mhurhangee/patent-ind-claim-en huggingface dataset:
A method for recovering at least one precious metal from a precious metal containing stream, the method comprising: removing at least a portion of a contaminant, wherein the contaminant comprises lead, nickel and combinations thereof, from a basic metal concentrate stream to form a resulting stream; removing at least a portion of a second contaminant from the resulting stream, wherein the second contaminant is selected from the group consisting of selenium, sulfur, arsenic and combinations thereof, to form a partially purified stream; subjecting the partially purified stream to a leach to produce a leached stream; removing at least one basic metal from the leached stream, wherein the at least one basic metal is selected from the group consisting of lead, silver, nickel, copper, iron, cobalt, bismuth, chromium, gold, ruthenium and combinations thereof, to form a precious metal containing stream; and, adding a substituted quaternary amine to the precious metal containing stream to recover at least one precious metal from the precious metal containing stream, wherein the precious metal is selected from the group consisting of palladium, rhodium and platinum.. removing at least a portion of a contaminant, wherein the contaminant comprises lead, nickel and combinations thereof, from a basic metal concentrate stream to form a resulting stream; removing at least a portion of a second contaminant from the resulting stream, wherein the second contaminant is selected from the group consisting of selenium, sulfur, arsenic and combinations thereof, to form a partially purified stream; subjecting the partially purified stream to a leach to produce a leached stream; removing at least one basic metal from the leached stream, wherein the at least one basic metal is selected from the group consisting of lead, silver, nickel, copper, iron, cobalt, bismuth, chromium, gold, ruthenium and combinations thereof, to form a precious metal containing stream; and, adding a substituted quaternary amine to the precious metal containing stream to recover at least one precious metal from the precious metal containing stream,
A work vehicle , comprising: a vehicle body that includes an opening portion communicating between inside and outside; and a movable portion that is rotatably supported to the vehicle body between a closed position at which the opening portion is closed and an open position at which the opening portion is open, characterized by a position adjustment portion that is configured to adjust a vertical position of the movable portion when the movable portion is at the closed position, wherein the position adjustment portion includes a first plate that is provided on the vehicle body and includes a first through portion which vertically penetrates, a second plate that is provided on the movable portion and includes a second through portion which vertically penetrates the second plate and communicates with the first through portion from below when the movable portion is at the closed position, and an adjustment bolt that includes a shaft portion inserted into the first through portion and the second through portion . a vehicle body that includes an opening portion communicating between inside and outside; and a movable portion that is rotatably supported to the vehicle body between a closed position at which the opening portion is closed and an open position at which the opening portion is open, characterized by a position adjustment portion that is configured to adjust a vertical position of the movable portion when the movable portion is at the closed position, wherein the position adjustment portion includes a first plate that is provided on the vehicle body and includes a first through portion which vertically penetrates, a second plate that is provided on the movable portion and includes a second through portion which vertically penetrates the second plate and communicates with the first through portion from below when the movable portion is at the closed position, and an adjustment bolt that includes a shaft portion inserted into the first through portion and the second through portion .
A beverage comprising: between 5% and 90% by weight juice; added water; at least one non-nutritive sweetener; and at least one flavor; and a co-product from juice extraction, wherein the co-product comprises a number average particle size of between 0.1 and 2000 microns, a total polyphenol content of at least 2500 parts per million, a moisture content of between 70% and 85% by weight, and a combined peel and seed content between 0.01% and 80% by weight; wherein the beverage comprises between 2% and 30% by weight of the co-product; and wherein the beverage comprises a brix of between 5 brix and 9 brix. between 5% and 90% by weight juice; added water; at least one non-nutritive sweetener; and at least one flavor; and a co-product from juice extraction, wherein the co-product comprises a number average particle size of between 0.1 and 2000 microns, a total polyphenol content of at least 2500 parts per million, a moisture content of between 70% and 85% by weight, and a combined peel and seed content between 0.01% and 80% by weight; wherein the beverage comprises between 2% and 30% by weight of the co-product; and wherein the beverage comprises a brix of between 5 brix and 9 brix.
A computer implemented method for determining a time for a challenge chemical to cumulatively permeate through a chemical protective material of protective clothing to a toxicity limit, the method comprising: - receiving, at a processor, information regarding the protective clothing (S210); - retrieving, with a processor, parameters regarding the protective clothing, the parameters including the composition and thickness of the material (S212); - receiving, at the processor, information (S214) regarding the challenge chemical, the information including a toxicity limit for the challenge chemical; - receiving, at the processor, the temperature of the material (S216); - using the temperature, the information regarding the protective clothing, and the information regarding the challenge chemical, to determine a time for the cumulative permeation of the challenge chemical through the material to reach the toxicity limit at the received temperature, wherein using the temperature, the information regarding the material, and the information regarding the challenge chemical comprises using Hansen solubility parameters of the challenge chemical in the material and a temperature-corrected diffusion coefficient of the material; and - outputting the determined time to a user, to inform the user of the time that a wearer of the protective clothing may be exposed to the challenge chemical before the toxicity limit at the received temperature is reached. - receiving, at a processor, information regarding the protective clothing (S210); - retrieving, with a processor, parameters regarding the protective clothing, the parameters including the composition and thickness of the material (S212); - receiving, at the processor, information (S214) regarding the challenge chemical, the information including a toxicity limit for the challenge chemical; - receiving, at the processor, the temperature of the material (S216); - using the temperature, the information regarding the protective clothing, and the information regarding the challenge chemical, to determine a time for the cumulative permeation of the challenge chemical through the material to reach the toxicity limit at the received temperature, wherein using the temperature, the information regarding the material, and the information regarding the challenge chemical comprises using Hansen solubility parameters of the challenge chemical in the material and a temperature-corrected diffusion coefficient of the material; and - outputting the determined time to a user, to inform the user of the time that a wearer of the protective clothing may be exposed to the challenge chemical before the toxicity limit at the received temperature is reached.
Hydraulic circuit for moving and positioning a hydraulic consumer , having a hydraulic consumer , having a first flow path and a second flow path for supplying the hydraulic consumer with pressure medium supply, and a hydraulic machine , by way of which, together with the first flow path , the hydraulic consumer and the second flow path , a closed hydraulic circuit can be formed, and a drive for driving the hydraulic machine , and a replenishing valve arrangement for feeding pressure medium to a low pressure side of the hydraulic machine , and a pressure protection valve arrangement for limiting a pressure in the closed hydraulic circuit to a predefined value, and a pressure medium reservoir for feeding pressure medium to the low pressure side of the hydraulic machine , an additional hydraulic machine for supplying the hydraulic consumer with pressure medium being provided fluidically in parallel with the hydraulic machine , which additional hydraulic machine can be driven by means of a drive which is assigned to it, characterized in that the additional hydraulic machine can be decoupled from the closed hydraulic circuit by means of a valve arrangement as soon as it is not driven.
An isolated soluble fusion protein of fibroblast growth factor receptor (FGFR), consisting of: a part derived from the extracellular domain of FGFR and immunoglobulin Fc region, wherein the part derived from the extracellular domain of FGFR consists of the amino acid sequence indicated as positions 1-241 of SEQ ID NO: 12, or the positions 1-224 of SEQ ID NO: 14 or encoded by the nucleotide sequence indicated as position 1-723 of SEQ ID NO: 19, or position 1-672 of SEQ ID NO: 21.
A method for determining a spectrum to be used for a wireless in-cabin communication between a user equipment and a network node which are within an aircraft , the method comprising: - obtaining (A310) flight information indicating a position of the aircraft ; - determining (A340) one or more available spectrums based on a regulation on an allowed spectrum corresponding to the flight information at the position; and - sending (A370), to at least one of the user equipment and the network node , an instruction to use the one or more available spectrums for the wireless in-cabin communication . - obtaining (A310) flight information indicating a position of the aircraft ; - determining (A340) one or more available spectrums based on a regulation on an allowed spectrum corresponding to the flight information at the position; and - sending (A370), to at least one of the user equipment and the network node , an instruction to use the one or more available spectrums for the wireless in-cabin communication .
A medical condensate trap for use in an external blood treatment carried out by means of a blood treatment apparatus , the condensate trap comprising: - at least one interior (I); - at least one first connector for connecting the interior (I) in fluid communication with a gas outlet of the blood treatment apparatus ; - at least one second connector for connecting the interior (I) in fluid communication with a gas inlet of the blood treatment apparatus ; and - at least one third connector for connecting the interior (I) with an air port of a blood treatment device, such as a blood tubing set or a blood cassette , characterized in that in a use position of the condensate trap , the third connector is arranged higher than the first connector and the second connector , and wherein in a position of use of the condensate trap , the first connector is arranged higher than the second connector . - at least one interior (I); - at least one first connector for connecting the interior (I) in fluid communication with a gas outlet of the blood treatment apparatus ; - at least one second connector for connecting the interior (I) in fluid communication with a gas inlet of the blood treatment apparatus ; and - at least one third connector for connecting the interior (I) with an air port of a blood treatment device, such as a blood tubing set or a blood cassette , in a use position of the condensate trap , the third connector is arranged higher than the first connector and the second connector , and wherein in a position of use of the condensate trap , the first connector is arranged higher than the second connector .
A method for the transverse welding of plastic tubes , - in which at least one welding jaw is used, in order to produce the transverse welded seam, - in which at least one holding means is used, in order to hold the plastic tubular web along a holding line, - wherein a plastic tube path extends between the holding line and the location, at which the transverse welded seam is produced, - wherein an internal clearance is introduced into the plastic tube path, between the holding line and the location, at which the transverse welded seam is produced, before the welding process is completed, characterized in that in a first step the film is held by means of first holding means , while a plastic guide element is moved into its working position, wherein the film is deflected and is pressed against a counter bearing of the first holding means, wherein the resulting pressure is determined by a spiral spring, which is assigned to a holding rod , which is attached displaceably in the direction (x) to the movable part of the first holding means, and that in a second step welding jaws , a knife and second holding means are brought into their working position by means of a movement of two tool carriers and an active part of second holding means , and that in a third step the movable part and the counter bearing of the first holding means are moved away from one another, so that the plastic guide element is brought out of contact with the film, while the welding process takes place. - in which at least one welding jaw is used, in order to produce the transverse welded seam, - in which at least one holding means is used, in order to hold the plastic tubular web along a holding line, - wherein a plastic tube path extends between the holding line and the location, at which the transverse welded seam is produced, - wherein an internal clearance is introduced into the plastic tube path, between the holding line and the location, at which the transverse welded seam is produced, before the welding process is completed,
Packaging comprising: - a bearing element extending along a main axis (A) and provided with a first fold line and a second fold line which extend orthogonally to said main axis (A) in order to define a first section , as well as a second section and a third section arranged on either side of said first section ; - a resilient film mounted on said bearing element such as to extend over said first section , over at least a portion of said second section as well as over at least a portion of said third section , said resilient film being arranged to support an object against said bearing element when said bearing element is folded along said first fold line and said second fold line in a direction opposite said object; characterized in that said first section , said second section , and said third section are conformed such that, by fastening the end of said second section to the end of the third section , said packaging can adopt a prismatic configuration with a triangular cross-section. - a bearing element extending along a main axis (A) and provided with a first fold line and a second fold line which extend orthogonally to said main axis (A) in order to define a first section , as well as a second section and a third section arranged on either side of said first section ; - a resilient film mounted on said bearing element such as to extend over said first section , over at least a portion of said second section as well as over at least a portion of said third section , said resilient film being arranged to support an object against said bearing element when said bearing element is folded along said first fold line and said second fold line in a direction opposite said object;
A coil unit arrangement device that forms an array coil group by arranging in a predetermined arrangement order coils from a plurality of coil units corresponding to a predetermined number of phases, wherein for each phase the coil unit includes a plurality of coils connected by jumper wires sequentially arranged therein, wherein the coil unit arrangement device comprises: a holding section provided with a number of rotatable coil unit supports corresponding to the number of phases, each coil unit support supporting one of the coil units ; a receiving section provided with an array coil group support that supports the array coil group , the receiving section relatively turning with respect to the holding section ; a conveying section configured to convey a coil of one of the coil units supported by its coil unit support to the array coil group support ; and a control unit configured to control, in forming the array coil group by extracting and arranging the coil from the coil unit on the basis of the arrangement order, the holding section , the receiving section , and the conveying section so that the jumper wire between the array coil group and the coil to be extracted is arranged without crossing one of the jumper wires between the array coil group and any other coil unit , such that the array coil group is obtained wherein the jumper wires are not crossing each other.
A method for detection of a target vehicle without vehicle-to-vehicle, V2V, capability, the method comprising the following steps performed by an electronic control unit of an ego vehicle: obtaining (S102) sensor data from at least one on-board sensor of the ego vehicle , the sensor data indicating presence of the target vehicle within sensing range of the at least one on-board sensor ; determining (S104) that the target vehicle is without V2V capability by comparing the sensor data to output data from a V2V system of the ego vehicle ; determining (S106), based on the sensor data and on current positioning data of the ego vehicle , fusion data representing at least one of current position, current direction and current speed of the target vehicle ; wirelessly transmitting (S108) the fusion data of the target vehicle to a traffic information collecting center ; and wirelessly receiving (S110) map data from the traffic information collecting center , the map data comprising positioning information of the target vehicle , the positioning data of the target vehicle being computed by the traffic information collecting center based on the fusion data as wirelessly transmitted by the electronic control unit . obtaining (S102) sensor data from at least one on-board sensor of the ego vehicle , the sensor data indicating presence of the target vehicle within sensing range of the at least one on-board sensor ; determining (S104) that the target vehicle is without V2V capability by comparing the sensor data to output data from a V2V system of the ego vehicle ; determining (S106), based on the sensor data and on current positioning data of the ego vehicle , fusion data representing at least one of current position, current direction and current speed of the target vehicle ; wirelessly transmitting (S108) the fusion data of the target vehicle to a traffic information collecting center ; and wirelessly receiving (S110) map data from the traffic information collecting center , the map data comprising positioning information of the target vehicle , the positioning data of the target vehicle being computed by the traffic information collecting center based on the fusion data as wirelessly transmitted by the electronic control unit .
An electronic device comprising: a housing ; a tray detachably disposed in a slot formed in the housing , wherein the tray includes: a mounting portion adapted to receive a removable external component , a tray cover having a surface exposed outside the housing , and including a metal material or a magnetic material, a connector formed between the mounting portion and the tray cover , and a sealing member disposed on the tray along an outer circumference thereof, and configured to prevent water from entering inside the housing through the slot , while maintaining the location of the tray in the slot ; and a tray extraction element including a body, a tray contact area and at least one magnet exposed in the tray contact area, wherein the tray extraction element is configured to extract the tray from the slot via a magnetic force that is exerted on the tray by the at least one magnet when the tray extraction element comes in magnetic contact with the tray while the tray is inserted into the slot , wherein the tray extraction element further includes a buffer sheet attached to cover the exposed at least one magnet. a housing ; a tray detachably disposed in a slot formed in the housing , wherein the tray includes: a mounting portion adapted to receive a removable external component , a tray cover having a surface exposed outside the housing , and including a metal material or a magnetic material, a connector formed between the mounting portion and the tray cover , and a sealing member disposed on the tray along an outer circumference thereof, and configured to prevent water from entering inside the housing through the slot , while maintaining the location of the tray in the slot ; and a mounting portion adapted to receive a removable external component , a tray cover having a surface exposed outside the housing , and including a metal material or a magnetic material, a connector formed between the mounting portion and the tray cover , and a sealing member disposed on the tray along an outer circumference thereof, and configured to prevent water from entering inside the housing through the slot , while maintaining the location of the tray in the slot ; and a tray extraction element including a body, a tray contact area and at least one magnet exposed in the tray contact area, wherein the tray extraction element is configured to extract the tray from the slot via a magnetic force that is exerted on the tray by the at least one magnet when the tray extraction element comes in magnetic contact with the tray while the tray is inserted into the slot , wherein the tray extraction element further includes a buffer sheet attached to cover the exposed at least one magnet.