mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a damper assembly configured to open and close a discharge duct for discharging ice from a dispenser of a refrigerator door, the method comprising: molding a case constituting an appearance of the damper assembly and having an open surface; inserting the case into a mold and injecting a thermal insulating material into the case , thereby integrally forming the case with a thermal insulating member ; and coupling a closing plate to the case to cover the open surface of the case , the closing plate configured to contact the discharge duct when the damper assembly closes the discharge duct, wherein the coupling of the closing plate comprises inserting the case filled with the thermal insulating material into another mold to integrally form the closing plate with the case through insert injection molding. molding a case constituting an appearance of the damper assembly and having an open surface; inserting the case into a mold and injecting a thermal insulating material into the case , thereby integrally forming the case with a thermal insulating member ; and coupling a closing plate to the case to cover the open surface of the case , the closing plate configured to contact the discharge duct when the damper assembly closes the discharge duct, wherein the coupling of the closing plate comprises inserting the case filled with the thermal insulating material into another mold to integrally form the closing plate with the case through insert injection molding.
A method for reducing the recalcitrant organic compounds of a liquid in a water system, the water system comprising a pretreatment unit , a feed tank , a conduit between the feed tank and a reactor , the reactor containing a filter bed comprising a carrier material and a biofilm formed on the surface of the carrier material, the method comprising the steps of: pretreating said liquid in the pretreatment unit and sending the liquid to the feed tank , sending said liquid from the feed tank to the reactor through the conduit , percolating the liquid through the filter bed , wherein at least one co-substrate capable of inducing the activation of cometabolic enzymes is supplemented to the liquid in the feed tank or in the conduit , wherein the carrier material has been colonized with microbes by employing microbial culturing techniques so as to form a dense and stable biofilm, wherein the microbes have been screened and selected to degrade the removing recalcitrant organic compounds under aerobic conditions, these screened microbes comprising at least one microbial species selected from the group consisting of Bacillus, Comamonas, Arthrobacter, Micrococcus, Pseudomonas, Pediococcus, Achromobacter, Flavobacterium, Mycobacterium, Rhodanobacter, Stenotrophomonas and yeast, wherein the BOD 5 /COD ratio of the liquid to be treated by the water system is lower than 0,2 or desirably even lower than 0,1. pretreating said liquid in the pretreatment unit and sending the liquid to the feed tank , sending said liquid from the feed tank to the reactor through the conduit , percolating the liquid through the filter bed , wherein at least one co-substrate capable of inducing the activation of cometabolic enzymes is supplemented to the liquid in the feed tank or in the conduit , wherein the carrier material has been colonized with microbes by employing microbial culturing techniques so as to form a dense and stable biofilm, wherein the microbes have been screened and selected to degrade the removing recalcitrant organic compounds under aerobic conditions, these screened microbes comprising at least one microbial species selected from the group consisting of Bacillus, Comamonas, Arthrobacter, Micrococcus, Pseudomonas, Pediococcus, Achromobacter, Flavobacterium, Mycobacterium, Rhodanobacter, Stenotrophomonas and yeast, wherein the BOD 5 /COD ratio of the liquid to be treated by the water system is lower than 0,2 or desirably even lower than 0,1.
Gully comprising a fluid outlet having a device for measuring a flow rate of a fluid, in particular of surface water through a fluid outlet, which has a measuring unit for determining a flow rate, wherein the device has a fluid inlet with a pipe section , a baffle plate and a measuring unit , wherein the measuring unit is arranged above the baffle plate , which is disposed substantially perpendicular to a flow direction, in a stationary manner and is connected to the baffle plate in a tension-proof, in particular rigid manner, and wherein the measuring unit has a force measuring device for measuring a weight force acting on the baffle plate by the fluid.
A User Equipment, UE, comprising: a transmission/reception unit configured to transmit a request message for a first service authorization to a device equipped with a ProSe function, to request authorization for the UE to be directly detected as a relay User Equipment, UE, by a proximity User Equipment, UE, positioned in proximity or for the UE to perform direct communication with the proximity UE ; and a control unit ; wherein the transmission/reception unit is configured to receive an authorization message for the request message from the device equipped with the ProSe function; and characterized in that the transmission/reception unit is further configured to receive a Relay Service Code from the device equipped with the ProSe function, the Relay Service Code is a code indicating a connectivity service provided by the UE , and the control unit is configured to start counting a timer in a case of receiving a timer value included in the authorization message and indicating a period of time during which the first service authorization for the connectivity service is valid. a transmission/reception unit configured to transmit a request message for a first service authorization to a device equipped with a ProSe function, to request authorization for the UE to be directly detected as a relay User Equipment, UE, by a proximity User Equipment, UE, positioned in proximity or for the UE to perform direct communication with the proximity UE ; and a control unit ; wherein the transmission/reception unit is configured to receive an authorization message for the request message from the device equipped with the ProSe function; and characterized in that the transmission/reception unit is further configured to receive a Relay Service Code from the device equipped with the ProSe function, the Relay Service Code is a code indicating a connectivity service provided by the UE , and the control unit is configured to start counting a timer in a case of receiving a timer value included in the authorization message and indicating a period of time during which the first service authorization for the connectivity service is valid.
An installation comprising a masonry wall , an object, screws and a fastening device for fastening the object to the masonry wall by means of the screws, wherein the masonry wall comprises a plurality of building blocks connected to each other by bed joints , the fastening device comprises a plate and at least one anchor element , wherein said plate comprises a first surface and an opposite second surface , the at least one anchor element is elongated and is fixed to the plate , at least a part of the anchor element projects perpendicular from the second surface of the plate and is embedded in at least one of said bed joints of the masonry wall , and wherein the second surface of the plate faces the wall , characterised in that the object is fastened to the plate by means of the screws, screwed through a part of the object and through the plate in a direction from the first surface thereof and into the building block .
An isolated eukaryotic host cell for recombinant production of a product of interest, wherein the effect of the expression product of gene C12orf35 is impaired in said cell because functional expression of gene C12orf35 is reduced or eliminated by gene knock-out, gene mutation, gene deletion, gene silencing or a combination of any the foregoing, wherein gene mutation is selected from one or more frameshift mutations in the coding sequence and/or one or more introduced stop codons in the coding sequence, wherein gene silencing is achieved by antisense molecules or by molecules that mediate RNA interference comprised in the cell, wherein the C12orf35 gene is a gene encoding a protein that shares at least 70% identity with one or more of the amino acid sequences shown in SEQ ID NO: 1 to 7 or the protein encoded by SEQ ID NO: 8, and wherein the cell comprises at least one heterologous polynucleotide encoding the product of interest comprised in an expression cassette, wherein the product of interest is a polypeptide selected from a therapeutic polypeptide and a diagnostic polypeptide. wherein gene mutation is selected from one or more frameshift mutations in the coding sequence and/or one or more introduced stop codons in the coding sequence, wherein gene silencing is achieved by antisense molecules or by molecules that mediate RNA interference comprised in the cell,
An apparatus, comprising: a first monitoring unit configured to monitor if a notification of a first event is received from a first network resource; a first managing unit configured to manage the first network resource based on the first event if the first monitoring unit monitors that the notification of the first event is received; a second monitoring unit configured to monitor if a notification of a root event is received from a second network resource different from the first network resource; a second managing unit configured to manage the second network resource based on the root event if the second monitoring unit monitors that the notification of the root event is received; and a forwarding unit configured to forward the notification of the root event to the first network resource if the second monitoring unit monitors that the notification of the root event is received. a first monitoring unit configured to monitor if a notification of a first event is received from a first network resource; a first managing unit configured to manage the first network resource based on the first event if the first monitoring unit monitors that the notification of the first event is received; a second monitoring unit configured to monitor if a notification of a root event is received from a second network resource different from the first network resource; a second managing unit configured to manage the second network resource based on the root event if the second monitoring unit monitors that the notification of the root event is received; and a forwarding unit configured to forward the notification of the root event to the first network resource if the second monitoring unit monitors that the notification of the root event is received.
A method for preparing super absorbent polymer comprising the steps of: performing photopolymerization of a monomer composition comprising water soluble ethylene unsaturated monomers, a thermal polymerization initiator and a photopolymerization initiator at a temperature of 30 to 55°C; performing a thermal polymerization and a photopolymerization at a temperature of 55 to 120°C to form a hydrogel polymer; and drying the hydrogel polymer, as the photopolymerization is progressed, the temperature of the monomer composition increases, and when the temperature of the monomer composition reaches 55°C, thermal polymerization is additionally progressed by the action of the thermal initiator, wherein the photopolymerization initiator includes acyl phosphine, wherein the super absorbent polymer has a centrifuge retention capacity of 34 to 37 g/g, an absorption capacity under pressure of 24 to 27 g/g, and a water soluble component content of 11 to 13wt%, wherein the centrifuge retention capacity is measured according to EDANA method WSP 241.2, the absorption capacity under pressure is measured according to EDANA method WSP 242.2, and the water soluble component content is measured according to EDANA method 270.2. performing photopolymerization of a monomer composition comprising water soluble ethylene unsaturated monomers, a thermal polymerization initiator and a photopolymerization initiator at a temperature of 30 to 55°C; performing a thermal polymerization and a photopolymerization at a temperature of 55 to 120°C to form a hydrogel polymer; and drying the hydrogel polymer, as the photopolymerization is progressed, the temperature of the monomer composition increases, and when the temperature of the monomer composition reaches 55°C, thermal polymerization is additionally progressed by the action of the thermal initiator, wherein the photopolymerization initiator includes acyl phosphine, wherein the super absorbent polymer has a centrifuge retention capacity of 34 to 37 g/g, an absorption capacity under pressure of 24 to 27 g/g, and a water soluble component content of 11 to 13wt%, wherein the centrifuge retention capacity is measured according to EDANA method WSP 241.2, the absorption capacity under pressure is measured according to EDANA method WSP 242.2, and the water soluble component content is measured according to EDANA method 270.2.
A light grid (37, 37', 37") comprising at least one light transmitter or light receiver and at least one optical system which comprises at least one beam deflection unit , at least one diaphragm element and at least one holder for fixing the beam deflection element and the diaphragm element in a predefined arrangement relative to one another, characterized in that the optical system is manufactured using a method in which (i) the beam deflection element and a screening element are provided, wherein a lens array, a combination of a lens array and a lens or a combination of a lens array and a mirror optics is provided as the beam deflection element ; (ii) the beam deflection element and the screening element are fixed by means of the holder such that the actual arrangement of the screening element relative to the beam deflection element corresponds to the predefined arrangement of the diaphragm element relative to the beam deflection element ; and (iii) the screening element is processed by means of processing light beams to form the diaphragm element , wherein (iv) the beam deflection element is irradiated by the processing light beams such that, after a deflection by the beam deflection element , the processing light beams are incident on a functional zone of the screening element and change its optical properties by energy emission. (i) the beam deflection element and a screening element are provided, wherein a lens array, a combination of a lens array and a lens or a combination of a lens array and a mirror optics is provided as the beam deflection element ; (ii) the beam deflection element and the screening element are fixed by means of the holder such that the actual arrangement of the screening element relative to the beam deflection element corresponds to the predefined arrangement of the diaphragm element relative to the beam deflection element ; and (iii) the screening element is processed by means of processing light beams to form the diaphragm element , wherein (iv) the beam deflection element is irradiated by the processing light beams such that, after a deflection by the beam deflection element , the processing light beams are incident on a functional zone of the screening element and change its optical properties by energy emission.
A packaging machine for packaging products (O) in cartons (K), the packaging machine comprising a carton packing station and a product feed for feeding products (O) to be packaged in cartons (K), wherein the products (O) have the length P, wherein the product feed has: - a stacking apparatus that is embodied to at least stack a first group of products (O), which are positioned next to one another in a row with a length R, vertically above or below a second group of products (O), which are likewise positioned next to one another in a row with a length R, wherein the length R is a multiple of the length P; - a product slot that is positioned at the end of the product feed , at which product slot stacked rows of products (O) with the length R are collected, - a slide positioned at the product slot , wherein the slide has a length S and is embodied to slide the stacked rows of products (O) having a length that at least corresponds to the length S in an at least substantially horizontal sliding direction into a carton (K) at the carton packing station , and wherein the length S is shorter than the length R by at least one times the length P, - first conveying means, preferably a conveyor belt, for conveying the products (O) to the stacking apparatus in a first conveying direction; and - second conveying means, preferably a product feeding slide, for conveying the stacked rows of products from the stacking apparatus to the product slot in a second conveying direction, characterized in that the second conveying direction is at least substantially opposite from the first conveying direction. - a stacking apparatus that is embodied to at least stack a first group of products (O), which are positioned next to one another in a row with a length R, vertically above or below a second group of products (O), which are likewise positioned next to one another in a row with a length R, wherein the length R is a multiple of the length P; - a product slot that is positioned at the end of the product feed , at which product slot stacked rows of products (O) with the length R are collected, - a slide positioned at the product slot , wherein the slide has a length S and is embodied to slide the stacked rows of products (O) having a length that at least corresponds to the length S in an at least substantially horizontal sliding direction into a carton (K) at the carton packing station , and wherein the length S is shorter than the length R by at least one times the length P, - first conveying means, preferably a conveyor belt, for conveying the products (O) to the stacking apparatus in a first conveying direction; and - second conveying means, preferably a product feeding slide, for conveying the stacked rows of products from the stacking apparatus to the product slot in a second conveying direction,
A wireless communication device , comprising: a communication processor ; and a transceiver configured to be controlled by the communication processor to perform wireless communication, wherein the transceiver comprises: a phase locked loop, PLL, circuit configured to generate a first oscillator signal based on a clock frequency signal; a radio frequency, RF, transmission signal generation circuit configured to generate an RF transmission signal (Tx) based on the first oscillator signal received from the PLL circuit and a baseband transmission signal received from the communication processor; and a first decision circuit configured to receive, from a first phase comparator comprised in the PLL circuit , a first phase comparison signal indicating whether a phase of the first oscillator signal is locked, and control activation of at least one component comprised in the RF transmission signal generation circuit based on the first phase comparison signal . a communication processor ; and a transceiver configured to be controlled by the communication processor to perform wireless communication, wherein the transceiver comprises: a phase locked loop, PLL, circuit configured to generate a first oscillator signal based on a clock frequency signal; a radio frequency, RF, transmission signal generation circuit configured to generate an RF transmission signal (Tx) based on the first oscillator signal received from the PLL circuit and a baseband transmission signal received from the communication processor; and a first decision circuit configured to receive, from a first phase comparator comprised in the PLL circuit , a first phase comparison signal indicating whether a phase of the first oscillator signal is locked, and control activation of at least one component comprised in the RF transmission signal generation circuit based on the first phase comparison signal . a phase locked loop, PLL, circuit configured to generate a first oscillator signal based on a clock frequency signal; a radio frequency, RF, transmission signal generation circuit configured to generate an RF transmission signal (Tx) based on the first oscillator signal received from the PLL circuit and a baseband transmission signal received from the communication processor; and a first decision circuit configured to receive, from a first phase comparator comprised in the PLL circuit , a first phase comparison signal indicating whether a phase of the first oscillator signal is locked, and control activation of at least one component comprised in the RF transmission signal generation circuit based on the first phase comparison signal .
A dry reforming process for producing a synthesis gas from a hydrocarbon fuel, comprising: preheating a feed stream comprising the hydrocarbon fuel and carbon dioxide; and flowing the preheated feed stream to a reactor comprising a catalyst, thereby bringing the preheated feed stream into contact with the catalyst in the absence of oxygen and causing a dry reforming reaction within the reactor for a period of time sufficient to reform the hydrocarbon fuel to produce the synthesis gas, the catalyst comprising nickel (Ni), lanthanum oxide (La 2 O 3 ), cerium oxide (Ce 2 O 3 ), platinum (Pt), zirconium oxide (ZrO 2 ), rhodium (Rh), rhenium (Re), and an aluminate support. preheating a feed stream comprising the hydrocarbon fuel and carbon dioxide; and flowing the preheated feed stream to a reactor comprising a catalyst, thereby bringing the preheated feed stream into contact with the catalyst in the absence of oxygen and causing a dry reforming reaction within the reactor for a period of time sufficient to reform the hydrocarbon fuel to produce the synthesis gas, the catalyst comprising nickel (Ni), lanthanum oxide (La 2 O 3 ), cerium oxide (Ce 2 O 3 ), platinum (Pt), zirconium oxide (ZrO 2 ), rhodium (Rh), rhenium (Re), and an aluminate support.
An aqueous solvent comprising: an amino hindered alcohol having a vapor pressure less than 0.1 kPa at 25°C, wherein the amino hindered alcohol is 2-methylamino-2-methyl-1-propanol and 2-amino-2-methylpropanol together, wherein: 2-methylamino-2-methyl-1-propanol is present from 0.8% to 5% of the solvent by weight; 2-amino-2-methylpropanol is present from 10% to 32% of the solvent by weight; a polyamine having vapor pressure less than 0.009 kPa at 25°C, wherein the polyamine is 2-piperazine-1-ethylamine and diethylenetriamine together, wherein: 2-piperazine-1-ethylamine is present from 10% to 35% of the solvent by weight; diethylenetriamine is present from 0.1% to 4% of the solvent by weight; a potassium carbonate buffer, wherein the solvent has a vapor pressure less than 1.85 kPa at 25 C. an amino hindered alcohol having a vapor pressure less than 0.1 kPa at 25°C, wherein the amino hindered alcohol is 2-methylamino-2-methyl-1-propanol and 2-amino-2-methylpropanol together, wherein: 2-methylamino-2-methyl-1-propanol is present from 0.8% to 5% of the solvent by weight; 2-amino-2-methylpropanol is present from 10% to 32% of the solvent by weight; 2-methylamino-2-methyl-1-propanol is present from 0.8% to 5% of the solvent by weight; 2-amino-2-methylpropanol is present from 10% to 32% of the solvent by weight; a polyamine having vapor pressure less than 0.009 kPa at 25°C, wherein the polyamine is 2-piperazine-1-ethylamine and diethylenetriamine together, wherein: 2-piperazine-1-ethylamine is present from 10% to 35% of the solvent by weight; diethylenetriamine is present from 0.1% to 4% of the solvent by weight; 2-piperazine-1-ethylamine is present from 10% to 35% of the solvent by weight; diethylenetriamine is present from 0.1% to 4% of the solvent by weight; a potassium carbonate buffer, wherein the solvent has a vapor pressure less than 1.85 kPa at 25 C.