mhurhangee/ep-ind-claims huggingface dataset:
An antenna for an RFID reading apparatus having at least one individual CLL antenna, wherein a CLL antenna is an antenna that has an inner antenna loop and a capacitively loaded conductor loop which surrounds the inner antenna loop and into which a capacitance is introduced, wherein the inner antenna loop is U-shaped, with a first end point of the inner antenna loop being connected to a feed line and a second end point of the inner antenna loop being connected to a ground plane (24, 30), characterized in that the antenna comprises a plurality of individual CLL antennas (10a-d), which are differently oriented, and a feed circuit having at least one power divider configured to provide a suitable phase for the individual CLL antennas (10a-d) in order to operate the individual CLL antennas (10a-d) for generating a circular polarization with a mutual phase offset and in that the antenna is right-handed circularly polarized and the plurality of individual CLL antennas (10a-d) are oriented with respect to a common base surface such that the first end point is spaced further away from the base surface than the second end point, or in that the antenna is left-handed circularly polarized and the plurality of individual CLL antennas (10a-d) are oriented with respect to the common base surface such that the first end point is spaced closer with respect to the base surface than the second end point.
Heat pump system with a refrigerant circuit for heat generation and with a gas cooler, an air/air heat exchanger, a DHW cylinder, a buffer cylinder, a charging circuit with a primary flow line and a return line and a three-way valve, where a heat transfer medium can flow in the charging circuit, where DHW heating or the heating/cooling of rooms can take place via the three-way valve, where the gas cooler in the refrigerant circuit is linked to the primary flow line, where in a flow direction (x) of outdoor air into the heat pump system there is first a preheater suitable for preheating outdoor air to a minimum temperature (t M) in line with demand, in the flow direction downstream of the preheater, there is an air/air heat exchanger suitable for heating the outdoor air by means of extract air with the substances being kept separate, in the flow direction (x) downstream of the air/air heat exchanger there is an air heater as a heat transfer medium/air heater suitable for temperate heating of the outdoor air to a supply air temperature (t GA), where firstly the air heater, which is also connected to a supply air duct and a supply air connection, is connected to the buffer cylinder via a fluid line in a flow direction (z) of the heat transfer medium, and where the preheater is connected to the buffer cylinder further downstream in the flow direction (z) of the heat transfer medium. a refrigerant circuit for heat generation and with a gas cooler, an air/air heat exchanger, a DHW cylinder, a buffer cylinder, a charging circuit with a primary flow line and a return line and a three-way valve, where a heat transfer medium can flow in the charging circuit, where DHW heating or the heating/cooling of rooms can take place via the three-way valve, where the gas cooler in the refrigerant circuit is linked to the primary flow line, where in a flow direction (x) of outdoor air into the heat pump system there is first a preheater suitable for preheating outdoor air to a minimum temperature (t M) in line with demand, in the flow direction downstream of the preheater, there is an air/air heat exchanger suitable for heating the outdoor air by means of extract air with the substances being kept separate, in the flow direction (x) downstream of the air/air heat exchanger there is an air heater as a heat transfer medium/air heater suitable for temperate heating of the outdoor air to a supply air temperature (t GA), where firstly the air heater, which is also connected to a supply air duct and a supply air connection, is connected to the buffer cylinder via a fluid line in a flow direction (z) of the heat transfer medium, and where the preheater is connected to the buffer cylinder further downstream in the flow direction (z) of the heat transfer medium.
A heat transfer fluid comprising a freezing point-depressant; an aliphatic carboxylic acid, a salt thereof, or a combination of the foregoing; an inorganic phosphate; a magnesium compound; deionized water, a component selected from the group consisting of azole compounds, copper alloy corrosion inhibitors, phosphonocarboxylates, phosphinocarboxylates, and combinations of two or more of the foregoing components; and nitrate, said nitrate being in an amount less than or equal to 40 ppm; wherein the heat transfer fluid is free of silicates and borates.
Process for producing hydrocarbon products, which comprises: a) providing a C4 hydrocarbon stream having at least 80%, based on weight, of branched and unbranched hydrocarbons each having four carbon atoms, and b) obtaining an n-C4 substream (n-C4) having at least 80%, based on weight, of unbranched hydrocarbons having four carbon atoms, and an iso-C4 substream (i-C4) comprising predominantly branched hydrocarbons having four carbon atoms, from the C4 hydrocarbon stream or a stream derived therefrom, characterized by c) steamcracking of at least a portion of the n-C4 substream (n-C4) or of a stream derived therefrom at a cracking severity at which at least 50% and at most 92% of n-butane present therein is converted. a) providing a C4 hydrocarbon stream having at least 80%, based on weight, of branched and unbranched hydrocarbons each having four carbon atoms, and b) obtaining an n-C4 substream (n-C4) having at least 80%, based on weight, of unbranched hydrocarbons having four carbon atoms, and an iso-C4 substream (i-C4) comprising predominantly branched hydrocarbons having four carbon atoms, from the C4 hydrocarbon stream or a stream derived therefrom, c) steamcracking of at least a portion of the n-C4 substream (n-C4) or of a stream derived therefrom at a cracking severity at which at least 50% and at most 92% of n-butane present therein is converted.
A mouthwash comprising an aqueous solution of a) an effective amount of an orally acceptable soluble zinc salt, wherein the zinc salt is present in an amount corresponding to 0.05 to 2 wt. %; and b) an effective amount of a preservative selected from methylisothiazolinone, benzyl alcohol, glycerol monocaprylate, and combinations thereof, wherein the preservatives are present, separately or in combination, in amounts as follows: i) MIT: 0.0005 - 0.1 wt. % ii) benzyl alcohol: 0.05 - 0.25 wt.% iii) glycerol monocaprylate: 0.01 % - 0.25 wt.%; wherein A) the zinc salt is zinc citrate; or B) the mouthwash further comprises a pyrophosphate; or C) the mouthwash further comprises a synthetic anionic polymeric polycarboxylate; or D) the mouthwash further comprises a fluoride ion source. a) an effective amount of an orally acceptable soluble zinc salt, wherein the zinc salt is present in an amount corresponding to 0.05 to 2 wt. %; and b) an effective amount of a preservative selected from methylisothiazolinone, benzyl alcohol, glycerol monocaprylate, and combinations thereof, wherein the preservatives are present, separately or in combination, in amounts as follows: i) MIT: 0.0005 - 0.1 wt. % ii) benzyl alcohol: 0.05 - 0.25 wt.% iii) glycerol monocaprylate: 0.01 % - 0.25 wt.%; wherein A) the zinc salt is zinc citrate; or B) the mouthwash further comprises a pyrophosphate; or C) the mouthwash further comprises a synthetic anionic polymeric polycarboxylate; or D) the mouthwash further comprises a fluoride ion source. i) MIT: 0.0005 - 0.1 wt. % ii) benzyl alcohol: 0.05 - 0.25 wt.% iii) glycerol monocaprylate: 0.01 % - 0.25 wt.%; A) the zinc salt is zinc citrate; or B) the mouthwash further comprises a pyrophosphate; or C) the mouthwash further comprises a synthetic anionic polymeric polycarboxylate; or D) the mouthwash further comprises a fluoride ion source.
Alkoxylation products containing at least one non-terminal alkoxysilyl group, formed from monomers of at least one alkylene oxide and at least one epoxide bearing alkoxysilyl groups, characterized in that at least 30% of all the free OH groups on the chain end of the alkoxylation product have been converted to acetoacetate groups.
A nickel-based active material for a lithium secondary battery comprising a porous inner portion having closed pores and an outer portion, wherein the porous inner portion has a density less than that of the outer portion, and the nickel-based active material has a net density of 4.50 to 4.7 g/cc.
An auxiliary power unit having a center axis and comprising a power section including a core compressor, a load section including a load compressor, and an air inlet system, the air inlet system comprising: an intake duct having a wall defining an inlet plenum and forming an inlet opening configured to direct air into the inlet plenum; a load compressor passage having a load compressor inlet in fluid communication with the inlet plenum and leading to the load compressor; a core compressor passage having a core compressor inlet in fluid communication with the inlet plenum and leading to the core compressor; a deflector extending in the inlet plenum between the inlet opening and the core compressor inlet, characterised in that: the deflector is configured to deflect at least part of particles carried by an incoming airflow away from the core compressor inlet toward the load compressor inlet, wherein the deflector comprises a segment extending circumferentially about the center axis between a first end and an opposed second end along an arc defined by an angle of at least 90 degrees around the center axis. an intake duct having a wall defining an inlet plenum and forming an inlet opening configured to direct air into the inlet plenum; a load compressor passage having a load compressor inlet in fluid communication with the inlet plenum and leading to the load compressor; a core compressor passage having a core compressor inlet in fluid communication with the inlet plenum and leading to the core compressor; a deflector extending in the inlet plenum between the inlet opening and the core compressor inlet, characterised in that: the deflector is configured to deflect at least part of particles carried by an incoming airflow away from the core compressor inlet toward the load compressor inlet, wherein the deflector comprises a segment extending circumferentially about the center axis between a first end and an opposed second end along an arc defined by an angle of at least 90 degrees around the center axis.
A rubber composition, comprising: a rubber component including a diene rubber; an inorganic filler having a BET value of 10 to 120 m 2 /g, the inorganic filler being formed of a compound represented by formula below, magnesium sulfate, or silicon carbide; and a plasticizer having a freezing point of -10°C or lower, wherein the plasticizer includes no process oil, the rubber composition comprising, per 100 parts by mass of the rubber component, 1 to 70 parts by mass of the inorganic filler and 1 to 30 parts by mass of the plasticizer, mM·xSiO y ·zH 2 O wherein M represents at least one metal selected from the group consisting of Al, Mg, Ti, Ca, and Zr, or an oxide or hydroxide of the metal; m represents an integer of 1 to 5; x represents an integer of 0 to 10; y represents an integer of 2 to 5; and z represents an integer of 0 to 10. a rubber component including a diene rubber; an inorganic filler having a BET value of 10 to 120 m 2 /g, the inorganic filler being formed of a compound represented by formula below, magnesium sulfate, or silicon carbide; and a plasticizer having a freezing point of -10°C or lower, wherein the plasticizer includes no process oil, the rubber composition comprising, per 100 parts by mass of the rubber component, 1 to 70 parts by mass of the inorganic filler and 1 to 30 parts by mass of the plasticizer, mM·xSiO y ·zH 2 O wherein M represents at least one metal selected from the group consisting of Al, Mg, Ti, Ca, and Zr, or an oxide or hydroxide of the metal; m represents an integer of 1 to 5; x represents an integer of 0 to 10; y represents an integer of 2 to 5; and z represents an integer of 0 to 10.
A cobalt-nickel alloy composition comprising by weight (wt): 29.2 to 37 percent Co; 10 to 16 percent Cr; 4 to 6 percent Al; 0.02 to 0.04 percent C; 0.015 to 0.035 percent B; 0.04 to 0.07 percent Zr the alloy comprising 5 to 10 percent W and 2.9 to 4.0 percent Ta; and further elements selected from Nb, Ti, Mo, Hf, Fe, Si and Mn 29.2 to 37 percent Ni providing the balance; the Co and Ni being present in a ratio between about 0.95 and 1.05. 29.2 to 37 percent Co; 10 to 16 percent Cr; 4 to 6 percent Al; 0.02 to 0.04 percent C; 0.015 to 0.035 percent B; 0.04 to 0.07 percent Zr the alloy comprising 5 to 10 percent W and 2.9 to 4.0 percent Ta; and further elements selected from Nb, Ti, Mo, Hf, Fe, Si and Mn 29.2 to 37 percent Ni providing the balance; the Co and Ni being present in a ratio between about 0.95 and 1.05.
A method of assessing the sharpness of a radiation image recording and detection system comprising the steps of - exposing an edge phantom to an amount of radiation emitted by a source of radiation under pre-defined exposure conditions, thereby generating a radiation image of said edge phantom, - recording said radiation image, - detecting the recorded radiation image and generating a digital image representation corresponding with the detected radiation image, - evaluating said digital image representation, wherein any line, outside a plane perpendicular to the top face of the edge phantom, connecting the focus of said source of radiation with a point on a curved or flat lateral face, used for sharpness analysis, of said phantom, coincides with a line part of said lateral face containing said point. - exposing an edge phantom to an amount of radiation emitted by a source of radiation under pre-defined exposure conditions, thereby generating a radiation image of said edge phantom, - recording said radiation image, - detecting the recorded radiation image and generating a digital image representation corresponding with the detected radiation image, - evaluating said digital image representation,
A method performed by a mobility management entity, MME, comprising: receiving, from a mobile switching centre, MSC, a request for continuity of a call during or after handover of a user equipment from a packet-switched connection to a circuit-switched connection; determining whether said call comprises an ITU-T T.140 real-time text protocol component; and informing the mobile switching centre, MSC, when it is determined that said call comprises the ITU-T T.140 real-time text protocol component. receiving, from a mobile switching centre, MSC, a request for continuity of a call during or after handover of a user equipment from a packet-switched connection to a circuit-switched connection; determining whether said call comprises an ITU-T T.140 real-time text protocol component; and informing the mobile switching centre, MSC, when it is determined that said call comprises the ITU-T T.140 real-time text protocol component.
A method of using received signals to make location determinations, the method comprising: receiving, by an access point, beacon signals from a first wireless device; measuring a received signal strength of the beacon signals; determining from the received signal strength if the first wireless device is in motion by determining a rate of motion of the first wireless device, the rate of motion of the first wireless device based on a rate at which the RSS of the received beacon signals varies with time; determining an RSS averaging window for additional beacon signals received from the first wireless device based on whether the first wireless device is in motion; and processing the additional received beacon signals from the first wireless device according to the determined RSS averaging window. receiving, by an access point, beacon signals from a first wireless device; measuring a received signal strength of the beacon signals; determining from the received signal strength if the first wireless device is in motion by determining a rate of motion of the first wireless device, the rate of motion of the first wireless device based on a rate at which the RSS of the received beacon signals varies with time; determining an RSS averaging window for additional beacon signals received from the first wireless device based on whether the first wireless device is in motion; and processing the additional received beacon signals from the first wireless device according to the determined RSS averaging window.
System comprising: - a trolley comprising a platform and wheels attached beneath the platform, - an air intake for an aircraft engine, the air intake resting on the platform so as to have its narrowest part at the top and its widest part of the bottom, and characterized in that the system further comprises - an inflatable protection element in the form of a closed envelope that is installed around the widest part of the air intake. - a trolley comprising a platform and wheels attached beneath the platform, - an air intake for an aircraft engine, the air intake resting on the platform so as to have its narrowest part at the top and its widest part of the bottom, and - an inflatable protection element in the form of a closed envelope that is installed around the widest part of the air intake.
A reactor water-level measurement system (1, 41, 51) comprising: a reactor core an in-core water-level measuring device that includes a heating element, a heat insulating element installed by surrounding part of the heating element in a height direction of the heating element, and a temperature difference measuring element that measures a temperature difference between an insulated portion of the heating element surrounded by the heat insulating element and a non-insulated portion not surrounded by the heat insulating element, and is installed within a vertical range of the reactor core to measure a water level in the reactor core along a vertical direction, a core bottom water-level measuring device that includes a heating element, a heat insulating element installed by surrounding part of the heating element in a height direction of the heating element, and a temperature difference measuring element that measures a temperature difference between an insulated portion of the heating element surrounded by the heat insulating element and a non-insulated portion not surrounded by the heat insulating element, and is installed below a lower end of the reactor core contained in the reactor pressure vessel to measure at least a water level from the lower end of the reactor core to a bottom of the reactor pressure vessel; and a water-level evaluation device that evaluates a water level of a reactor based on the temperature difference. a reactor core an in-core water-level measuring device that includes a heating element, a heat insulating element installed by surrounding part of the heating element in a height direction of the heating element, and a temperature difference measuring element that measures a temperature difference between an insulated portion of the heating element surrounded by the heat insulating element and a non-insulated portion not surrounded by the heat insulating element, and is installed within a vertical range of the reactor core to measure a water level in the reactor core along a vertical direction, a core bottom water-level measuring device that includes a heating element, a heat insulating element installed by surrounding part of the heating element in a height direction of the heating element, and a temperature difference measuring element that measures a temperature difference between an insulated portion of the heating element surrounded by the heat insulating element and a non-insulated portion not surrounded by the heat insulating element, and is installed below a lower end of the reactor core contained in the reactor pressure vessel to measure at least a water level from the lower end of the reactor core to a bottom of the reactor pressure vessel; and a water-level evaluation device that evaluates a water level of a reactor based on the temperature difference.
A flexible conveyance system for assembly-line fabrication, comprising: - a track that conveys parts; - a carrier drive member in the form of a linear motor; - at least one carrier including at least one drive engagement member in the form of a magnet cooperating with the linear motor; characterized in - the track conveying the parts between various stations of an assembly line; and - the track comprising a plurality of feed-forward track segments aligned end-to-end; and - each feed-forward track segment having an open upper side defining an upwardly-facing channel extending lengthwise along the feed-forward track segment, and having an associated carrier drive member disposed within the channel; and - at least one carrier being supported for movement along the plurality of feed-forward track segments, each carrier including at least one drive engagement member in the form of a magnet cooperating with the linear motors of the feed-forward track segments such that the linear motors move the carrier along the respective track segments independently of other carriers supported on the plurality of feed-forward track segments; and - the linear motors being actuated to provide the motive force for moving the carriers along the plurality of track segments and to precisely position the carriers at desired locations along the track segments. - a track that conveys parts; - a carrier drive member in the form of a linear motor; - at least one carrier including at least one drive engagement member in the form of a magnet cooperating with the linear motor; - the track conveying the parts between various stations of an assembly line; and - the track comprising a plurality of feed-forward track segments aligned end-to-end; and - each feed-forward track segment having an open upper side defining an upwardly-facing channel extending lengthwise along the feed-forward track segment, and having an associated carrier drive member disposed within the channel; and - at least one carrier being supported for movement along the plurality of feed-forward track segments, each carrier including at least one drive engagement member in the form of a magnet cooperating with the linear motors of the feed-forward track segments such that the linear motors move the carrier along the respective track segments independently of other carriers supported on the plurality of feed-forward track segments; and - the linear motors being actuated to provide the motive force for moving the carriers along the plurality of track segments and to precisely position the carriers at desired locations along the track segments.
A heated aerosol-generating article for producing an inhalable aerosol, the heated aerosol-generating article comprising an aerosol-forming substrate, in which the aerosol-forming substrate is a homogenized tobacco material comprising tobacco, a fat having a melting point between 20 °C and 50 °C, and one or more aerosol-formers, in which the homogenized tobacco material contains at least 60% tobacco on a dry weight basis, and in which the homogenized tobacco material further comprises reinforcement fibres.