mhurhangee/ep-ind-claims huggingface dataset:
A method of associating a telephone subscriber number with a Voice Over Internet Protocol VoIP carrier, comprising: querying a plurality of VoIP carrier servers (112, 114, 116); in response to the querying, receiving a plurality of messages operable to determine whether the telephone subscriber number is found within any one of the plurality of VoIP carrier servers (112, 114, 116); when the received plurality of messages is at least one of inconclusive or when the telephone subscriber number is not found within any one of the plurality of VoIP carrier servers (112, 114, 116), placing a first partial call to the telephone subscriber number from a first VoIP number within a first VoIP carrier network; in response to placing the first partial call, receiving a first signal from the first VoIP carrier network and preventing completion of a call to the telephone subscriber number; and based on the first received signal, determining, using a processor, whether the telephone subscriber number belongs to the first VoIP carrier network. querying a plurality of VoIP carrier servers (112, 114, 116); in response to the querying, receiving a plurality of messages operable to determine whether the telephone subscriber number is found within any one of the plurality of VoIP carrier servers (112, 114, 116); when the received plurality of messages is at least one of inconclusive or when the telephone subscriber number is not found within any one of the plurality of VoIP carrier servers (112, 114, 116), placing a first partial call to the telephone subscriber number from a first VoIP number within a first VoIP carrier network; in response to placing the first partial call, receiving a first signal from the first VoIP carrier network and preventing completion of a call to the telephone subscriber number; and based on the first received signal, determining, using a processor, whether the telephone subscriber number belongs to the first VoIP carrier network.
An apparatus for managing a proxy table of a proxy device (P1, P2, P3), in a communication network where proxy devices operate as relay devices to forward messages from resource-restricted devices (R1, R2) to destination devices, said proxy table listing the resource-restricted devices a proxy device can forward for, said apparatus being adapted to determine for at least one resource-restricted device at least the number of proxy devices that have a proxy table entry for or forward on behalf of said resource-restricted device, characterized in that said apparatus is adapted to initiate an action that causes creation of more proxies with a proxy table entry for or forwarding on behalf of said resource-restricted device, if it has determined at least one of the following conditions: said determined number is below a predetermined lower threshold, the existing proxies do not have sufficient reliability indicators, other proxies do have sufficient or better reliability indicators, or the threshold changes while the number of proxies is below the changed threshold.
A laser spot detecting device (0; 100), comprising a matrix optical sensor having a plurality of elementary optoelectronic detectors each connected to a pulse detecting elementary circuit (3; 103), with each pulse detecting elementary circuit comprising a comparator for comparing with a threshold an electrical quantity depending on an output current of the elementary optoelectronic detector applied to an input of the comparator and a memory module connected to an output of the comparator, with the memory modules being connected to a multiplexing circuit having an output forming a digital spatial output of the laser spot detecting device, characterized in that the laser spot detecting device further comprises a global OR circuit having inputs connected to the comparator outputs and having an output forming a real time digital temporal output of the laser spot detecting device.
A communication method, comprising: sending, to a first terminal apparatus at a first time or before the first time, coordination information indicating a first resource, the first time is determined based on a first reference time and a first time offset, wherein the first resource is for determining a second resource for receiving sidelink information from the first terminal apparatus; and the first reference time comprises a second time, a third time, a fourth time, or a fifth time; the second time comprises a time at which trigger information is received from the first terminal apparatus, and the trigger information is for triggering determining of the first resource; the third time comprises a start time of a resource selection window; the fourth time comprises an end time of the resource selection window, and the resource selection window is for determining the second resource for receiving the sidelink information from the first terminal apparatus; and the fifth time comprises a start time of the first resource in time domain. sending, to a first terminal apparatus at a first time or before the first time, coordination information indicating a first resource, the first time is determined based on a first reference time and a first time offset, wherein the first resource is for determining a second resource for receiving sidelink information from the first terminal apparatus; and the first reference time comprises a second time, a third time, a fourth time, or a fifth time; the second time comprises a time at which trigger information is received from the first terminal apparatus, and the trigger information is for triggering determining of the first resource; the third time comprises a start time of a resource selection window; the fourth time comprises an end time of the resource selection window, and the resource selection window is for determining the second resource for receiving the sidelink information from the first terminal apparatus; and the fifth time comprises a start time of the first resource in time domain.
A heat exchanger comprising: a heat exchanger core having a first heat exchange passage for a first working fluid intended to be involved in a heat exchange process, and a second heat exchange passage for a second working fluid intended to be involved in the heat exchange process; and a header (3, 4, 5, 6) comprising a duct for conveying working fluid to or from at least one of the first and second heat exchange passages, wherein the header (3, 4, 5, 6) being welded to the heat exchanger core along a header-to-core joint, wherein the heat exchanger core has a groove (60, 60a, 60b) extending at least partly along the header-to-core joint, wherein a cross-section of the groove (60, 60a, 60b) has a rounded shape characterized in that a depth of the groove (60, 60a, 60b) is larger than half the width of the groove (60, 60a, 60b) and the rounded shape of the cross-section of the groove defines a finite curvature radius at the header-to-core joint. a heat exchanger core having a first heat exchange passage for a first working fluid intended to be involved in a heat exchange process, and a second heat exchange passage for a second working fluid intended to be involved in the heat exchange process; and a header (3, 4, 5, 6) comprising a duct for conveying working fluid to or from at least one of the first and second heat exchange passages, wherein the header (3, 4, 5, 6) being welded to the heat exchanger core along a header-to-core joint, wherein the heat exchanger core has a groove (60, 60a, 60b) extending at least partly along the header-to-core joint, wherein a cross-section of the groove (60, 60a, 60b) has a rounded shape characterized in that a depth of the groove (60, 60a, 60b) is larger than half the width of the groove (60, 60a, 60b) and the rounded shape of the cross-section of the groove defines a finite curvature radius at the header-to-core joint.
A device for controlled emergency grit spreading on road which consists of a bin with grit material, with an outlet opening at the bottom end, and wherein at the outlet opening of the bin with grit material there are two adjoining working cylinders (1, 2) with at least one of the cylinders being driven by a driving unit, characterised in that the working cylinders (1, 2) are pressing on each other and are provided with a layer of pliable flexible material.
Device for transmission imaging for imaging the interior of an examination object, comprising: - a radiation generating device for emitting pulses of electromagnetic radiation for radiating through the examination object proceeding from a radiation source position, - a detector arrangement having a plurality of detectors for detecting the radiation, and - a control device designed for controlling the detector arrangement in such a way that for each of the detectors the radiation detection is alternately started at predefined detection start times t DA, j i and ended at predefined detection end times t DE, j i, wherein the control device is designed for controlling the detector arrangement in such a way that at least some of the detectors (17.1, 17.2) are controlled with different detection end times t DE, 1 i t DE, 2 i and have different detection end times t DE, 1 i t DE, 2 i, characterized in that - the detectors (17.1, 17.2) which have different detection end times t DE, 1 i t DE, 2 i are at different distances from the radiation source position. - a radiation generating device for emitting pulses of electromagnetic radiation for radiating through the examination object proceeding from a radiation source position, - a detector arrangement having a plurality of detectors for detecting the radiation, and - a control device designed for controlling the detector arrangement in such a way that for each of the detectors the radiation detection is alternately started at predefined detection start times t DA, j i and ended at predefined detection end times t DE, j i, wherein the control device is designed for controlling the detector arrangement in such a way that at least some of the detectors (17.1, 17.2) are controlled with different detection end times t DE, 1 i t DE, 2 i and have different detection end times t DE, 1 i t DE, 2 i, characterized in that - the detectors (17.1, 17.2) which have different detection end times t DE, 1 i t DE, 2 i are at different distances from the radiation source position.
A mandrel for a molding process, the mandrel comprising: a first portion (132,534) having a first draft surface (140,540) and a second draft surface (138,538); a second portion (148,548) and a third portion (158,558), the second portion having a third draft surface (154,554) and the third portion having a fourth draft surface (164,564), wherein the first draft surface engages the third draft surface and the second draft surface engages the fourth draft surface; and a channel (174,572) extends along a length of the mandrel at an interface between the first, second, and third portions, such that the second portion does not contact the third portion, characterized in that the first portion has a generally rhombus cross-section, the second and third portions each have a generally triangular cross-section, and the mandrel forms a substantially triangular cross-section. a first portion (132,534) having a first draft surface (140,540) and a second draft surface (138,538); a second portion (148,548) and a third portion (158,558), the second portion having a third draft surface (154,554) and the third portion having a fourth draft surface (164,564), wherein the first draft surface engages the third draft surface and the second draft surface engages the fourth draft surface; and a channel (174,572) extends along a length of the mandrel at an interface between the first, second, and third portions, such that the second portion does not contact the third portion, characterized in that the first portion has a generally rhombus cross-section, the second and third portions each have a generally triangular cross-section, and the mandrel forms a substantially triangular cross-section.
A system comprising a fabric type identifying apparatus and a conveyor wherein the fabric type identifying apparatus is configured to identify a type of a fabric provided with an identifier in the form of a color thread (Ia) or a tag (Ib), and wherein the conveyor is configured to convey the fabric along a conveying direction; the fabric type identifying apparatus comprising: a camera positioned and configured to photograph the fabric while it is conveyed along the conveying direction by the conveyor; a traversing device configured to move the camera crosswise in a width direction orthogonal to the conveying direction; and an image processing apparatus configured to receiving an image input and photographed by the camera, wherein the image processing apparatus is configured to identify the type of the fabric on a basis of the identifier included in the input image of the fabric, a traverse controller configured to control the traversing device, wherein the traverse controller is configured to automatically operate the traversing device, based on information related to the position of the identifier being input to the traverse controller, to dispose the camera at a position so that the identifier passes through a photographing area of the camera, when the fabric is conveyed along the conveying direction. a camera positioned and configured to photograph the fabric while it is conveyed along the conveying direction by the conveyor; a traversing device configured to move the camera crosswise in a width direction orthogonal to the conveying direction; and an image processing apparatus configured to receiving an image input and photographed by the camera, wherein the image processing apparatus is configured to identify the type of the fabric on a basis of the identifier included in the input image of the fabric, a traverse controller configured to control the traversing device, wherein the traverse controller is configured to automatically operate the traversing device, based on information related to the position of the identifier being input to the traverse controller, to dispose the camera at a position so that the identifier passes through a photographing area of the camera, when the fabric is conveyed along the conveying direction.
A system for monitoring a spray dryer, comprising a housing having an outer shroud and an inner shroud and forming an annular clearance therebetween, wherein the inner shroud defines a cylindrical cavity, a window covering a first end of the housing, a camera assembly arranged in the cylindrical cavity and configured to image through the window, a liquid-coolant inlet and a liquid-coolant outlet to allow for a flow of coolant liquid in the clearance, an insert having a first end and a second end and wherein the camera assembly is arranged at the first end of the insert, the insert having an end mount at its first end, the end mount being configured to cooperate with a first end of the cylindrical cavity, characterized in that a diameter of the insert tapers off towards the first end of the insert, giving it a frustoconical shape its first end, and the first end of the cylindrical cavity has a tapered portion matingly fitting with the first end of the insert, to thereby provide a centering function as the insert is arranged in the housing.
A hand-held masher device for mashing of potatoes and like food stuffs; said device including a power unit providing a rotating shaft output; said device further including a masher assembly extending from said power unit; said masher assembly including a skirt element and a mashing element rotating within said skirt element; characterized in that mashed potato and like food stuff is extruded through apertures disposed in a side wall of said skirt element by blades of said mashing element sweeping an entire space between internal surfaces of said skirt element and surfaces of a guide structure; said guide structure in the form of an inverted portion of a conical structure depending from an underside of a supporting annular conical wall of said skirt element, and wherein upper portions of blades of said mashing element conform to said guide surfaces; said upper portions formed so as to sweep along said surfaces of said guide structure and internal surfaces of said skirt element; lower portions of said blades lying in a plane defined by a lower edge of a side wall of said skirt element.
A cleaning system for cleaning of a surface of a device of a vehicle, the system comprising: at least one nozzle arranged to apply an air jet onto the device surface; a compressed air supply fluidly connected with the at least one nozzle and configured to provide compressed air to the at least one nozzle, wherein the compressed air supply is configured to, when the pressure in the compressed air supply is below a threshold pressure, receive air from bellows of the air suspension system, an air tank of the air suspension system, or a compressor of the air suspension system, or a combination thereof,; and, an interface valve configured to receive the exhaust air from the air suspension system and to provide the exhaust air to the compressed air supply, characterised in that the interface valve is responsive to a control signal to open or close a fluid connection between the compressed air supply of the cleaning system and at least one of the bellows of the air suspension system, the air tank of the air suspension system, or the compressor of the air suspension system. at least one nozzle arranged to apply an air jet onto the device surface; a compressed air supply fluidly connected with the at least one nozzle and configured to provide compressed air to the at least one nozzle, wherein the compressed air supply is configured to, when the pressure in the compressed air supply is below a threshold pressure, receive air from bellows of the air suspension system, an air tank of the air suspension system, or a compressor of the air suspension system, or a combination thereof,; and, an interface valve configured to receive the exhaust air from the air suspension system and to provide the exhaust air to the compressed air supply, characterised in that the interface valve is responsive to a control signal to open or close a fluid connection between the compressed air supply of the cleaning system and at least one of the bellows of the air suspension system, the air tank of the air suspension system, or the compressor of the air suspension system.
An organic electroluminescent device comprising: a pair of electrodes; and at least one organic layer between the pair of electrodes, the at least one organic layer including a light-emitting layer, wherein the at least one organic layer contains an indole compound represented by formula: wherein R 301 to R 306 each represents a hydrogen atom or a substituent, L 301 represents a substituted or unsubstituted atom, and the atom represents a carbon atom, a silicon atom, a boron atom in case where n 301 ≤3, a nitrogen atom in case where n 301 ≤3, a phosphorus atom in case where n 301 ≤3, an oxygen atom in case where n 301 ≤2, and a sulfur atom in case where n 301 ≤2, and a substituent may be connected to these atoms, and the substituent is an alkyl group, an aryl group, a heterocyclic group, a silyl group, and a halogen atom, and n 301 represents an integer of 2 or more. a pair of electrodes; and at least one organic layer between the pair of electrodes, the at least one organic layer including a light-emitting layer, wherein the at least one organic layer contains an indole compound represented by formula: wherein R 301 to R 306 each represents a hydrogen atom or a substituent, L 301 represents a substituted or unsubstituted atom, and the atom represents a carbon atom, a silicon atom, a boron atom in case where n 301 ≤3, a nitrogen atom in case where n 301 ≤3, a phosphorus atom in case where n 301 ≤3, an oxygen atom in case where n 301 ≤2, and a sulfur atom in case where n 301 ≤2, and a substituent may be connected to these atoms, and the substituent is an alkyl group, an aryl group, a heterocyclic group, a silyl group, and a halogen atom, and n 301 represents an integer of 2 or more.
A method for controlling a switching device in a power converter according to a modulation scheme, wherein the switching device is a multi-phase device comprising two individual switches (200a, 200b, 300a, 300b, 400a, 400b) in each phase (200, 300, 400) of the switching device, the switching device for coupling a direct current source to provide an alternating current output at a particular switching frequency, the method comprising the operations of: in each switching period, switching the switching device between active configurations providing a finite voltage at the output and inactive configurations providing a zero voltage at the output; wherein the ratio between the total period of time in which the switching device is in an active configuration and the total period of time in which the switching device is in an inactive configuration is the same for each switching period and is determined according to the desired voltage at the AC output; and wherein, in each switching period, there are at least two time periods (t_0, t_3) in which the switching device is in an inactive configuration, and the ratio between those at least two time periods (t_0, t_3) is changed in dependence on temperature associated with the switching device. in each switching period, switching the switching device between active configurations providing a finite voltage at the output and inactive configurations providing a zero voltage at the output; wherein the ratio between the total period of time in which the switching device is in an active configuration and the total period of time in which the switching device is in an inactive configuration is the same for each switching period and is determined according to the desired voltage at the AC output; and wherein, in each switching period, there are at least two time periods (t_0, t_3) in which the switching device is in an inactive configuration, and the ratio between those at least two time periods (t_0, t_3) is changed in dependence on temperature associated with the switching device.
An apparatus for use in a wellbore, comprising: a drill bit; a tool attached to the drill bit, wherein a cavity is formed between the drill bit and the tool; and a communication device in the cavity, characterized by the communication device including a first section having a flange surface and a second section having a flange surface and a bore through the flange surface of the first section and the flange surface of the second section, offset from a center of the communication device that allows passage of a conductor (522, 528) from the drill bit to the tool to provide direct communication between the drill bit and the tool. a drill bit; a tool attached to the drill bit, wherein a cavity is formed between the drill bit and the tool; and a communication device in the cavity, characterized by the communication device including a first section having a flange surface and a second section having a flange surface and a bore through the flange surface of the first section and the flange surface of the second section, offset from a center of the communication device that allows passage of a conductor (522, 528) from the drill bit to the tool to provide direct communication between the drill bit and the tool.