mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing a carbohydrate and/or protein product, wherein the carbohydrate and/or protein product is puffed during the preparation, and wherein the method comprises the following steps: a) grinding a quantity of carbohydrate and/or protein comprising one or more types of carbohydrates and/or proteins into a paste, wherein the carbohydrate and/or protein is selected from the group consisting of a raw meat product a fish product, a chicken product, a crustacean, a vegetable, and a fruit; b) adding oil and/or margarine and an emulsifier to the carbohydrate and/or protein paste, wherein 1-30 ml oil and/or margarine is added per 100 grams of carbohydrate and/or protein; c) mixing the mixture of carbohydrate and/or protein, emulsifier, oil and/or margarine into a substantially homogeneous paste; d) adding water to the paste obtained in step c) in such a way that the paste, after adding the water, comprises a water-in-oil emulsion, wherein 10-60 ml water is added per 100 grams of carbohydrate and/or protein, and wherein the concentration of water in the water-in-oil emulsion is higher than the concentration of oil and/or fat; e) heating the paste comprising the water-in-oil emulsion by means of microwaves, with the paste being divided into portions. a) grinding a quantity of carbohydrate and/or protein comprising one or more types of carbohydrates and/or proteins into a paste, wherein the carbohydrate and/or protein is selected from the group consisting of a raw meat product a fish product, a chicken product, a crustacean, a vegetable, and a fruit; b) adding oil and/or margarine and an emulsifier to the carbohydrate and/or protein paste, wherein 1-30 ml oil and/or margarine is added per 100 grams of carbohydrate and/or protein; c) mixing the mixture of carbohydrate and/or protein, emulsifier, oil and/or margarine into a substantially homogeneous paste; d) adding water to the paste obtained in step c) in such a way that the paste, after adding the water, comprises a water-in-oil emulsion, wherein 10-60 ml water is added per 100 grams of carbohydrate and/or protein, and wherein the concentration of water in the water-in-oil emulsion is higher than the concentration of oil and/or fat; e) heating the paste comprising the water-in-oil emulsion by means of microwaves, with the paste being divided into portions.
A twin facade arrangement (1, 101, 201, 301) for an above-ground construction (70, 170, 270, 370), especially a building, a bridge support, a bridge pier or a noise barrier wall, comprising a twin facade (20, 220) for generation of a vertically directed air stream by chimney effect, a) wherein the twin facade (20, 220) comprises an inner facade and an outer facade (22, 222), wherein a facade interspace (23, 223, 323) for guiding the air stream exists between the inner facade and the outer facade (22, 222), wherein the inner facade bounds the facade interspace (23, 223, 323) with respect to the above-ground construction (70, 170, 270, 370) and the outer facade (22, 222) bounds the facade interspace (23, 223, 323) with respect to an environment of the above-ground construction (70, 170, 270, 370), and b) wherein the twin facade (20, 220) comprises an air inlet (24, 124) for introduction of the air stream with air from the environment into the facade interspace (23, 223, 323) and an air outlet (25, 325), disposed above the air inlet (24, 124), for discharge of at least a portion of the air stream from the facade interspace (23, 223, 323), wherein the twin facade arrangement (1, 101, 201, 301) comprises a carbon dioxide segregation apparatus (2, 302) for segregation of at least a portion of the carbon dioxide from the air of the air stream, characterized in that the carbon dioxide segregation apparatus (2, 302) comprises a contact surface for contacting of air of the air stream for segregation of carbon dioxide from the air of the air stream, wherein the contact surface is a selectively permeable separation apparatus, by means of which air of the air stream is separable from a fluid, with the selectively permeable separation apparatus being permeable to carbon dioxide, by means of which carbon dioxide from the air of the air stream can get into the fluid for segregation of the carbon dioxide. a) wherein the twin facade (20, 220) comprises an inner facade and an outer facade (22, 222), wherein a facade interspace (23, 223, 323) for guiding the air stream exists between the inner facade and the outer facade (22, 222), wherein the inner facade bounds the facade interspace (23, 223, 323) with respect to the above-ground construction (70, 170, 270, 370) and the outer facade (22, 222) bounds the facade interspace (23, 223, 323) with respect to an environment of the above-ground construction (70, 170, 270, 370), and b) wherein the twin facade (20, 220) comprises an air inlet (24, 124) for introduction of the air stream with air from the environment into the facade interspace (23, 223, 323) and an air outlet (25, 325), disposed above the air inlet (24, 124), for discharge of at least a portion of the air stream from the facade interspace (23, 223, 323),
A latching assembly for securing a battery package to an electrically powered cleaning device, comprising: at least one moveable first engagement member, located toward a first side of a long end of the battery package and configured for movement between an engaged position to thereby secure the battery package to a cleaning device and an unengaged position for removal of the battery package from a cleaning device; and at least one user contact movably mounted to the battery package for movement of the first engagement member between the engaged position and the unengaged position; characterised by at least one rod having a longitudinal axis movably mounted to the battery package to interface with the first engagement member; wherein the user contact is located toward a second side of the long end of the battery package opposite the first side; and the user contact is configured to interface with the rod for movement of the rod to move the first engagement member between the engaged position and the unengaged position.
A connector device comprising: a first connector section (24, 50) that has a waveguide (51, 52, 91) for transmitting a high-frequency signal; and a second connector section (34, 60) including: a waveguide (61, 62, 92) for transmitting a high-frequency signal, a yoke, formed of a magnetic body, disposed to cover the waveguide, and a magnet forming a magnetic circuit with the yoke, wherein the second connection section (34, 60) is couplable to the first connector section (24, 50) by an attractive force of the magnet, wherein the second connector section includes a shield member that is formed of a rubber elastic body, disposed between the yoke and the magnet, and protruded from end faces of the yoke and the magnet. a first connector section (24, 50) that has a waveguide (51, 52, 91) for transmitting a high-frequency signal; and a second connector section (34, 60) including: a waveguide (61, 62, 92) for transmitting a high-frequency signal, a yoke, formed of a magnetic body, disposed to cover the waveguide, and a magnet forming a magnetic circuit with the yoke, wherein the second connection section (34, 60) is couplable to the first connector section (24, 50) by an attractive force of the magnet, wherein the second connector section includes a shield member that is formed of a rubber elastic body, disposed between the yoke and the magnet, and protruded from end faces of the yoke and the magnet. a waveguide (61, 62, 92) for transmitting a high-frequency signal, a yoke, formed of a magnetic body, disposed to cover the waveguide, and a magnet forming a magnetic circuit with the yoke, wherein the second connection section (34, 60) is couplable to the first connector section (24, 50) by an attractive force of the magnet, wherein the second connector section includes a shield member that is formed of a rubber elastic body, disposed between the yoke and the magnet, and protruded from end faces of the yoke and the magnet.
Damping device for a drivetrain of a motor vehicle, having a first damping element which is rotatable about a rotation axis, having a second damping element which is able to be driven by the first damping element and, as a result, is rotatable about the rotation axis, having at least two damping chambers (18a, b) of which the volumes are variable by a relative rotation between the damping elements (14, 16), having at least one overflow duct by way of which the damping chambers (18a, b) are fluidically connected to one another, and having a damping fluid which during a volumetric reduction of one of the damping chambers (18a, b) flows by way of the overflow duct from the one damping chamber into the other damping chamber, wherein the overflow duct, which at both ends opens into the respective damping chambers (18a, b), at least in one longitudinal region is formed by a gap between the damping elements (14, 16), said gap being directly delimited by the damping elements (14, 16), characterized in that the gap is adjustable in terms of its width for adjusting the damping effect of the damping device.
An aerosol generating article comprising: a shell that extends along a first axis; a material part disposed inside the shell, wherein the material part comprises a substrate for generating an aerosol and one or more inductively heatable susceptors for heating the substrate; characterised by a conductive loop that is spaced from the material part along the first axis and is configured to produce, when in the presence of an oscillating magnetic field aligned substantially along the first axis, a reverse magnetic field aligned oppositely to the oscillating magnetic field. a shell that extends along a first axis; a material part disposed inside the shell, wherein the material part comprises a substrate for generating an aerosol and one or more inductively heatable susceptors for heating the substrate; characterised by a conductive loop that is spaced from the material part along the first axis and is configured to produce, when in the presence of an oscillating magnetic field aligned substantially along the first axis, a reverse magnetic field aligned oppositely to the oscillating magnetic field.
A force sensor (100;200) comprising: a substrate (110; 210) having a proximal surface and a distal surface, the substrate defining a cavity (113;213) therein open to the proximal surface; sensing elements disposed within the cavity of the substrate; a pin block assembly (130; 230) mounted within the cavity of the substrate and electrically coupled to the sensing elements; a flex cable (42; 42') positioned against the proximal surface of the substrate over the cavity, the flex cable electrically coupled to the pin block assembly; characterised in that it further comprises: a first gasket (152; 252) disposed within the cavity of the substrate over the pin block assembly; a second gasket (154; 254) positioned over the flex cable; a retainer plate (156; 256) positioned over the second gasket; and a seal restraint (160; 260) coupled to the substrate and extending over the retainer plate, the seal restraint applying pressure on the retainer plate and compressing the second gasket against the flex cable to seal the cavity of the substrate. a substrate (110; 210) having a proximal surface and a distal surface, the substrate defining a cavity (113;213) therein open to the proximal surface; sensing elements disposed within the cavity of the substrate; a pin block assembly (130; 230) mounted within the cavity of the substrate and electrically coupled to the sensing elements; a flex cable (42; 42') positioned against the proximal surface of the substrate over the cavity, the flex cable electrically coupled to the pin block assembly; characterised in that it further comprises: a first gasket (152; 252) disposed within the cavity of the substrate over the pin block assembly; a second gasket (154; 254) positioned over the flex cable; a retainer plate (156; 256) positioned over the second gasket; and a seal restraint (160; 260) coupled to the substrate and extending over the retainer plate, the seal restraint applying pressure on the retainer plate and compressing the second gasket against the flex cable to seal the cavity of the substrate. a first gasket (152; 252) disposed within the cavity of the substrate over the pin block assembly; a second gasket (154; 254) positioned over the flex cable; a retainer plate (156; 256) positioned over the second gasket; and a seal restraint (160; 260) coupled to the substrate and extending over the retainer plate, the seal restraint applying pressure on the retainer plate and compressing the second gasket against the flex cable to seal the cavity of the substrate.
A non-aqueous electrolyte solution for a lithium secondary battery comprising an electrolyte salt, an organic solvent and an additive, wherein the additive is a lithium salt containing an anion having (i) a sulfone imide group and (ii) a propane sultone group or an ethylene sulfate group.
A body support structure having a base, on which at least one seat is articulated, the seat comprising a seat part and a back part, an inclination of the seat about at least one axis of rotation being supported by at least one spring mechanism acting between the seat and the base, the spring mechanism comprising a lever arm and a support, the support being movable out of a position of rest into different working positions (S2, S3), the support assuming the position of rest when the seat is nonloaded, the support assuming one of the working positions (S2, S3) as a function of'a weight force (40, 40a) with which a person sitting in an upright sitting posture loads the seat, the support being movable freely of an engaging force, which can be generated by the lever arm, between its position of rest and one of the working positions (S2, S3), as long as the person is sitting on the seat in the upright sitting posture, the support being engaged by the lever arm by means of the engaging force when the person reclines from his upright sitting posture against the back part into a rearwardly inclined sitting posture, a reaction force of the spring mechanism on the seat being adaptable to the respective weight force (40, 40a) of the person by means of the working position (S2, S3) of the support, wherein the lever arm is designed as a spring element (20, 20a), characterised in that the lever arm designed as a spring element (20, 20a) is designed as a leaf spring (21, 21a).
An air outlet for vehicles, at least comprising a housing with two first opposing side elements and two second opposing side elements, wherein - the first side elements and/or the second side elements have fastening elements by which means the first side elements and the second side elements can be connected to one another to form a housing, - at least one first air control element can be mounted in a pivotable manner on the first opposing side element and/or at least one second air control element can be mounted in a pivotable manner on the second opposing side element, and - at least one first side element and/or at least one second side element have at least one connecting section by which means the air outlet (10; 11) can be connected to a first side element and/or a second side element of a further air outlet (11; 10). - the first side elements and/or the second side elements have fastening elements by which means the first side elements and the second side elements can be connected to one another to form a housing, - at least one first air control element can be mounted in a pivotable manner on the first opposing side element and/or at least one second air control element can be mounted in a pivotable manner on the second opposing side element, and - at least one first side element and/or at least one second side element have at least one connecting section by which means the air outlet (10; 11) can be connected to a first side element and/or a second side element of a further air outlet (11; 10).
A pipe coupler being a unitary single-piece plastic molding comprising: an axis; a body portion surrounding the axis, wherein the body portion is a full annulus; a circumferentially segmented collar extending from a first axial end of the body portion and having an inner diameter surface and an outer diameter surface; wherein the inner diameter surface is formed with a series of inward annular projections and grooves and a plurality of fingers projecting from a second axial end of the body portion, axially opposite the first end and having inward radial projections. an axis; a body portion surrounding the axis, wherein the body portion is a full annulus; a circumferentially segmented collar extending from a first axial end of the body portion and having an inner diameter surface and an outer diameter surface; wherein the inner diameter surface is formed with a series of inward annular projections and grooves and a plurality of fingers projecting from a second axial end of the body portion, axially opposite the first end and having inward radial projections.
A resin composition comprising: (i) an aromatic polycarbonate resin (Component A), (ii) hexaboride particles of at least one element selected from the group consisting of Y, La, Ce, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, Lu, Sr and Ca (Component B-1) and (iii) other resin different from Component A (Component B-2), the total content of Component B-1 and Component B-2 being 0.01 to 0.5 part by weight per 100 parts by weight of Component A, the resin composition containing particles composed of Component B-1 and particles composed of Component B-1 and Component B-2, both the particles and the particles having a number average secondary particle diameter of 50 μm or less and having a maximum secondary particle diameter of 300 μm or less; wherein the number average secondary particle diameter and the maximum secondary particle diameter are determined by the following method: an image observed through a laser microscope is binarization-processed, and the number average secondary particle diameter and the maximum secondary particle diameter are measured with a particle size distribution analyzing software wherein the number of particles to be measured is 1,000. (i) an aromatic polycarbonate resin (Component A), (ii) hexaboride particles of at least one element selected from the group consisting of Y, La, Ce, Pr, Nd, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, Lu, Sr and Ca (Component B-1) and (iii) other resin different from Component A (Component B-2),
A sheet containing rice bran characterised by a substrate layer, rice bran containing layer formed on at least one surface of the mentioned substrate layer, and that the mentioned rice bran containing layer is composed of rice bran- composition containing synthetic resin, rice bran, inorganic filler and additives.
Nutriceutical or pharmaceutical composition comprising a) a lipid fraction comprising at least one of docosahexaneoic acid, docosapentaenoic acid and eicosapentaenoic acid; b) a protein fraction comprising proteinaceous material from non-human origin which provide at least cysteine and/or taurine; and c) a mineral fraction comprising at least one of manganese and molybdenum, d) a nucleotide fraction, selected from the group consisting of nucleobases, nucleotides and nucleosides for use in the treatment of an allergy. a) a lipid fraction comprising at least one of docosahexaneoic acid, docosapentaenoic acid and eicosapentaenoic acid; b) a protein fraction comprising proteinaceous material from non-human origin which provide at least cysteine and/or taurine; and c) a mineral fraction comprising at least one of manganese and molybdenum, d) a nucleotide fraction, selected from the group consisting of nucleobases, nucleotides and nucleosides
A water-based coating composition comprising: a continuous phase comprising water and a dual crosslinking system, wherein: the dual crosslinking system comprises: a carboxylic acid-functional support polymer, wherein the carboxylic acid-functional support polymer is an alkali soluble resin; a polycarbodiimide; an keto-functionalized latex polymer; and a dihydrazide; and the water- based coating composition undergoes a less than 25% increase in viscosity after 5 days of storage in a closed container under ambient conditions. a continuous phase comprising water and a dual crosslinking system, wherein: the dual crosslinking system comprises: a carboxylic acid-functional support polymer, wherein the carboxylic acid-functional support polymer is an alkali soluble resin; a polycarbodiimide; an keto-functionalized latex polymer; and a dihydrazide; and the water- based coating composition undergoes a less than 25% increase in viscosity after 5 days of storage in a closed container under ambient conditions. the dual crosslinking system comprises: a carboxylic acid-functional support polymer, wherein the carboxylic acid-functional support polymer is an alkali soluble resin; a polycarbodiimide; an keto-functionalized latex polymer; and a dihydrazide; and a carboxylic acid-functional support polymer, wherein the carboxylic acid-functional support polymer is an alkali soluble resin; a polycarbodiimide; an keto-functionalized latex polymer; and a dihydrazide; and the water- based coating composition undergoes a less than 25% increase in viscosity after 5 days of storage in a closed container under ambient conditions.
A system for dispensing a fluid, the system comprising: a dispenser comprising: a dispenser body comprising a refill cavity; a dispenser lid detachably coupled to the dispenser body; and a pump sub-system mounted to the dispenser lid, the pump sub-system comprising a first dip tube, a dispensing orifice, and a pump; a refill cartridge positioned, at least in part, within the refill cavity of the dispenser, the refill cartridge comprising: a cartridge body comprising a fluid cavity containing a store of the fluid; and a second dip tube located in the fluid cavity and extending into the store of the fluid; and wherein the refill cartridge is coupled to the pump sub-system of the dispenser so that moving the pump sub-system away from the dispenser body removes the refill cartridge from the refill cavity of the dispenser body. a dispenser comprising: a dispenser body comprising a refill cavity; a dispenser lid detachably coupled to the dispenser body; and a pump sub-system mounted to the dispenser lid, the pump sub-system comprising a first dip tube, a dispensing orifice, and a pump; a dispenser body comprising a refill cavity; a dispenser lid detachably coupled to the dispenser body; and a pump sub-system mounted to the dispenser lid, the pump sub-system comprising a first dip tube, a dispensing orifice, and a pump; a refill cartridge positioned, at least in part, within the refill cavity of the dispenser, the refill cartridge comprising: a cartridge body comprising a fluid cavity containing a store of the fluid; and a second dip tube located in the fluid cavity and extending into the store of the fluid; and a cartridge body comprising a fluid cavity containing a store of the fluid; and a second dip tube located in the fluid cavity and extending into the store of the fluid; and wherein the refill cartridge is coupled to the pump sub-system of the dispenser so that moving the pump sub-system away from the dispenser body removes the refill cartridge from the refill cavity of the dispenser body.