mhurhangee/patent-ind-claim-en huggingface dataset:
A battery module comprising: a cartridge assembly including a plurality of cartridges receiving battery cells ; a substrate protecting body combined to the cartridge assembly ; a casing receiving the cartridge assembly and the substrate protecting body ; and a cover combined to the casing , wherein the substrate protecting body includes an interval retaining unit so that a main body of the substrate protecting body is separated from the casing at a predetermined interval, wherein the substrate protecting body is formed of a plastic material, and wherein the casing comprises a first casing surrounding the cartridge assembly and a second casing surrounding the substrate protecting body , characterized in that the casing further comprises a non-contacting portion which does not contact the interval retaining unit and is spaced apart from the main body at the predetermined interval, and the first casing is welded to the second casing at a welded part of the non-contacting portion . a cartridge assembly including a plurality of cartridges receiving battery cells ; a substrate protecting body combined to the cartridge assembly ; a casing receiving the cartridge assembly and the substrate protecting body ; and a cover combined to the casing , wherein the substrate protecting body includes an interval retaining unit so that a main body of the substrate protecting body is separated from the casing at a predetermined interval, wherein the substrate protecting body is formed of a plastic material, and wherein the casing comprises a first casing surrounding the cartridge assembly and a second casing surrounding the substrate protecting body , characterized in that the casing further comprises a non-contacting portion which does not contact the interval retaining unit and is spaced apart from the main body at the predetermined interval, and the first casing is welded to the second casing at a welded part of the non-contacting portion .
A non-transitory computer-readable medium having processor-executable instructions for adjusting stimulation parameters of an electrical stimulation system including a control module implanted in a patient, the processor-executable instructions when installed onto an electrical stimulation system comprising an implantable control module comprising an antenna and a processor coupled to the antenna enable the electrical stimulation system to perform actions, the actions comprising: obtaining a biosignal of the patient; analyzing the biosignal to determine whether the biosignal is indicative of pain; and altering at least one stimulation parameter of an electrical stimulation system in response to the biosignal when the biosignal is indicative of pain. obtaining a biosignal of the patient; analyzing the biosignal to determine whether the biosignal is indicative of pain; and altering at least one stimulation parameter of an electrical stimulation system in response to the biosignal when the biosignal is indicative of pain.
A method of determining a mass-to-charge ratio of an analyte in a sample, the method comprising: a) obtaining a mass spectrum, where the mass-to-charge ratio of the analyte was measured in a presence of a first adjacent ion, the first adjacent ion comprising an ion having a mass-to-charge ratio that is different than the mass-to-charge ratio of the analyte, the mass spectrum comprising: i) a measured analyte mass-to-charge ratio, ii) a measured first adjacent ion mass-to-charge ratio, iii) a measured first adjacent ion abundance, b) determining a first mass-to-charge ratio difference by subtracting the measured first adjacent ion mass-to-charge ratio from the measured analyte mass-to-charge ratio; characterized in that the method further comprises: c) determining an adjacent ion space charge correction based on the first mass-to-charge ratio difference and the measured first adjacent ion abundance; and d) calculating a corrected analyte mass-to-charge ratio based on i) the measured analyte mass-to-charge ratio, ii) the first mass-to-charge ratio difference, and iii) the measured first adjacent ion abundance by adding together the adjacent ion space charge correction and the measured analyte mass-to-charge ratio. a) obtaining a mass spectrum, where the mass-to-charge ratio of the analyte was measured in a presence of a first adjacent ion, the first adjacent ion comprising an ion having a mass-to-charge ratio that is different than the mass-to-charge ratio of the analyte, the mass spectrum comprising: i) a measured analyte mass-to-charge ratio, ii) a measured first adjacent ion mass-to-charge ratio, iii) a measured first adjacent ion abundance, b) determining a first mass-to-charge ratio difference by subtracting the measured first adjacent ion mass-to-charge ratio from the measured analyte mass-to-charge ratio; c) determining an adjacent ion space charge correction based on the first mass-to-charge ratio difference and the measured first adjacent ion abundance; and d) calculating a corrected analyte mass-to-charge ratio based on i) the measured analyte mass-to-charge ratio, ii) the first mass-to-charge ratio difference, and iii) the measured first adjacent ion abundance by adding together the adjacent ion space charge correction and the measured analyte mass-to-charge ratio.
A fixed-wing aircraft , at least comprising - at least one vortex generator movable through an outer surface of the aircraft between a retracted state and a fully extended state by at least one electric motor , this at least one electric motor being exclusively adapted to actuate this at least one vortex generator , and characterised by further comprising - an electronic control unit adapted to control operation of the at least one electric motor for actuation of the at least one vortex generator , - wherein the actuation of at least one vortex generator is dependent on at least one operation parameter of at least one propulsion unit . - at least one vortex generator movable through an outer surface of the aircraft between a retracted state and a fully extended state by at least one electric motor , this at least one electric motor being exclusively adapted to actuate this at least one vortex generator , and characterised by further comprising - an electronic control unit adapted to control operation of the at least one electric motor for actuation of the at least one vortex generator , - wherein the actuation of at least one vortex generator is dependent on at least one operation parameter of at least one propulsion unit .
A drug inspection device comprising: an image acquisition unit adapted to acquire a plurality of captured images obtained by imaging a bundle of drug sheets spread out in a fan shape, wherein stereoscopic information of the bundle of drug sheets is obtained from the plurality of captured images, the image acquisition unit acquiring the plurality of captured images including at least some of respective drug sheets with respect to all the drug sheets constituting the bundle of drug sheets; a drug classification specifying unit adapted to specify a drug classification from at least one of the plurality of captured images; an outer edge information extraction unit adapted to extract information of an outer edge of each of the drug sheets constituting the bundle of drug sheets from the plurality of captured images, and to ascertain an up-and-down relationship between the drug sheets from said stereoscopic information; a number-of-sheets counting unit adapted to count the number of drug sheets on the basis of intersections of the outer edges of the drug sheets ; an outermost layer sheet specifying unit adapted to specify a drug sheet piece present on an outermost surface portion of the bundle of drug sheets , as an outermost layer sheet , on the basis of the information of the outer edge of the drug sheet ; and a first drug counting unit adapted to count the number of drugs in the outermost layer sheet . an image acquisition unit adapted to acquire a plurality of captured images obtained by imaging a bundle of drug sheets spread out in a fan shape, wherein stereoscopic information of the bundle of drug sheets is obtained from the plurality of captured images, the image acquisition unit acquiring the plurality of captured images including at least some of respective drug sheets with respect to all the drug sheets constituting the bundle of drug sheets; a drug classification specifying unit adapted to specify a drug classification from at least one of the plurality of captured images; an outer edge information extraction unit adapted to extract information of an outer edge of each of the drug sheets constituting the bundle of drug sheets from the plurality of captured images, and to ascertain an up-and-down relationship between the drug sheets from said stereoscopic information; a number-of-sheets counting unit adapted to count the number of drug sheets on the basis of intersections of the outer edges of the drug sheets ; an outermost layer sheet specifying unit adapted to specify a drug sheet piece present on an outermost surface portion of the bundle of drug sheets , as an outermost layer sheet , on the basis of the information of the outer edge of the drug sheet ; and a first drug counting unit adapted to count the number of drugs in the outermost layer sheet .
A heat exchanger comprising: a plurality of tubes , arranged in a first and a second row , and through which a refrigerant is intended to circulate; a first and a second header tank inside which tanks the tubes of each of the said rows emerge; the first header tank comprising a refrigerant inlet compartment into which the tubes of the first row emerge and a refrigerant outlet compartment into which the tubes of the second row emerge, the second header tank comprising at least one return compartment into which at least one tube of the first row and one tube of the second row emerge, wherein the outlet compartment has a smaller volume than the inlet compartment , characterized in that for at least part of the tubes of the second row , the outlet compartment comprises a limiting arrangement decreasing its local cross-section with respect to corresponding cross-section for the tubes of the first row in the inlet compartment , wherein the limiting arrangement is an insert abutting the inner side of outlet compartment .
Device for the shear force connection of a slab-shaped component of reinforced concrete to a second component , comprising an element sleeve and a shear force dowel (40; 41, 42), wherein the element sleeve is designed to be embedded edge-flush into the concrete of the slab-shaped component and consists of a pressure-resistant material, and wherein the shear force dowel (40; 41, 42) can be inserted into the element sleeve from outside, characterized in that the inner cross section of the element sleeve along an outer portion (a) at least towards the side from which the shear force to be expected acts is wider than the inner cross section along an inner portion (b), and the shear force dowel engages with a precise fit in the inner portion (b), wherein the length of the inner portion (b) and the length of the outer portion (a) together form the length of the element sleeve .
Amulti-mode operation method for a capacitive touch panel having a plurality of touch cells for obtaining a detection value from each of the plurality of touch cells in a mutual capacitance scanning manner, in which the panel is provided with a normal mode and a waterproof mode, comprising: a) determining whether a maximum value of the detection values from the plurality of touch cells is greater than an upper threshold, and a minimum value of the detection values from the plurality of touch cells is less than a lower threshold; b) determining whether the maximum value minus the minimum value is greater than a first predetermined value; c) determining whether amount of the touch cells having detection values greater than the upper threshold is greater than an upper waterproof cell number, and amount of the touch cells having detection values less than the lower threshold is greater than a lower waterproof cell number; d) determining whether a sum of absolute values of the detection values less than the lower threshold is greater than a second predetermined value, and e) selecting the waterproof mode when two or more of the above steps are affirmative, or else selecting the normal mode, wherein the waterproof mode refers to an operation mode when water is present on the touch panel. a) determining whether a maximum value of the detection values from the plurality of touch cells is greater than an upper threshold, and a minimum value of the detection values from the plurality of touch cells is less than a lower threshold; b) determining whether the maximum value minus the minimum value is greater than a first predetermined value; c) determining whether amount of the touch cells having detection values greater than the upper threshold is greater than an upper waterproof cell number, and amount of the touch cells having detection values less than the lower threshold is greater than a lower waterproof cell number; d) determining whether a sum of absolute values of the detection values less than the lower threshold is greater than a second predetermined value, and e) selecting the waterproof mode when two or more of the above steps are affirmative, or else selecting the normal mode, wherein the waterproof mode refers to an operation mode when water is present on the touch panel.
A high temperature furnace comprising a heating chamber ; at least one first burner for heating said heating chamber; and a condensation device arranged in fluid connection with said heating chamber via an exhaust outlet , wherein said at least one burner comprises a hydrogen-oxyfuel burner which is arranged for providing a water vapor atmosphere in said heating chamber, and wherein the condensation device is arranged for condensing an exhaust gas generated by said first burner, and wherein the furnace does not comprise a chimney for emission of exhaust gases to the atmosphere. a heating chamber ; at least one first burner for heating said heating chamber; and a condensation device arranged in fluid connection with said heating chamber via an exhaust outlet , wherein said at least one burner comprises a hydrogen-oxyfuel burner which is arranged for providing a water vapor atmosphere in said heating chamber, and wherein the condensation device is arranged for condensing an exhaust gas generated by said first burner, and wherein the furnace does not comprise a chimney for emission of exhaust gases to the atmosphere.
A lock for a device for constricting vessels, comprising: at least two lock elements , which are connected detachably to one another, wherein one of the lock elements is fixedly connectable with a constricting belt and the other lock element is arrangable movably on the constricting belt , wherein one of the lock elements is provided on a side facing the other lock element on at least one external edge with a chamfer and the other lock element is provided on at least one external edge with at least one web , wherein the at least one chamfer corresponds with the at least one web of the respectively opposing lock element for a sliding interplay of the lock elements , wherein magnets , which act with their magnetic fields between both lock elements and which pull the lock elements into one another by their opposite polarity, are connected to the lock elements , characterized in that the at least one web on the lock element has a base and a tip , and wherein the base is at least 0.1 mm, preferably 0.5 mm to 5 mm wider than the tip . at least two lock elements , which are connected detachably to one another, wherein one of the lock elements is fixedly connectable with a constricting belt and the other lock element is arrangable movably on the constricting belt , wherein one of the lock elements is provided on a side facing the other lock element on at least one external edge with a chamfer and the other lock element is provided on at least one external edge with at least one web , wherein the at least one chamfer corresponds with the at least one web of the respectively opposing lock element for a sliding interplay of the lock elements , wherein magnets , which act with their magnetic fields between both lock elements and which pull the lock elements into one another by their opposite polarity, are connected to the lock elements , characterized in that the at least one web on the lock element has a base and a tip , and wherein the base is at least 0.1 mm, preferably 0.5 mm to 5 mm wider than the tip .
An immunoassay analyzer, comprising: - a mixing device having a first station and a second station , the mixing device comprising at least one delivering assembly and at least two mixing assemblies , and wherein the at least one delivering assembly is configured to drive the mixing assemblies to cyclically reciprocate between the first station and the second station , each mixing assembly is configured to carry a reactor and mix a sample and a reagent in the reactor as part of a sequence of actions, characterized by each mixing assembly including a support base , a driver and a carrying platform driven by the driver ; and - a reaction device configured to perform an incubation, a BF operation, and a measurement to a reactant in the reactor , and the reaction device comprising a rotating disk wherein: - a shortest time window during which the sequence of actions performed by the mixing assembly is reproduced cyclically is recorded as a first period; and a value obtained by dividing the first period by the number of mixing assemblies is recorded as a second period; and - the immunoassay analyzer is configured such as that from when the reactor is moved into one of the mixing assemblies for the first time, the reactors are moved into each of the other mixing assemblies sequentially at staggered intervals of one second period; the reactors that have been mixed are moved out of the mixing assembly and onto the rotating disk by sequentially staggering the time of the second period; new reactors are moved into the mixing assembly from which the reactors are removed. - a mixing device having a first station and a second station , the mixing device comprising at least one delivering assembly and at least two mixing assemblies , and wherein the at least one delivering assembly is configured to drive the mixing assemblies to cyclically reciprocate between the first station and the second station , each mixing assembly is configured to carry a reactor and mix a sample and a reagent in the reactor as part of a sequence of actions, characterized by each mixing assembly including a support base , a driver and a carrying platform driven by the driver ; and - a reaction device configured to perform an incubation, a BF operation, and a measurement to a reactant in the reactor , and the reaction device comprising a rotating disk - a shortest time window during which the sequence of actions performed by the mixing assembly is reproduced cyclically is recorded as a first period; and a value obtained by dividing the first period by the number of mixing assemblies is recorded as a second period; and - the immunoassay analyzer is configured such as that from when the reactor is moved into one of the mixing assemblies for the first time, the reactors are moved into each of the other mixing assemblies sequentially at staggered intervals of one second period; the reactors that have been mixed are moved out of the mixing assembly and onto the rotating disk by sequentially staggering the time of the second period; new reactors are moved into the mixing assembly from which the reactors are removed.
A printing method by an inkjet print device on a substrate wherein the inkjet print device comprises a conveyor system to transport the substrate ; and wherein the conveyor system is characterized by comprising a fibrillar adhesive system to hold the substrate stable while printing.
A humidifier comprising: a housing defined by a lower portion and an upper portion ; the lower portion of the housing including a fan and air vents where humidified air is released into a room; humidifying equipment disposed within the housing to humidify ambient air, the humidifying equipment including a water tank on the upper portion of the housing; and an image projector coupled to an upper end of the upper portion of the housing for projecting an image onto a surface of the room, wherein an aperture is located in the upper end of the upper portion of the housing, and the image projector includes a lens placed into the aperture. a housing defined by a lower portion and an upper portion ; the lower portion of the housing including a fan and air vents where humidified air is released into a room; humidifying equipment disposed within the housing to humidify ambient air, the humidifying equipment including a water tank on the upper portion of the housing; and an image projector coupled to an upper end of the upper portion of the housing for projecting an image onto a surface of the room, wherein an aperture is located in the upper end of the upper portion of the housing, and the image projector includes a lens placed into the aperture.
A method of fabricating water insoluble, perfluorinated polymer electrolyte materials having an equivalent weight (EW) of less than 700 g/mol, the method comprising: providing a perfluorinated polymer resin that has an EW of less than 750 g/mol and includes a perfluorinated carbon-carbon backbone and perfluorinated side chains that extend from the perfluorinated carbon-carbon backbone chain via an ether linkage and terminate in a sulfonyl fluoride group, -SO 2 -F; exposing the perfluorinated polymer resin having sulfonyl fluoride groups to ammonia gas to convert the sulfonyl fluoride groups to sulfonamide groups, -SO 2 -NH 2 , thereby producing a perfluorinated polymer in sulfonamide form; and contacting the perfluorinated polymer in sulfonamide form with one or more chemical agents to convert the sulfonamide groups to sulfonimide groups, -SO 2 -NH-SO 2 -, thereby producing a 3- dimensionally cross-linked, water-insoluble perfluorinated polymer electrolyte material having an EW of less than 700 g/mol. providing a perfluorinated polymer resin that has an EW of less than 750 g/mol and includes a perfluorinated carbon-carbon backbone and perfluorinated side chains that extend from the perfluorinated carbon-carbon backbone chain via an ether linkage and terminate in a sulfonyl fluoride group, -SO 2 -F; exposing the perfluorinated polymer resin having sulfonyl fluoride groups to ammonia gas to convert the sulfonyl fluoride groups to sulfonamide groups, -SO 2 -NH 2 , thereby producing a perfluorinated polymer in sulfonamide form; and contacting the perfluorinated polymer in sulfonamide form with one or more chemical agents to convert the sulfonamide groups to sulfonimide groups, -SO 2 -NH-SO 2 -, thereby producing a 3- dimensionally cross-linked, water-insoluble perfluorinated polymer electrolyte material having an EW of less than 700 g/mol.