mhurhangee/ep-ind-claims huggingface dataset:
A disposable beverage cup, comprising: a wall, in a form of a rolled foil; a bottom; and a mixing device, said mixing device comprising: - an adherent strip adhered at a low portion of said wall; - a movable flap, extending from said adherent strip, for mixing a beverage; and - a tab, extending from said flap substantially to a top of said cup, for moving said flap, wherein a mixing capability of said movable flap disposed at a low portion of the cup is significantly larger than a mixing capability other portions of said mixing device, thereby without tearing said mixing device, mixing substantially the bottom only of the beverage, thereby not splashing thereof, and wherein said adherent strip and said flap are separated by a second folding line, thereby the movability of said flap comprises folding said flap about said second folding line, in relation to said adherent strip. a wall, in a form of a rolled foil; a bottom; and a mixing device, said mixing device comprising: - an adherent strip adhered at a low portion of said wall; - a movable flap, extending from said adherent strip, for mixing a beverage; and - a tab, extending from said flap substantially to a top of said cup, for moving said flap, - an adherent strip adhered at a low portion of said wall; - a movable flap, extending from said adherent strip, for mixing a beverage; and - a tab, extending from said flap substantially to a top of said cup, for moving said flap, wherein a mixing capability of said movable flap disposed at a low portion of the cup is significantly larger than a mixing capability other portions of said mixing device, thereby without tearing said mixing device, mixing substantially the bottom only of the beverage, thereby not splashing thereof, and wherein said adherent strip and said flap are separated by a second folding line, thereby the movability of said flap comprises folding said flap about said second folding line, in relation to said adherent strip.
A surgical device for accessing a pericardial space of a patient, comprising: an elongated, generally tubular body including a proximal end and a distal end, the tubular body including at least one longitudinal channel extending from the proximal end to the distal end; a handle disposed at the proximal end of the tubular body; and a selectively deployable suction skirt extending from an inner tube, the selectively deployable suction skirt movable between a retracted configuration in which the skirt is radially contracted substantially within the tubular body and an axially extended configuration in which the skirt is radially expanded and includes a distal edge defining a distal opening; an actuator operated positioner (130, 132, 134, 136) coupled to the skirt, wherein the positioner is configured to move the skirt between the retracted configuration and the extended configuration; wherein, in the extended configuration, the distal edge of the skirt is configured to sealingly engage a surface of a tissue layer, the distal opening of the skirt is diametrically wider than the distal end of the tubular body, and the skirt is configured to accept a portion of the tissue layer proximally therein when suction is applied to the skirt via the tubular body. an elongated, generally tubular body including a proximal end and a distal end, the tubular body including at least one longitudinal channel extending from the proximal end to the distal end; a handle disposed at the proximal end of the tubular body; and a selectively deployable suction skirt extending from an inner tube, the selectively deployable suction skirt movable between a retracted configuration in which the skirt is radially contracted substantially within the tubular body and an axially extended configuration in which the skirt is radially expanded and includes a distal edge defining a distal opening; an actuator operated positioner (130, 132, 134, 136) coupled to the skirt, wherein the positioner is configured to move the skirt between the retracted configuration and the extended configuration; wherein, in the extended configuration, the distal edge of the skirt is configured to sealingly engage a surface of a tissue layer, the distal opening of the skirt is diametrically wider than the distal end of the tubular body, and the skirt is configured to accept a portion of the tissue layer proximally therein when suction is applied to the skirt via the tubular body.
A retail shelf floor divider for dividing a shelf floor in shelf floor sections or a shelf floor limiter for limiting a shelf floor at the right or left edge of the shelf floor, wherein the shelf floor divider or shelf floor limiter comprises - mechanical coupling means which are arranged for coupling the retail shelf floor divider or shelf floor limiter to a further structure, in particular a shelf floor, in order to divide a shelf floor in shelf floor sections or to limit it, - electronic detection means for the detection of movement in the neighborhood of the retail shelf floor divider or shelf floor limiter, which are arranged to utilize an electromagnetic wave, preferred a radio wave, more preferred a light wave, or a sound wave for said detection, - at least one electronic temperature sensor, and - electrical connections (8, 9, 29) for supplying power to the electronic detection means and the at least one electronic temperature sensor, wherein the electrical connections (8, 9, 29) comprise connectors (8, 9) which are integrated into the mechanical coupling means. wherein the shelf floor divider or shelf floor limiter comprises - mechanical coupling means which are arranged for coupling the retail shelf floor divider or shelf floor limiter to a further structure, in particular a shelf floor, in order to divide a shelf floor in shelf floor sections or to limit it, - electronic detection means for the detection of movement in the neighborhood of the retail shelf floor divider or shelf floor limiter, which are arranged to utilize an electromagnetic wave, preferred a radio wave, more preferred a light wave, or a sound wave for said detection, - at least one electronic temperature sensor, and - electrical connections (8, 9, 29) for supplying power to the electronic detection means and the at least one electronic temperature sensor, - mechanical coupling means which are arranged for coupling the retail shelf floor divider or shelf floor limiter to a further structure, in particular a shelf floor, in order to divide a shelf floor in shelf floor sections or to limit it, - electronic detection means for the detection of movement in the neighborhood of the retail shelf floor divider or shelf floor limiter, which are arranged to utilize an electromagnetic wave, preferred a radio wave, more preferred a light wave, or a sound wave for said detection, - at least one electronic temperature sensor, and - electrical connections (8, 9, 29) for supplying power to the electronic detection means and the at least one electronic temperature sensor, wherein the electrical connections (8, 9, 29) comprise connectors (8, 9) which are integrated into the mechanical coupling means.
A method of controlling operation of a tandem rolling mill which comprises N stands (1, 2,..., 7), N being an integer of 2 or more, and in which a tightening load is pre-applied to each of the (N-m+1)-th stand, m being an integer of one or more and N or less, to the N-th stand before a material to be rolled is fed thereinto, the method comprising an exit side sheet thickness determination step of determining a sheet thickness on an exit side of each of the first stand to the N-th stand, characterized in that the exit side sheet thickness determination step comprises: a first exit side sheet thickness determination step of determining sheet thicknesses on the exit sides of the first stand to the N-th stand in rolling a constant portion of the material to be rolled; and a second exit side sheet thickness determination step of determining sheet thicknesses on the exit sides of the first stand to the N-th stand in rolling a front end portion of the material to be rolled, such that the tightening load to be pre-applied to the stands becomes a preset tightening load or less; the material to be rolled is rolled to have the exit side sheet thickness determined in the second exit side sheet thickness determination step, until at least the front end portion of the material to be rolled is fed into each of the stands; the constant portion of the material to be rolled is rolled by the (N-m+1)-th stand to the N-th stand to have the exit side sheet thickness determined in the first exit side sheet thickness determination step; and the sheet thicknesses on the exit sides of the (N-m+1)-th stand to the N-th stand determined in the second exit side sheet thickness determination step are larger than the sheet thicknesses on the exit sides of the same stands determined in the first exit side sheet thickness determination step.
A system suitable for culturing a virus of the Caliciviridae family, wherein the virus is a human norovirus or a human sapovirus, the system comprising: a) mammalian small intestinal enteroid cultures; and b) bile or a functionally active component thereof, wherein the component is a bile acid or a lipid obtained from bile. a) mammalian small intestinal enteroid cultures; and b) bile or a functionally active component thereof, wherein the component is a bile acid or a lipid obtained from bile.
Method for producing fuel tanks from thermoplastic plastic, comprising the following process steps: - production of sheet-like preforms of plasticized plastic, - wherein a specific wall-thickness profile is imposed on each of the preforms, - cooling of the preforms to form dimensionally stable plate-shaped semi-finished products while retaining the wall thickness profile, wherein the wall thickness profile is frozen in by cooling of the preforms, - heating the plate-shaped semi-finished products and forming the heated semi-finished products into half-shells and - subsequent welding of the semi-finished products to form a substantially closed fuel tank. - production of sheet-like preforms of plasticized plastic, - wherein a specific wall-thickness profile is imposed on each of the preforms, - cooling of the preforms to form dimensionally stable plate-shaped semi-finished products while retaining the wall thickness profile, wherein the wall thickness profile is frozen in by cooling of the preforms, - heating the plate-shaped semi-finished products and forming the heated semi-finished products into half-shells and - subsequent welding of the semi-finished products to form a substantially closed fuel tank.
A sol containing modified metal oxide particles which comprise, (i) as nuclei, colloidal particles being stannic oxide particles or composite particles comprising stannic oxide particles and zirconium oxide particles, containing these oxides in a weight ratio of ZrO 2:SnO 2 of from 0:1 to 0.50:1 and having particle sizes of from 4 to 50 nm, and (ii) as a coating covering the surface of the nuclei, composite colloidal particles comprising diantimony pentaoxide and silica having a SiO 2 /Sb 2 O 5 molar ratio of from 0.55 to 55, an oligomer thereof or a mixture thereof, in a weight ratio of / of from 0.01 to 0.50 based on the weights of the metal oxides, and have particle sizes of from 4.5 to 60 nm. (i) as nuclei, colloidal particles being stannic oxide particles or composite particles comprising stannic oxide particles and zirconium oxide particles, containing these oxides in a weight ratio of ZrO 2:SnO 2 of from 0:1 to 0.50:1 and having particle sizes of from 4 to 50 nm, and (ii) as a coating covering the surface of the nuclei, composite colloidal particles comprising diantimony pentaoxide and silica having a SiO 2 /Sb 2 O 5 molar ratio of from 0.55 to 55, an oligomer thereof or a mixture thereof, in a weight ratio of / of from 0.01 to 0.50 based on the weights of the metal oxides, and have particle sizes of from 4.5 to 60 nm.
An organic light emitting display comprising at least one pixel region which includes first to third sub pixels being operable to emit light of one of a plurality of colors, said display further comprising: a first sub pixel emission layer formed over an entire surface of said at least one pixel region; a second sub pixel emission layer formed so as to partially superpose said first sub pixel emission layer when considered in a direction perpendicular to the first sub pixel emission layer; and a third sub pixel emission layer formed so as to partially superpose said first sub pixel emission layer when considered in said direction perpendicular to the first sub pixel emission layer, wherein the second sub pixel emission layer and the third sub pixel emission layer are arranged so as to not to overlap each other; characterized in that the first sub pixel is operable to emit light having a blue color, the second sub pixel is operable to emit light having a red color and the blue color, and the third sub pixel is operable to emit light having the green color and the blue color, wherein the first to third sub pixel emission layer are organic electroluminescent layers. a first sub pixel emission layer formed over an entire surface of said at least one pixel region; a second sub pixel emission layer formed so as to partially superpose said first sub pixel emission layer when considered in a direction perpendicular to the first sub pixel emission layer; and a third sub pixel emission layer formed so as to partially superpose said first sub pixel emission layer when considered in said direction perpendicular to the first sub pixel emission layer, wherein the second sub pixel emission layer and the third sub pixel emission layer are arranged so as to not to overlap each other; characterized in that the first sub pixel is operable to emit light having a blue color, the second sub pixel is operable to emit light having a red color and the blue color, and the third sub pixel is operable to emit light having the green color and the blue color, wherein the first to third sub pixel emission layer are organic electroluminescent layers.
A communication device, comprising: a top cover; a housing made of a metal material or an electrically conductive material; and a bottom cover, wherein the top cover, the housing, and the bottom cover construct an accommodating space from top to bottom, the accommodating space has a diameter equal to or less than 5 centimeters, and a vertical distance from the top cover to the bottom cover is equal to or less than 3 centimeters; characterized in that the communication device further comprise: a first magnetic isolation layer formed on a surface of the housing facing the accommodating space; a time display element disposed in the accommodating space, and the time display element including an electromagnetic wave permeable material; a short distance communication module disposed under the time display element, and the short distance communication module having a communication distance equal to or less than 10 centimeters; a second magnetic isolation layer disposed under the short distance communication module; and a movement disposed in the accommodating space and positioned under the second magnetic isolation layer. a top cover; a housing made of a metal material or an electrically conductive material; and a bottom cover, wherein the top cover, the housing, and the bottom cover construct an accommodating space from top to bottom, the accommodating space has a diameter equal to or less than 5 centimeters, and a vertical distance from the top cover to the bottom cover is equal to or less than 3 centimeters; characterized in that the communication device further comprise: a first magnetic isolation layer formed on a surface of the housing facing the accommodating space; a time display element disposed in the accommodating space, and the time display element including an electromagnetic wave permeable material; a short distance communication module disposed under the time display element, and the short distance communication module having a communication distance equal to or less than 10 centimeters; a second magnetic isolation layer disposed under the short distance communication module; and a movement disposed in the accommodating space and positioned under the second magnetic isolation layer. a first magnetic isolation layer formed on a surface of the housing facing the accommodating space; a time display element disposed in the accommodating space, and the time display element including an electromagnetic wave permeable material; a short distance communication module disposed under the time display element, and the short distance communication module having a communication distance equal to or less than 10 centimeters; a second magnetic isolation layer disposed under the short distance communication module; and a movement disposed in the accommodating space and positioned under the second magnetic isolation layer.
A crystal form A of the compound of formula, wherein the X-ray powder diffraction pattern (XPRD) of the crystal form A comprises characteristic diffraction peaks at the following angles of 2θ: 8.60±0.2°, 15.06±0.2° and 17.22±0.2°;
A laundry dryer comprising - a body, - a drum wherein laundry to be dried is placed, - an air circulation duct enabling the process air to be sent onto the laundry in the drum, - one filter situated in the air circulation duct and that holds the particles like fiber, lint etc. in the process air blown onto the laundry, - an evaporator disposed in the air circulation duct and enabling the process air passing there over to be condensed, wherein the filter is disposed in front of the evaporator so that a distance remains between the evaporator and the filter and wherein the filter enables particles, such as lint or fiber, in the process air to be retained before the process air reaches the evaporator, and - a chamber that is disposed under the evaporator and wherein the water droplets forming on the evaporator surface accumulate, wherein the chamber extends from under the evaporator to under the filter, wherein - particles, such as lint or fiber, falling off from the filter can accumulate in the chamber, - the laundry dryer is adapted to keep water in the chamber at a level that prevents air passage between the filter and the evaporator in the chamber, thus preventing particles, such as lint or fiber, falling off from the filter from reaching the evaporator, - characterized in that the laundry dryer further comprises a discharge pump that is adapted to discharge the water in the chamber until a level predetermined by the manufacturer. - a body, - a drum wherein laundry to be dried is placed, - an air circulation duct enabling the process air to be sent onto the laundry in the drum, - one filter situated in the air circulation duct and that holds the particles like fiber, lint etc. in the process air blown onto the laundry, - an evaporator disposed in the air circulation duct and enabling the process air passing there over to be condensed, wherein the filter is disposed in front of the evaporator so that a distance remains between the evaporator and the filter and wherein the filter enables particles, such as lint or fiber, in the process air to be retained before the process air reaches the evaporator, and - a chamber that is disposed under the evaporator and wherein the water droplets forming on the evaporator surface accumulate, wherein the chamber extends from under the evaporator to under the filter, wherein - particles, such as lint or fiber, falling off from the filter can accumulate in the chamber, - the laundry dryer is adapted to keep water in the chamber at a level that prevents air passage between the filter and the evaporator in the chamber, thus preventing particles, such as lint or fiber, falling off from the filter from reaching the evaporator, - characterized in that the laundry dryer further comprises a discharge pump that is adapted to discharge the water in the chamber until a level predetermined by the manufacturer.
A composition comprising: at least 55 wt% water; a salt-based thickener comprising a potassium, sodium, calcium, or magnesium salt of a C 8 - C 32 fatty acid, a dicarboxylic acid, a hydroxy fatty acid, or a hydrogenated castor oil; a polymer-based thickener comprising lignin sulfonate; and an inorganic solid-based thickener comprising fumed silica, silanized fumed silica, hydrophobized fumed silica, bentonite, or clay; wherein the composition is a water-based lubricating grease. at least 55 wt% water; a salt-based thickener comprising a potassium, sodium, calcium, or magnesium salt of a C 8 - C 32 fatty acid, a dicarboxylic acid, a hydroxy fatty acid, or a hydrogenated castor oil; a polymer-based thickener comprising lignin sulfonate; and an inorganic solid-based thickener comprising fumed silica, silanized fumed silica, hydrophobized fumed silica, bentonite, or clay; wherein the composition is a water-based lubricating grease.
A fastener for fixing a mat to a carpet comprising: a female element having a cap (6; 6a) and a female eyelet to sandwich a mat therebetween; a base element engageable with the female element and including a carpet holding arrangement (31; 50) for holding a carpet; wherein the base element comprises an enlarged head provided with an annular groove; characterised in that the female eyelet comprises at least two studs projecting inward, and deformable arms each of which extends between two adjacent said studs transversely to a direction of pushing said head of the base element into said female eyelet, each of said arms having a central portion disposed in said annular groove when said female element is engaged with the base element. a female element having a cap (6; 6a) and a female eyelet to sandwich a mat therebetween; a base element engageable with the female element and including a carpet holding arrangement (31; 50) for holding a carpet; wherein the base element comprises an enlarged head provided with an annular groove; characterised in that the female eyelet comprises at least two studs projecting inward, and deformable arms each of which extends between two adjacent said studs transversely to a direction of pushing said head of the base element into said female eyelet, each of said arms having a central portion disposed in said annular groove when said female element is engaged with the base element.
A collapsible box comprising a bottom with a plurality of side edges (11a, 11b, 11c, 11d), a plurality of foldable walls (20, 30, 40, 50) each of which is hinged to one side edge (11a, 11b, 11c, 11d) of said bottom respectively; wherein each wall (20, 30, 40, 50) is foldable between a collapsed state and an erected state, in which the walls (20, 30, 40, 50) are connected by locking means; wherein said bottom together with said walls (20, 30, 40, 50) in said erected state define a space; wherein said bottom comprises a guiding element configured to receive at least a part of an upper rim of another collapsible box stacked underneath; wherein said plurality of foldable walls (20, 30, 40, 50) comprises a first wall (20, 30) and a second wall (40, 50); wherein said second wall (40, 50) is configured to be connected to and partly overlap said first wall (20, 30) in said erected state; wherein said second wall (40, 50) comprises a first and a second foldable extended wall portion (42, 43, 52, 53) and an intermediate wall portion (41, 51); wherein said first and said second extended wall portions (42, 43, 52, 53) are hinged to a first and a second edge (44, 45, 54, 55) of said intermediate wall portion (41, 51) respectively; characterized in that said first and second extended wall portions (42, 43, 52, 53) comprise at least one reinforcement element (72a-b, 72e-f, 74a-b, 74e-f); and in that said first wall (20, 30) comprises at least one reinforcement element (71a-d, 71a-d) which is shaped to fit and arranged within the reinforcement element (72a-b, 72e-f, 74a-b, 74e-f) of the first and second extended wall portion (42, 43, 52, 53) respectively, in said erected state.