mhurhangee/ep-ind-claims huggingface dataset:
A vaporizer comprising: a liquid storage for storing liquid composition; an upper cap portion coupled with the liquid storage and having a cavity for introducing the liquid composition of the liquid storage; a lower cap portion coupled with the upper cap portion to form an aerosol-generating space; a liquid delivery element positioned in the aerosol-generating space between the upper cap portion and the lower cap portion, and configured to absorb the liquid composition transferred from the liquid storage; a sealing portion having a coupling recess supporting at least one of end portions of the liquid delivery element, positioned between the upper cap portion and the lower cap portion, connected to the cavity, and configured to deliver the liquid composition from the liquid storage to the at least one of the end portions of the liquid delivery element; a heating element configured to heat the liquid delivery element to generate aerosol; and a leg portion extending from the upper cap portion to the lower cap portion, contacting at least a portion of the liquid delivery element, and configured to block a coupled portion between the coupling recess of the sealing portion and the at least one of the end portions of the liquid delivery element to block a flow of the liquid composition from the sealing portion to the aerosol-generating space. a liquid storage for storing liquid composition; an upper cap portion coupled with the liquid storage and having a cavity for introducing the liquid composition of the liquid storage; a lower cap portion coupled with the upper cap portion to form an aerosol-generating space; a liquid delivery element positioned in the aerosol-generating space between the upper cap portion and the lower cap portion, and configured to absorb the liquid composition transferred from the liquid storage; a sealing portion having a coupling recess supporting at least one of end portions of the liquid delivery element, positioned between the upper cap portion and the lower cap portion, connected to the cavity, and configured to deliver the liquid composition from the liquid storage to the at least one of the end portions of the liquid delivery element; a heating element configured to heat the liquid delivery element to generate aerosol; and a leg portion extending from the upper cap portion to the lower cap portion, contacting at least a portion of the liquid delivery element, and configured to block a coupled portion between the coupling recess of the sealing portion and the at least one of the end portions of the liquid delivery element to block a flow of the liquid composition from the sealing portion to the aerosol-generating space.
A method of preparing a hydrogel product comprising crosslinked glycosaminoglycan molecules, said method comprising: i) providing a glycosaminoglycan crosslinked by amide bonds, wherein the crosslinked glycosaminoglycans comprise ester crosslinks formed as byproducts during the amide crosslinking, and wherein the crosslinked glycosaminoglycan molecules are crosslinked by a non-carbohydrate based di- or multi-nucleophile crosslinker or diaminotrehalose together with a glycosaminoglycan; and ii) subjecting the crosslinked glycosaminoglycans to alkaline treatment to hydrolyze ester crosslinks formed as byproducts during the amide crosslinking. i) providing a glycosaminoglycan crosslinked by amide bonds, wherein the crosslinked glycosaminoglycans comprise ester crosslinks formed as byproducts during the amide crosslinking, and wherein the crosslinked glycosaminoglycan molecules are crosslinked by a non-carbohydrate based di- or multi-nucleophile crosslinker or diaminotrehalose together with a glycosaminoglycan; and ii) subjecting the crosslinked glycosaminoglycans to alkaline treatment to hydrolyze ester crosslinks formed as byproducts during the amide crosslinking.
Sectional door, comprising - at least two sections (1, 2) each comprising a base element and which are hingeably connected to each other, hingeable between a closed position, wherein these sections (1, 2) are arranged in line with each other, and an open position, wherein these sections (1, 2) are arranged at an angle with respect to each other; - and a safety element which is fastened at least partially moveably to a first said section and is arranged facing a second, adjoining said section, wherein, in the open position, this safety element is arranged at a distance from the second section and wherein this safety element is moveably arranged in such a way that, when the first section and the second section are in their open position, if a finger is placed between the safety element and the second section and if the first section and the second section swing from their open position to their closed position, the safety element moves at least partially with respect to the first section in order to make space to prevent the finger from being trapped between the first section and the second section, characterized in that, in the closed position, the sectional door forms a louvre wall, with louvres, which are arranged at a distance from each other, in that, to this end, the safety element comprises one or more such louvres and in that to this end, supports are arranged on the base element of each of the sections (1, 2), louvre holders are fastened to the supports and louvres are arranged on the louvre holders substantially parallel to each other and in that the supports of successive sections (1, 2) are positioned such that a safety cavity is present between them or such that they are mounted offset with respect to each other, in order to prevent a finger from becoming trapped between the supports of these successive sections (1, 2). - at least two sections (1, 2) each comprising a base element and which are hingeably connected to each other, hingeable between a closed position, wherein these sections (1, 2) are arranged in line with each other, and an open position, wherein these sections (1, 2) are arranged at an angle with respect to each other; - and a safety element which is fastened at least partially moveably to a first said section and is arranged facing a second, adjoining said section, wherein, in the open position, this safety element is arranged at a distance from the second section and wherein this safety element is moveably arranged in such a way that, when the first section and the second section are in their open position, if a finger is placed between the safety element and the second section and if the first section and the second section swing from their open position to their closed position, the safety element moves at least partially with respect to the first section in order to make space to prevent the finger from being trapped between the first section and the second section,
An anti-aging laundering system for fabrics comprising complementary laundering system components: (a) a liquid detergent composition, (b) a liquid fabric rinse conditioner, (c) an ancillary laundry agent wherein the (b) or (c) provides a combination of: (i) a fabric shape retention agent (ii) a fabric drape improver, (iii) at least one perfume wherein said complementary laundering components bear common visual indicia and corresponding instructions to launder fabrics with components (a) and (b) and (c); wherein the ancilliary laundry agent comprises: i. 2 - 30 w.t.% fabric softening silicone; ii. Less than 5 w.t.% surfactant; iii. 0.25 - 10 w.t.% cationic polymer iv. Water (a) a liquid detergent composition, (b) a liquid fabric rinse conditioner, (c) an ancillary laundry agent wherein the (b) or (c) provides a combination of: (i) a fabric shape retention agent (ii) a fabric drape improver, (iii) at least one perfume (i) a fabric shape retention agent (ii) a fabric drape improver, (iii) at least one perfume wherein said complementary laundering components bear common visual indicia and corresponding instructions to launder fabrics with components (a) and (b) and (c); wherein the ancilliary laundry agent comprises: i. 2 - 30 w.t.% fabric softening silicone; ii. Less than 5 w.t.% surfactant; iii. 0.25 - 10 w.t.% cationic polymer iv. Water i. 2 - 30 w.t.% fabric softening silicone; ii. Less than 5 w.t.% surfactant; iii. 0.25 - 10 w.t.% cationic polymer iv. Water
A portable blood glucose measuring device comprising: a housing having a strip inlet allowing a sensor strip having a blood sample attached thereto to be input into an inner space of the housing; a printed circuit board disposed within the housing, wherein a blood glucose measuring module able to measure a blood glucose level by inspecting the blood sample attached to the sensor strip is disposed on the printed circuit board; a temperature measuring medium disposed on the housing to be exposed externally; and an infrared temperature sensor disposed within the housing to measure a temperature of the temperature measuring medium in a contactless manner, wherein the blood glucose measuring module produces a result of measurement of the blood glucose level by considering the temperature measured by the infrared temperature sensor. a housing having a strip inlet allowing a sensor strip having a blood sample attached thereto to be input into an inner space of the housing; a printed circuit board disposed within the housing, wherein a blood glucose measuring module able to measure a blood glucose level by inspecting the blood sample attached to the sensor strip is disposed on the printed circuit board; a temperature measuring medium disposed on the housing to be exposed externally; and an infrared temperature sensor disposed within the housing to measure a temperature of the temperature measuring medium in a contactless manner, wherein the blood glucose measuring module produces a result of measurement of the blood glucose level by considering the temperature measured by the infrared temperature sensor.
Method for controlling a safety actuator system of a motor vehicle, comprising: • determination of a hazard model of the motor vehicle by means of a predictive sensor system and at least one characteristic value (10, 20) of a drive operation of the motor vehicle; characterized by • determination of a controllability of the motor vehicle by a driver of the motor vehicle by means of the at least one characteristic value (10, 20); and • control of the safety actuator system to a degree which depends on a combination of the hazard model and the controllability. • determination of a hazard model of the motor vehicle by means of a predictive sensor system and at least one characteristic value (10, 20) of a drive operation of the motor vehicle; characterized by • determination of a controllability of the motor vehicle by a driver of the motor vehicle by means of the at least one characteristic value (10, 20); and • control of the safety actuator system to a degree which depends on a combination of the hazard model and the controllability.
A method for producing coloured fibrous materials on the basis of m-aramid fibres or m-aramid-fibre-containing fibre mixtures subsequently dyed with vat dyes, characterised in that the m-aramid fibres are subsequently dyed with vat dyes by a) applying vat dyes in an aqueous dispersion containing urea and/or homologues and/or derivatives of urea directly to the m-aramid fibres or the m-aramid-fibre-containing fibre mixtures, and then carrying out a fixing of the vat pigment on the fibrous materials, or b) transforming the vat dyes into the leuco form by the addition of reducing agents in an alkali medium, the resulting vat containing urea and/or homologues and/or derivatives of urea, and bringing the vat into contact with the m-aramid fibres or the m-aramid-fibre-containing fibre mixtures, forming the vat dyes oxidatively from the leuco form, and carrying out a fixing of the vat dyes on the fibrous materials. a) applying vat dyes in an aqueous dispersion containing urea and/or homologues and/or derivatives of urea directly to the m-aramid fibres or the m-aramid-fibre-containing fibre mixtures, and then carrying out a fixing of the vat pigment on the fibrous materials, or b) transforming the vat dyes into the leuco form by the addition of reducing agents in an alkali medium, the resulting vat containing urea and/or homologues and/or derivatives of urea, and bringing the vat into contact with the m-aramid fibres or the m-aramid-fibre-containing fibre mixtures, forming the vat dyes oxidatively from the leuco form, and carrying out a fixing of the vat dyes on the fibrous materials.
An in vitro method of diagnosing whether a subject has, or is at risk for developing, breast cancer, comprising the steps: a. measuring the expression level of the following eight microRNAs: miR-199a-3p, miR-122, miR-29c, miR-33a, miR-324-3p, let-7d, miR-181c or miR-221 in a test biological fluid from said subject; b. comparing the expression level obtained in step a) to a reference value; wherein an alteration in the expression level of said eight microRNAs is indicative of the subject either having, or being at risk for developing, breast cancer. a. measuring the expression level of the following eight microRNAs: miR-199a-3p, miR-122, miR-29c, miR-33a, miR-324-3p, let-7d, miR-181c or miR-221 in a test biological fluid from said subject; b. comparing the expression level obtained in step a) to a reference value;
A road crossing method for a mobile robot, the method comprising: the mobile robot approaching a road crossing; a data processing unit - estimating a location and time of collision with at least one dynamic object on the road crossing; - generating a time to collision map based on the estimated locations and times of collision with the at least one dynamic object; - generating control commands for the mobile robot to avoid collision with the at least one dynamic object based on the estimated location and time of collision with the at least one dynamic object; wherein the step of generating control commands for the mobile robot to avoid collision with the at least one dynamic object based on the estimated location and time of collision with the at least one dynamic object comprises finding on the TTC map a road crossing plan; wherein finding on the TTC map a road crossing plan comprises finding on the TTC map a safe road crossing plan, wherein a safe road crossing plan is a road crossing plan with a minimum or zero or less than a threshold likelihood of collision; wherein finding on the TTC map a road crossing plan comprises finding on the TTC map a minimum-cost and safe road crossing plan, wherein the cost of a road crossing plan is proportional to the time required and/or distance traveled to perform the road crossing according to the road crossing plan. the mobile robot approaching a road crossing; a data processing unit - estimating a location and time of collision with at least one dynamic object on the road crossing; - generating a time to collision map based on the estimated locations and times of collision with the at least one dynamic object; - generating control commands for the mobile robot to avoid collision with the at least one dynamic object based on the estimated location and time of collision with the at least one dynamic object; - estimating a location and time of collision with at least one dynamic object on the road crossing; - generating a time to collision map based on the estimated locations and times of collision with the at least one dynamic object; - generating control commands for the mobile robot to avoid collision with the at least one dynamic object based on the estimated location and time of collision with the at least one dynamic object; wherein the step of generating control commands for the mobile robot to avoid collision with the at least one dynamic object based on the estimated location and time of collision with the at least one dynamic object comprises finding on the TTC map a road crossing plan; wherein finding on the TTC map a road crossing plan comprises finding on the TTC map a safe road crossing plan, wherein a safe road crossing plan is a road crossing plan with a minimum or zero or less than a threshold likelihood of collision; wherein finding on the TTC map a road crossing plan comprises finding on the TTC map a minimum-cost and safe road crossing plan, wherein the cost of a road crossing plan is proportional to the time required and/or distance traveled to perform the road crossing according to the road crossing plan.
An apparatus for pumping blood in the circulatory system of an animal, comprising: a rotor (80, 180, 280) rotatable about a rotational axis and symmetrical about a plane perpendicular to the rotational axis, said rotor having an interior and inner and outer surfaces; a stator (60, 160, 260) located at least in part within the interior of said rotor, said stator supporting said rotor; means for electromagnetically coupling said rotor and said stator; and a housing (30, 130, 230) supporting said stator, said housing including a conductor for providing electrical power to said coupling means, said housing having an inlet and a pair of opposing outlets, the inlet being generally aligned along the rotational axis, each outlet being located generally within the plane and providing radially outward flow from said rotor; wherein said rotor spins about said stator in response to the application of electrical power to said coupling means. a rotor (80, 180, 280) rotatable about a rotational axis and symmetrical about a plane perpendicular to the rotational axis, said rotor having an interior and inner and outer surfaces; a stator (60, 160, 260) located at least in part within the interior of said rotor, said stator supporting said rotor; means for electromagnetically coupling said rotor and said stator; and a housing (30, 130, 230) supporting said stator, said housing including a conductor for providing electrical power to said coupling means, said housing having an inlet and a pair of opposing outlets, the inlet being generally aligned along the rotational axis, each outlet being located generally within the plane and providing radially outward flow from said rotor; wherein said rotor spins about said stator in response to the application of electrical power to said coupling means.
A rotary coupling comprising: a) an annular outer section which includes a female end, a threaded portion, and a Z-ring relief; b) a connector pipe which includes a connection end, a shoulder, and a seal end which is inserted into the female end of the annular outer section; c) a Z-ring housed within the Z-ring relief and packing seals housed within a packing chamber; d) a retainer ring threadably received into the threaded portion of the annular outer section, the retainer ring receiving compression screws there-through, wherein in the engaged position the compression screws urging a packing end of the Z-ring longitudinally against the packing seals thereby compressing the packing seals into the packing chamber creating a seal. a) an annular outer section which includes a female end, a threaded portion, and a Z-ring relief; b) a connector pipe which includes a connection end, a shoulder, and a seal end which is inserted into the female end of the annular outer section; c) a Z-ring housed within the Z-ring relief and packing seals housed within a packing chamber; d) a retainer ring threadably received into the threaded portion of the annular outer section, the retainer ring receiving compression screws there-through, wherein in the engaged position the compression screws urging a packing end of the Z-ring longitudinally against the packing seals thereby compressing the packing seals into the packing chamber creating a seal.
Drink, characterized in that the drink comprises fresh marine oil in an oil-in-water emulsion wherein the marine oil has a totox value below 10, and further added at least one antioxidant not naturally present in said oil-in-water emulsion wherein the content of marine oil is 0.5% - 5% by weight based on the total weight and wherein the at least one added antioxidant is curcumin that is not naturally present in the water or oil phase, but is added separately to the drink.
A method for grouping articles, which are being conveyed one after the other in at least one regular row in a horizontal direction, the method being characterised in that the articles are divided up and shifted laterally into conveyor lanes (26, 28, 52, 54, 56, 58, 60, 62) by means of at least three clamping strips (36, 38, 40), in each case interacting in alternating pairs, of which two clamping strips (36, 38, 40) in a pairwise interaction simultaneously engage at both longitudinal sides of the regular row of articles, wherein in each case a middle clamping strip interacts in every shifting process of an article group with one of the outer clamping strips (38, 40) and together with it forms a pair of clamping strips (42, 44) for the temporary lateral fixation of the contacted article group and for shifting it laterally to the left or to the right side into the respective conveyor lane (26, 28, 52, 54, 56, 58, 60, 62).
A nick breaking device comprising: a conveyor that forms a transfer path on which a plate-shaped element having a nick is transferred; one or more pressing rollers are provided on the transfer path of the nick of the plate-shaped element, configured to press the plate-shaped element such that the plate-shaped element forms a continuous wave shape, characterized in that a location of the pressing rollers is adjustable to break the nick formed in the plate-shaped element by roller carriers being adjustable in correspondence to the location of the nick of the plate-shaped element, wherein the locations of roller carriers is adjustable by sliding a carrier support part along a guide rail. a conveyor that forms a transfer path on which a plate-shaped element having a nick is transferred; one or more pressing rollers are provided on the transfer path of the nick of the plate-shaped element, configured to press the plate-shaped element such that the plate-shaped element forms a continuous wave shape, characterized in that a location of the pressing rollers is adjustable to break the nick formed in the plate-shaped element by roller carriers being adjustable in correspondence to the location of the nick of the plate-shaped element, wherein the locations of roller carriers is adjustable by sliding a carrier support part along a guide rail.