mhurhangee/ep-ind-claims huggingface dataset:
A method for operating an engine of a rotorcraft, the method comprising: obtaining an engine parameter indicative of torque of the engine; detecting a decrease of the torque of the engine; obtaining and evaluating at least one rotorcraft parameter indicative of at least one command to control the rotorcraft to determine whether one of an autorotation mode and a powered flight mode of the rotorcraft has been commanded; when the powered flight mode of the rotorcraft has been commanded and the decrease of the torque has been detected, detecting a shaft shear of the engine and transmitting a signal indicative of the shaft shear; when the autorotation mode of the rotorcraft has been commanded and the decrease of the torque has been detected, disabling detection of the shaft shear during operation in the autorotation mode. obtaining an engine parameter indicative of torque of the engine; detecting a decrease of the torque of the engine; obtaining and evaluating at least one rotorcraft parameter indicative of at least one command to control the rotorcraft to determine whether one of an autorotation mode and a powered flight mode of the rotorcraft has been commanded; when the powered flight mode of the rotorcraft has been commanded and the decrease of the torque has been detected, detecting a shaft shear of the engine and transmitting a signal indicative of the shaft shear; when the autorotation mode of the rotorcraft has been commanded and the decrease of the torque has been detected, disabling detection of the shaft shear during operation in the autorotation mode.
A lightweight panel for furniture having two surface layers and a core layer arranged between the two surface layers (2, 3), having an edge strip (6, 11, 14, 16) which is connected on a narrow side of the lightweight panel to the surface layer (2, 3), - the core layer has a number of supporting elements which extend between a first surface layer and a second surface layer, - the core layer has a number of receiving elements which are arranged on an inner side of the first surface layer and/or of the second surface layer for receiving fastening means for connecting to other pieces of furniture, - the edge strip (6, 11, 14, 16) and the first surface layer and the second surface layer have a profiling on narrow sides of the same which are turned towards one another, so that a boundary edge of the edge strip, on the one hand, and a boundary edge of the first surface layer and of the second surface layer, on the other hand, lie on one another in a flush manner in the joined condition, characterized in that - the first surface layer and the second surface layer as well as the edge strip (6, 11, 14, 16) are covered with a wrapper, wherein free ends (40, 41) of the wrapper overlap in a region of the first surface layer or of the second surface layer. - the core layer has a number of supporting elements which extend between a first surface layer and a second surface layer, - the core layer has a number of receiving elements which are arranged on an inner side of the first surface layer and/or of the second surface layer for receiving fastening means for connecting to other pieces of furniture, - the edge strip (6, 11, 14, 16) and the first surface layer and the second surface layer have a profiling on narrow sides of the same which are turned towards one another, so that a boundary edge of the edge strip, on the one hand, and a boundary edge of the first surface layer and of the second surface layer, on the other hand, lie on one another in a flush manner in the joined condition, characterized in that - the first surface layer and the second surface layer as well as the edge strip (6, 11, 14, 16) are covered with a wrapper, wherein free ends (40, 41) of the wrapper overlap in a region of the first surface layer or of the second surface layer.
A method comprising: receiving a request to write data to a persistent storage device, the request comprising an LBA value; writing the data to a cache line of a cache; updating a mapping between LBA values and cache lines; receiving a subsequent request to write data to the persistent storage device, the subsequent request comprising the LBA value; determining that the LBA value exists in the mapping; determining a cache line corresponding to the LBA value; updating the corresponding cache line to the data of the subsequent request; pushing the cache line onto the end of a least recently used queue of cache lines; and reporting the data as having been written to the persistent storage device. receiving a request to write data to a persistent storage device, the request comprising an LBA value; writing the data to a cache line of a cache; updating a mapping between LBA values and cache lines; receiving a subsequent request to write data to the persistent storage device, the subsequent request comprising the LBA value; determining that the LBA value exists in the mapping; determining a cache line corresponding to the LBA value; updating the corresponding cache line to the data of the subsequent request; pushing the cache line onto the end of a least recently used queue of cache lines; and reporting the data as having been written to the persistent storage device.
A communication connection establishment method performed by a system comprising a main device and a mediation device, the method comprising: • performing, by the mediation device, a first communication connection to at least three candidate devices, to acquire connection configuration information of the candidate devices, and saving the acquired connection configuration information; • before or after or when the mediation device performs the first communication connection to the at least three candidate devices, determining, by the mediation device, that one of the candidate devices is the main device and the other candidate devices are target devices; • matching, by the mediation device, the connection configuration information of the main device with the connection configuration information of each of the target devices, to obtain matching connection configuration information; • sending, by the mediation device, one handover initiate request to the main device, wherein the handover initiate request comprises all the matching connection configuration information; and • receiving, by the mediation device, one handover initiate response sent by the main device, wherein the handover initiate response comprises connection configuration information selected by the main device for each of the target devices, so that the main device initiates a second communication connection to each of the target devices (S 3). • performing, by the mediation device, a first communication connection to at least three candidate devices, to acquire connection configuration information of the candidate devices, and saving the acquired connection configuration information; • before or after or when the mediation device performs the first communication connection to the at least three candidate devices, determining, by the mediation device, that one of the candidate devices is the main device and the other candidate devices are target devices; • matching, by the mediation device, the connection configuration information of the main device with the connection configuration information of each of the target devices, to obtain matching connection configuration information; • sending, by the mediation device, one handover initiate request to the main device, wherein the handover initiate request comprises all the matching connection configuration information; and • receiving, by the mediation device, one handover initiate response sent by the main device, wherein the handover initiate response comprises connection configuration information selected by the main device for each of the target devices, so that the main device initiates a second communication connection to each of the target devices (S 3).
A medical device for treating and analyzing tissue, the device comprising: a plasma applicator including: a housing having a tubular shape and defining a lumen therethrough, the lumen in fluid communication with an ionizable media source configured to supply ionizable media thereto; and at least one electrode (110a, 110b) coupled to the housing, the at least one electrode adapted to couple to a power source that energizes the at least one electrode to ignite the ionisable media to form a plasma plume for treating tissue; and an effluent-collection attachment coupled to the plasma applicator, the effluent-collection attachment configured to collect at least a portion of a plasma effluent, characterised in that the effluent-collection attachment further includes a plurality of filters (214a, 214b, 214c) disposed within a lumen of the effluent-collection attachment. a plasma applicator including: a housing having a tubular shape and defining a lumen therethrough, the lumen in fluid communication with an ionizable media source configured to supply ionizable media thereto; and at least one electrode (110a, 110b) coupled to the housing, the at least one electrode adapted to couple to a power source that energizes the at least one electrode to ignite the ionisable media to form a plasma plume for treating tissue; and a housing having a tubular shape and defining a lumen therethrough, the lumen in fluid communication with an ionizable media source configured to supply ionizable media thereto; and at least one electrode (110a, 110b) coupled to the housing, the at least one electrode adapted to couple to a power source that energizes the at least one electrode to ignite the ionisable media to form a plasma plume for treating tissue; and an effluent-collection attachment coupled to the plasma applicator, the effluent-collection attachment configured to collect at least a portion of a plasma effluent, characterised in that the effluent-collection attachment further includes a plurality of filters (214a, 214b, 214c) disposed within a lumen of the effluent-collection attachment.
A hard surface treatment composition comprising: a) non-ionic surfactant; and b) non-volatile aminosilicone emulsified by emulsifier, wherein: i. the non-volatile aminosilicone accounts for at least 15% by weight of the total non-volatile silicones in the composition; ii. the emulsifier is different from the non-ionic surfactant; iii. the composition has a pH value of no greater than 11.8; iv. the composition has a pH value of no greater than 8.5 when the non-volatile aminosilicone comprises aminoethylaminopropyl poly(dimethylsiloxane); and v. the non-ionic surfactant comprises ethoxylated alkyl alcohols. a) non-ionic surfactant; and b) non-volatile aminosilicone emulsified by emulsifier, wherein: i. the non-volatile aminosilicone accounts for at least 15% by weight of the total non-volatile silicones in the composition; ii. the emulsifier is different from the non-ionic surfactant; iii. the composition has a pH value of no greater than 11.8; iv. the composition has a pH value of no greater than 8.5 when the non-volatile aminosilicone comprises aminoethylaminopropyl poly(dimethylsiloxane); and v. the non-ionic surfactant comprises ethoxylated alkyl alcohols. i. the non-volatile aminosilicone accounts for at least 15% by weight of the total non-volatile silicones in the composition; ii. the emulsifier is different from the non-ionic surfactant; iii. the composition has a pH value of no greater than 11.8; iv. the composition has a pH value of no greater than 8.5 when the non-volatile aminosilicone comprises aminoethylaminopropyl poly(dimethylsiloxane); and v. the non-ionic surfactant comprises ethoxylated alkyl alcohols.
Automotive vehicle body element, comprising a translucent body having an outer face, intended to be turned towards outside the vehicle, and an inner face, intended to be turned towards inside the vehicle, said inner face being coated by a coating layer made of opaque material, wherein said coating layer comprises at least one opening, said element further comprising at least one light source extending on the inner face of the body opposite the opening, an additional coating layer made of opaque material being arranged on the body element on the outer face side of the translucent body at least opposite the opening, said additional coating layer being arranged to let the light coming from the light source pass through said additional coating layer, when the light source is turned on, and to prevent natural light to pass through the additional coating layer when the light source is turned off, and wherein the additional coating layer is a paint or chrome layer having a reflective outer face, characterized in that the light source is arranged in the opening of the coating layer.
A multi-modal gas delivery device for performing an endoscopic surgical procedure in a surgical cavity, comprising: a) an insufflation subunit for delivering insufflation gas from a gas source to the surgical cavity and for sensing pressure within the surgical cavity; b) a primary gas circulation pump for delivering pressurized gas to a gas sealed access port so as to generate a gaseous seal therein and thereby maintain a stable pressure within the surgical cavity and for receiving gas returning from the gas sealed access port that was used to form the gaseous seal; and c) a secondary gas circulation pump for continuously evacuating smoke filled gas from the surgical cavity, regardless of the sensed pressure within the surgical cavity. a) an insufflation subunit for delivering insufflation gas from a gas source to the surgical cavity and for sensing pressure within the surgical cavity; b) a primary gas circulation pump for delivering pressurized gas to a gas sealed access port so as to generate a gaseous seal therein and thereby maintain a stable pressure within the surgical cavity and for receiving gas returning from the gas sealed access port that was used to form the gaseous seal; and c) a secondary gas circulation pump for continuously evacuating smoke filled gas from the surgical cavity, regardless of the sensed pressure within the surgical cavity.
An electrode unit (500, 3500) comprising: an electrode unit housing (514, 3502) having a first opening (521, 3520) defining a cavity; a connector (506, 3514) having a second opening (518, 3518), the connector (506, 3514) disposed in the first opening (521, 3520) of the electrode unit housing (514, 3502), the connector (506, 3514) to be coupled to a band (104, 106, 108, 110) disposed over a head of a subject; a guide (508, 3512) defining a third opening (516, 3516), the guide (508, 3512) disposed in the second opening (518, 3518) of the connector (506, 3514) and coupled to the connector (506, 3514) via an interference fit; an electrode (510, 3508) disposed in the third opening (516, 3516) of the guide (508, 3512), the electrode (510, 3508) having a housing, a first spring, and a pin, the pin biased outward from a first end of the housing via the first spring; and a second spring (504, 3504) disposed over the third opening (516, 3516) adjacent a second end of the housing, wherein the second spring (504, 3504) is disposed over the connector (506, 3514) and the guide (508, 3512) in the cavity, wherein the electrode (510, 3508) is movable through the third opening (516, 3516) of the guide (508, 3152) into the cavity of the electrode unit housing (514, 3502), and wherein, when the electrode (510, 3508) moves into the cavity of the electrode unit housing (514, 3502), a center of the second spring (504, 3504) flexes into the cavity. an electrode unit housing (514, 3502) having a first opening (521, 3520) defining a cavity; a connector (506, 3514) having a second opening (518, 3518), the connector (506, 3514) disposed in the first opening (521, 3520) of the electrode unit housing (514, 3502), the connector (506, 3514) to be coupled to a band (104, 106, 108, 110) disposed over a head of a subject; a guide (508, 3512) defining a third opening (516, 3516), the guide (508, 3512) disposed in the second opening (518, 3518) of the connector (506, 3514) and coupled to the connector (506, 3514) via an interference fit; an electrode (510, 3508) disposed in the third opening (516, 3516) of the guide (508, 3512), the electrode (510, 3508) having a housing, a first spring, and a pin, the pin biased outward from a first end of the housing via the first spring; and a second spring (504, 3504) disposed over the third opening (516, 3516) adjacent a second end of the housing, wherein the second spring (504, 3504) is disposed over the connector (506, 3514) and the guide (508, 3512) in the cavity, wherein the electrode (510, 3508) is movable through the third opening (516, 3516) of the guide (508, 3152) into the cavity of the electrode unit housing (514, 3502), and wherein, when the electrode (510, 3508) moves into the cavity of the electrode unit housing (514, 3502), a center of the second spring (504, 3504) flexes into the cavity.
A magnetic-dielectric composite for a high-frequency antenna substrate, the magnetic-dielectric composite comprising: a porous insulating dielectric substrate comprising an upper surface, a lower surface, and a side surface and provided with a plurality of pores penetrating the upper surface and the lower surface; and soft magnetic material nanowires provided in the pores, wherein the soft magnetic material nanowires are surrounded by the porous insulating dielectric substrate to be apart from each other, wherein the magnetic-dielectric composite for a high-frequency antenna substrate is used as an antenna substrate for mobile communication in a high frequency band of 0.1 to 5 GHz, wherein the soft magnetic material nanowire is a metal-based soft magnetic material comprising Fe 7 Co 3. a porous insulating dielectric substrate comprising an upper surface, a lower surface, and a side surface and provided with a plurality of pores penetrating the upper surface and the lower surface; and soft magnetic material nanowires provided in the pores, wherein the soft magnetic material nanowires are surrounded by the porous insulating dielectric substrate to be apart from each other, wherein the magnetic-dielectric composite for a high-frequency antenna substrate is used as an antenna substrate for mobile communication in a high frequency band of 0.1 to 5 GHz, wherein the soft magnetic material nanowire is a metal-based soft magnetic material comprising Fe 7 Co 3.
Portable vacuum cleaner comprising a suction pipe, a waste separation device and a casing containing a suction motor configured to generate an airflow through the suction pipe and the waste separation device, the casing comprising an air emission circuit, through which the airflow generated by the suction motor is discharged outwards from the casing, the air emission circuit being equipped with a filter which is removable, characterised in that the air emission circuit comprises an air diffusion nozzle and in that the filter has a cylindrical cartridge shape and laterally envelopes the air diffusion nozzle, in that the air diffusion nozzle has a mainly cylindrical shape and comprises side openings, each of the side openings being configured to diffuse some of the airflow generated by the suction motor to the filter, in that the air diffusion nozzle comprises an internal chamber fluidically connected to an air backflow orifice of the suction motor, each of the side openings of the air diffusion nozzle opening into the internal chamber, in that the suction motor comprises a motor casing, wherein a motorised fan is disposed and in that the motor casing comprises the air backflow orifice.
A method for realizing user accessibility, wherein a multi-mode user equipment, UE, is registered with both a global system for mobile communications, GSM/universal mobile telecommunication system, UMTS, network, and a long term evolution, LTE, network, characterized in that the method comprises: after the UE resides in or moves to the GSM/UMTS network, while an idle mode signaling reduction, ISR, is activated, initiating, in response to expiration of a tracking area update, TAU, periodic timer of the UE, an update process by the UE to a mobile switching center, MSC/visitor location register, VLR, (S406, S408).
A method for wireless sidelink communications at a first wireless device, comprising: selecting (905, 1005, 1105) a first transmission resource to be selected for transmission by the first wireless device and to be included in a first set of resource reservation information to be transmitted during a transmission interval; characterized by determining (910, 1010, 1110) one or more second transmission resources that are selected for transmission by one or more second wireless devices via respective second sets of resource reservation information; and transmitting (915, 1020, 1120) a signal during the transmission interval, wherein the signal includes the first set of resource reservation information during a first set of resources and at least one of the second sets of resource reservation information during additional resources of the transmission interval. selecting (905, 1005, 1105) a first transmission resource to be selected for transmission by the first wireless device and to be included in a first set of resource reservation information to be transmitted during a transmission interval; characterized by determining (910, 1010, 1110) one or more second transmission resources that are selected for transmission by one or more second wireless devices via respective second sets of resource reservation information; and transmitting (915, 1020, 1120) a signal during the transmission interval, wherein the signal includes the first set of resource reservation information during a first set of resources and at least one of the second sets of resource reservation information during additional resources of the transmission interval.