mhurhangee/ep-ind-claims huggingface dataset:
Method for processing wastewaters and waste-gas condensates from the polymerization of vinyl acetate and ethylene and optionally further comonomers in an aqueous medium, by the suspension or emulsion polymerization process under a pressure of 5 to 100 bar abs., in which, after the end of the polymerization, the polymerization batch is let down to a pressure of 0.1 to 5 bar abs., and is optionally treated with inert entraining gases and the polymer dispersion is drained off, characterized in that A) during letdown the gaseous phase is taken off by means of a compressor, B) the gaseous phase obtained during stripping is optionally taken off by means of the compressor and, before entering the compressor, is cooled by means of one or more heat exchangers, and C) the liquid phases (7,11) obtained in the compressor and optionally in the heat exchanger are each separated from the gaseous phase, and D) are applied to a rectifying column, and are separated into a vinyl acetate monomer phase (34/44) and into a wastewater phase (25/29), and the vinyl acetate monomer phase is returned to the polymerization. A) during letdown the gaseous phase is taken off by means of a compressor, B) the gaseous phase obtained during stripping is optionally taken off by means of the compressor and, before entering the compressor, is cooled by means of one or more heat exchangers, and C) the liquid phases (7,11) obtained in the compressor and optionally in the heat exchanger are each separated from the gaseous phase, and D) are applied to a rectifying column, and are separated into a vinyl acetate monomer phase (34/44) and into a wastewater phase (25/29), and the vinyl acetate monomer phase is returned to the polymerization.
Child safety seat comprising - at least a first, a second and a third locking mechanism each being adapted for releasably locking the seat to a vehicle at a respective anchorage point, wherein the anchorage points of the first locking mechanism and the second locking mechanism are arranged on a line, the anchorage point of the third locking mechanism being spaced apart from the line, - a seat surface of the seat, the seat surface providing a sitting area of the seat, the third locking mechanism being adjustable in height relative to the seat surface and - a coupling member, the third locking mechanism being secured to the seat via the coupling member, the coupling member being height adjustable to enable the height adjustability of the third locking mechanism. - at least a first, a second and a third locking mechanism each being adapted for releasably locking the seat to a vehicle at a respective anchorage point, wherein the anchorage points of the first locking mechanism and the second locking mechanism are arranged on a line, the anchorage point of the third locking mechanism being spaced apart from the line, - a seat surface of the seat, the seat surface providing a sitting area of the seat, the third locking mechanism being adjustable in height relative to the seat surface and - a coupling member, the third locking mechanism being secured to the seat via the coupling member, the coupling member being height adjustable to enable the height adjustability of the third locking mechanism.
An underground electrical cabinet, comprising: - an underground container fixed in the underground and including an upper entry opening, wherein the underground container is made from a synthetic material, wherein the underground container includes a main container including a base, - at least one electrical cabinet frame for attaching electrical cabinet components (3a, b, c), - an upper container cover, characterized in that the at least the electrical cabinet frame is attached form locking, in particular exclusively form locking in an interior of the underground container, wherein horizontally extending bulges are provided along the base of the main container wherein the bulges are open in an upward direction towards an interior over an entire length of the bulges and wherein base profiles are inserted into the bulges, wherein the electrical cabinet frame is connected with the base profiles. - an underground container fixed in the underground and including an upper entry opening, wherein the underground container is made from a synthetic material, wherein the underground container includes a main container including a base, - at least one electrical cabinet frame for attaching electrical cabinet components (3a, b, c), - an upper container cover,
A rubber composition which comprises a rubber component containing a polybutadiene and a dienic rubber or an olefinic rubber immiscible with the polybutadiene, and a filler, and in which the Mooney viscosity (ML 1+4/ 100°C) of the polybutadiene referred to as ML, and the Mooney viscosity (ML 1+4/ 100°C) of the dienic rubber or the olefinic rubber immiscible with the polybutadiene referred to as ML are in a relation of ML ≥ ML, wherein the content mass ratio (A/B) of the content mass A of the polybutadiene to the content mass B of the dienic rubber or the olefinic rubber immiscible with the polybutadiene falls within a range of from 45/55 to 55/45.
A grafting method comprising: making a cut surface of a scion and a cut surface of a rootstock contact with each other, and disposing sheet-like thermoplastic resin films (38A, 38B, 138) facing each other across a contact part, characterized by: covering a periphery of the contact part with the thermoplastic resin films (38A, 38B, 138) by ultrasonically welding the thermoplastic resin films (38A, 38B, 138), and cutting the thermoplastic films while being applied with a tensile load such that the thermoplastic resin films shrink and tightly contact the scion and the rootstock. covering a periphery of the contact part with the thermoplastic resin films (38A, 38B, 138) by ultrasonically welding the thermoplastic resin films (38A, 38B, 138), and cutting the thermoplastic films while being applied with a tensile load such that the thermoplastic resin films shrink and tightly contact the scion and the rootstock.
A system comprising: a main hub; and a remote antenna unit communicatively coupled to the main hub; wherein the main hub is operable to receive a first original radio frequency signal in a downlink communication direction from an upstream device and the remote antenna unit is operable to receive a second original radio frequency signal in an uplink communication direction from a downstream device; wherein the first and second original radio frequency signals are originally transmitted on a radio frequency channel using time division duplexing; wherein the main hub communicates a control signal in the downlink communication direction to the remote antenna unit, the main hub generating the control signal based at least in part on detecting when the first original radio frequency signal is being received at the main hub; wherein the remote antenna unit uses the control signal to determine when to output a first reproduced radio frequency signal in accordance with the time division duplexing used to originally transmit the first and second original radio frequency signals on the radio frequency channel; and wherein the first reproduced radio frequency signal is derived from the first original radio frequency signal. a main hub; and a remote antenna unit communicatively coupled to the main hub; wherein the main hub is operable to receive a first original radio frequency signal in a downlink communication direction from an upstream device and the remote antenna unit is operable to receive a second original radio frequency signal in an uplink communication direction from a downstream device; wherein the first and second original radio frequency signals are originally transmitted on a radio frequency channel using time division duplexing; wherein the main hub communicates a control signal in the downlink communication direction to the remote antenna unit, the main hub generating the control signal based at least in part on detecting when the first original radio frequency signal is being received at the main hub; wherein the remote antenna unit uses the control signal to determine when to output a first reproduced radio frequency signal in accordance with the time division duplexing used to originally transmit the first and second original radio frequency signals on the radio frequency channel; and wherein the first reproduced radio frequency signal is derived from the first original radio frequency signal.
A geometric art toy comprising: a plurality of first toy members formed as tetrahedrons, each first toy member comprising a magnet (); and a plurality of second toy members formed as tetrahedrons, each second toy member comprising a magnet); wherein the plurality of first toy members and the plurality of second toy members are connected together, wherein, in a first configuration, the magnet of one first toy member magnetically couples with the magnet of one second toy member through the first faces thereof, and wherein, in a second configuration, the magnet of the one first toy member magnetically couples with the magnet of another second toy member through the second faces thereof, characterized in that the magnet of each first toy member is movably positioned in a cradle, wherein the magnet alternatingly exhibits a first polarity through a first face and a second face of the first toy member, and the magnet of each second toy member is movably positioned in a cradle, wherein the magnet alternatingly exhibits a second polarity that is different from the first polarity through a first face and a second face of the second toy member. a plurality of first toy members formed as tetrahedrons, each first toy member comprising a magnet (); and a plurality of second toy members formed as tetrahedrons, each second toy member comprising a magnet); wherein the plurality of first toy members and the plurality of second toy members are connected together, wherein, in a first configuration, the magnet of one first toy member magnetically couples with the magnet of one second toy member through the first faces thereof, and wherein, in a second configuration, the magnet of the one first toy member magnetically couples with the magnet of another second toy member through the second faces thereof, wherein, in a first configuration, the magnet of one first toy member magnetically couples with the magnet of one second toy member through the first faces thereof, and wherein, in a second configuration, the magnet of the one first toy member magnetically couples with the magnet of another second toy member through the second faces thereof, characterized in that the magnet of each first toy member is movably positioned in a cradle, wherein the magnet alternatingly exhibits a first polarity through a first face and a second face of the first toy member, and the magnet of each second toy member is movably positioned in a cradle, wherein the magnet alternatingly exhibits a second polarity that is different from the first polarity through a first face and a second face of the second toy member.
Hob having at least one cooking appliance device with at least one heating unit (16, 16'), a control unit and at least one sensor unit, which is provided to determine at least one cooking characteristic, wherein the control unit is provided, in at least one operating mode, which is a manual operating mode in which a heating output of a heating zone is requested by an operator, to define a maximum deliverable heating output (P max1, P max2) of the heating unit (16, 16') at least as a function of a value of the cooking characteristic, characterised in that the control unit is provided, in at least one operating mode as a function of a value of the cooking characteristic, to permit a Boost mode in order to prevent unnecessary activation of the Boost mode.
An LED luminaire comprising: a main body portion adapted, in use, to house an LED light panel; a mount for securing, in use, the luminaire to a surface; a driver unit; and a hinge (16, 42, 44) adapted to hingedly connect the main body portion to the mount, wherein the main body portion is able to pivot relative to the mount, about the axis of the hinge, between first and second positions, characterized in that the hinge (16, 42, 44) comprises a tubular cavity forming a hollow interior volume for accommodating the driver unit on the said axis within the tubular cavity, and in that the driver unit comprises a water-resistant housing.
A heat exchanger comprising: a first heat transfer tube; a second heat transfer tube; and a branching tube having a first end connected to an end of the first heat transfer tube, a second end connected to an end of the second heat transfer tube, and a third end, and connecting the first end, the second end, and the third end to each other, wherein the first heat transfer tube is larger in heat exchange quantity than the second heat transfer tube, the branching tube has a first flow path connecting the first end and the third end, and a second flow path connecting the second end and the third end, the first flow path being shorter than the second flow path, characterized in that the first flow path and the second flow path have a length ratio corresponding to a heat exchange quantity ratio between the first heat transfer tube and the second heat transfer tube. a first heat transfer tube; a second heat transfer tube; and a branching tube having a first end connected to an end of the first heat transfer tube, a second end connected to an end of the second heat transfer tube, and a third end, and connecting the first end, the second end, and the third end to each other, wherein the first heat transfer tube is larger in heat exchange quantity than the second heat transfer tube, the branching tube has a first flow path connecting the first end and the third end, and a second flow path connecting the second end and the third end, the first flow path being shorter than the second flow path, characterized in that the first flow path and the second flow path have a length ratio corresponding to a heat exchange quantity ratio between the first heat transfer tube and the second heat transfer tube.
A method of treating a harvested produce for development of desirable-for-consumption characteristics, said method comprising the step of exposing said produce to an atmosphere containing (i) 100 ppb to 5,000 ppb by volume of a cyclopropene compound, and (ii) exogenous ethylene, wherein the ratio of ethylene concentration by volume to cyclopropene concentration by volume is from 0.1:1 to 8:1 wherein said produce comprises one or more pear, one or more papaya, one or more avocado, or a mixture thereof, and wherein said cyclopropene compound is a compound with the formula wherein R 1 is methyl, and each of R 2, R 3 and R 4 are hydrogen. (i) 100 ppb to 5,000 ppb by volume of a cyclopropene compound, and (ii) exogenous ethylene,
An audio signal processing method adapted to an audio signal processing apparatus comprising: receiving an audio signal corresponding to a voice of a talker; obtaining an image of the talker; setting a bounding box at the image of a face of the talker; estimating position information of the talker including a distance from the talker to the audio signal processing apparatus based on the size of the bounding box; generating, according to the estimated position information, a correction filter configured to compensate for an attenuation of the voice of the talker by adjusting a gain of the audio signal and performing beamforming process on the audio signal; performing filter processing on the audio signal using the generated correction filter; and outputting the audio signal on which the filter processing has been performed, wherein the gain is adjusted such that a level of the audio signal is increased as the distance is increased. receiving an audio signal corresponding to a voice of a talker; obtaining an image of the talker; setting a bounding box at the image of a face of the talker; estimating position information of the talker including a distance from the talker to the audio signal processing apparatus based on the size of the bounding box; generating, according to the estimated position information, a correction filter configured to compensate for an attenuation of the voice of the talker by adjusting a gain of the audio signal and performing beamforming process on the audio signal; performing filter processing on the audio signal using the generated correction filter; and outputting the audio signal on which the filter processing has been performed, wherein the gain is adjusted such that a level of the audio signal is increased as the distance is increased.
Dual-polarized radiating element, comprising a feeding arrangement having a planar shape comprising four feedable slots, which extend from a periphery towards a center of the planar shape of the feeding arrangement and are arranged at regular angular intervals of the planar shape forming a first angular arrangement, and four dipole arms, which extend from the feeding arrangement outwards with respect to the center of the planar shape and are arranged at regular angular intervals of the planar shape forming a second angular arrangement, characterised in that the second angular arrangement of the four dipole arms is rotated with respect to the first angular arrangement of the four slots, wherein the feeding arrangement comprises four transmission lines, each transmission line crossing one of the four slots. a feeding arrangement having a planar shape comprising four feedable slots, which extend from a periphery towards a center of the planar shape of the feeding arrangement and are arranged at regular angular intervals of the planar shape forming a first angular arrangement, and four dipole arms, which extend from the feeding arrangement outwards with respect to the center of the planar shape and are arranged at regular angular intervals of the planar shape forming a second angular arrangement, characterised in that the second angular arrangement of the four dipole arms is rotated with respect to the first angular arrangement of the four slots, wherein the feeding arrangement comprises four transmission lines, each transmission line crossing one of the four slots.
An actuator/closing element combination for a dosing device of a dosing system for flowable washing or cleaning agents, wherein the closing element is coupled to the actuator in such a manner that the closing element can be displaced by the actuator into a closure position and into a passage position, wherein the closing element is formed as an open/close valve, that the actuator is formed in such a manner that when activated by an appropriate pulse, the actuator determinably occupies selectively one of two end positions, and without activation, stably retains the end position reached, and such that the combination forms a pulse-controlled, bistable open/close valve, wherein the actuator is implemented as a bistable solenoid with a space (19") accommodating an armature and an outer accommodation space surrounding said space, and characterized in that at least the outer surface of the armature is made from a material that is not susceptible to attack by the washing or cleaning agent to be dosed, wherein the material is a plastic material.
A solenoid actuated valve assembly comprising: a valve body comprising: a fluid inlet and fluid outlet; a valve member disposed within the valve body, wherein a position of the valve member controls a fluid flow between the fluid inlet and fluid outlet; a fluid chamber above the valve member, wherein the fluid chamber is fluidly isolated from the fluid inlet and outlet; a solenoid actuator coupled to the valve body comprising: a solenoid plunger proximate the fluid chamber; wherein a force multiplying ratio of a surface area of the valve member exposed to the fluid chamber to a surface area of the solenoid plunger exposed to the fluid chamber is at least 1.5:1, characterized in that the solenoid actuated valve assembly further comprises: a bleed screw disposed in a first port in fluid communication with the fluid chamber, wherein the bleed screw comprises a bleed channel therethrough; and a solenoid adjustment screw disposed in a second port in fluid communication with the fluid chamber. a valve body comprising: a fluid inlet and fluid outlet; a valve member disposed within the valve body, wherein a position of the valve member controls a fluid flow between the fluid inlet and fluid outlet; a fluid chamber above the valve member, wherein the fluid chamber is fluidly isolated from the fluid inlet and outlet; a fluid inlet and fluid outlet; a valve member disposed within the valve body, wherein a position of the valve member controls a fluid flow between the fluid inlet and fluid outlet; a fluid chamber above the valve member, wherein the fluid chamber is fluidly isolated from the fluid inlet and outlet; a solenoid actuator coupled to the valve body comprising: a solenoid plunger proximate the fluid chamber; a solenoid plunger proximate the fluid chamber; wherein a force multiplying ratio of a surface area of the valve member exposed to the fluid chamber to a surface area of the solenoid plunger exposed to the fluid chamber is at least 1.5:1, characterized in that the solenoid actuated valve assembly further comprises: a bleed screw disposed in a first port in fluid communication with the fluid chamber, wherein the bleed screw comprises a bleed channel therethrough; and a solenoid adjustment screw disposed in a second port in fluid communication with the fluid chamber. a bleed screw disposed in a first port in fluid communication with the fluid chamber, wherein the bleed screw comprises a bleed channel therethrough; and a solenoid adjustment screw disposed in a second port in fluid communication with the fluid chamber.
A mouse whose genome comprises: (a) at least one unrearranged human V H gene segment, at least one unrearranged human D H gene segment, and at least one unrearranged human J H gene segment operably linked to an endogenous heavy chain constant region gene at an endogenous heavy chain locus; (b) no more than one, or no more than two, rearranged human Vκ/Jκ sequences operably linked to an endogenous κ light chain constant region gene at an endogenous κ light chain locus; and (c) an ectopic nucleic acid sequence that encodes a functional mouse ADAM6a protein or functional ortholog, functional homolog or functional fragment thereof and an ectopic nucleic acid sequence that encodes a functional mouse ADAM6b protein or functional ortholog, functional homolog or functional fragment thereof, wherein the ADAM6 proteins, orthologs, homologs, or fragments being functional in a male mouse, wherein said function is associated with male mouse fertility, wherein the genome of the mouse lacks: a functional endogenous ADAM6 gene at the endogenous ADAM6 locus, a functional endogenous immunoglobulin Vκ gene segment, and a functional endogenous immunoglobulin Jκ gene segment. (a) at least one unrearranged human V H gene segment, at least one unrearranged human D H gene segment, and at least one unrearranged human J H gene segment operably linked to an endogenous heavy chain constant region gene at an endogenous heavy chain locus; (b) no more than one, or no more than two, rearranged human Vκ/Jκ sequences operably linked to an endogenous κ light chain constant region gene at an endogenous κ light chain locus; and (c) an ectopic nucleic acid sequence that encodes a functional mouse ADAM6a protein or functional ortholog, functional homolog or functional fragment thereof and an ectopic nucleic acid sequence that encodes a functional mouse ADAM6b protein or functional ortholog, functional homolog or functional fragment thereof, wherein the ADAM6 proteins, orthologs, homologs, or fragments being functional in a male mouse, wherein said function is associated with male mouse fertility, a functional endogenous ADAM6 gene at the endogenous ADAM6 locus, a functional endogenous immunoglobulin Vκ gene segment, and a functional endogenous immunoglobulin Jκ gene segment.