system management module is stored, and having an interface for the implementation of the protocol stack (300, 400); wherein - the system management module is coupled with the at least one expansion bus and the at least one expansion bus allows direct access on at least a part of the integrated memory; - the operating system provides mechanisms for access, via the expansion bus, on to the shared memory area of devices connected with the expansion bus, and a predetermined, shared memory area of the integrated memory is made available for data exchange with the operating system via the interface of the system management module using the mechanisms, wherein the bidirectional transport layer is configured for access on the shared memory area; and - the logic layer implements protocols that access the transport layer, in order to allow applications (350, 370) executed by the operating system access to the predetermined, shared memory area. - a system component with at least one expansion bus; - a non-volatile mass storage with at least one operating system stored thereon; - at least one processor coupled with the at least one expansion bus for the execution of program code of the at least one operating system; - a protocol stack (300, 400) with a bidirectional transport layer for communication via the expansion bus and a logical layer; and - a system management module arranged on the system component and having an integrated, internal memory, in which data acquired by the system management module is stored, and having an interface for the implementation of the protocol stack (300, 400); wherein - the system management module is coupled with the at least one expansion bus and the at least one expansion bus allows direct access on at least a part of the integrated memory; - the operating system provides mechanisms for access, via the expansion bus, on to the shared memory area of devices connected with the expansion bus, and a predetermined, shared memory area of the integrated memory is made available for data exchange with the operating system via the interface of the system management module using the mechanisms, wherein the bidirectional transport layer is configured for access on the shared memory area; and - the logic layer implements protocols that access the transport layer, in order to allow applications (350, 370) executed by the operating system access to the predetermined, shared memory area.
A mobile device, comprising: one or more processors configured to determine a predicted pose associated with the mobile device, the predicted pose corresponds with a first point in time, the one or more processors configured to generate a rendered image based on the predicted pose and determine an updated pose associated with the mobile device subsequent to determining the predicted pose, the updated pose corresponds with the first point in time, the one or more processors configured to identify a virtual object focused on by an end user of the mobile device and determine a depth of the virtual object within an augmented reality environment generated using the mobile device, the virtual object comprising the virtual object within the augmented reality environment that was most frequently viewed by the end user of the mobile device during a period of time prior to the first point in time; and a see-through display configured to display an updated image, wherein the updated image is generated by applying a single-plane homography to the rendered image based on a pose difference between the predicted pose and the updated pose and the depth of the virtual object within the augmented reality environment. one or more processors configured to determine a predicted pose associated with the mobile device, the predicted pose corresponds with a first point in time, the one or more processors configured to generate a rendered image based on the predicted pose and determine an updated pose associated with the mobile device subsequent to determining the predicted pose, the updated pose corresponds with the first point in time, the one or more processors configured to identify a virtual object focused on by an end user of the mobile device and determine a depth of the virtual object within an augmented reality environment generated using the mobile device, the virtual object comprising the virtual object within the augmented reality environment that was most frequently viewed by the end user of the mobile device during a period of time prior to the first point in time; and a see-through display configured to display an updated image, wherein the updated image is generated by applying a single-plane homography to the rendered image based on a pose difference between the predicted pose and the updated pose and the depth of the virtual object within the augmented reality environment.
Hearing device - with a housing, and - with a frame insertable into the housing for holding hearing device components, and - with a connecting clip, wherein the frame comprises two frame parts (3, 4), which can be joined together or are joined together substantially along a partition plane and which are mechanically connectable or connected to each other by means of the connecting clip, wherein the connecting clip has two spaced-apart and parallel pins (26, 27), which engage in two corresponding recesses (35, 36) in the respective frame parts (3, 4), so that the two frame parts (3, 4) are held together in a form-locking manner transversely to the partition plane. - with a housing, and - with a frame insertable into the housing for holding hearing device components, and - with a connecting clip,
A method comprising: receiving a context, specified by an input to a device; in response to the input, causing to record context information associated with the device, a user of the device, or a combination thereof, wherein the recorded context information includes information from one or more sensors of the device and/or information from one or more services associated with the device or the user of the device; causing to generate a context model based, at least in part, on the recorded context information; causing to associate the recorded context information with the context comprising at least in part associating the context model with the context; causing to monitor unlabeled context information associated with the device, the user of the device, or a combination thereof, in accordance with a semi-supervised processing technique; causing to compare the unlabeled context information against the recorded context information; causing to recognize the context associated with the unlabeled context information based, at least in part, on the comparison and on the context model; and causing to update the context model based, at least in part, on the recognition of the context. receiving a context, specified by an input to a device; in response to the input, causing to record context information associated with the device, a user of the device, or a combination thereof, wherein the recorded context information includes information from one or more sensors of the device and/or information from one or more services associated with the device or the user of the device; causing to generate a context model based, at least in part, on the recorded context information; causing to associate the recorded context information with the context comprising at least in part associating the context model with the context; causing to monitor unlabeled context information associated with the device, the user of the device, or a combination thereof, in accordance with a semi-supervised processing technique; causing to compare the unlabeled context information against the recorded context information; causing to recognize the context associated with the unlabeled context information based, at least in part, on the comparison and on the context model; and causing to update the context model based, at least in part, on the recognition of the context.
Rubber composition based on at least one diene elastomer, a reinforcing inorganic filler and a 1,3-dipolar compound selected from the group consisting of nitrile oxides, nitrile imines and nitrones, characterized in that the 1,3-dipolar compound corresponds to formula: Q-A-B Q containing a motif -C≡N→O, -C≡N→N- or -C=N(→O), A, preferably divalent, is an atom or group of atoms linking Q to B, B represents a carboxylic ester function corresponding to formula -C =O wherein R is a carbon-containing group that may contain at least one heteroatom. Q containing a motif -C≡N→O, -C≡N→N- or -C=N(→O), A, preferably divalent, is an atom or group of atoms linking Q to B, B represents a carboxylic ester function corresponding to formula -C =O wherein R is a carbon-containing group that may contain at least one heteroatom.
A mold cleaning system, comprising: a laser oscillator; a laser head adapted for irradiating a laser beam provided from the laser oscillator onto a molding surface of a mold; an arm adapted for freely moving the laser head three-dimensionally; and a control device adapted for controlling movement of the arm; wherein a camera adapted for acquiring three-dimensional image data of a molding surface of a mold to be cleaned is provided, wherein the laser head is adapted for irradiating laser beams and cleaning the molding surface while the laser head is moved along the molding surface by controlling the movement of the arm based on the image data acquired by the camera when cleaning the mold, characterized in that a laser head having a variable laser irradiation width is provided as the laser head and the control device is further adapted for presetting an appropriate laser irradiation width for each site to be cleaned, such that the sites to be cleaned are set to the preset laser irradiation width and cleaned. a laser oscillator; a laser head adapted for irradiating a laser beam provided from the laser oscillator onto a molding surface of a mold; an arm adapted for freely moving the laser head three-dimensionally; and a control device adapted for controlling movement of the arm;
A method of operating device-to-device, D2D, communication with a first user equipment, UE, by a second UE in a wireless communication system, the method comprising: receiving, from a base station, information on a resource set for measuring a D2D link with the first UE; measuring the D2D link with the first UE on the resource set determined based on the received information; and transmitting a D2D link failure declaration to the base station, based on a result of the measuring the D2D link with the first UE, wherein the D2D link failure declaration comprises buffer state information related to data being received from the first UE. receiving, from a base station, information on a resource set for measuring a D2D link with the first UE; measuring the D2D link with the first UE on the resource set determined based on the received information; and transmitting a D2D link failure declaration to the base station, based on a result of the measuring the D2D link with the first UE, wherein the D2D link failure declaration comprises buffer state information related to data being received from the first UE.
A method of manufacturing a ring pull crown, the method comprising the steps of: - forming a plurality of crown bodies from a first source material; - forming a plurality of pull ring and tab assemblies from a second source material; characterized in that the method comprises: - forming a plurality of ring pull crowns by combining each crown body of the plurality of crown bodies with a corresponding pull ring and tab assembly from the plurality of pull ring and tab assemblies; - forming a circumferential skirt that descends below a top of each ring pull crown; and - removing the plurality of ring pull crowns from the first source material. - forming a plurality of crown bodies from a first source material; - forming a plurality of pull ring and tab assemblies from a second source material; - forming a plurality of ring pull crowns by combining each crown body of the plurality of crown bodies with a corresponding pull ring and tab assembly from the plurality of pull ring and tab assemblies; - forming a circumferential skirt that descends below a top of each ring pull crown; and - removing the plurality of ring pull crowns from the first source material.