mhurhangee/ep-ind-claims huggingface dataset:
A spray paint with fire resistant and /or fire retardant properties comprising an aqueous suspension of fine expanded vermiculite particles wherein the vermiculite particles are from a mixture of chemically exfoliated vermiculite and thermally exfoliated vermiculite and wherein the chemically exfoliated vermiculite is between 75% and 99% by weight of the total vermiculite content and the thermally exfoliated vermiculite content is between 25% and 1 % by weight of the total vermiculite content.
A device for use during cardiac massage of a patient, wherein the device has: a breathing gas source and means for conducting breathing gas to the airway of the patient (5, 9), as well as sensor means (23a, 23b) for detecting a chest compression, and which moreover has control means which trigger a breathing gas stroke when the sensor means (23a, 23b) have registered a chest compression, characterised in that the breathing gas source is designed to substantially maintain the breathing gas stroke during a chest compression and the device is designed to specify a PEEP pressure in the time interval until the next compression in order to ensure a controlled pressure-relief of the airways.
A method implemented using one or more processors, comprising: executing an automated assistant in a default listening state, wherein the automated assistant is executed at least in part on one or more computing devices operated by a user; while in the default listening state, monitoring audio data captured by one or more microphones for one or more of a default set of one or more hot words, wherein detection of one or more of the hot words of the default set triggers transition of the automated assistant from the default listening state into a speech recognition state; detecting one or more sensor signals generated by one or more hardware sensors (105, 107, 109) integral with one or more of the computing devices; analyzing the one or more sensor signals to determine an attribute of the user; based on the analyzing, transitioning the automated assistant from the default listening state into an enhanced listening state; and while in the enhanced listening state, monitoring the audio data captured by one or more of the microphones for one or more of an enhanced set of one or more hot words, wherein detection of one or more of the hot words of the enhanced set triggers the automated assistant to perform a responsive action without performing speech-to-text processing, wherein the responsive action is performed without detection of one or more of the hot words of the default set, and wherein one or more of the hot words of the enhanced set is not in the default set. executing an automated assistant in a default listening state, wherein the automated assistant is executed at least in part on one or more computing devices operated by a user; while in the default listening state, monitoring audio data captured by one or more microphones for one or more of a default set of one or more hot words, wherein detection of one or more of the hot words of the default set triggers transition of the automated assistant from the default listening state into a speech recognition state; detecting one or more sensor signals generated by one or more hardware sensors (105, 107, 109) integral with one or more of the computing devices; analyzing the one or more sensor signals to determine an attribute of the user; based on the analyzing, transitioning the automated assistant from the default listening state into an enhanced listening state; and while in the enhanced listening state, monitoring the audio data captured by one or more of the microphones for one or more of an enhanced set of one or more hot words, wherein detection of one or more of the hot words of the enhanced set triggers the automated assistant to perform a responsive action without performing speech-to-text processing, wherein the responsive action is performed without detection of one or more of the hot words of the default set, and wherein one or more of the hot words of the enhanced set is not in the default set.
A radio-frequency identification, RFID, tag tolerant of microwave emissions at 2.45GHz comprising: a RFID chip; an antenna conductor; a split ring conductor; and a dielectric positioned between the antenna conductor and the split ring conductor, wherein the antenna conductor comprises a gap and the RFID chip is positioned in the gap, and characterised in that a path connects the split ring conductor formed on one side of the dielectric and the antenna conductor formed on an opposite side of the dielectric, so that the split ring conductor acts as a HF bridge between a center and an edge of the antenna conductor. a RFID chip; an antenna conductor; a split ring conductor; and a dielectric positioned between the antenna conductor and the split ring conductor, wherein the antenna conductor comprises a gap and the RFID chip is positioned in the gap, and characterised in that a path connects the split ring conductor formed on one side of the dielectric and the antenna conductor formed on an opposite side of the dielectric, so that the split ring conductor acts as a HF bridge between a center and an edge of the antenna conductor.
A method for ranging, comprising: randomly selecting a symbol in each of at least two successive sub-cycles of a ranging cycle; transmitting symbol IDs corresponding to the randomly selected symbols and a sequence ID; and transmitting a ranging signal with the sequence ID on each of the randomly selected symbols, the method characterized in that the randomly selected symbol in each of the at least two successive sub-cycles occurs in a different symbol position in the at least two successive sub-cycles. randomly selecting a symbol in each of at least two successive sub-cycles of a ranging cycle; transmitting symbol IDs corresponding to the randomly selected symbols and a sequence ID; and transmitting a ranging signal with the sequence ID on each of the randomly selected symbols, the method characterized in that the randomly selected symbol in each of the at least two successive sub-cycles occurs in a different symbol position in the at least two successive sub-cycles.
A method for forming pleats (30a-30k) in a stent graft (1, 70, 80, 90, 200, 300, 1000), comprising: forming pleats (30a-30k) in a graft material of the stent graft (1, 70, 80, 90, 200, 300, 1000) by compressing the stent graft (1, 70, 80, 90, 200, 300, 1000); applying heat to the stent graft (1, 70, 80, 90, 200, 300, 1000) to thermally set the pleats (30a-30k) in the graft material; and characterised by comprising axially pulling back the stent graft to its native length to uncompress the stent graft (1, 70, 80, 90, 200, 300, 1000) after the pleats (30a-30k) are thermally set. forming pleats (30a-30k) in a graft material of the stent graft (1, 70, 80, 90, 200, 300, 1000) by compressing the stent graft (1, 70, 80, 90, 200, 300, 1000); applying heat to the stent graft (1, 70, 80, 90, 200, 300, 1000) to thermally set the pleats (30a-30k) in the graft material; and characterised by comprising axially pulling back the stent graft to its native length to uncompress the stent graft (1, 70, 80, 90, 200, 300, 1000) after the pleats (30a-30k) are thermally set.
A vehicle light assembly comprising: - a flexible lighting strip comprising a multitude of light-emitting diodes, wherein the flexible lighting strip is arranged to be bended around at least two, more preferred three linear independent axes; - a light guiding structure comprising a light receiving surface and a primary light emission surface, wherein the light receiving surface is arranged to receive light emitted by the flexible lighting strip, wherein the primary light emission surface is arranged to emit at least a part of the light received via the light receiving surface, and wherein the light receiving surface is arranged to define a bending of the flexible lighting strip, wherein the light guide further comprising a secondary light emission surface (206, 208), and wherein the secondary light emission surface (206, 208) is arranged to emit at least a part of the light received via the light receiving surface, wherein the primary light emission surface is arranged to provide a higher luminance than the secondary light emission surface (206, 208); - a coupling structure, wherein the coupling structure is arranged to mechanically couple the flexible lighting strip to the light receiving surface in accordance with the bending defined by the light receiving surface, characterized in that, the coupling structure is flexible, and wherein the coupling structure is a separate structure which comprises a mechanical coupling surface for receiving the flexible lighting strip and a fixing structure for fixing the coupling structure such that the flexible lighting strip is arranged between the mechanical coupling surface and the light receiving surface. - a flexible lighting strip comprising a multitude of light-emitting diodes, wherein the flexible lighting strip is arranged to be bended around at least two, more preferred three linear independent axes; - a light guiding structure comprising a light receiving surface and a primary light emission surface, wherein the light receiving surface is arranged to receive light emitted by the flexible lighting strip, wherein the primary light emission surface is arranged to emit at least a part of the light received via the light receiving surface, and wherein the light receiving surface is arranged to define a bending of the flexible lighting strip, wherein the light guide further comprising a secondary light emission surface (206, 208), and wherein the secondary light emission surface (206, 208) is arranged to emit at least a part of the light received via the light receiving surface, wherein the primary light emission surface is arranged to provide a higher luminance than the secondary light emission surface (206, 208); - a coupling structure, wherein the coupling structure is arranged to mechanically couple the flexible lighting strip to the light receiving surface in accordance with the bending defined by the light receiving surface,
Threaded connection from an internal thread and an external thread for a drilling rod assembly for rotary percussion drilling or vibration drilling, the individual drilling rods (102, 104) of said drilling rod assembly having one end having the internal thread and one end having the external thread, wherein both threads (20, 40) have in each case one first flank (12, 32) and one second flank (14, 34), wherein the profile of the internal thread has a flattened thread tip and a radiused thread base, and the profile of the external thread has a flattened thread tip and a radiused thread base, wherein the first flank (12, 32) is configured as a run-in flank and is longer than the second flank (14, 34) configured as a load-bearing flank, wherein the threaded connection is configured so as to be conical and the thread base (16, 36) and/or the thread tip (18, 38) lie along a longitudinal section on an imaginary line which by way of an inclination angle (β) is inclined towards the thread central axis (22, 42), characterized in that the inclination angle (β) is between 0.5° and at most 5°; and the radiused feature on the thread base (16, 36) has a radius (R10, R30) of at most 3 mm; and a flank angle (δ) of the external thread and of the internal thread in terms of the second flanks (14, 34) in relation to the thread central axis (22, 42) is at least 45° to 57°; and the number of thread pitches increases as the diameter of the thread increases.
A method of message selection and prioritization at a host vehicle, HV,, the method comprising: wirelessly receiving messages from a plurality of remote vehicles, RVs,; determining a first subset of the plurality of RVs from which to process the messages, wherein the first subset is determined based at least in part on: the respective location of each RV relative to the HV, one or more road conditions, and one or more operating constraints of the HV; and for each message received from an RV in the first subset, determining a priority for the respective message based at least in part on an indication of a remaining delay budget for the respective message, wherein: the priority for the respective message determines an order in which content of the respective message is to be processed by the HV; and the indication of the remaining delay budget for the respective message is received with the respective message. wirelessly receiving messages from a plurality of remote vehicles, RVs,; determining a first subset of the plurality of RVs from which to process the messages, wherein the first subset is determined based at least in part on: the respective location of each RV relative to the HV, one or more road conditions, and one or more operating constraints of the HV; and the respective location of each RV relative to the HV, one or more road conditions, and one or more operating constraints of the HV; and for each message received from an RV in the first subset, determining a priority for the respective message based at least in part on an indication of a remaining delay budget for the respective message, wherein: the priority for the respective message determines an order in which content of the respective message is to be processed by the HV; and the indication of the remaining delay budget for the respective message is received with the respective message. the priority for the respective message determines an order in which content of the respective message is to be processed by the HV; and the indication of the remaining delay budget for the respective message is received with the respective message.
A device for determining inertia properties of an object, wherein the device comprises - a support, - a measurement platform arranged above the support for arrangement of the object, - and a plurality of restoring elements arranged between the measurement platform and the support, characterized in that the measurement platform is movable relative to the support in up to five degrees of freedom and a bearing assembly is arranged between the support and the measurement platform in such a way that the bearing assembly allows the measurement platform to move relative to the support in at least two degrees of freedom, wherein the measurement platform is connected to the support via the restoring elements and independently of the restoring elements via the bearing assembly. - a support, - a measurement platform arranged above the support for arrangement of the object, - and a plurality of restoring elements arranged between the measurement platform and the support,
A clutch device having a starting clutch for separable torque transmission between a first drive element, in particular an internal combustion engine, and an output element, in particular a transmission, and having a separating clutch for separable torque transmission from a second drive element, in particular an electric motor, and the output element, in particular the transmission, wherein the starting clutch and the separating clutch are designed as wet-running multi-plate clutches and a fluid is provided which interacts with the starting clutch and the separating clutch as a cooling medium, wherein the starting clutch and the separating clutch are arranged in a wet space through which the common fluid can flow, wherein the starting clutch and the separating clutch are designed radially offset from one another and, characterised in that the separating clutch has an input plate carrier connected to the second drive element and designed as an outer plate carrier and an output plate carrier designed as an inner plate carrier, and the starting clutch has an input plate carrier connected to the first drive element and designed as an outer plate carrier and an output plate carrier designed as an inner plate carrier, wherein first plates on the drive side are suspended in the input plate carrier of the separating clutch, which, upon actuation of the separating clutch, can be brought into frictional engagement with second plates on the output side suspended in the inner plate carrier of the separating clutch, wherein third plates on the drive side are suspended in the input plate carrier of the starting clutch, which, upon actuation of the starting clutch, can be brought into frictional engagement with fourth plates on the output side suspended in the inner plate carrier of the starting clutch, wherein the output plate carrier of the separating clutch is integrally formed with the input plate carrier of the starting clutch.
A computer-implemented method comprising: receiving, at a first transmitter of a first wireless microphone system included in a plurality of wireless microphone systems, a first user request for a plurality of assigned frequencies for the plurality of wireless microphone systems; sending, to a server and via a network, a first request for the set of assigned frequencies; receiving, from the server, the plurality of assigned frequencies, wherein the plurality of assigned frequencies comprise a plurality of intermodulation free frequencies; configuring each wireless microphone system included in the plurality of wireless microphone systems to operate at a different assigned frequency in the plurality of assigned frequencies; receiving, at the first transmitter of the first wireless microphone system, a second user request for a validation of a first assigned frequency for the first wireless microphone system; and sending the first assigned frequency and a second request, via the network, to the server for validating the first assigned frequency. receiving, at a first transmitter of a first wireless microphone system included in a plurality of wireless microphone systems, a first user request for a plurality of assigned frequencies for the plurality of wireless microphone systems; sending, to a server and via a network, a first request for the set of assigned frequencies; receiving, from the server, the plurality of assigned frequencies, wherein the plurality of assigned frequencies comprise a plurality of intermodulation free frequencies; configuring each wireless microphone system included in the plurality of wireless microphone systems to operate at a different assigned frequency in the plurality of assigned frequencies; receiving, at the first transmitter of the first wireless microphone system, a second user request for a validation of a first assigned frequency for the first wireless microphone system; and sending the first assigned frequency and a second request, via the network, to the server for validating the first assigned frequency.
A central suction system comprising at least one central suction unit and multiple extraction points at which suction air can be extracted using a cleaning device, the central suction unit being connected to the extraction points via suction pipes, and a shut-off valve being associated with each extraction point, and the extraction of suction air at an extraction point being unlocked and locked by operating the shut-off valve, characterized in that the shut-off valve is adjustable between a shut-off position and an open position by actuating a drive member, and the shut-off valve being closed when in the shut-off position, and the shut-off valve being open when in the open position, and the drive member being configured for being remote-controlled by a user by means of a control member (07, 08) to open and close the shut-off valve.
A lower closure portion for use in a dispensing closure system comprising a container; a dispensing head; and an upper closure portion receiving the dispensing head; the lower closure portion including: an outer skirt comprising an inwardly threaded interior portion for threadedly engaging a neck of a container; an inwardly threaded portion on an annular recess for threadedly mating with an annular neck extending from an upper closure portion such that the lower closure portion is axially movable relative to the upper closure portion when assembled therewith and upon rotation thereof; the lower closure portion further comprising an axial flow conduit; a vent conduit adjacent to the flow conduit; and a seal disposed on an upper surface of said lower closure portion over the flow conduit and the vent conduit for obstructing the axial flow conduit and for creating a seal for use during shipping of a dispenser comprising the lower closure portion. an outer skirt comprising an inwardly threaded interior portion for threadedly engaging a neck of a container; an inwardly threaded portion on an annular recess for threadedly mating with an annular neck extending from an upper closure portion such that the lower closure portion is axially movable relative to the upper closure portion when assembled therewith and upon rotation thereof; the lower closure portion further comprising an axial flow conduit; a vent conduit adjacent to the flow conduit; and a seal disposed on an upper surface of said lower closure portion over the flow conduit and the vent conduit for obstructing the axial flow conduit and for creating a seal for use during shipping of a dispenser comprising the lower closure portion.
An air conditioner comprising: a housing including an outlet and a discharge plate (20, 220, 320) having a plurality of holes (22, 222) formed adjacent to the outlet; a heat exchanger disposed inside the housing; a blower fan configured to blow air heat-exchanged by the heat exchanger; a discharge blade configured to be movable between a guide position at which the outlet is open and the air blown from the blower fan is guided, and a closed position at which the outlet is closed; and characterised by a flow path blade configured to be movable between a closed position at which the flow path blade is configured to block an air flow from the blower fan to the discharge plate (20, 220, 320), and an open position at which the air flow from the blower fan to the discharge plate is not blocked, wherein the discharge blade (50, 250, 350) includes a plurality of holes (56, 256, 356) through which the air is discharged when the discharge blade is in the closed position (50b, 350b). a housing including an outlet and a discharge plate (20, 220, 320) having a plurality of holes (22, 222) formed adjacent to the outlet; a heat exchanger disposed inside the housing; a blower fan configured to blow air heat-exchanged by the heat exchanger; a discharge blade configured to be movable between a guide position at which the outlet is open and the air blown from the blower fan is guided, and a closed position at which the outlet is closed; and characterised by a flow path blade configured to be movable between a closed position at which the flow path blade is configured to block an air flow from the blower fan to the discharge plate (20, 220, 320), and an open position at which the air flow from the blower fan to the discharge plate is not blocked, wherein the discharge blade (50, 250, 350) includes a plurality of holes (56, 256, 356) through which the air is discharged when the discharge blade is in the closed position (50b, 350b).