mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner that is fitted on a wall surface in a room and that conditions air taken in through an intake port and then blows the air out in a direction downward relative to a horizontal direction and in a direction obliquely upward relative to the horizontal direction through an entire blow-out port, comprising: a wind guide plate that is provided at the blow-out port to direct the air in a predetermined direction; and characterised by an ion generating device that generates ions; and an ion sensor that detects an ion concentration in the room, wherein the ions are, along with the conditioned air, blown out through the blow-out port into the room, and the direction in which the conditioned air is blown out is varied by the wind guide plate based on the variation of the ion concentration detected by the ion sensor. a wind guide plate that is provided at the blow-out port to direct the air in a predetermined direction; and characterised by an ion generating device that generates ions; and an ion sensor that detects an ion concentration in the room, wherein the ions are, along with the conditioned air, blown out through the blow-out port into the room, and the direction in which the conditioned air is blown out is varied by the wind guide plate based on the variation of the ion concentration detected by the ion sensor.
A method of operating a Home Subscriber Server, HSS, to obtain location and/or status information for a user terminal connected to an Evolved Packet Core network, the user terminal being registered with the HSS at a first mobility management node in a first radio access technology and a second mobility management node in a second radio access technology, the method comprising: receiving a request for location and/or status information for the user terminal from an application server (B1, C1, D4); sending a request for location and/or status information for the user terminal to both the first mobility management node and the second mobility management node (B2, C2, D5); receiving a response from the first mobility management node and/or the second mobility management node, the responses including the requested information (B4, C4, D6); and sending the requested information received from the first mobility management node and/or the second mobility management node to the application server (B5, C6, D7). receiving a request for location and/or status information for the user terminal from an application server (B1, C1, D4); sending a request for location and/or status information for the user terminal to both the first mobility management node and the second mobility management node (B2, C2, D5); receiving a response from the first mobility management node and/or the second mobility management node, the responses including the requested information (B4, C4, D6); and sending the requested information received from the first mobility management node and/or the second mobility management node to the application server (B5, C6, D7).
Use of a H3.1 histone isoform of a cell free nucleosome as a biomarker in a plasma sample, for the diagnosis or detection of a vascular or haematological cancer.
A system for rendering a soft shadow, the system comprising: a processor; and a computer-readable medium storing instructions that are operative when executed by the processor to: obtain a position and a size of a shadow casting element; obtain a direction of a light vector; based at least on a distance between the shadow casting element and a shadowed element, a relative direction between the shadow casting element and the shadowed element, and the direction of the light vector, determine a shadow position, a shadow size, and a shadow fading; based at least on the shadow position, the shadow size, and the shadow fading, render a shadow for the shadow casting element on the shadowed element; and attach a script to the shadowed element that passes information to a shader for dynamic updating of the shadow, wherein said information comprises the position and size of the shadow casting element, for dynamic updating of the rendered shadow a processor; and a computer-readable medium storing instructions that are operative when executed by the processor to: obtain a position and a size of a shadow casting element; obtain a direction of a light vector; based at least on a distance between the shadow casting element and a shadowed element, a relative direction between the shadow casting element and the shadowed element, and the direction of the light vector, determine a shadow position, a shadow size, and a shadow fading; based at least on the shadow position, the shadow size, and the shadow fading, render a shadow for the shadow casting element on the shadowed element; and attach a script to the shadowed element that passes information to a shader for dynamic updating of the shadow, wherein said information comprises the position and size of the shadow casting element, for dynamic updating of the rendered shadow obtain a position and a size of a shadow casting element; obtain a direction of a light vector; based at least on a distance between the shadow casting element and a shadowed element, a relative direction between the shadow casting element and the shadowed element, and the direction of the light vector, determine a shadow position, a shadow size, and a shadow fading; based at least on the shadow position, the shadow size, and the shadow fading, render a shadow for the shadow casting element on the shadowed element; and attach a script to the shadowed element that passes information to a shader for dynamic updating of the shadow, wherein said information comprises the position and size of the shadow casting element, for dynamic updating of the rendered shadow
A method for servicing a call between a caller and an interactive voice response system, the method comprising: servicing the call by predicting information to be used in servicing the call, wherein the predicting comprises analyzing, with a processor, data reflecting behavior by the caller in one or more prior calls with the interactive voice response system, the method characterized by calculating a confidence value associated with the predicted information, the method further comprising: servicing the call by using the predicted information if the confidence value is above a predetermined threshold. servicing the call by predicting information to be used in servicing the call, wherein the predicting comprises analyzing, with a processor, data reflecting behavior by the caller in one or more prior calls with the interactive voice response system, the method characterized by calculating a confidence value associated with the predicted information, the method further comprising: servicing the call by using the predicted information if the confidence value is above a predetermined threshold. servicing the call by using the predicted information if the confidence value is above a predetermined threshold.
A guiding device for home position of radioactive wastes drum, wherein the guiding device comprises: - a main body; - guide protrusions, - a fixing plate, and - a support; wherein the main body includes an anchor bolt hole and has a ring or circular disk shape having a diameter smaller than of the radioactive wastes drum, wherein the guide protrusions having a slope and are connected at the outer vertical surface of the main boddy and the hight of the guide protrusions are lower than the edge of the radioactive wastes drum, characterised in that the fixing plate comprises a magnet, for fixating the fixing plate with the top of the radioactive wastes drum; wherein an upper end of the support is connected with the main body and an lower end of the support is connected with the fixing plate for longitudinally separating the main body from the fixing plate by forming a regularly-spaced gap. - a main body; - guide protrusions, - a fixing plate, and - a support;
Micromechanical component (2, 4, 5, 6, 7, 8, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 22, 23, 24, 26, 28) for a timepiece movement including a metal body formed using a single high-interstitial austenitic steel type material including at least nitrogen and carbon as interstitial atoms, the sum of the mass percentages of carbon and nitrogen in the metal body being comprised between 0.60% and 0.95%, characterized in that the mass percentage ratio of carbon to nitrogen in the metal body is comprised between 0.25 and 0.55.
A method for monitoring the tightness of a bolted connection, comprising: using an impact device to apply at least one percussive tap to a portion of a plurality of known bolted connections, wherein each known bolted connection has a known tightness, to produce a model acoustic signal for each known bolted connection; recording the model acoustic signals using a recording device to produce model acoustic data; extracting features from the model acoustic data wherein the features are correlated with the known tightness of each known bolted connection; using the features and the known tightness of each known bolted connection to generate a model for predicting tightness of a bolted connection using an acoustic signal; using the impact device to apply at least one percussive tap to a portion of an unknown bolted connection having an unknown tightness to produce an unknown acoustic signal for the unknown bolted connection; recording the unknown acoustic signal for the unknown bolted connection using a recording device to produce unknown acoustic data; extracting the features from the unknown acoustic data; and using the model to predict the tightness of the unknown bolted connection using the features extracted from the unknown acoustic data, the method being characterised in that the model is a decision tree model, and in that the features are power spectrum density at selected frequency ranges. using an impact device to apply at least one percussive tap to a portion of a plurality of known bolted connections, wherein each known bolted connection has a known tightness, to produce a model acoustic signal for each known bolted connection; recording the model acoustic signals using a recording device to produce model acoustic data; extracting features from the model acoustic data wherein the features are correlated with the known tightness of each known bolted connection; using the features and the known tightness of each known bolted connection to generate a model for predicting tightness of a bolted connection using an acoustic signal; using the impact device to apply at least one percussive tap to a portion of an unknown bolted connection having an unknown tightness to produce an unknown acoustic signal for the unknown bolted connection; recording the unknown acoustic signal for the unknown bolted connection using a recording device to produce unknown acoustic data; extracting the features from the unknown acoustic data; and using the model to predict the tightness of the unknown bolted connection using the features extracted from the unknown acoustic data, the method being characterised in that the model is a decision tree model, and in that the features are power spectrum density at selected frequency ranges.
A method of transferring encrypted digital content from a digital recording device, the method comprising: receiving, by a service provider system, an indication that a first recording device at a subscriber location is being replaced, the first recording device storing encrypted digital content and a digital key for decrypting at least part of the encrypted digital content; determining, by the service provider system, whether a second recording device replacing the first recording device is available to receive the encrypted digital content; responsive to determining that the second recording device is not available to receive the encrypted digital content, transmitting, by the service provider system to the first recording device, instructions to transmit the encrypted digital content to a storage device and transmit the digital key to the service provider system; storing, by the service provider system, the digital key received from the first recording device; and responsive to receiving an indication that the second recording device is available to receive the encrypted digital content, transmitting, by the service provider system to the second recording device, the stored digital key and transmitting, by the service provider system, an instruction to the storage device to transmit the encrypted digital content to the second recording device. receiving, by a service provider system, an indication that a first recording device at a subscriber location is being replaced, the first recording device storing encrypted digital content and a digital key for decrypting at least part of the encrypted digital content; determining, by the service provider system, whether a second recording device replacing the first recording device is available to receive the encrypted digital content; responsive to determining that the second recording device is not available to receive the encrypted digital content, transmitting, by the service provider system to the first recording device, instructions to transmit the encrypted digital content to a storage device and transmit the digital key to the service provider system; storing, by the service provider system, the digital key received from the first recording device; and responsive to receiving an indication that the second recording device is available to receive the encrypted digital content, transmitting, by the service provider system to the second recording device, the stored digital key and transmitting, by the service provider system, an instruction to the storage device to transmit the encrypted digital content to the second recording device.
Computer-implemented method for measuring progress in the construction of a building, wherein a) a digital building model of the building is read in, b) a spatial arrangement of a building element surface (F1,...,F4) in the building is determined on the basis of the building model for a respective building element (BE1,...,BE4), c) the building is scanned by means of a 3D scanner (S3D), wherein a multiplicity of spatial scanning points (P, P') are generated, d) at least some of the scanning points (P, P') are assigned to spatially corresponding building element surfaces (F1,...,F4), characterized in that e) a building element surface-specific depth map is generated for a respective building element surface (F1,...,F4) on the basis of the scanning points (P, P') specifically assigned to this building element surface, and f) the generated depth maps are compared with previously generated depth maps in order to determine construction progress. a) a digital building model of the building is read in, b) a spatial arrangement of a building element surface (F1,...,F4) in the building is determined on the basis of the building model for a respective building element (BE1,...,BE4), c) the building is scanned by means of a 3D scanner (S3D), wherein a multiplicity of spatial scanning points (P, P') are generated, d) at least some of the scanning points (P, P') are assigned to spatially corresponding building element surfaces (F1,...,F4), characterized in that e) a building element surface-specific depth map is generated for a respective building element surface (F1,...,F4) on the basis of the scanning points (P, P') specifically assigned to this building element surface, and f) the generated depth maps are compared with previously generated depth maps in order to determine construction progress.
An information transmission method implemented in a communications system, in which a cell includes transceiver nodes in multiple geographic locations, comprising: receiving, by a user equipment, indication signaling that is sent by a base station and comprises a sequence group offset value, wherein the sequence group offset value is used to adjust a sequence group number of a sequence group used by the user equipment for sending a sequence modulated signal, and wherein the user equipment is controlled by a transceiver node of the transceiver nodes included in the cell; and determining the sequence group number according to the sequence group offset value. receiving, by a user equipment, indication signaling that is sent by a base station and comprises a sequence group offset value, wherein the sequence group offset value is used to adjust a sequence group number of a sequence group used by the user equipment for sending a sequence modulated signal, and wherein the user equipment is controlled by a transceiver node of the transceiver nodes included in the cell; and determining the sequence group number according to the sequence group offset value.
Method for operating an agricultural machine (1, 201) on an agricultural useful area (4, 5) with a tractor vehicle and an implement combination (3, 203) connected to the tractor vehicle in the form of a mower and/or swather, the crop being processed with a plurality of implements (33a - 33d, 233a - 233c) arranged to project from a support frame (31, 231a-231b) transversely to the direction of travel of the implement combination (3, 203), the implements (33a-33d, 233a-233c) each being raised and lowered independently of one another to either bring them into a headland position or into engagement with the crop, characterized in that when working with a preferably satellite-supported navigation system, position data of the implement combination (3, 203) are continuously recorded and at least one field area (41, 51) already worked is determined therefrom and recorded, and that the implements (33a - 33d, 233a - 233c) are each automatically raised independently of one another on the basis of their positions when the at least one field area already worked (41, 51) is reached again, and/or that the implements (33a - 33d, 233a - 233c) are each automatically lowered independently of one another on the basis of their positions when entering from the at least one field area (41, 51) already worked into a field area (42, 52) still to be worked.
A carrier device comprising: a swivel arm that is provided on a base installed on an installation surface to be able to swivel around a central axis and whose leading ends can pass on a circular orbit; and turn tables that are attached to the leading ends of the swivel arm and can carry a predetermined workpiece while placing thereon the workpiece between a working position and a carrying in/out position provided on the circular orbit, characterized in that each turn table is rotated by an integral multiple of 360 degrees with respect to the installation surface while the turn table is moving from the working position to the carrying in/out position by swiveling the swivel arm. a swivel arm that is provided on a base installed on an installation surface to be able to swivel around a central axis and whose leading ends can pass on a circular orbit; and turn tables that are attached to the leading ends of the swivel arm and can carry a predetermined workpiece while placing thereon the workpiece between a working position and a carrying in/out position provided on the circular orbit, characterized in that each turn table is rotated by an integral multiple of 360 degrees with respect to the installation surface while the turn table is moving from the working position to the carrying in/out position by swiveling the swivel arm.
A device comprising: a magnetic stripe emulator for communicating a magnetic stripe data track, wherein said magnetic stripe emulator (170, 180, 185) comprises a coil; a processor; and a drive circuit coupled to said magnetic stripe emulator; characterised by: said drive circuit including a first operational amplifier and a second operational amplifier, wherein the first operational amplifier is configured to act as an impedance buffer, and the second operational amplifier is configured to provide current to the magnetic stripe emulator. a magnetic stripe emulator for communicating a magnetic stripe data track, wherein said magnetic stripe emulator (170, 180, 185) comprises a coil; a processor; and a drive circuit coupled to said magnetic stripe emulator; characterised by: said drive circuit including a first operational amplifier and a second operational amplifier, wherein the first operational amplifier is configured to act as an impedance buffer, and the second operational amplifier is configured to provide current to the magnetic stripe emulator.
Recombinant antibody that specifically recognizes human Vascular Endothelial Growth Factor-A (VEGF-A), which antibody comprises: i) a heavy chain variable region encoded by a nucleotide sequence selected from the group composed by the sequences SEQ ID No. 1, SEQ ID No. 2 and SEQ ID No. 3, and a light chain variable region encoded by the nucleotide sequence SEQ ID No. 7, or ii) a heavy chain variable region selected from the group composed by amino acid sequences SEQ ID No. 4, SEQ ID No. 5 and SEQ ID No. 6, and a light chain variable region with the amino acid sequence SEQ ID No. 8. i) a heavy chain variable region encoded by a nucleotide sequence selected from the group composed by the sequences SEQ ID No. 1, SEQ ID No. 2 and SEQ ID No. 3, and a light chain variable region encoded by the nucleotide sequence SEQ ID No. 7, or ii) a heavy chain variable region selected from the group composed by amino acid sequences SEQ ID No. 4, SEQ ID No. 5 and SEQ ID No. 6, and a light chain variable region with the amino acid sequence SEQ ID No. 8.
A method for controlling an inkjet printing machine on slabs, wherein the printing machine comprising: - a support for supporting a slab; and - a printing device that is movable above the support along a sliding direction and spaced apart from it, wherein the printing device is provided with a plurality of printing groups arranged adjacent with respect to a direction of mutually adjacent arrangement parallel to the sliding direction and each printing group is equipped with at least one inkjet printing head, wherein each printing group is configured to release a respective monochromatic decoration on a surface of the slab resting on the support, and wherein the method comprises: - determining a layered decoration to be made with the printing device on the surface of the slab, wherein the layered decoration is formed from the juxtaposition of a plurality of layers of monochromatic decoration; - setting an activation sequence of one or more printing groups during the sliding of the printing device along the sliding direction as a function of the determined layered decoration; - making the printing device slide along the sliding direction on the slab resting on the support; - activating one or more printing groups during the sliding of the printing device along the sliding direction based on the set activation sequence and on a predetermined mutual position of the printing groups along the direction of mutually adjacent arrangement. - a support for supporting a slab; and - a printing device that is movable above the support along a sliding direction and spaced apart from it, wherein the printing device is provided with a plurality of printing groups arranged adjacent with respect to a direction of mutually adjacent arrangement parallel to the sliding direction and each printing group is equipped with at least one inkjet printing head, wherein each printing group is configured to release a respective monochromatic decoration on a surface of the slab resting on the support, and - determining a layered decoration to be made with the printing device on the surface of the slab, wherein the layered decoration is formed from the juxtaposition of a plurality of layers of monochromatic decoration; - setting an activation sequence of one or more printing groups during the sliding of the printing device along the sliding direction as a function of the determined layered decoration; - making the printing device slide along the sliding direction on the slab resting on the support; - activating one or more printing groups during the sliding of the printing device along the sliding direction based on the set activation sequence and on a predetermined mutual position of the printing groups along the direction of mutually adjacent arrangement.