mhurhangee/ep-ind-claims huggingface dataset:
Method in a monitoring device for generating a transformation function mapping position detections of objects in a scene, detected with a positioning device, to a graphical representation of the scene, comprising; detecting a first position of an object positioned in a first calibration position in the scene with the positioning device, wherein the detected first position is a position relative to the position of the positioning device, receiving a first set of image coordinates representing the first calibration position in the graphical representation of the scene performed in response to requesting a user to mark the first location in a graphical user interface of the positioning device displaying the graphical representation of the scene representing the first calibration position in the graphical representation, storing the received first set of image coordinates and the, by the positioning device, detected first position corresponding to the first calibration position in a memory, detecting a second position of an object positioned in a second calibration position in the scene with the positioning device, wherein the detected second position is a position relative to the position of the positioning device, receiving a second set of image coordinates representing the second calibration position in the graphical representation of the scene performed in response to requesting a user to mark the second location in a graphical user interface of the positioning device displaying the graphical representation of the scene representing the second calibration position in the graphical representation, storing the received second set of image coordinates and the, by the positioning device, detected second position corresponding to the second calibration position in a memory, and, generating a transformation function mapping position detections from the positioning device to locations in the graphical representation of the scene by comparing the stored first set of image coordinates and the, with the positioning device, detected first position corresponding to the first calibration position to the stored second set of image coordinates and the, with the positioning device, detected second position corresponding to the second calibration position wherein the transformation function is able to handle translation, rotation and scaling transformations from a coordinate system of the position detections by the positioning device to the graphical representation of the scene.
A signal processing method, comprising: acquiring at least two channel sound signals, and performing Short-Time Fourier Transform, STFT, on each channel sound signal to acquire a frequency-domain audio signal corresponding to each channel sound signal; acquiring beam forming output signals of a beam group corresponding to an audio signal of each frequency point according to preset weight vectors of multiple directions and the frequency-domain audio signal corresponding to each channel sound signal; acquiring an output direction of the beam group according to beam energy of different frequency points in same directions; and acquiring time-domain sound signals output after beam forming in the output direction; wherein acquiring the output direction of the beam group according to the beam energy of different frequency points in the same directions comprises: summating the beam energy of different frequency points in the same directions, and selecting a direction with maximum beam energy as the output direction. acquiring at least two channel sound signals, and performing Short-Time Fourier Transform, STFT, on each channel sound signal to acquire a frequency-domain audio signal corresponding to each channel sound signal; acquiring beam forming output signals of a beam group corresponding to an audio signal of each frequency point according to preset weight vectors of multiple directions and the frequency-domain audio signal corresponding to each channel sound signal; acquiring an output direction of the beam group according to beam energy of different frequency points in same directions; and acquiring time-domain sound signals output after beam forming in the output direction; wherein acquiring the output direction of the beam group according to the beam energy of different frequency points in the same directions comprises: summating the beam energy of different frequency points in the same directions, and selecting a direction with maximum beam energy as the output direction.
A water-soluble unit dose article comprising a water-soluble film and a liquid detergent composition comprising between 25% and 55% by weight of the liquid detergent composition of a non-soap surfactant, wherein the non-soap surfactant comprises an anionic surfactant and a non-ionic surfactant and wherein the weight ratio of anionic surfactant to non-ionic surfactant is between 23:1 to 2.5:1; and wherein the liquid detergent composition comprises an encapsulated enzyme, and wherein the encapsulated enzyme is of the core-shell type, wherein the enzyme is located within the core; and wherein, the liquid detergent composition comprises between 0.0001% and 0.75%, by weight of the liquid laundry detergent composition of the encapsulated enzyme, meaning the weight percentage of the enzyme protein only excluding the weight percentage of any other materials such as the shell that is present in the encapsulate, and wherein the liquid detergent composition comprises hydrogenated castor oil, perfume esters, polyester terephthalate polymer or a mixture thereof.
A computer implemented method of performing disaster recovery testing for a customer server system that has an associated backup of server system data of the customer server system comprised on a cloud-based backup system, the method comprising the steps of: receiving a server recovery request at a portal for a rebuild of at least part of the customer server system, wherein the source of the received request is the cloud-based backup system; sending a request from the portal to a cloud-based data centre for on-demand provisioning of cloud-based server resources, wherein the request includes information on the location of at least part of the backup of the server system data to enable the deployment of a rebuild of at least part of the customer server system at the cloud-based data centre; sending, in dependence on location information obtained from the received request, a request from the cloud-based data centre to the cloud-based backup system for at least some of the backup of server system data; sending, in response to receiving the request from the cloud-based data centre, a copy of the requested backup server system data from the cloud-based backup system to the cloud-based data centre to enable the deployment, at the cloud-based data centre, of a rebuild of at least part of the customer server system, wherein said copy of the requested backup server system data is not sent to the cloud-based data centre via said portal; rebuilding at least part of the customer server system, at the cloud-based data centre, in dependence on the received backup of server system data and the information in the received request; wherein the cloud-based data centre is remote from the cloud-based backup system. receiving a server recovery request at a portal for a rebuild of at least part of the customer server system, wherein the source of the received request is the cloud-based backup system; sending a request from the portal to a cloud-based data centre for on-demand provisioning of cloud-based server resources, wherein the request includes information on the location of at least part of the backup of the server system data to enable the deployment of a rebuild of at least part of the customer server system at the cloud-based data centre; sending, in dependence on location information obtained from the received request, a request from the cloud-based data centre to the cloud-based backup system for at least some of the backup of server system data; sending, in response to receiving the request from the cloud-based data centre, a copy of the requested backup server system data from the cloud-based backup system to the cloud-based data centre to enable the deployment, at the cloud-based data centre, of a rebuild of at least part of the customer server system, wherein said copy of the requested backup server system data is not sent to the cloud-based data centre via said portal; rebuilding at least part of the customer server system, at the cloud-based data centre, in dependence on the received backup of server system data and the information in the received request; wherein the cloud-based data centre is remote from the cloud-based backup system.
An espagnolette handle for a truck door comprising: - a base intended to be secured to said door, said base defining a base plane; - a rotating arm mounted movably on said base intended to be rigidly secured to an espagnolette bar to rotate said espagnolette bar between a closed position where said rotating arm is folded against said base and an open position where said rotating arm is spaced from said base; - a hook mounted movable in rotation on said base to switch between a retaining position in which said hook retains said rotating arm in the closed position and a release position of said rotating arm; and - a mechanism for locking and unlocking the handle in the closed position comprising a motor, a rotary cam and a system for transmitting (48, 68) the movement of said motor to said cam, said transmission system (48, 68) being adapted to drive said cam in rotation about a cam axis perpendicular to said base plane between a locked position in which said cam prohibits the switching of said hook toward said release position and an unlocked position in which said cam allows the switching of said hook to said release position, characterized in that: - said motor is a rotary motor about a motor axis; - said transmission system (48, 69) is formed by a worm coupled to a shaft of said motor and by teeth present on a cylindrical outer surface of said cam and meshing with said worm. - a base intended to be secured to said door, said base defining a base plane; - a rotating arm mounted movably on said base intended to be rigidly secured to an espagnolette bar to rotate said espagnolette bar between a closed position where said rotating arm is folded against said base and an open position where said rotating arm is spaced from said base; - a hook mounted movable in rotation on said base to switch between a retaining position in which said hook retains said rotating arm in the closed position and a release position of said rotating arm; and - a mechanism for locking and unlocking the handle in the closed position comprising a motor, a rotary cam and a system for transmitting (48, 68) the movement of said motor to said cam, said transmission system (48, 68) being adapted to drive said cam in rotation about a cam axis perpendicular to said base plane between a locked position in which said cam prohibits the switching of said hook toward said release position and an unlocked position in which said cam allows the switching of said hook to said release position, - said motor is a rotary motor about a motor axis; - said transmission system (48, 69) is formed by a worm coupled to a shaft of said motor and by teeth present on a cylindrical outer surface of said cam and meshing with said worm.
Tensioning device for a belt or chain transmission, comprising at least one first pivoting element, on which a first tensioning element is mounted such that it can rotate about a first tensioning axis of rotation, and at least one second pivoting element, on which a second tensioning element is mounted such that it can rotate about a second tensioning axis of rotation and which, in operation, is coupled to the first pivoting element such that it can be moved pivotably at least about a pivot axis, and at least one resetting element, which, to form a tensioning torque acting at least partially about the pivot axis, is arranged between the first pivoting element and the second pivoting element, wherein the tensioning device has at least one adjusting device designed to adjust the tensioning torque, which is comprised by at least one of the pivoting elements (4, 14) and is designed for the variable positioning of the resetting element on the pivoting element (4, 14), characterized in that the adjusting device has a plurality of positioning aids arranged at a distance from one another in an adjustment direction for positioning the resetting element, wherein at least one positioning aid of the adjusting device of the first and/or the second pivoting element (4, 14) is further apart from the pivot axis than the first or second tensioning axis of rotation (8, 18).
A nanopore sensor comprising: a self-supported solid state membrane having a thickness, between a first membrane surface and a second membrane surface opposite the first membrane surface, that is less than 1 nm; a nanopore extending through the membrane thickness between the first and second membrane surfaces and having a diameter that is greater than the membrane thickness; a first reservoir including an ionic solution, the first reservoir disposed in fluidic connection with the membrane to expose the first membrane surface and the nanopore to the ionic solution and species in the ionic solution; a second reservoir including an ionic solution, the second reservoir disposed in fluidic connection with the membrane to expose the second membrane surface and the nanopore to the ionic solution in the second reservoir, the second reservoir arranged to collect the species and ionic solution after translocation of the species and ionic solution through the nanopore from the first membrane surface to the second membrane surface, the membrane arranged as a structural barrier between the first reservoir and the second reservoir; and an electrical circuit connected with the nanopore through the extent of the membrane from the first reservoir to the second reservoir to measure flow of ionic current through the nanopore. a self-supported solid state membrane having a thickness, between a first membrane surface and a second membrane surface opposite the first membrane surface, that is less than 1 nm; a nanopore extending through the membrane thickness between the first and second membrane surfaces and having a diameter that is greater than the membrane thickness; a first reservoir including an ionic solution, the first reservoir disposed in fluidic connection with the membrane to expose the first membrane surface and the nanopore to the ionic solution and species in the ionic solution; a second reservoir including an ionic solution, the second reservoir disposed in fluidic connection with the membrane to expose the second membrane surface and the nanopore to the ionic solution in the second reservoir, the second reservoir arranged to collect the species and ionic solution after translocation of the species and ionic solution through the nanopore from the first membrane surface to the second membrane surface, the membrane arranged as a structural barrier between the first reservoir and the second reservoir; and an electrical circuit connected with the nanopore through the extent of the membrane from the first reservoir to the second reservoir to measure flow of ionic current through the nanopore.
A package for providing an enclosed interior environment capable of being sterilized, the package comprising a gas permeable fibrous nonwoven sheet structure, polymeric tie layer, and package substrate, the nonwoven sheet structure having a first surface and a second surface; the enclosed interior environment being formed by sealing an area of contact between the first surface of the nonwoven sheet structure and the package structure, the sealed area of contact being formed by the polymeric tie layer, wherein the first surface of the nonwoven sheet structure is pre-bonded with an embossed impression pattern at least within the sealed area of contact, and wherein the second surface of the nonwoven sheet structure has a smooth surface free of any embossing.
A turbine blade of a turbine engine comprising an upper surface, a lower surface, a leading edge, a trailing edge, and a squealer tip at its top, said squealer tip being defined by a rim and comprises an inner rib which is spaced from the rim defining said squealer tip, characterized in that said inner rib is formed to delimit inside the squealer tip a cavity, inside which the transit of leakage flows is limited, the cavity being formed by a portion of the bottom of the squealer tip which is surrounded by the inner rib.
A method of reducing device variability and increasing the average capacity within a population of two-layer filtration devices through selective layering of membranes, wherein the devices comprise a housing having an inlet and an outlet spaced from said inlet, and a plurality of membranes, including at least an upstream membrane and at least a downstream membrane, wherein the upstream membrane is closest to the inlet and the downstream membrane is closest to the outlet, wherein said method comprises: (a) providing a plurality of batches of performance rated membranes, each qualified as a single product under a single standard of permeability, retention and capacity as meeting all specifications with regard to form, function and performance, including pore size rating, wherein a batch is defined as a manufactured roll of membrane; (b) characterizing each batch by its capacity determined by testing; (c) sorting the batches according to capacity; (d) matching the batches based upon capacity by pairing batches by first matching those with the highest capacity to those with the lowest capacity, then by matching those with the highest capacity of the available membranes remaining to those with the lowest capacity of the available membranes remaining; and (e) assembling each device by selecting membranes from a matched pair of the said batches, wherein the higher capacity membrane is designated as the upstream membrane of the device. (a) providing a plurality of batches of performance rated membranes, each qualified as a single product under a single standard of permeability, retention and capacity as meeting all specifications with regard to form, function and performance, including pore size rating, wherein a batch is defined as a manufactured roll of membrane; (b) characterizing each batch by its capacity determined by testing; (c) sorting the batches according to capacity; (d) matching the batches based upon capacity by pairing batches by first matching those with the highest capacity to those with the lowest capacity, then by matching those with the highest capacity of the available membranes remaining to those with the lowest capacity of the available membranes remaining; and (e) assembling each device by selecting membranes from a matched pair of the said batches, wherein the higher capacity membrane is designated as the upstream membrane of the device.
An air-conditioning device including a refrigerant circuit in which a compressor, an outdoor heat exchanger, an indoor heat exchanger and an electronic expansion valve are connected to one another via refrigerant piping, the air-conditioning device comprising: a bypass passage communicatively connecting a middle compression chamber and a low pressure space, the middle compression chamber being a chamber to accommodate a refrigerant undergoing compression by the compressor, the low pressure space being a space to accommodate the refrigerant having a pressure lower than a pressure of the refrigerant in the middle compression chamber; a bypass valve to open or close the bypass passage; and a controller configured to execute degree-of-superheat control in which a degree of opening of the electronic expansion valve is set based on a degree of superheat of the refrigerant, wherein based on a change from a closed state of the bypass valve to an open state of the bypass valve, the controller is configured to start restriction processing in which the degree of opening of the electronic expansion valve is corrected to a value that is less than the value set by the degree-of-superheat control. a bypass passage communicatively connecting a middle compression chamber and a low pressure space, the middle compression chamber being a chamber to accommodate a refrigerant undergoing compression by the compressor, the low pressure space being a space to accommodate the refrigerant having a pressure lower than a pressure of the refrigerant in the middle compression chamber; a bypass valve to open or close the bypass passage; and a controller configured to execute degree-of-superheat control in which a degree of opening of the electronic expansion valve is set based on a degree of superheat of the refrigerant, wherein based on a change from a closed state of the bypass valve to an open state of the bypass valve, the controller is configured to start restriction processing in which the degree of opening of the electronic expansion valve is corrected to a value that is less than the value set by the degree-of-superheat control.
Process for the production of wood-fibre insulation mats, characterized in that the wood dust arising in at least one step after the defibration of the wood chips to give wood fibres in the production process for the wood-fibre insulation mats is subjected to at least one washing step.
Method for authorizing an authenticated user of a communications terminal, the terminal being intended to connect to a packet switching network via an access gateway to which the terminal is attached in a current network, the method being implemented by a current authentication server (cAAA, vAAA) in the current network and comprising the following steps: • reception (cl02, v202, v302) of a user authorization request originating from the access gateway, comprising an identifier of the user, • sending (cl07, v207, v307) of a user authorization response destined for the access gateway, comprising authorization parameters in respect of the user, characterized in that the user authorization response furthermore comprises a unique identifier of an authentication server that authenticated the user, other than the current authentication server. • reception (cl02, v202, v302) of a user authorization request originating from the access gateway, comprising an identifier of the user, • sending (cl07, v207, v307) of a user authorization response destined for the access gateway, comprising authorization parameters in respect of the user,