mhurhangee/ep-ind-claims huggingface dataset:
A bus protection unit for detecting a fault location in a direct current electrical distribution system, the bus protection unit comprising: at least one sensor to produce sensor data indicative of one or more characteristics of a DC electrical bus monitored by the bus protection unit; a fault detection module configured to (i) monitor the sensor data, (ii) determine whether a fault has occurred based on the produced sensor data, and (iii) determine whether the fault occurred within a bus zone defined by the DC electrical bus in response to a determination that the fault has occurred; a fault isolation module configured to, if the fault occurred in the bus zone, trip isolation devices within the bus zone in response to a determination that the fault occurred within the bus zone or in response to a communication from another bus protection unit that indicates the fault has occurred within the bus zone; a communication module configured to transmit a fault indication signal to a neighboring bus protection unit, i.e. a bus protection unit associated with the adjacent buses upstream or downstream, in response to a determination that the fault has occurred; and a fault timer module configured to, if the fault occurred outside the bus zone (i) establish a trip timer in response to transmittal of the fault indication signal to the neighboring bus protection unit and if it is determined that no fault indication signal has been received from the neighboring bus protection unit and (ii) trip the isolation device in response to a determination that the trip timer has exceeded a predetermined threshold. at least one sensor to produce sensor data indicative of one or more characteristics of a DC electrical bus monitored by the bus protection unit; a fault detection module configured to (i) monitor the sensor data, (ii) determine whether a fault has occurred based on the produced sensor data, and (iii) determine whether the fault occurred within a bus zone defined by the DC electrical bus in response to a determination that the fault has occurred; a fault isolation module configured to, if the fault occurred in the bus zone, trip isolation devices within the bus zone in response to a determination that the fault occurred within the bus zone or in response to a communication from another bus protection unit that indicates the fault has occurred within the bus zone; a communication module configured to transmit a fault indication signal to a neighboring bus protection unit, i.e. a bus protection unit associated with the adjacent buses upstream or downstream, in response to a determination that the fault has occurred; and a fault timer module configured to, if the fault occurred outside the bus zone (i) establish a trip timer in response to transmittal of the fault indication signal to the neighboring bus protection unit and if it is determined that no fault indication signal has been received from the neighboring bus protection unit and (ii) trip the isolation device in response to a determination that the trip timer has exceeded a predetermined threshold.
Drainage device for mounting in an opening in a floor or ceiling, comprising - a drainage pot, which consists at least partially of plastic; - a piece of tube, which is connected or can be connected in terms of flow to the drainage pot, wastewater being able to flow through the piece of tube; - fire prevention means with an intumescent compound that expands at an elevated temperature; characterized in that - the fire prevention means comprise attachment means, which keep the intumescent compound in a first position, in which the intumescent compound is kept above the piece of tube or in the upper region of the piece of tube, so that it is arranged in a region that cannot come into contact with wastewater, or only to a very small extent, wherein, at a temperature above a predetermined temperature, the attachment means can release the intumescent compound, so that it is transferred into a second position, inside the piece of tube, below the first position, wherein the intumescent compound in the second position can at least partially close the opening in a floor or ceiling, and wherein the piece of tube and the intumescent compound are formed in such a way that the intumescent compound in the second position can press or force the piece of tube outwards until the entire opening underneath the bottom of the drainage pot is filled with intumescent compound and is thereby closed in terms of fire prevention. - a drainage pot, which consists at least partially of plastic; - a piece of tube, which is connected or can be connected in terms of flow to the drainage pot, wastewater being able to flow through the piece of tube; - fire prevention means with an intumescent compound that expands at an elevated temperature; - the fire prevention means comprise attachment means, which keep the intumescent compound in a first position, in which the intumescent compound is kept above the piece of tube or in the upper region of the piece of tube, so that it is arranged in a region that cannot come into contact with wastewater, or only to a very small extent, wherein, at a temperature above a predetermined temperature, the attachment means can release the intumescent compound, so that it is transferred into a second position, inside the piece of tube, below the first position, wherein the intumescent compound in the second position can at least partially close the opening in a floor or ceiling, and wherein the piece of tube and the intumescent compound are formed in such a way that the intumescent compound in the second position can press or force the piece of tube outwards until the entire opening underneath the bottom of the drainage pot is filled with intumescent compound and is thereby closed in terms of fire prevention.
A straddled vehicle comprising: a vehicle main body; a head lamp device; and a plurality of harnesses (HA,MH), wherein the head lamp device includes a lamp housing having an opening, at least one fastening member (B1,N,227) that fastens the lamp housing to part of the vehicle main body, a lamp unit that is fitted in the lamp housing to close the opening, at least one fixed projection (29L,29R) that projects toward the opening in a space between an inner surface of the lamp housing and an outer surface of the lamp unit, and at least one holding member made of a soft material, the plurality of harnesses (HA,MH) are drawn into the lamp housing, the holding member includes a fixed end, a movable end, and a coupling portion that couples the fixed end and the movable end to each other, wherein the fixed end is fastened to the inner surface of an attachment portion of the lamp housing by the fastening member (B1,N,227), and the movable end is provided with a hole into which the fixed projection (29L,29R) can be pressed and out of which the fixed projection (29L,29R) can be pulled, and the plurality of harnesses (HA,MH) are held by the holding member between the fixed projection (29L,29R) and the inner surface of the lamp housing while the fixed projection (29L,29R) is pressed in the hole of the movable end. a vehicle main body; a head lamp device; and a plurality of harnesses (HA,MH), wherein the head lamp device includes a lamp housing having an opening, at least one fastening member (B1,N,227) that fastens the lamp housing to part of the vehicle main body, a lamp unit that is fitted in the lamp housing to close the opening, at least one fixed projection (29L,29R) that projects toward the opening in a space between an inner surface of the lamp housing and an outer surface of the lamp unit, and at least one holding member made of a soft material, the plurality of harnesses (HA,MH) are drawn into the lamp housing, the holding member includes a fixed end, a movable end, and a coupling portion that couples the fixed end and the movable end to each other, wherein the fixed end is fastened to the inner surface of an attachment portion of the lamp housing by the fastening member (B1,N,227), and the movable end is provided with a hole into which the fixed projection (29L,29R) can be pressed and out of which the fixed projection (29L,29R) can be pulled, and the plurality of harnesses (HA,MH) are held by the holding member between the fixed projection (29L,29R) and the inner surface of the lamp housing while the fixed projection (29L,29R) is pressed in the hole of the movable end.
An object detection device comprising: a plurality of transmitting units, wherein each of the plurality of transmitting units simultaneously transmits a transmitting wave toward a road surface; a receiving unit that receives a reflected wave of the transmitting waves reflected by an object as a receiving wave; a Constant False Alarm Rate, CFAR, processing unit that acquires a CFAR signal at a predetermined detection timing by CFAR processing for each of a plurality of the transmitting waves, based on a value of a first processing target signal based on the receiving wave received at the detection timing and an average value of a value of a second processing target signal based on the receiving wave received in a predetermined section before and after the detection timing; the object detection device being characterized by further comprising an estimating unit that estimates a road surface type based on an average signal level and a variation degree of a plurality of the CFAR signals, wherein the variation degree and the average signal level differ depending on the road surface type. a plurality of transmitting units, wherein each of the plurality of transmitting units simultaneously transmits a transmitting wave toward a road surface; a receiving unit that receives a reflected wave of the transmitting waves reflected by an object as a receiving wave; a Constant False Alarm Rate, CFAR, processing unit that acquires a CFAR signal at a predetermined detection timing by CFAR processing for each of a plurality of the transmitting waves, based on a value of a first processing target signal based on the receiving wave received at the detection timing and an average value of a value of a second processing target signal based on the receiving wave received in a predetermined section before and after the detection timing; the object detection device being characterized by further comprising an estimating unit that estimates a road surface type based on an average signal level and a variation degree of a plurality of the CFAR signals, wherein the variation degree and the average signal level differ depending on the road surface type.
An electro-mechanical chest compression device comprising: a housing; a motor disposed in the housing; a power source operably connected to the housing and to the motor; a channel beam mounted to the housing, said channel beam laterally oriented with respect to the housing and defining a channel across the housing; a drive spool spanning the channel beam, said drive spool operably attached to the motor and rotatably attached to the channel beam, wherein the motor is capable of rotating the drive spool; and a belt removably attached to the drive spool and disposed within the channel, said belt capable of extending at least partially around the chest of a patient, wherein rotation of the drive spool tightens the belt to compress the chest of the patient. a housing; a motor disposed in the housing; a power source operably connected to the housing and to the motor; a channel beam mounted to the housing, said channel beam laterally oriented with respect to the housing and defining a channel across the housing; a drive spool spanning the channel beam, said drive spool operably attached to the motor and rotatably attached to the channel beam, wherein the motor is capable of rotating the drive spool; and a belt removably attached to the drive spool and disposed within the channel, said belt capable of extending at least partially around the chest of a patient, wherein rotation of the drive spool tightens the belt to compress the chest of the patient.
Position measuring device for capturing the relative position of a scanning unit and of a measurement position which is moveable with respect thereto in at least one measurement direction (x), wherein the scanning unit comprises a light source, at least one scanning grating, a detector array and an attenuating structure (25; 125; 125'; 225), which are used to set the light intensity on the detector array, and wherein the scanning grating and the attenuating structure (25; 125; 125'; 225) are arranged on the front and back of a transparent carrier element (23.1) in the scanning beam path, characterized in that targeted setting of the light intensity on the detector array is performed via the attenuating structure (25; 125; 125'; 225) such that an intensity reduction is effected on the detector array and, at the same time, the optical scanning beam path for generating displacement-dependent position signals via the attenuating structure (25; 125; 125'; 225) is influenced as little as possible, and wherein the attenuating structure (25; 125; 125'; 225) is configured in the form of a grating graduation, with the line-shaped light-transmissive partial regions thereof (25.1; 125.1; 125.1'; 225.1) being arranged perpendicular to the measurement graduation in the scanning beam path.
Baking underlay for preparation of foodstuffs, comprising a sheet-shaped material of baking paper which is water-impermeable and grease-impermeable, with an upper side and a lower side which is placeable on a support, characterised in that the lower side is provided at least regionally with a slip-resisting coating (4, 5, 6, 7), wherein the slip-resisting coating (4, 5, 6, 7) comprises an elastomer, particularly a silicon, and the baking underlay has a heat resistance of more than 200° C, particularly more than 220° C.
Process for the processing of individual pieces of material in the form of electronic waste and technical glass, characterized in that the individual pieces of material are subjected to extraction with supercritical carbon dioxide, with supercritical water or with an organic solvent, and the individual pieces of material thus treated are then subjected to a shock wave treatment in a fluid dielectric medium, using shock waves initiated via high voltage, where the shock wave medium is water, an organic liquid or supercritical carbon dioxide.
A method performed in a communication network comprising a cellular Radio Access Network, RAN, a Core Network, CN, and an Application Function, AF,, the method performed by an Interaction Function comprised in the RAN and the method comprising: receiving, via a user plane bearer, from a service client in a radio device connected to the RAN, at least two address information elements of at least two servers (13a, 13b) of a service provider; and forwarding the at least two address information elements to the AF for initiating setting up of a dedicated bearer between the radio device and the CN for service level communication between the service client and the at least two servers (13a, 13b). receiving, via a user plane bearer, from a service client in a radio device connected to the RAN, at least two address information elements of at least two servers (13a, 13b) of a service provider; and forwarding the at least two address information elements to the AF for initiating setting up of a dedicated bearer between the radio device and the CN for service level communication between the service client and the at least two servers (13a, 13b).
A method performed by a first network node of an Internet Protocol Multimedia Subsystem, IMS, Network, the method comprising: receiving at the first network node, a Uniform Resource Identifier, URI, in a header field in a first Session Initiation Protocol, SIP, message; receiving at the first network node, a token in the header field in the first SIP message, the token indicative of a type of a network node in a path of the first SIP message, wherein the first SIP message is a SIP REGISTER request submitted by a user agent, UA; based on the received token, sending by the first network node, a second SIP message including the received URI, the second message conveying information about the first network node; and receiving a third SIP message triggered by the first SIP message, wherein the third SIP message triggered by the first SIP message is a third party registration request as configured by initial Filter Criteria on a Serving Call Session Control Function, S-CSCF. receiving at the first network node, a Uniform Resource Identifier, URI, in a header field in a first Session Initiation Protocol, SIP, message; receiving at the first network node, a token in the header field in the first SIP message, the token indicative of a type of a network node in a path of the first SIP message, wherein the first SIP message is a SIP REGISTER request submitted by a user agent, UA; based on the received token, sending by the first network node, a second SIP message including the received URI, the second message conveying information about the first network node; and receiving a third SIP message triggered by the first SIP message, wherein the third SIP message triggered by the first SIP message is a third party registration request as configured by initial Filter Criteria on a Serving Call Session Control Function, S-CSCF.
A method of smoothing background noise in a telecommunication speech session, comprising receiving and decoding a signal representative of a speech session, said signal comprising both a speech component and a background noise component; determining LPC parameters for said received signal; determining an excitation signal for said received signal; modifying said determined excitation signal by reducing power and spectral fluctuations of the excitation signal; synthesizing and outputting an output signal based on said LPC parameters and said excitation signal, characterized by: modifying said determined set of LPC parameters by providing a low pass filtered set of LPC parameters, and determining a weighted combination of said low pass filtered set and said determined set of LPC parameters, and performing said synthesis and outputting step based on said modified set of LPC parameters, to provide a smoothed output signal. modifying said determined set of LPC parameters by providing a low pass filtered set of LPC parameters, and determining a weighted combination of said low pass filtered set and said determined set of LPC parameters, and performing said synthesis and outputting step based on said modified set of LPC parameters, to provide a smoothed output signal.
A method, comprising: an interworking function receiving a request to trigger a group of devices, wherein the triggering request comprises geographic location coordinates corresponding to an area, the area being served by a plurality of serving nodes; the interworking function obtaining (530, 531, 534), based on the geographic location coordinates, at least one of a tracking area identifier, TAI, and a cell identifier, ID, corresponding to the area; the interworking function determining at least one mobility management apparatus based on the corresponding area; and the interworking function sending a device trigger request including the at least one of a tracking area identifier, TAI, and a cell identifier, ID, to the at least one mobility management apparatus, causing the at least one mobility management apparatus to determine as a triggering process for triggering the group of devices one of a broadcasting mechanism, a multicasting mechanism, an individually in parallel paging, and an individually sequentially paging. an interworking function receiving a request to trigger a group of devices, wherein the triggering request comprises geographic location coordinates corresponding to an area, the area being served by a plurality of serving nodes; the interworking function obtaining (530, 531, 534), based on the geographic location coordinates, at least one of a tracking area identifier, TAI, and a cell identifier, ID, corresponding to the area; the interworking function determining at least one mobility management apparatus based on the corresponding area; and the interworking function sending a device trigger request including the at least one of a tracking area identifier, TAI, and a cell identifier, ID, to the at least one mobility management apparatus, causing the at least one mobility management apparatus to determine as a triggering process for triggering the group of devices one of a broadcasting mechanism, a multicasting mechanism, an individually in parallel paging, and an individually sequentially paging. a broadcasting mechanism, a multicasting mechanism, an individually in parallel paging, and an individually sequentially paging.
A method of wireless communication by a mobile device for managing at least one data flow between a core network and the mobile device comprising: determining whether at least one of the data flow or a service related to the data flow should be reported; and sending a report to a first node based on the determination, wherein the report identifies at least one of the data flow or service and indicates a packet data network, PDN, connection or bearer associated with the service or data flow. determining whether at least one of the data flow or a service related to the data flow should be reported; and sending a report to a first node based on the determination, wherein the report identifies at least one of the data flow or service and indicates a packet data network, PDN, connection or bearer associated with the service or data flow.
Method for generating a trajectory of an exoskeleton provided with two legs each having a foot, the method comprising the implementation by data-processing means of a server, of steps of: (a) obtaining at least one n-tuple of gait parameters defining a given gait of the exoskeleton; (b) generating at least one periodic elementary trajectory of the exoskeleton for said n-tuple of gait parameters, such that said periodic elementary trajectory comprises in sequence a first trajectory portion and a second trajectory portion, such that in the first trajectory portion each foot performs a pure rotation, and in the second portion only one foot performs a translation. (a) obtaining at least one n-tuple of gait parameters defining a given gait of the exoskeleton; (b) generating at least one periodic elementary trajectory of the exoskeleton for said n-tuple of gait parameters, such that said periodic elementary trajectory comprises in sequence a first trajectory portion and a second trajectory portion, such that in the first trajectory portion each foot performs a pure rotation, and in the second portion only one foot performs a translation.