mhurhangee/patent-ind-claim-en huggingface dataset:
A 3D printer for producing consumable products, the 3D printer comprising an apparatus for dispensing a material, the apparatus comprising: a first syringe having a body for containing a material, a nozzle for dispensing the material from the body, a plunger for controlling a pressure in the body, and a syringe handle coupled to the plunger and arranged to move the plunger a plunger mechanism releasably coupled to the plunger, and an actuator arranged to move the plunger relative to the body in a first direction to increase a pressure in the syringe body to dispense the material and to move the plunger relative to the body in a second direction to reduce the pressure in the syringe body to inhibit the dispensation of the material, characterised in that : the plunger mechanism comprises a flat plate arranged to exert a force on the syringe handle in the first direction and a first retaining plate having a slot for receiving and retaining the syringe handle and exerting a force on the syringe handle in the second direction; and in that the first retaining plate is slidably coupled to the flat plate. a first syringe having a body for containing a material, a nozzle for dispensing the material from the body, a plunger for controlling a pressure in the body, and a syringe handle coupled to the plunger and arranged to move the plunger a plunger mechanism releasably coupled to the plunger, and an actuator arranged to move the plunger relative to the body in a first direction to increase a pressure in the syringe body to dispense the material and to move the plunger relative to the body in a second direction to reduce the pressure in the syringe body to inhibit the dispensation of the material, the plunger mechanism comprises a flat plate arranged to exert a force on the syringe handle in the first direction and a first retaining plate having a slot for receiving and retaining the syringe handle and exerting a force on the syringe handle in the second direction; and in that the first retaining plate is slidably coupled to the flat plate.
A mobile-terminal-charging device comprising: a support plate having a top surface which functions as a mobile-terminal-placement portion; a charging coil disposed under the support plate; a plurality of detecting coils being coaxial to each other and being disposed between the charging coil and the mobile-terminal-placement portion of the support plate ; and a controller connected to the plurality of detecting coils, wherein the plurality of detecting coils includes a first detecting coil and a second detecting coil disposed at an outer side of the first detecting coil , and during a charging operation, the controller compares a voltage value (V3) detected by the first detecting coil, and a difference between voltage values detected by the first detecting coil (V3) and the second detecting coil (V2), and executes a safety operation according to a result of the comparison when the controller determines that there is a metal foreign object on the mobile-terminal-placement portion. a support plate having a top surface which functions as a mobile-terminal-placement portion; a charging coil disposed under the support plate; a plurality of detecting coils being coaxial to each other and being disposed between the charging coil and the mobile-terminal-placement portion of the support plate ; and a controller connected to the plurality of detecting coils, wherein the plurality of detecting coils includes a first detecting coil and a second detecting coil disposed at an outer side of the first detecting coil , and during a charging operation, the controller compares a voltage value (V3) detected by the first detecting coil, and a difference between voltage values detected by the first detecting coil (V3) and the second detecting coil (V2), and executes a safety operation according to a result of the comparison when the controller determines that there is a metal foreign object on the mobile-terminal-placement portion. detecting coil disposed at an outer side of the first detecting coil , and during a charging operation, the controller compares a voltage value (V3) detected by the first detecting coil, and a difference between voltage values detected by the first detecting coil (V3) and the second detecting coil (V2), and executes a safety operation according to a result of the comparison when the controller determines that there is a metal foreign object on the mobile-terminal-placement portion.
A retraction device for a movable part , in particular for a furniture part, having a rotatably mounted lever which is rotatably mounted on a housing , which can be coupled to the movable part in an angle range between two end positions to decelerate or accelerate the movable part, wherein the lever is prestored via a force accumulator in one end position, wherein the lever is connected in an articulated manner to a connecting element guided along a guide path , wherein the guide path is formed in a linear manner and the force accumulator is connected to the connecting element on the side facing away from the lever , characterized in that the angle range between the two end positions of the lever is between 60° and 120°.
A method of manufacturing a refrigerator appliance , comprising: a step of providing a liner that defines a compartment for storing food items and an aperture extending through the liner, the liner including a liner contact structure , and a refrigerator component for attachment to the liner, the refrigerator component including a component contact structure, a staging step that includes arranging the liner and the refrigerator component such that the liner contact structure and the component contact structure are in direct contact with each other under pressure and the interface of the component contact structure and the liner contact structure circumscribes the aperture, wherein the liner and the refrigerator component as arranged form a staged assembly; a welding step that includes applying ultrasonic energy to the staged assembly to weld the liner and the refrigerator component together at an interface of the component contact structure and the liner contact structure, wherein the liner and the refrigerator component as welded together form a liner assembly; and characterized in that a hermetic seal is formed at the interface of the liner and the refrigerator component by the welding step, wherein the hermetic seal is continuous and extends about the entire perimeter of the aperture. a step of providing a liner that defines a compartment for storing food items and an aperture extending through the liner, the liner including a liner contact structure , and a refrigerator component for attachment to the liner, the refrigerator component including a component contact structure, a staging step that includes arranging the liner and the refrigerator component such that the liner contact structure and the component contact structure are in direct contact with each other under pressure and the interface of the component contact structure and the liner contact structure circumscribes the aperture, wherein the liner and the refrigerator component as arranged form a staged assembly; a welding step that includes applying ultrasonic energy to the staged assembly to weld the liner and the refrigerator component together at an interface of the component contact structure and the liner contact structure, wherein the liner and the refrigerator component as welded together form a liner assembly; and characterized in that a hermetic seal is formed at the interface of the liner and the refrigerator component by the welding step, wherein the hermetic seal is continuous and extends about the entire perimeter of the aperture.
A method of monitoring a level of a liquid in a tank of a moveable vehicle , the method comprising: sensing an orientation of the moveable vehicle relative to a horizontal plane with a vehicle orientation sensor ; determining, with a controller , if the orientation of the moveable vehicle is less than an allowable orientation threshold or if the orientation of the moveable vehicle is equal to or greater than the allowable orientation threshold; measuring a level of the liquid in the tank of the moveable vehicle with a liquid level sensor when the orientation of the moveable vehicle is less than the allowable orientation threshold; defining a sensed fluid level value with the controller , wherein the sensed fluid level value is based on the measured level of the liquid when the orientation of the moveable vehicle is less than the allowable orientation threshold; and saving the sensed fluid level value in a memory of the controller , and the method further comprising dispensing the liquid from the tank , and measuring a volume of the liquid dispensed from the tank with a flow sensor , characterized in that , the method further comprising defining an estimated fluid level value with the controller when the orientation of the moveable vehicle is equal to or greater than the allowable orientation threshold, wherein the estimated fluid level value is based on the volume of the liquid dispensed from the tank . sensing an orientation of the moveable vehicle relative to a horizontal plane with a vehicle orientation sensor ; determining, with a controller , if the orientation of the moveable vehicle is less than an allowable orientation threshold or if the orientation of the moveable vehicle is equal to or greater than the allowable orientation threshold; measuring a level of the liquid in the tank of the moveable vehicle with a liquid level sensor when the orientation of the moveable vehicle is less than the allowable orientation threshold; defining a sensed fluid level value with the controller , wherein the sensed fluid level value is based on the measured level of the liquid when the orientation of the moveable vehicle is less than the allowable orientation threshold; and saving the sensed fluid level value in a memory of the controller , and the method further comprising dispensing the liquid from the tank , and measuring a volume of the liquid dispensed from the tank with a flow sensor , characterized in that , the method further comprising defining an estimated fluid level value with the controller when the orientation of the moveable vehicle is equal to or greater than the allowable orientation threshold, wherein the estimated fluid level value is based on the volume of the liquid dispensed from the tank .
Connection coupling for a hose , having - a hose nipple , on which a ribbed structure with at least one rib is formed, - wherein the at least one rib has in its course at least one change in direction to prevent twisting, - wherein the at least one rib has at least one retaining section for absorbing tensile forces, which section extends in a radial plane which is perpendicular to a longitudinal axis of the hose nipple , - wherein the at least one rib is designed to run around the hose nipple , - wherein the ribbed structure has a further rib which runs around the hose nipple and has at least one change of direction in its course, - characterized in that the two ribs are arranged at a complete distance from one another, so that a region running around in the radial plane between the two ribs on the hose nipple is designed to be free of ribs. - a hose nipple , on which a ribbed structure with at least one rib is formed, - wherein the at least one rib has in its course at least one change in direction to prevent twisting, - wherein the at least one rib has at least one retaining section for absorbing tensile forces, which section extends in a radial plane which is perpendicular to a longitudinal axis of the hose nipple , - wherein the at least one rib is designed to run around the hose nipple , - wherein the ribbed structure has a further rib which runs around the hose nipple and has at least one change of direction in its course, - characterized in that the two ribs are arranged at a complete distance from one another, so that a region running around in the radial plane between the two ribs on the hose nipple is designed to be free of ribs.
Stator of a rotating electrical machine, intended in particular for an electrical compressor for a motor vehicle, said stator comprising a body having: - a yoke frame , - a plurality of teeth distributed angularly on an internal periphery of said yoke frame , two adjacent teeth defining between them a notch , and - a winding comprising a plurality of coils , each coil being formed by a wire wound around a tooth , characterized in that a ratio between a diameter (L8) of a conductive portion of said wire and an internal diameter (L4) of said stator , is between 5 and 10%, notably between 5 and 7%. - a yoke frame , - a plurality of teeth distributed angularly on an internal periphery of said yoke frame , two adjacent teeth defining between them a notch , and - a winding comprising a plurality of coils , each coil being formed by a wire wound around a tooth ,
A method for the diagnosis and/or monitoring the recurrence of bladder cancer in a subject, comprising: a) determining an input level of nucleic acid from a urine sample comprising nucleic acid from the subject based on data from at least one quality control assay; b) performing hybrid capture on the input nucleic acid to create a captured nucleic acid; c) analyzing the captured nucleic acid to obtain nucleic acid sequence data; and d) determining a presence or an absence of at least one mutation and/or epigenetic alteration in at least one gene associated with bladder cancer in the nucleic acid sequence data, wherein the at least one gene is selected from the list of genes listed in Table 1, and wherein the at least one gene comprises KDM6A, wherein the at least one quality control assay comprises real time PCR analysis and/or capillary electrophoresis analysis to detect nucleic acid fragment sizes greater than 100-150bp in size. a) determining an input level of nucleic acid from a urine sample comprising nucleic acid from the subject based on data from at least one quality control assay; b) performing hybrid capture on the input nucleic acid to create a captured nucleic acid; c) analyzing the captured nucleic acid to obtain nucleic acid sequence data; and d) determining a presence or an absence of at least one mutation and/or epigenetic alteration in at least one gene associated with bladder cancer in the nucleic acid sequence data, wherein the at least one gene is selected from the list of genes listed in Table 1, and wherein the at least one gene comprises KDM6A,
A computer-implemented method for determining a carbohydrate intake event from glucose monitoring data indicative of a glucose level in a system having a data processing device provided with one or more processors, comprising - receiving a glucose monitoring value by the data processing device, the glucose monitoring value indicating a glucose level sampled from a person in a bodily fluid in a glucose level measurement; - receiving, by the data processing device, insulin bolus administration data indicating an insulin bolus of an insulin bolus administration to be administered at a bolus administration time; - determining, by the data processing device, from an analysis of the glucose monitoring value, a carbohydrate intake event, wherein the carbohydrate intake event is determined if the following is detected: - the glucose monitoring value indicates an elevated glucose level above a threshold glucose level, and, further, the insulin bolus indicated by the insulin bolus administration data is exceeding a corrective insulin bolus suitable for compensating for the elevated glucose level; and - generating, by the data processing device, carbohydrate intake event data indicating the determined carbohydrate intake event. - receiving a glucose monitoring value by the data processing device, the glucose monitoring value indicating a glucose level sampled from a person in a bodily fluid in a glucose level measurement; - receiving, by the data processing device, insulin bolus administration data indicating an insulin bolus of an insulin bolus administration to be administered at a bolus administration time; - determining, by the data processing device, from an analysis of the glucose monitoring value, a carbohydrate intake event, wherein the carbohydrate intake event is determined if the following is detected: - the glucose monitoring value indicates an elevated glucose level above a threshold glucose level, and, further, the insulin bolus indicated by the insulin bolus administration data is exceeding a corrective insulin bolus suitable for compensating for the elevated glucose level; and - the glucose monitoring value indicates an elevated glucose level above a threshold glucose level, and, further, the insulin bolus indicated by the insulin bolus administration data is exceeding a corrective insulin bolus suitable for compensating for the elevated glucose level; and - generating, by the data processing device, carbohydrate intake event data indicating the determined carbohydrate intake event.
An article of footwear having an upper that includes a base element that extends from a heel region of the article to a forefoot region of the article and extends from a medial side of the article to a lateral side of the article, and an outsole , the article comprising: a fluid-filled chamber positioned against and secured to the base element ; an adjusting element positioned outward from the fluid-filled chamber; an anchoring element secured to the base element and spaced from the adjusting element; and a tensile strand extending between the adjusting element and the anchoring element, wherein the adjusting element is operable to change a tension placed on the tensile strand, and wherein: (a) the base element exhibits a first degree of stretch under tension, and the anchoring element exhibits a second degree of stretch under tension, the first degree of stretch being greater than the second degree of stretch; and/or b) the anchoring element is secured to at least one of a biteline area of the base element and a lace area of the base element. a fluid-filled chamber positioned against and secured to the base element ; an adjusting element positioned outward from the fluid-filled chamber; an anchoring element secured to the base element and spaced from the adjusting element; and a tensile strand extending between the adjusting element and the anchoring element, wherein the adjusting element is operable to change a tension placed on the tensile strand, and wherein: (a) the base element exhibits a first degree of stretch under tension, and the anchoring element exhibits a second degree of stretch under tension, the first degree of stretch being greater than the second degree of stretch; and/or b) the anchoring element is secured to at least one of a biteline area of the base element and a lace area of the base element. (a) the base element exhibits a first degree of stretch under tension, and the anchoring element exhibits a second degree of stretch under tension, the first degree of stretch being greater than the second degree of stretch; and/or b) the anchoring element is secured to at least one of a biteline area of the base element and a lace area of the base element.
A method for aligning a camera or scanning apparatus, especially via an app on a smartphone, to capture a dental ancillary element such as a mini-shade guide , characterized In that a mark having at least one asymmetry Is attached to the dental ancillary element , and/or in that at least part of the dental ancillary element having an asymmetry is used as the mark , in that a template which is congruent with or mathematically similar to the mark Is displayed on a display device of the camera or scanning apparatus, and In that a change in the degree of coverage of the template and the mark or the one part of the dental ancillary element Is detected to align the camera or scanning apparatus.
An actuator for a pilot valve , the actuator comprising a housing ; a piston movably mounted in the housing ; an actuator chamber defined between the piston and the housing ; a control fluid feed for introducing a fluid into the actuator chamber to selectively control a fluid pressure in the actuator chamber , wherein the piston is arranged to be acted on by the fluid pressure in the actuator chamber ; an actuation member for acting on the pilot valve ; and a loading spring between the piston and the actuation member , wherein the loading spring is arranged to bias the piston against the fluid pressure in the actuation chamber ; wherein the control fluid feed is arranged to control the fluid pressure in the actuator chamber so the fluid pressure acts on the piston against the bias of the loading spring to control the biasing force exerted by the loading spring on the actuation member for actuating the pilot valve ; and characterised in that: the control fluid feed comprises an inlet valve for controlling the flow of fluid into the actuator chamber and an outlet valve for controlling the flow of fluid out of the actuator chamber , wherein the inlet valve and the outlet valve are directly mounted on the housing . a housing ; a piston movably mounted in the housing ; an actuator chamber defined between the piston and the housing ; a control fluid feed for introducing a fluid into the actuator chamber to selectively control a fluid pressure in the actuator chamber , wherein the piston is arranged to be acted on by the fluid pressure in the actuator chamber ; an actuation member for acting on the pilot valve ; and a loading spring between the piston and the actuation member , wherein the loading spring is arranged to bias the piston against the fluid pressure in the actuation chamber ; wherein the control fluid feed is arranged to control the fluid pressure in the actuator chamber so the fluid pressure acts on the piston against the bias of the loading spring to control the biasing force exerted by the loading spring on the actuation member for actuating the pilot valve ; and characterised in that: the control fluid feed comprises an inlet valve for controlling the flow of fluid into the actuator chamber and an outlet valve for controlling the flow of fluid out of the actuator chamber , wherein the inlet valve and the outlet valve are directly mounted on the housing .
A rubber composition comprising a rubber component comprising a copolymer of a conjugated diene compound and a non-conjugated olefin and, with respect to 100 parts by mass of the rubber component, a reinforcing filler by 5 parts by mass to 200 parts by mass, and a crosslinking agent by 0.1 parts by mass to 20 parts by mass, wherein the copolymer of the conjugated diene compound and the non-conjugated olefin is a random copolymer including randomly arranged monomer units of the conjugated diene compound and of the non-conjugated olefin, wherein in a differential scanning calorimetry (DSC) curve of the copolymer, a crystallization temperature derived from a block sequence including monomer units of the non-conjugated olefin is not observed, and wherein the non-conjugated olefin is at least one selected from the group consisting of ethylene, propylene, and 1-butene.