mhurhangee/ep-ind-claims huggingface dataset:
Two-layer compression system exerting, between a resting position where the muscle is relaxed and a working position where the muscle is tensed, a pressure difference between 10 and 40 mm of mercury, characterized in that it comprises: - a first compression layer consisting of an elastic bandage linked over the whole of its surface with an absorbent layer, said absorbant layer consisting of a woven or non-woven fibre-based textile material and said elastic bandage consisting of a woven or a non-woven textile material or a knit; - a second compression layer consisting of a self-adhesive elastic bandage; said first and second layers being further provided with a calibration system indicating the stretch at application respective to each of these two layers and chosen so that: the dynamic elasticity coefficient of said first and second layers is between 1 and 45 newtons/cm; and the dynamic elasticity coefficient of the compression system is between 5 and 55 newtons/cm the dynamic elasticity coefficient being measured according to the description; - said first and second layers further having a tension set measured for their stretch on application of less than 10%. - a first compression layer consisting of an elastic bandage linked over the whole of its surface with an absorbent layer, said absorbant layer consisting of a woven or non-woven fibre-based textile material and said elastic bandage consisting of a woven or a non-woven textile material or a knit; - a second compression layer consisting of a self-adhesive elastic bandage; said first and second layers being further provided with a calibration system indicating the stretch at application respective to each of these two layers and chosen so that: the dynamic elasticity coefficient of said first and second layers is between 1 and 45 newtons/cm; and the dynamic elasticity coefficient of the compression system is between 5 and 55 newtons/cm the dynamic elasticity coefficient being measured according to the description; the dynamic elasticity coefficient of said first and second layers is between 1 and 45 newtons/cm; and the dynamic elasticity coefficient of the compression system is between 5 and 55 newtons/cm the dynamic elasticity coefficient being measured according to the description; - said first and second layers further having a tension set measured for their stretch on application of less than 10%.
A cholesterol-reduced ruminant dairy product for use in the treatment and/or prevention of a liver disease, the said product containing from 60% to 70% of saturated fat (w saturated fat: w total fat), wherein the cholesterol content is comprised between 30 mg/100g fat and 150 mg/100 g fat,.
An operating assembly for operating an operating unit of a concealed sanitary fitting, wherein the operating assembly comprises - a rosette configured to be fixed to a wall and to cover the operating unit, - a rotary handle for manually actuating the operating unit and configured to be received in an opening provided in the rosette, - a connecting device interlockingly connecting the rotary handle to the operating unit and defining a rotational axis, wherein the connecting device has a length along the rotational axis that is capable of being varied by exerting a force on the connecting device acting along the rotational axis in order to compensate installation depth fluctuations of the concealed sanitary fitting, wherein the connecting device is forced into its maximal length by a spring force acting along the rotational axis, characterized in that the connecting device comprises a two-stage telescopic shaft with two shaft members (28, 34) which are movable along the rotational axis. - a rosette configured to be fixed to a wall and to cover the operating unit, - a rotary handle for manually actuating the operating unit and configured to be received in an opening provided in the rosette, - a connecting device interlockingly connecting the rotary handle to the operating unit and defining a rotational axis, wherein the connecting device has a length along the rotational axis that is capable of being varied by exerting a force on the connecting device acting along the rotational axis in order to compensate installation depth fluctuations of the concealed sanitary fitting, wherein the connecting device is forced into its maximal length by a spring force acting along the rotational axis,
An inorganic fiber comprising the fiberization product of 70 or greater weight percent silica, magnesia, an intended addition of iron oxide, measured as Fe 2 O 3, of 1 to 5 weight percent, 1 weight percent or less calcia and greater than 0 to 4 weight percent alumina, wherein said inorganic fiber exhibits a shrinkage of 10% or less at 1400°C for 24 hours.
Disposable surgical drape comprising a liquid-impermeable base cloth element with a first and a second top side (4, 6), with an outer periphery and an inner periphery, wherein the inner periphery delimits at least one cutout hole which is arranged within the outer periphery of the base cloth element, wherein the base cloth element has at least one weakening line which extends from the outer periphery of the base cloth element in the direction of the inner periphery or which extends from the inner periphery in the direction of the outer periphery, wherein a first covering material portion is areally fixed, along the weakening line and so as to thereby cover the weakening line, on the first and/or second top side of the base cloth element in order to form a first layer composite, wherein the first covering material portion has no weakening line, and the first layer composite can be torn along the weakening line proceeding from the outer periphery and/or from the inner periphery, without the first covering material portion becoming detached from the base cloth element, wherein the base cloth element has an outer first region adjoining the outer periphery and an inner second region adjoining the first region and extending inwardly to the cutout hole, characterized in that the weakening line extends beyond the first region into the second region, wherein the weakening line in the first region differs from the weakening line in the second region, wherein the differences in the weakening line are formed by the design of the regions separating the base cloth element and the regions connecting the base cloth element, or in that the weakening line is arranged in the first region and in that the base cloth element in the second region has a cutting line which is arranged in alignment with the weakening line, wherein the cutting line extends in the direction of the inner periphery, preferably up to the inner periphery of the base cloth element, or in that the weakening line is arranged in the second region and in that the base cloth element in the first region has a cutting line which is arranged in alignment with the weakening line, wherein the cutting line extends in the direction of the outer periphery, preferably up to the outer periphery of the base cloth element.
A rack system for a loading space of a vehicle, wherein the rack system is connectable to an inside wall (1, 2, 3, 4) of the vehicle and has at least two vertical rods (5.1 to 5.6), characterised by a net shelf (9, 13, 14) and in that the at least two vertical rods (5.1 to 5.6) and the net shelf (9, 13, 14) are releasable from the inside wall (1, 2, 3, 4), wherein the net shelf (9, 13, 14) comprises connecting elements (12.1 to 12.3) which are connectable to the vertical rods (5.1 to 5.6), wherein the connection to the vertical rods (5.1 to 5.6) is releasable again, wherein the net shelf (9, 13, 14) comprises a wall connector which is connectable to the inside wall (1, 2, 3, 4), wherein the connection to the inside wall (1, 2, 3, 4) is releasable.
A patient support apparatus comprising: a base; a frame supported relative to said base, said frame configured to support a deck for supporting a patient thereon; a lift assembly for raising or lowering said frame relative to said base and being pivotally coupled to said frame at an upper end thereof and pivotally coupled to said base at a lower end thereof; said lift assembly including a leg assembly with a first leg and a second leg, said second leg being pivotally mounted to said first leg at a medial portion thereof to form an inverted Y-shaped leg assembly when unfolded; and an actuator mounted in said leg assembly with a mounting configuration to produce a maximum force F1 when raising said frame occurring after said lift assembly is raised from a lowermost configuration of said lift assembly, a minimum force F2 when lowering said frame or raising said frame after said lift assembly is raised from said lowermost configuration of said lift assembly, and a starting force SF at said lowermost configuration that is less than said maximum force F1, and wherein said minimum force F2 is in a range of 50% to 70% of said maximum force F1. a base; a frame supported relative to said base, said frame configured to support a deck for supporting a patient thereon; a lift assembly for raising or lowering said frame relative to said base and being pivotally coupled to said frame at an upper end thereof and pivotally coupled to said base at a lower end thereof; said lift assembly including a leg assembly with a first leg and a second leg, said second leg being pivotally mounted to said first leg at a medial portion thereof to form an inverted Y-shaped leg assembly when unfolded; and an actuator mounted in said leg assembly with a mounting configuration to produce a maximum force F1 when raising said frame occurring after said lift assembly is raised from a lowermost configuration of said lift assembly, a minimum force F2 when lowering said frame or raising said frame after said lift assembly is raised from said lowermost configuration of said lift assembly, and a starting force SF at said lowermost configuration that is less than said maximum force F1, and wherein said minimum force F2 is in a range of 50% to 70% of said maximum force F1.
A method for producing a kibble with one or more micronutrient particles incorporated therein for a pet food composition, wherein the micronutrient particles are visually distinct and comprise one or more micronutrients and an extrudable binder, wherein the one or more micronutrients are selected from antioxidants, minerals, vitamins, carotenoids, glucosamine, chondroitin sulfate, nutraceutical ingredients, nutrient supplements, and medicines, wherein the extrudable binder comprises rice and gluten comprising: providing a composition comprising pet food raw materials, wherein the particle size of the pet food raw materials is suitable for extrusion; preconditioning the pet food composition to produce an extrudate; mixing micronutrient particles together with the extrudate; and immediately extruding the mixture, wherein the micronutrient particles are mixed with the extrudate at a temperature lower than the preconditioning temperature to retain the micronutrient nature of the micronutrient particles in the extruded kibble, and wherein the extruded kibble has a coefficient of variance for the content of the micronutrient particles of less than 10%. providing a composition comprising pet food raw materials, wherein the particle size of the pet food raw materials is suitable for extrusion; preconditioning the pet food composition to produce an extrudate; mixing micronutrient particles together with the extrudate; and immediately extruding the mixture, wherein the micronutrient particles are mixed with the extrudate at a temperature lower than the preconditioning temperature to retain the micronutrient nature of the micronutrient particles in the extruded kibble, and wherein the extruded kibble has a coefficient of variance for the content of the micronutrient particles of less than 10%.
An apparatus for discharging a melt comprising: a molten metal container for holding a liquid and a nozzle located near a bottom of the molten metal container operable to dispense the liquid, the nozzle having an exit aperture through which the liquid passes when being dispensed from the molten metal container; a filter having a portion positioned within the molten metal container upstream of the nozzle exit aperture and operable to extract an impurity from the liquid as the liquid passes through the filter before being dispensed from the molten metal container; and wherein during operation a filter-fluid interaction discourages liquid from passing through the filter at a non-flow pressure present in the liquid and the filter-fluid interaction permits liquid from passing through the filter at a flow pressure; wherein the apparatus further includes a device insertable into a space that contains the liquid and that raises the head height of the liquid during operation. a molten metal container for holding a liquid and a nozzle located near a bottom of the molten metal container operable to dispense the liquid, the nozzle having an exit aperture through which the liquid passes when being dispensed from the molten metal container; a filter having a portion positioned within the molten metal container upstream of the nozzle exit aperture and operable to extract an impurity from the liquid as the liquid passes through the filter before being dispensed from the molten metal container; and wherein during operation a filter-fluid interaction discourages liquid from passing through the filter at a non-flow pressure present in the liquid and the filter-fluid interaction permits liquid from passing through the filter at a flow pressure; wherein the apparatus further includes a device insertable into a space that contains the liquid and that raises the head height of the liquid during operation.
Packaging for textile articles comprising: - a plurality of textile articles superimposed on each other in a stacking direction so as to form at least one stack; - a flat core arranged in a substantially perpendicular manner to the stacking direction, wherein the flat core comprises recesses along a couple of sides; and - a band which surrounds the at least one stack of textile articles and the flat core, wherein the band is tightened around the stack so as to keep it united and so as to be received in the recesses of the flat core; characterized in that the band: - is at least partially made of polymeric material; and - is blocked in position by means of welding. - a plurality of textile articles superimposed on each other in a stacking direction so as to form at least one stack; - a flat core arranged in a substantially perpendicular manner to the stacking direction, wherein the flat core comprises recesses along a couple of sides; and - a band which surrounds the at least one stack of textile articles and the flat core, - is at least partially made of polymeric material; and - is blocked in position by means of welding.
A solar collector array comprising a plurality of thin walled dishes interconnected by unitary webbing, wherein the dishes and the webbing are a single metallic sheet (402, 800), each dish having a parabolic surface that concentrates incident light to a position in front of the dish, wherein adjacent dishes are separated by a gap of at least 25.4mm (1 inch) to allow wind to pass between the dishes.
A split-nose bicycle seat for touring, comprising: a rigid plastic base provided with attachment points for mounting the seat to a bicycle frame, the seat includes a small bifurcated front-end section, a medial section, and a rear-end section wherein the seat widens from the nose to the back of the medial section and narrows thereafter to rear end, defining an overall length L and a width W, a total length of the seat of about 230 - 265 mm, a total width of about 270 - 310 mm, the medial section includes an area that supports a rider's buttocks and tailbone, extending from about 40 mm fore and aft of the widest point, the sides of the medial section curve gently toward the area where the front arms begin to form, the split nose section is formed by two elongated protrusions of substantially constant width extending forward from the medial section to a front surface, said elongated protrusions angle inwardly, have a cushioned pubis bone support surface with a substantially flat side profile, a drooped nose section forward thereof and substantially vertical outer sides. a rigid plastic base provided with attachment points for mounting the seat to a bicycle frame, the seat includes a small bifurcated front-end section, a medial section, and a rear-end section wherein the seat widens from the nose to the back of the medial section and narrows thereafter to rear end, defining an overall length L and a width W, a total length of the seat of about 230 - 265 mm, a total width of about 270 - 310 mm, the medial section includes an area that supports a rider's buttocks and tailbone, extending from about 40 mm fore and aft of the widest point, the sides of the medial section curve gently toward the area where the front arms begin to form, the split nose section is formed by two elongated protrusions of substantially constant width extending forward from the medial section to a front surface, said elongated protrusions angle inwardly, have a cushioned pubis bone support surface with a substantially flat side profile, a drooped nose section forward thereof and substantially vertical outer sides.
A composition for a keratin substance, comprising: (i) at least one moisturizer; (ii) at least one film-forming polymer; and (iii) a combination of the following fillers: (a) hydrophobic silica; (b) perlite; (c) urethane polymer powder; and (d) acrylic polymer powder (i) at least one moisturizer; (ii) at least one film-forming polymer; and (iii) a combination of the following fillers: (a) hydrophobic silica; (b) perlite; (c) urethane polymer powder; and (d) acrylic polymer powder (a) hydrophobic silica; (b) perlite; (c) urethane polymer powder; and (d) acrylic polymer powder
Discharge head for a dispenser for discharging a liquid, in particular for discharging a pharmaceutical or cosmetic liquid, with the features: a. the discharge head comprises a base and an applicator mounted movably on the base, and b. the base is designed to be fitted onto a liquid reservoir or to be fixedly integrated on a liquid reservoir, and c. the applicator comprises a discharge opening through which liquid can be released into an environment, and d. the discharge head comprises a pump mechanism or a valve mechanism, which is arranged in a liquid channel connecting the liquid reservoir to the discharge opening, wherein the pump mechanism can be actuated by displacement of the applicator with respect to the base, or wherein the valve mechanism can be opened and closed by displacement of the applicator with respect to the base, e. the discharge head comprises a childproof cap unit, and f. the cap unit comprises a cap for covering the discharge opening, characterized by the features: g. the cap unit comprises a separate securing portion which, on the one hand, is mounted securely on the applicator via a securing mechanism and, on the other hand, is designed to secure the cap releasably, and h. the securing portion and the cap of the cap unit are provided with a thread mechanism or a bayonet mechanism for securing the cap on the securing portion. a. the discharge head comprises a base and an applicator mounted movably on the base, and b. the base is designed to be fitted onto a liquid reservoir or to be fixedly integrated on a liquid reservoir, and c. the applicator comprises a discharge opening through which liquid can be released into an environment, and d. the discharge head comprises a pump mechanism or a valve mechanism, which is arranged in a liquid channel connecting the liquid reservoir to the discharge opening, wherein the pump mechanism can be actuated by displacement of the applicator with respect to the base, or wherein the valve mechanism can be opened and closed by displacement of the applicator with respect to the base, e. the discharge head comprises a childproof cap unit, and f. the cap unit comprises a cap for covering the discharge opening, characterized by the features: g. the cap unit comprises a separate securing portion which, on the one hand, is mounted securely on the applicator via a securing mechanism and, on the other hand, is designed to secure the cap releasably, and h. the securing portion and the cap of the cap unit are provided with a thread mechanism or a bayonet mechanism for securing the cap on the securing portion.
A method of determining a magnitude of a voltage drop pulse in a network comprising at least two devices (110-m) on a voltage supply line, the method comprising: measuring typical operating voltages (Vm_typ) of the at least two devices (110-m) in stable operating phases; determining which of the at least two devices (110-m) has the lowest typical operating voltage as the determined device; determining a minimum operating voltage (Vm_op) of at least the determined device, below which the determined device will be non-functional; and determining, from the lowest typical operating voltage, the magnitude of the voltage drop pulse that will not cause the voltage of the determined device to go below the minimum operating voltage; wherein the determined magnitude is less or equal to a maximum voltage range defined as the difference between the typical voltage of the determined device and the minimum operating voltage, and wherein a security margin is taken into consideration when calculating the determined magnitude. measuring typical operating voltages (Vm_typ) of the at least two devices (110-m) in stable operating phases; determining which of the at least two devices (110-m) has the lowest typical operating voltage as the determined device; determining a minimum operating voltage (Vm_op) of at least the determined device, below which the determined device will be non-functional; and determining, from the lowest typical operating voltage, the magnitude of the voltage drop pulse that will not cause the voltage of the determined device to go below the minimum operating voltage; wherein the determined magnitude is less or equal to a maximum voltage range defined as the difference between the typical voltage of the determined device and the minimum operating voltage, and wherein a security margin is taken into consideration when calculating the determined magnitude.
A force sensing device (1; 10; 19) comprising a housing tip (21; 210; 219); a plurality of sensors (31; 310; 319) stationarily spaced from each other; and a spring element (4; 40; 49) connecting the housing tip (21; 210; 219) to the sensors (31; 310; 319) such that moving the housing tip (21; 210; 219) and the sensors (31; 310; 319) relative to each other causes a resilient deformation of the spring element (4; 40; 49); wherein the spring element (4; 40; 49) is configured to arrange the housing tip (21; 210; 219) in a zero position relative to the sensors (31; 310; 319) by a spring force of the spring element (4; 40; 49), a spring tensioning structure (5; 50; 59) configured to adapt the spring force of the spring element (4; 40; 49) in order that the range of forces to be detectable by the force sensing device (1; 10; 19) can be adjusted, characterized in that the force sensing device (1; 10; 19) can efficiently be prepared for different conditions and applications. a housing tip (21; 210; 219); a plurality of sensors (31; 310; 319) stationarily spaced from each other; and a spring element (4; 40; 49) connecting the housing tip (21; 210; 219) to the sensors (31; 310; 319) such that moving the housing tip (21; 210; 219) and the sensors (31; 310; 319) relative to each other causes a resilient deformation of the spring element (4; 40; 49); wherein the spring element (4; 40; 49) is configured to arrange the housing tip (21; 210; 219) in a zero position relative to the sensors (31; 310; 319) by a spring force of the spring element (4; 40; 49), a spring tensioning structure (5; 50; 59) configured to adapt the spring force of the spring element (4; 40; 49) in order that the range of forces to be detectable by the force sensing device (1; 10; 19) can be adjusted, characterized in that the force sensing device (1; 10; 19) can efficiently be prepared for different conditions and applications.