mhurhangee/patent-ind-claim-en huggingface dataset:
A stretching device for stretching a weft thread that has been inserted into a weaving shed in a weaving machine, wherein the stretching device is arrangeable opposite to a U-shaped insertion channel of a reed , wherein the stretching device comprises a holder , a first blowing nozzle for providing a first air-jet acting on an end region of an inserted weft thread and a second blowing nozzle for providing a second air-jet acting conjointly with the first air-jet on the end region of the inserted weft thread , and wherein the second blowing nozzle is arranged downstream of the first blowing nozzle in a first direction , which first direction upon mounting the stretching device to the weaving machine is parallel to the insertion direction (M), characterized in that both of the first blowing nozzle and the second blowing nozzle are formed as a hollow needle with an outflow aperture near the tip of the hollow needle , wherein the hollow needle of the first blowing nozzle and the hollow needle of the second blowing nozzle are aligned in the first direction , and in that the first blowing nozzle and the second blowing nozzle are arranged on the holder in such a manner that a plane of the second outflow aperture forms a wider angle with a plane perpendicular to the first direction than a plane of the first outflow aperture , so that the second air-jet forms a wider angle with the first direction than the first air-jet .
A polypeptide-bilirubin complex constituted by bringing bilirubin into contact with a polypeptide or a fusion polypeptide in a form free from bilirubin, wherein the polypeptide is selected from the group consisting of the polypeptides of the following to having fluorescent properties in the presence of bilirubin, and the fusion polypeptide comprises the polypeptide selected from the group consisting of the polypeptides of the following to having fluorescent properties in the presence of bilirubin and another polypeptide: a polypeptide including the amino acid sequence of SEQ ID NO: 1; a polypeptide including an amino acid sequence having substitution, deletion, insertion, and/or addition of 1 to 21 amino acids in the amino acid sequence of SEQ ID NO: 1; and a polypeptide having 85% or more sequence identity to the amino acid sequence of SEQ ID NO: 1. a polypeptide including the amino acid sequence of SEQ ID NO: 1; a polypeptide including an amino acid sequence having substitution, deletion, insertion, and/or addition of 1 to 21 amino acids in the amino acid sequence of SEQ ID NO: 1; and a polypeptide having 85% or more sequence identity to the amino acid sequence of SEQ ID NO: 1.
A membrane electrode assembly , comprising: - a cathode , - an anode , - a proton-conductive membrane arranged between the cathode and the anode and - a sealing frame which surrounds the cathode , the anode and the membrane at the edges thereof, wherein in the inner region of the sealing frame at least mutually superposed subregions of the cathode , of the anode and of the membrane are exposed, wherein the sealing frame, in the layer thickness direction (S), comprises a first sealing layer and a second sealing layer which are bonded to each other by an adhesive and wherein the first sealing layer and/or the second sealing layer has a reinforcement structure . - a cathode , - an anode , - a proton-conductive membrane arranged between the cathode and the anode and - a sealing frame which surrounds the cathode , the anode and the membrane at the edges thereof, wherein in the inner region of the sealing frame at least mutually superposed subregions of the cathode , of the anode and of the membrane are exposed, wherein the sealing frame, in the layer thickness direction (S), comprises a first sealing layer and a second sealing layer which are bonded to each other by an adhesive and wherein the first sealing layer and/or the second sealing layer has a reinforcement structure .
A vehicle control system for controlling a vehicle , the system comprising: an interface configured to communicate data associated with the vehicle , wherein at least some of said data is intended to be transmitted via a communication system , and to receive data about a connectivity status of that communication system ; and an evaluation unit configured to make a determination about an operation of the vehicle in dependence on the data received about the connectivity status of the communication system , wherein the interface is configured to receive data that defines a current and predicted future connectivity status of the communication system ; and the evaluation unit is configured to make an assessment about an expected future safety of the vehicle in dependence on that data received, wherein the interface is configured to cause a specific communication resource to be requested from the communication system responsive to an intention that the vehicle control system performs a particular function, so that the vehicle control system is also configured to request quality-of-service parameters from the communication system , and is configured not only to request specific communication resources from the communication system , but also to guarantee that those resources will provide a minimum quality of service, corresponding quality-of-service parameters are defined by the particular function that the vehicle control system wants to perform, and wherein the vehicle control system is configured in such a way that it can react to current and upcoming changes in channel quality. an interface configured to communicate data associated with the vehicle , wherein at least some of said data is intended to be transmitted via a communication system , and to receive data about a connectivity status of that communication system ; and an evaluation unit configured to make a determination about an operation of the vehicle in dependence on the data received about the connectivity status of the communication system , wherein the interface is configured to receive data that defines a current and predicted future connectivity status of the communication system ; and the evaluation unit is configured to make an assessment about an expected future safety of the vehicle in dependence on that data received, wherein the interface is configured to cause a specific communication resource to be requested from the communication system responsive to an intention that the vehicle control system performs a particular function, so that the vehicle control system is also configured to request quality-of-service parameters from the communication system , and is configured not only to request specific communication resources from the communication system , but also to guarantee that those resources will provide a minimum quality of service, corresponding quality-of-service parameters are defined by the particular function that the vehicle control system wants to perform, and wherein the vehicle control system is configured in such a way that it can react to current and upcoming changes in channel quality.
Absorbent non-aqueous mixture usable for removal of sour gases from gas mixtures containing them, comprising: (A) at least one alcohol of general formula R(OH) n having a normal boiling point equal to or above 100°C, wherein R is an alkyl or alkylaromatic group, linear or branched, optionally substituted, having a number of carbon atoms between 2 and 20 and n is a whole number varying between 1 and 20; wherein said R group does not contain nitrogen atoms and wherein if said at least one alcohol (A) is an aliphatic alcohol, linear or branched, having only one -OH group, i.e. having n = 1, said alcohol (A) has a number of carbon atoms from 5 to 15; (B) at least one organic base having a pK b of less than or equal to 3.2, said organic base not containing any hydroxy group -OH in the formula; (C) an aprotic polar solvent having a dielectric constant ε at 25°C greater than or equal to 30, a viscosity μ at 25°C less than or equal to 14 cP, preferably less than or equal to 12 cP, and a normal boiling point equal to or above 130°C, preferably above 160 °C; wherein said solvent (C) is selected from sulfoxides, sulfones and nitro aromatic compounds; and wherein said components A), B) and C) are present in the following proportions by weight: - B/A comprised between 0.1 and 1.5; - C/A comprised between 0.1 and 2. (A) at least one alcohol of general formula R(OH) n having a normal boiling point equal to or above 100°C, wherein R is an alkyl or alkylaromatic group, linear or branched, optionally substituted, having a number of carbon atoms between 2 and 20 and n is a whole number varying between 1 and 20; wherein said R group does not contain nitrogen atoms and wherein if said at least one alcohol (A) is an aliphatic alcohol, linear or branched, having only one -OH group, i.e. having n = 1, said alcohol (A) has a number of carbon atoms from 5 to 15; wherein said R group does not contain nitrogen atoms and wherein if said at least one alcohol (A) is an aliphatic alcohol, linear or branched, having only one -OH group, i.e. having n = 1, said alcohol (A) has a number of carbon atoms from 5 to 15; (B) at least one organic base having a pK b of less than or equal to 3.2, said organic base not containing any hydroxy group -OH in the formula; (C) an aprotic polar solvent having a dielectric constant ε at 25°C greater than or equal to 30, a viscosity μ at 25°C less than or equal to 14 cP, preferably less than or equal to 12 cP, and a normal boiling point equal to or above 130°C, preferably above 160 °C; wherein said solvent (C) is selected from sulfoxides, sulfones and nitro aromatic compounds; and wherein said components A), B) and C) are present in the following proportions by weight: - B/A comprised between 0.1 and 1.5; - C/A comprised between 0.1 and 2. wherein said solvent (C) is selected from sulfoxides, sulfones and nitro aromatic compounds; and wherein said components A), B) and C) are present in the following proportions by weight: - B/A comprised between 0.1 and 1.5; - C/A comprised between 0.1 and 2. - B/A comprised between 0.1 and 1.5; - C/A comprised between 0.1 and 2.
A fridge, comprising a fridge body, a refrigerating and circulating system and an air passage , wherein the fridge body comprises a refrigerating compartment and a dry article compartment , the dry article compartment comprises a barrel and a drawer drawably received in the barrel , and the barrel is provided with a dry article compartment air passage communicating with the air passage and an air door baffle mounted inside the dry article compartment air passage ; the refrigerating and circulating system comprises a compressor , a condenser , a throttling member and an evaporator ; and the fridge further comprises a blower arranged inside the air passage , the blower is configured to blow cooled and dehumidified air to the refrigerating compartment and/or the dry article compartment , wherein a joint between the barrel and the drawer is sealed by a sealing member so as to be isolated from external air, and the dry article compartment is not provided with an air discharging door; the fridge being characterized in that : two side walls of the dry article compartment are respectively provided with rollers , two sides of the drawer are respectively provided with inclined slide rails for receiving the rollers , and the drawer is closed when sliding along the inclined slide rails ; wherein a tail end of the inclined slide rail is provided with a clearance so that the drawer tightly presses the dry article compartment by means of the self weight of the drawer and of an article placed in the drawer ; wherein ventilation of the dry article compartment is carried out by an assembling clearance between the barrel and the drawer . two side walls of the dry article compartment are respectively provided with rollers , two sides of the drawer are respectively provided with inclined slide rails for receiving the rollers , and the drawer is closed when sliding along the inclined slide rails ; wherein a tail end of the inclined slide rail is provided with a clearance so that the drawer tightly presses the dry article compartment by means of the self weight of the drawer and of an article placed in the drawer ; wherein ventilation of the dry article compartment is carried out by an assembling clearance between the barrel and the drawer .
A method for producing a coated component, comprising: obtaining a component having a component surface; forming a barrier layer on the component surface; depositing by electroplating an XP alloy body directly onto the barrier layer to yield a coated component, wherein P is phosphorus and X is nickel, and wherein the barrier layer containing a greater amount of X than does the XP alloy body; after forming the XP alloy body, machining the XP alloy body; and after machining the XP alloy body, heat treating the coated component to precipitate harden the XP alloy body wherein the XP alloy body, being a coating of one or more layers, comprises inner and outer surfaces that oppose one another, the inner surface located closer to the component than the outer surface; and wherein forming comprises forming the XP alloy body to contain a first P content adjacent the inner surface and a second P content adjacent the outer surface, the second P content at least twice the first P content obtaining a component having a component surface; forming a barrier layer on the component surface; depositing by electroplating an XP alloy body directly onto the barrier layer to yield a coated component, wherein P is phosphorus and X is nickel, and wherein the barrier layer containing a greater amount of X than does the XP alloy body; after forming the XP alloy body, machining the XP alloy body; and after machining the XP alloy body, heat treating the coated component to precipitate harden the XP alloy body wherein the XP alloy body, being a coating of one or more layers, comprises inner and outer surfaces that oppose one another, the inner surface located closer to the component than the outer surface; and wherein forming comprises forming the XP alloy body to contain a first P content adjacent the inner surface and a second P content adjacent the outer surface, the second P content at least twice the first P content
Cannabidiol (CBD) for use in the treatment of nocturnal snoring in subjects diagnosed with Doose Syndrome wherein the CBD is present as a synthetic compound or is in the form of a highly purified extract of cannabis which comprises at least 98% (w/w) CBD.
An internal combustion engine , comprising: - a four-stroke combustion cylinder assembly configured for combustion of hydrogen gas using a lean air-fuel mixture within at least one combustion chamber of the combustion cylinder assembly such as to drive a crankshaft of the engine , - an intake passage upstream of the cylinder assembly and an exhaust passage downstream of the cylinder assembly ; - a positive displacement compressor arranged within the intake passage , the displacement compressor being configured for compression of intake gas, - an exhaust gas recirculation system configured for recirculating at least a portion of the exhaust from the exhaust passage to the positive displacement compressor characterized in that it further comprises - an expander arranged in downstream fluid communication with the combustion chamber for receiving exhaust from the combustion chamber , the exhaust gas recirculation system being arranged in downstream fluid communication with the expander . - a four-stroke combustion cylinder assembly configured for combustion of hydrogen gas using a lean air-fuel mixture within at least one combustion chamber of the combustion cylinder assembly such as to drive a crankshaft of the engine , - an intake passage upstream of the cylinder assembly and an exhaust passage downstream of the cylinder assembly ; - a positive displacement compressor arranged within the intake passage , the displacement compressor being configured for compression of intake gas, - an exhaust gas recirculation system configured for recirculating at least a portion of the exhaust from the exhaust passage to the positive displacement compressor characterized in that it further comprises - an expander arranged in downstream fluid communication with the combustion chamber for receiving exhaust from the combustion chamber , the exhaust gas recirculation system being arranged in downstream fluid communication with the expander .
Vehicle imaging system, the vehicle adapted to comprise a rear viewing device configured to be located in a lateral side of the vehicle , the vehicle imaging system comprising: - an image capturing unit configured for taking images of the surroundings of the vehicle , the image capturing unit having an optical axis and a field of view , and - a display unit configured for being located in the interior of the vehicle and connectable to the image capturing unit for displaying a captured image, the image capturing unit configured for being located in the proximity of the rear viewing device and configured for taking images of the surroundings of the lateral rear side of the vehicle , the image capturing unit being configured such that its field of view extends until the limit of the field of view of the rear viewing device , the vehicle imaging system comprising a control unit configured to receive at least one parameter related to the movement of the vehicle , characterised in that the field of view of the image capturing unit is configured to extend from 30o to 60o and in that and the control unit is also configured to send a signal to the display unit to turn it on/off according to the received parameter wherein: - the received parameter is the activation of the turn signal by the driver and the speed of the vehicle , or - the control unit is configured for processing the captured image of the surroundings of the lateral rear side of the vehicle such that it is adapted to detect an object in movement in said captured image and is configured to send the signal to the display unit to turn it on if an object in movement is detected in the captured image. - an image capturing unit configured for taking images of the surroundings of the vehicle , the image capturing unit having an optical axis and a field of view , and - a display unit configured for being located in the interior of the vehicle and connectable to the image capturing unit for displaying a captured image, - the received parameter is the activation of the turn signal by the driver and the speed of the vehicle , or - the control unit is configured for processing the captured image of the surroundings of the lateral rear side of the vehicle such that it is adapted to detect an object in movement in said captured image and is configured to send the signal to the display unit to turn it on if an object in movement is detected in the captured image.
A waveguide structure, comprising waveguide combiners stacked one upon the other, wherein each of the waveguide combiners comprises: a waveguide plate ; and an input coupler disposed on the waveguide plate ; wherein the input coupler of at least one of the waveguide combiners comprises first grating pillars , and each of the first grating pillars has a gradually changing refractive index, characterized in that each of the first grating pillars has stacked layers (S1, S2), and the number of stacked layers (S1, S2) is greater than two, and less than or equal to thirty, and the first grating pillars have a gradually increasing refractive index from top to bottom. a waveguide plate ; and an input coupler disposed on the waveguide plate ; wherein the input coupler of at least one of the waveguide combiners comprises first grating pillars , and each of the first grating pillars has a gradually changing refractive index, each of the first grating pillars has stacked layers (S1, S2), and the number of stacked layers (S1, S2) is greater than two, and less than or equal to thirty, and the first grating pillars have a gradually increasing refractive index from top to bottom.
A method for treating wastewaters from a process of co-production of propylene oxide and styrene monomer (POSM process), which involves the oxidation of ethylbenzene to form ethyl benzene hydroperoxide, the catalytic reaction of the hydroperoxide with propylene to form propylene oxide and methylbenzyl alcohol and the dehydration of the methylbenzyl alcohol to produce styrene monomer, whereby various wastewaters are generated including caustic wash wastewater and methylbenzyl alcohol dehydration wastewater, the method comprising: - producing, via an incinerator/boiler combination , a flue gas and steam from an incinerator feed comprising caustic wash wastewater (W3) from the POSM process; - anaerobically biotreating in a anaerobic biotreatment apparatus an anaerobic biotreatment feed comprising methylbenzyl alcohol dehydration wastewater (W1) from the POSM process so as to produce an anaerobically biotreated product (PW1), and - aerobically biotreating in an aerobic biotreatment apparatus an aerobic biotreatment feed comprising caustic wash wastewater (W2) from the POSM process and the anaerobically biotreated product (PW1), thereby producing the treated water (PW2). - producing, via an incinerator/boiler combination , a flue gas and steam from an incinerator feed comprising caustic wash wastewater (W3) from the POSM process; - anaerobically biotreating in a anaerobic biotreatment apparatus an anaerobic biotreatment feed comprising methylbenzyl alcohol dehydration wastewater (W1) from the POSM process so as to produce an anaerobically biotreated product (PW1), and - aerobically biotreating in an aerobic biotreatment apparatus an aerobic biotreatment feed comprising caustic wash wastewater (W2) from the POSM process and the anaerobically biotreated product (PW1), thereby producing the treated water (PW2).
A method of making a solid triamine composition comprising: mixing a triamine and an acid, wherein the acid is selected from the group consisting of citric acid, tartaric acid, malic acid, maleic acid, malonic acid, succinic acid, adipic acid, aspartic acid, glutamic acid, dipicolinic acid, acetic acid, and benzoic acid, and wherein the triamine has the following formula: wherein R is a straight chain C1-C12 alkyl group; and at least partially neutralizing the triamine to form a solid amine salt; wherein the reaction occurs at a temperature between 21°C (70°F) and 55°C (130°F). mixing a triamine and an acid, wherein the acid is selected from the group consisting of citric acid, tartaric acid, malic acid, maleic acid, malonic acid, succinic acid, adipic acid, aspartic acid, glutamic acid, dipicolinic acid, acetic acid, and benzoic acid, and wherein the triamine has the following formula: wherein R is a straight chain C1-C12 alkyl group; and at least partially neutralizing the triamine to form a solid amine salt; wherein the reaction occurs at a temperature between 21°C (70°F) and 55°C (130°F).
A method for preparing compound 6 with compound 5, wherein the reaction step is as follows: