mhurhangee/patent-ind-claim-en huggingface dataset:
A composition for treating a hard surface comprising an aqueous-based composition which includes: (a) adhesion promoter, which comprises an organic molecule including at least one hydrophilic polyalkoxy group, wherein the adhesion promoter comprises polyethylene glycol, alkoxylated alcohol, alkoxylated polyol partial ester and/or polymeric alkylene oxide block copolymer; (b) at least one surfactant selected from the group consisting of: anionic, nonionic, cationic, amphoteric, zwitterionic, and combinations thereof; wherein one or more of the at least one surfactant can serve all or in part as the at least one adhesion promoter; and (c) water; and (d) propellant, which comprises fluorocarbon, hydrofluoroalkane, hydrofluoroalkene and/or volatile ether propellant; wherein after aerosol application to a hard surface the composition is in the form of a gel, which is self-adhering to the hard surface and the gel has a viscosity at 25 °C of at least 150 Pa·s (150,000 cP). (a) adhesion promoter, which comprises an organic molecule including at least one hydrophilic polyalkoxy group, wherein the adhesion promoter comprises polyethylene glycol, alkoxylated alcohol, alkoxylated polyol partial ester and/or polymeric alkylene oxide block copolymer; (b) at least one surfactant selected from the group consisting of: anionic, nonionic, cationic, amphoteric, zwitterionic, and combinations thereof; wherein one or more of the at least one surfactant can serve all or in part as the at least one adhesion promoter; and (c) water; and (d) propellant, which comprises fluorocarbon, hydrofluoroalkane, hydrofluoroalkene and/or volatile ether propellant;
Mash filter membrane comprising an elastomeric composition that comprises more than 50 wt% of one or more elastomer, based on the total weight of polymers in the elastomeric composition, wherein the elastomeric composition is a food grade composition such as according to EU Directive 95/2001/EC on general product safety, Regulation (EC) N. 1935/2004 on materials and articles intended to come into contact with food, EU Regulation 2023/2006 on good manufacturing practice for materials and articles intended to come into contact with food, Dutch Food and consumer items law (including but not limited to the (Commodities Act) decree and regulation on packaging and consumer items (" Warenwetbesluit en - regeling verpakkingen en gebruiksartikelen "), article 33 of EU Regulation (EC) 1907/2006 such that no substances of very high concern as defined by the REACH legislation are present above 0.1 % by weight, and/or according to Food and Drug Administration (FDA) CFR Title 21 - Part 177 - Indirect Food Additives: Polymers § 177.2600 Rubber articles intended for repeated use.
A method of operating a first device to determine a distance, d, between the first device and a further device , the method comprising: transmitting a first broadcast UWB ranging frame comprising an identifier of the first device, A, and a transmission timestamp; receiving a further broadcast UWB ranging frame from the further device, the further broadcast UWB ranging frame comprising an identifier of the further device, B, and a transmission timestamp of the further device, and at least one data pair (630+635, 640+645), the or each data pair comprising a respective transmitting device identifier, Q, of a respective transmitting device and a respective reception timestamp , wherein the or each respective reception timestamp is indicative of the arrival time at the further device of a prior broadcast UWB ranging frame broadcast from the respective transmitting device; determining a reception timestamp of the further broadcast UWB ranging frame; comparing the or each respective transmitting device identifier, Q, with the identifier of the first device, A; and, in response to matching a one of the at least one transmitting device identifiers with the identifier of the first device, determining the distance between the first device and the further device. transmitting a first broadcast UWB ranging frame comprising an identifier of the first device, A, and a transmission timestamp; receiving a further broadcast UWB ranging frame from the further device, the further broadcast UWB ranging frame comprising an identifier of the further device, B, and a transmission timestamp of the further device, and at least one data pair (630+635, 640+645), the or each data pair comprising a respective transmitting device identifier, Q, of a respective transmitting device and a respective reception timestamp , wherein the or each respective reception timestamp is indicative of the arrival time at the further device of a prior broadcast UWB ranging frame broadcast from the respective transmitting device; an identifier of the further device, B, and a transmission timestamp of the further device, and at least one data pair (630+635, 640+645), the or each data pair comprising a respective transmitting device identifier, Q, of a respective transmitting device and a respective reception timestamp , wherein the or each respective reception timestamp is indicative of the arrival time at the further device of a prior broadcast UWB ranging frame broadcast from the respective transmitting device; determining a reception timestamp of the further broadcast UWB ranging frame; comparing the or each respective transmitting device identifier, Q, with the identifier of the first device, A; and, in response to matching a one of the at least one transmitting device identifiers with the identifier of the first device, determining the distance between the first device and the further device.
An inductor assembly comprising: a coil including: a spirally wound first metal foil ; a second metal foil spirally co-wound in face-to-face electrical contact with the first metal foil to form a multilayer conductor ; and an electrical insulator sheet spirally co-wound with the first and second metal foils, characterised in that : the first metal foil , the second metal foil , and the electrical insulator sheet are not bonded to one another across their widths. a coil including: a spirally wound first metal foil ; a second metal foil spirally co-wound in face-to-face electrical contact with the first metal foil to form a multilayer conductor ; and an electrical insulator sheet spirally co-wound with the first and second metal foils, a spirally wound first metal foil ; a second metal foil spirally co-wound in face-to-face electrical contact with the first metal foil to form a multilayer conductor ; and an electrical insulator sheet spirally co-wound with the first and second metal foils, characterised in that : the first metal foil , the second metal foil , and the electrical insulator sheet are not bonded to one another across their widths.
A gas cylinder monitoring system comprising: a) a gas cylinder for receiving and distributing gas contained therein, b) a flow control valve associated with the gas cylinder operable to allow or prevent the flow of gas from said cylinder ; c) a monitor for monitoring a signal from an input device ; and d) an input device associated with said flow control valve comprising an environmental parameter sensor for detecting the presence or absence of an environmental parameter in the vicinity of the cylinder and being operably connected to the monitor for transmitting an environmental status signal thereto; e) a transmitter for transmitting a signal to a receiver obtained by the monitor from the input device ; f) characterized by a removable cover covering both the flow control valve and the environmental parameter sensor such as to only allow access to the flow control valve upon removal of the cover . a) a gas cylinder for receiving and distributing gas contained therein, b) a flow control valve associated with the gas cylinder operable to allow or prevent the flow of gas from said cylinder ; c) a monitor for monitoring a signal from an input device ; and d) an input device associated with said flow control valve comprising an environmental parameter sensor for detecting the presence or absence of an environmental parameter in the vicinity of the cylinder and being operably connected to the monitor for transmitting an environmental status signal thereto; e) a transmitter for transmitting a signal to a receiver obtained by the monitor from the input device ; f) characterized by a removable cover covering both the flow control valve and the environmental parameter sensor such as to only allow access to the flow control valve upon removal of the cover .
A method for controlling an aerial vehicle comprising: receiving, by one or more processors , a first signal from a first input device , wherein the first signal is related to a mode of a flight director ; outputting, by the one or more processors , a parameter on an output device , wherein the parameter is related to the mode; receiving, by the one or more processors , a second signal from a second input device , wherein the second signal causes the parameter to change to a new parameter, and wherein the second input device is mechanically coupled to the first input device ; outputting, by the one or more processors , the new parameter on the output device ; and receiving, by the one or more processors , a third signal from a third input device , wherein the aerial vehicle is controlled by the flight director based on the third signal, and wherein the second input device is mechanically coupled to the third input device characterised in that : the first input device is an outer knob; the second input device is an inner knob, wherein the first input device surrounds the second input device ; and the third input device is a button, wherein the second input device surrounds the third input device . receiving, by one or more processors , a first signal from a first input device , wherein the first signal is related to a mode of a flight director ; outputting, by the one or more processors , a parameter on an output device , wherein the parameter is related to the mode; receiving, by the one or more processors , a second signal from a second input device , wherein the second signal causes the parameter to change to a new parameter, and wherein the second input device is mechanically coupled to the first input device ; outputting, by the one or more processors , the new parameter on the output device ; and receiving, by the one or more processors , a third signal from a third input device , wherein the aerial vehicle is controlled by the flight director based on the third signal, and wherein the second input device is mechanically coupled to the third input device characterised in that : the first input device is an outer knob; the second input device is an inner knob, wherein the first input device surrounds the second input device ; and the third input device is a button, wherein the second input device surrounds the third input device . the first input device is an outer knob; the second input device is an inner knob, wherein the first input device surrounds the second input device ; and the third input device is a button, wherein the second input device surrounds the third input device .
A method for solidification of a waste material, comprising: providing a waste material having a first volume; dewatering the waste material; drying the dewatered waste material; storing and metering the waste material to a mixer; metering a polymer to the mixer ; mixing the polymer with the waste material to provide a polymer-waste mixture; curing the polymer in the polymer-waste mixture to provide a solidified monolith waste form having a continuous polymer matrix encapsulating the waste material; and wherein the dewatered waste material has a reduced volume from about 50% to about 95% of the original sluice volume of the waste material. providing a waste material having a first volume; dewatering the waste material; drying the dewatered waste material; storing and metering the waste material to a mixer; metering a polymer to the mixer ; mixing the polymer with the waste material to provide a polymer-waste mixture; curing the polymer in the polymer-waste mixture to provide a solidified monolith waste form having a continuous polymer matrix encapsulating the waste material; and wherein the dewatered waste material has a reduced volume from about 50% to about 95% of the original sluice volume of the waste material.
A method for wireless communication, comprising: determining , at a user equipment, UE , channel quality indicator, CQI, using a set of precoding matrices that is assumed by the UE , the set of precoding matrices assumed by the UE being for a set of time-frequency resources available for data transmission to the UE to obtain transmit diversity, and the UE selecting random precoding matrices for the set of time frequency resources, the UE assuming the set of precoding matrices for the set of time-frequency resources based on a base station pseudo-randomly selecting a set of precoding matrices for the data transmission to the UE , wherein the set of precoding matrices assumed by the UE is different from the set of precoding matrices pseudo-randomly selected by the base station for the data transmission to the UE ; and sending the CQI from the UE to the base station . determining , at a user equipment, UE , channel quality indicator, CQI, using a set of precoding matrices that is assumed by the UE , the set of precoding matrices assumed by the UE being for a set of time-frequency resources available for data transmission to the UE to obtain transmit diversity, and the UE selecting random precoding matrices for the set of time frequency resources, the UE assuming the set of precoding matrices for the set of time-frequency resources based on a base station pseudo-randomly selecting a set of precoding matrices for the data transmission to the UE , wherein the set of precoding matrices assumed by the UE is different from the set of precoding matrices pseudo-randomly selected by the base station for the data transmission to the UE ; and sending the CQI from the UE to the base station .
A liquid crystal display device, comprising: a liquid crystal panel ; a light guide plate below the liquid crystal panel ; a guide panel comprising a first guide portion ; and a backlight unit including the light guide plate and a light emitting diode, LED, assembly , the LED assembly comprising: first and second LED packages that are arranged alternately along a light entering surface of the light guide plate ; and a printed circuit board, PCB, that includes first and second portions which face each other and which the first and second LED packages are mounted at, respectively, and a third portion , the third portion connecting an end of the first portion , and an end of the second portion ; wherein the first guide portion is located at an outer side of the first and second LED packages that is facing away of the side on which the light is to be emitted into the light guide plate , and is attached to the first and second portions , and characterized in that the first guide portion is interposed between the first and second portions . a liquid crystal panel ; a light guide plate below the liquid crystal panel ; a guide panel comprising a first guide portion ; and a backlight unit including the light guide plate and a light emitting diode, LED, assembly , the LED assembly comprising: first and second LED packages that are arranged alternately along a light entering surface of the light guide plate ; and a printed circuit board, PCB, that includes first and second portions which face each other and which the first and second LED packages are mounted at, respectively, and a third portion , the third portion connecting an end of the first portion , and an end of the second portion ; wherein the first guide portion is located at an outer side of the first and second LED packages that is facing away of the side on which the light is to be emitted into the light guide plate , and is attached to the first and second portions , and characterized in that the first guide portion is interposed between the first and second portions . first and second LED packages that are arranged alternately along a light entering surface of the light guide plate ; and a printed circuit board, PCB, that includes first and second portions which face each other and which the first and second LED packages are mounted at, respectively, and a third portion , the third portion connecting an end of the first portion , and an end of the second portion ; wherein the first guide portion is located at an outer side of the first and second LED packages that is facing away of the side on which the light is to be emitted into the light guide plate , and is attached to the first and second portions , and characterized in that the first guide portion is interposed between the first and second portions .
A Chinese medicine extract which is prepared from the raw materials consisting of Artemisia annua L. and propolis, wherein the mass ratio of Artemisia annua L. to propolis is 3:5 or 5:3, wherein a solvent for extraction is 95% (volume) ethanol in water and the extraction method is percolation, impregnation, decoction, reflux extraction, continuous reflux extraction, supercritical fluid extraction or ultrasound extraction.
A one part underfill composition comprising: - an epoxy resin, - a latent epoxy curing agent, - a photocurable resin or monomer, - a photoinitiator, - optionally, a filler, and - optionally, a thermal initiator, wherein the epoxy resin comprises at least one multifunctional epoxy resin, and one or more monofunctional epoxy resins, and wherein the multifunctional epoxy resin is included in an amount within the range of 40 wt.% to 95 wt.%, of the total epoxy resin. - an epoxy resin, - a latent epoxy curing agent, - a photocurable resin or monomer, - a photoinitiator, - optionally, a filler, and - optionally, a thermal initiator,
A method of managing a battery set comprising batteries, the method comprising: preprocessing a voltage data sequence of each of the batteries and a current data sequence of a battery of the battery set; estimating an internal resistance of each of the batteries based on the preprocessed voltage data sequence, the preprocessed current data sequence, and internal resistance estimation models in which an internal resistance change due to a battery degradation is modeled, wherein each of the batteries corresponds to a respective one of the internal resistance estimation models; and determining whether the battery set is abnormal based on the estimated internal resistance of each of the batteries. preprocessing a voltage data sequence of each of the batteries and a current data sequence of a battery of the battery set; estimating an internal resistance of each of the batteries based on the preprocessed voltage data sequence, the preprocessed current data sequence, and internal resistance estimation models in which an internal resistance change due to a battery degradation is modeled, wherein each of the batteries corresponds to a respective one of the internal resistance estimation models; and determining whether the battery set is abnormal based on the estimated internal resistance of each of the batteries.
A temperature-adjusting device for adjusting the temperature of and thawing a material the temperature of which is to be adjusted and which is arranged in a rigid container , having an openable housing containing a storage chamber for receiving the container , having a heater containing a flat heating element in operative connection with the container , wherein a storage mat (9, 9") for receiving the container is arranged between the flat heating element and the container , characterized in that the storage mat (9, 9") has a plurality of elongated recesses (10, 10', 10") for receiving individual cylindrically formed containers , wherein the elongated recesses (10, 10', 10") of the storage mat (9, 9") have at least one perforation .
System for fixing by suspension of electrical equipment means beneath anchorage means in particular connected to the ceiling of an area of a boat, of the type comprising means in the form of a suspension column , the upper end of which comprises hooking means on the anchorage means , and the lower end of which comprises fixing means for the electrical equipment means, the means in the form of a suspension column comprising an internal part and an external part which telescope one into the other, one of the internal part and the external part comprising the upper end of the means in the form of a suspension column, and the other of the internal part and the external part comprising the lower end of the means in the form of a suspension column , the internal part and the external part which telescope one into the other allowing adjustment in height between the anchorage means and the electrical equipment means during the phase of mounting of the latter two, characterised in that the telescopic internal part and the telescopic external part of the means in the form of a suspension column are configured in order to be displaced in rotation one relative to the other in order to allow, furthermore, angular adjustment between the anchorage means and the electrical equipment means during the phase of mounting of the latter two, in that the system for fixing by suspension comprises means for temporary locking in position of the telescopic internal part and the telescopic external part of the means in the form of a suspension column during the course of mounting of the electrical equipment means, and in that said temporary locking means comprise a tightening member traversing said external part and adapted to come to abut against said internal part .
A monitoring device for monitoring a transformer comprising a tap changer , said transformer having at least two magnetically coupled windings arranged at a first and a second transformer side and the tap changer comprising impedance elements (Ri, R2) and a switch configured to gradually pass the impedance elements when changing between two tap changer positions (P1, P4) during a tap change operation, the monitoring device comprising: a waveform analyzer characterized by being operative to obtain waveforms of measured power transmission properties (Iin, Uin, Iout, Uout) recorded at the first and second transformer sides, said measured power transmission properties being currents and/or voltages, process the recorded waveforms for obtaining at least one waveform representing a tap change operation, and extract information (ODT, AMP) indicative of the health of the tap change from said at least one waveform that represents the tap change operation, wherein the extracted information comprises an operation duration time (ODT) covering at least a part of the tap change operation and/or an amplitude (AMP) of said at least one waveform representing the tap change operation. a waveform analyzer characterized by being operative to obtain waveforms of measured power transmission properties (Iin, Uin, Iout, Uout) recorded at the first and second transformer sides, said measured power transmission properties being currents and/or voltages, process the recorded waveforms for obtaining at least one waveform representing a tap change operation, and extract information (ODT, AMP) indicative of the health of the tap change from said at least one waveform that represents the tap change operation, wherein the extracted information comprises an operation duration time (ODT) covering at least a part of the tap change operation and/or an amplitude (AMP) of said at least one waveform representing the tap change operation.