mhurhangee/ep-ind-claims huggingface dataset:
A method in a node in a wireless communication network comprising: obtaining timing information for an external wireless system whose operation is associated with intermittent interruptions of a radio link (32, 34) of the wireless communication network; determining an interruption timing from the timing information, wherein the interruption timing is referenced to a radio link timing and indicates an impending interruption of the radio link (32, 34); and adapting, based on the timing information, an operating configuration at one or more wireless devices in communication with the wireless communication network, to avoid erroneous operation during the impending interruption; wherein adapting the operating configuration comprises adapting the measurement configuration parameters at the one or more wireless devices by sending signaling including one or more measurement configuration parameters determined by the node in consideration of the interruption timing, thereby enabling the one or more wireless devices to adjust their corresponding operations to avoid erroneous operation during the impending interruption. obtaining timing information for an external wireless system whose operation is associated with intermittent interruptions of a radio link (32, 34) of the wireless communication network; determining an interruption timing from the timing information, wherein the interruption timing is referenced to a radio link timing and indicates an impending interruption of the radio link (32, 34); and adapting, based on the timing information, an operating configuration at one or more wireless devices in communication with the wireless communication network, to avoid erroneous operation during the impending interruption; wherein adapting the operating configuration comprises adapting the measurement configuration parameters at the one or more wireless devices by sending signaling including one or more measurement configuration parameters determined by the node in consideration of the interruption timing, thereby enabling the one or more wireless devices to adjust their corresponding operations to avoid erroneous operation during the impending interruption.
A polymer composition comprising a polyetheretherketone and a polyphenylsulfone, wherein - the polyphenylsulfone is a polymer of which more than 50 wt. % of the recurring units are recurring units of following formula - the weight of the polyphenylsulfone, based on the total weight of the polyetheretherketone and the polyphenylsulfone, is of at least 5 % and of at most 35 %, and, - the polyphenylsulfone has a melt flow of at least 20 g/10 min at 365°C and under a load of 5.0 kg, as measured in accordance with ASTM method D1238. - the polyphenylsulfone is a polymer of which more than 50 wt. % of the recurring units are recurring units of following formula - the weight of the polyphenylsulfone, based on the total weight of the polyetheretherketone and the polyphenylsulfone, is of at least 5 % and of at most 35 %, and, - the polyphenylsulfone has a melt flow of at least 20 g/10 min at 365°C and under a load of 5.0 kg, as measured in accordance with ASTM method D1238.
Support (1; 101; 201) for vehicle battery caps, comprising multiple battery caps (11, 12, 13; 211, 212, 213) and a securing member (10; 210) connecting the battery caps of said support to one another, characterized in that each battery cap is individually detachable from said securing member, said support forming a kit and said caps being caps intended for closing off a degassing hole.
A lighting device (3 - 3G) for an instrument head of a medical, in particular dental, instrument, wherein a tool for acting on a treatment site is provided on the instrument head, and wherein the lighting device (3 - 3G) comprises: a receptacle or an opening, in which the tool can be accommodated, a body surrounding the receptacle or opening which comprises a radiation-emitting end having at least one optically-conducting, in particular transparent radiation-emitting surface, an instrument-connecting end and a lateral surface extending between the radiation-emitting end and the instrument-connecting end, at least one semiconductor element provided on the body and designed for emission of electromagnetic radiation, so that electromagnetic radiation can be emitted from the at least one optically-conducting radiation-emitting surface of the radiation-emitting end, and at least one opening for dispensing fluid which is provided on the radiation-emitting end of the body of the lighting device (3 - 3G), so that in addition a fluid or fluid mixture can be dispensed from the radiation-emitting end of the body and a ring-shaped channel which is provided on the lateral surface for receiving a fluid, in particular water, and which is connected to the fluid dispensing opening.
A smokeless tobacco product configured for insertion into the mouth of a user, the smokeless tobacco product comprising a tobacco material and a binder component, the binder component comprising a tobacco-derived pectin material, wherien the product comprises: the tobacco material in an amount of 20 to 50 dry weight percent; the tobacco-derived pectin material in an amount of 2 to 10 dry weight percent; one or more fillers in an amount of 10 to 40 dry weight percent; one or more sweeteners in any amount of 5 to 15 dry weight percent; and at least one flavorant in an amount up to 5 dry weight percent, based on the total dry weight of the smokeless tobacco product. the tobacco material in an amount of 20 to 50 dry weight percent; the tobacco-derived pectin material in an amount of 2 to 10 dry weight percent; one or more fillers in an amount of 10 to 40 dry weight percent; one or more sweeteners in any amount of 5 to 15 dry weight percent; and at least one flavorant in an amount up to 5 dry weight percent, based on the total dry weight of the smokeless tobacco product.
Container for an oxygen supply unit in a fuselage of an aircraft in a ceiling-panel along an aircraft's cabin, having a container well at least, wherein a container door can be pivotably joint at a container well's edge, wherein the container is provided with a sensor system, adapted to indicate a status and/or change of status of the door, characterised in that the sensor system comprises a motion sensor and a status sensor in addition to an opening switch such that for discriminating between a partial or complete opening of the door - a partial opening is indicated in the case the opening switch is in a responding state of indicating an opening of the door, and additionally the motion sensor is in a non-responding state and/or the status sensor is indicative of a partial opening - a complete opening of the door is indicated in the case the opening switch is in a responding state and additionally the motion sensor is in a responding state of indicating a door motion and/or the status sensor is indicative of a complete opening. - a partial opening is indicated in the case the opening switch is in a responding state of indicating an opening of the door, and additionally the motion sensor is in a non-responding state and/or the status sensor is indicative of a partial opening - a complete opening of the door is indicated in the case the opening switch is in a responding state and additionally the motion sensor is in a responding state of indicating a door motion and/or the status sensor is indicative of a complete opening.
Secure system for charging the battery of a motor vehicle from a power supply network, the system being on board the motor vehicle and comprising means for measuring the frequency of the power supply network, means for injecting current pulses into the power supply network, means for measuring the voltage between the earth and the neutral of the power supply network, an analog filter for filtering the measured voltages at high frequencies, a digital filter for filtering the analog-filtered voltages at low frequencies, and means for determining the resistance between the earth and the neutral of the power supply network on the basis of the digitally filtered voltages and the amplitude of the current pulses, characterized in that the digital filter comprises a mean value filter determining a mean value on the basis of N voltage measurements spaced apart by a time interval T + T/N, with T the period of the power supply network determined by the means for measuring the frequency of the power supply network.
A LED balloon comprising a balloon, a filler (7, 11), a locking device and a LED; wherein said locking device is on the interior of the balloon, and said filler is on the exterior of the balloon; and said locking device comprising two sides (2-1, 2-2, 4-1, 4-2), whereby said two sides define a cavity within said locking device; and said filler being secured within said cavity of the locking device, thereby securing the skin of the balloon within said cavity, and securing the balloon to the locking device; and said LED is connected to said locking device.
A minimal lubrication device comprising a lubricant fluid storage reservoir, means for raising the pressure of said lubricant fluid fed to at least one modular element, the modular element comprising a lubricant fluid conduit intercepted by a flow regulator, and a compressed air conduit, the lubricant conduit and the compressed air conduit being associated with an air/lubricant mixer element, characterised in that said module comprises a compensator device provided, upstream of the flow regulator, with a lubricant pressure regulator element directly controlled by the pressure present downstream of said regulator, said compensator device maintaining substantially constant the lubricant pressure difference measured across the flow regulator, the compensator device comprising a slider housed in a seat defining a first chamber communicating with a flow regulator inlet, a second chamber with a conduit communicating with a flow regulator outlet, and a substantially annular third chamber communicating with a pump delivery conduit via an inlet port and with the flow regulator inlet via an outlet port, the slider comprising a portion arranged to vary the passage cross-section of at least one from among said inlet port cross-section and said outlet port cross-section by moving the slider, the device comprising means for increasing the force exerted on the slider by the lubricant present in the second chamber.
A method of using a tool to stimulate a hydrocarbon-bearing formation, the method comprising the steps of: positioning a hybrid tool within a wellbore within the formation, where the hybrid tool comprises chemical delivery means and a laser head; passing, through one or more optical transmission media, a raw laser beam generated by a laser generating unit at an origin of an optical path comprising the one or more optical transmission media; orienting the laser head of the hybrid tool within the wellbore; delivering the raw laser beam to an optical assembly disposed within the laser head; manipulating the raw laser beam with the optical assembly to produce an output laser beam; delivering the output laser beam to the formation; orienting the chemical delivery means of the hybrid tool within the wellbore; triggering a chemical reaction within the hybrid tool to generate energy; and delivering the energy to the wellbore. positioning a hybrid tool within a wellbore within the formation, where the hybrid tool comprises chemical delivery means and a laser head; passing, through one or more optical transmission media, a raw laser beam generated by a laser generating unit at an origin of an optical path comprising the one or more optical transmission media; orienting the laser head of the hybrid tool within the wellbore; delivering the raw laser beam to an optical assembly disposed within the laser head; manipulating the raw laser beam with the optical assembly to produce an output laser beam; delivering the output laser beam to the formation; orienting the chemical delivery means of the hybrid tool within the wellbore; triggering a chemical reaction within the hybrid tool to generate energy; and delivering the energy to the wellbore.
A grout removal tool comprising: a case carrying a reciprocating motor and having an external contoured finger grip; a drive shaft extending from the motor to engage a chuck drive rod; a cooling piston concentrically carried by the drive shaft for reciprocating motion; and, a chuck attached to the chuck drive rod for removably constraining a carbide tipped bit. a case carrying a reciprocating motor and having an external contoured finger grip; a drive shaft extending from the motor to engage a chuck drive rod; a cooling piston concentrically carried by the drive shaft for reciprocating motion; and, a chuck attached to the chuck drive rod for removably constraining a carbide tipped bit.
A vehicle conversation mirror assembly comprising: a housing defining a storage space; a conversation mirror; a slider mechanism operatively coupled to the conversation mirror to move the conversation mirror between a stored position within the storage space and a use position extending from the housing; and a tab arrangement in communication with the slider mechanism to releasably secure the conversation mirror to one of the stored and use positions; characterized in that the tab arrangement comprises a first plurality of snap tabs (42, 44) operatively coupled to the housing and a second plurality of snap tabs (52, 54) operatively coupled to the conversation mirror, wherein the first plurality of snap tabs (42, 44) frictionally engage the second plurality of snap (52,54) tabs to secure the conversation mirror in the use position. a housing defining a storage space; a conversation mirror; a slider mechanism operatively coupled to the conversation mirror to move the conversation mirror between a stored position within the storage space and a use position extending from the housing; and a tab arrangement in communication with the slider mechanism to releasably secure the conversation mirror to one of the stored and use positions; characterized in that the tab arrangement comprises a first plurality of snap tabs (42, 44) operatively coupled to the housing and a second plurality of snap tabs (52, 54) operatively coupled to the conversation mirror, wherein the first plurality of snap tabs (42, 44) frictionally engage the second plurality of snap (52,54) tabs to secure the conversation mirror in the use position.
A method for genetically modifying a cell by base editing, the method comprising introduction into the cell and/or expression in the cell of: i) a sequence-targeting protein; ii) an RNA-ligand binding complex comprising a) a guide RNA, and b) a ligand binding moiety; and iii) two or more effector proteins each comprising c) a ligand capable of reversibly binding to the ligand binding moiety, and d) an effector domain, wherein the two or more effector proteins each comprise different effector domains. i) a sequence-targeting protein; ii) an RNA-ligand binding complex comprising a) a guide RNA, and b) a ligand binding moiety; and a) a guide RNA, and b) a ligand binding moiety; and iii) two or more effector proteins each comprising c) a ligand capable of reversibly binding to the ligand binding moiety, and d) an effector domain, c) a ligand capable of reversibly binding to the ligand binding moiety, and d) an effector domain,
Reclosable cap to be mounted on a spout of a container, comprising - a cylindrical lateral wall extending around an axis and a top wall positioned at one end of the lateral wall, - a first separating line provided circumferentially around the lateral wall to define an anchor ring and a lid, wherein the first separating line extends between a first end section and a second end section, the end sections (12, 13) being spaced apart from each other circumferentially to provide a connection portion connecting the anchor ring and the lid, and - a second separating line provided circumferentially around the lateral wall between a first and a second end, substantially parallel to the first separating line and located on the anchor ring, wherein the end sections (12, 13) define a transition from full wall thickness of the connection portion to the first separating line, and in that each end section (12, 13) is bordered axially by reinforcing sections, characterised in that the end sections (12, 13) each span an angle γ > 6° of the circumference of the lateral wall, and the connection portion spans circumferentially an angle δ of 20 to 40°. - a cylindrical lateral wall extending around an axis and a top wall positioned at one end of the lateral wall, - a first separating line provided circumferentially around the lateral wall to define an anchor ring and a lid, wherein the first separating line extends between a first end section and a second end section, the end sections (12, 13) being spaced apart from each other circumferentially to provide a connection portion connecting the anchor ring and the lid, and - a second separating line provided circumferentially around the lateral wall between a first and a second end, substantially parallel to the first separating line and located on the anchor ring, wherein the end sections (12, 13) define a transition from full wall thickness of the connection portion to the first separating line, and in that each end section (12, 13) is bordered axially by reinforcing sections, characterised in that the end sections (12, 13) each span an angle γ > 6° of the circumference of the lateral wall, and the connection portion spans circumferentially an angle δ of 20 to 40°.
A printhead die, comprising: a substrate; a slot (20; 420) extending through the substrate, the slot (20; 420) including a first slot segment (20a; 420a) and a discrete second slot segment (20b; 420b), the second slot segment (20b; 420b) being offset from the first slot segment (20a; 420a) along a major axis and along an orthogonal minor axis, wherein offset of the first slot segment (20a; 420a) and the second slot segment (20b; 420b) defines a pathway (70; 470a) between the first slot segment (20a; 420a) and the second slot segment (20b; 420b); and an electrical trace (40a, 40b; 440a, 440b) routed across the substrate through the pathway (70; 470a). a substrate; a slot (20; 420) extending through the substrate, the slot (20; 420) including a first slot segment (20a; 420a) and a discrete second slot segment (20b; 420b), the second slot segment (20b; 420b) being offset from the first slot segment (20a; 420a) along a major axis and along an orthogonal minor axis, wherein offset of the first slot segment (20a; 420a) and the second slot segment (20b; 420b) defines a pathway (70; 470a) between the first slot segment (20a; 420a) and the second slot segment (20b; 420b); and an electrical trace (40a, 40b; 440a, 440b) routed across the substrate through the pathway (70; 470a).
Registration server in an IP network, possessing means for, after receiving a request for an initial or refresh registration on said IP network or for an initial or refresh subscription to a given service available on this IP network, selecting for the client-device emitting the request a value for the corresponding refresh period, characterized in that it furthermore possesses means for selecting said value as a function, at least, of the type of authentication used by said client-device to authenticate itself with the IP network.
A rotary encoder comprising a bearing configuration, a bearing housing (230; 430; 530) and a stator, the bearing configuration comprises a shaft, a number of bearing units (220a, 220b) and a rotor, wherein the bearing housing (230; 430; 530) is arranged to receive the bearing configuration (290; 210, 220a, 220b, 240, 250) internally when the bearing housing is in a deformed state, in which deformed state insertion and positioning of the bearing configuration is possible due to an increased internal diameter of the bearing housing (230; 430; 530), and wherein the bearing housing (230; 430; 530) is arranged to fixedly secure the received bearing configuration in a pre-stressed state in a non-deformed state.
A device for determining the speed and/or the length of a product, preferably a strand, moving along a conveying direction, comprising a laser for irradiating a surface of the product and comprising a detector apparatus for detecting laser radiation backscattered from the surface of the product, wherein the detector apparatus comprises a first sensor with a first transmission grid arranged in front of the first sensor and a second sensor formed by an image sensor, wherein a first beam splitter is also provided which splits laser radiation backscattered from the product into laser radiation conducted to the first sensor, on the one hand, and to the image sensor, on the other hand, characterized in that an evaluation apparatus is provided which is designed to determine the speed and/or the length of the product based on an intensity modulation detected by the first sensor during a movement of the product and based on a shift of a speckle pattern formed on the image sensor detected by the image sensor during a movement of the product, that the detector apparatus also comprises a third sensor, and that a second beam splitter is arranged between the first beam splitter and the image sensor and is designed so that it splits laser radiation coming from the first beam splitter into laser radiation conducted to the image sensor, on the one hand, and to the third sensor, on the other hand, or that a second beam splitter is arranged between the first beam splitter and the first transmission grid and is designed so that it splits laser radiation coming from the first beam splitter into laser radiation conducted to the first sensor, on the one hand, and to the third sensor, on the other hand, and that the evaluation apparatus is designed to calculate the difference of the measurement signals from the first sensor and from the third sensor in order to determine the speed and/or the length of the product so that a direct component of the measurement signal received by the first sensor is eliminated.
A method for producing a thin-walled plastic profile where a continuous reinforcement produced from strands, woven fabric and/or the like is guided through a mould comprising at least one mould core and is embedded in the plastics material in the mould, characterized in that at least part of the mould is moved periodically relative to the stationary thin-walled plastic profile and the thin-walled plastic profile is held by at least one holding means, which comprises a core and an outer holding part, whilst the mould is moved along.