mhurhangee/ep-ind-claims huggingface dataset:
A breathable bag especially suitable for packaging horticultural products comprising - a mesh casing which is capable of housing the products to be packaged, and - at least one first sheet of flexible material applied on the outside of and joined to the casing by affixed areas (6, 7) affixed to said casing, the sheet covering a region of the casing, characterised in that - in the region covered by the sheet, the mesh casing has an opening, in that - the practical access to the opening is prevented by the affixed areas (6, 7) joining the sheet and the casing, and in that - the sheet is equipped with at least one tear line that determines in the sheet a removable portion from the casing that is sufficient to leave uncovered or to open a practical access to said opening. - a mesh casing which is capable of housing the products to be packaged, and - at least one first sheet of flexible material applied on the outside of and joined to the casing by affixed areas (6, 7) affixed to said casing, the sheet covering a region of the casing, characterised in that - in the region covered by the sheet, the mesh casing has an opening, in that - the practical access to the opening is prevented by the affixed areas (6, 7) joining the sheet and the casing, and in that - the sheet is equipped with at least one tear line that determines in the sheet a removable portion from the casing that is sufficient to leave uncovered or to open a practical access to said opening.
A medical infant patient simulator for simulation of increased pressure in a brain comprising; a head having an inflexible inner shell covered with a soft skin; one or more air cushions arranged between the shell and the skin in at least one fontanelle area on the head; and wherein the one or more air cushions are designed to be filled with air to simulate an increased pressure in the brain and provide a swelling in the fontanelle area that is sufficiently pronounced to be detected by palpation on the outside of the skin. a head having an inflexible inner shell covered with a soft skin; one or more air cushions arranged between the shell and the skin in at least one fontanelle area on the head; and
Apparatus for the movement of goods, said apparatus including at least one movable goods storage area formed by at least one floor (10;12), side walls (6,8), end walls (14,16) and a roof, said goods storage area having an opening through which goods can be moved into and from the goods storage area, said opening selectively closed by a door assembly, and lifting apparatus including a frame and a platform on which goods can be located, said platform movable in relation to the frame and characterised in that an edge of the said platform and an edge of the said floor are spaced apart by a gap and the apparatus includes a support means and one or more bridging portions (48,50) which are movable to an in-use position supported by said support means to form a bridge across the said gap to allow goods to be moved between the said floor and the platform via said bridge characterised in that the support means and the edge of the floor define opposing side walls of a passage through which at least a portion of the door assembly can pass.
An interconnect structure comprising: at least one copper structure located between dielectric material portions (14L, 14R), said at least one copper structure having sidewall surfaces, an uppermost surface and a bottommost surface; at least one diffusion barrier material (18', 20') having an uppermost surface in contact with said bottommost surface of said at least one copper structure, said at least one diffusion barrier material having edges that are vertically coincident with said vertical sidewall surfaces of said at least one copper structure; and a cap located atop said uppermost surface of said at least one copper structure and on said sidewall surfaces of said at least one copper structure; characterised in that the cap is of graphene; and by a metal-containing cap located between said graphene cap and said at least one copper structure, wherein said metal-containing cap is contiguously present on said uppermost surface and said sidewall surfaces of said at least one copper structure. at least one copper structure located between dielectric material portions (14L, 14R), said at least one copper structure having sidewall surfaces, an uppermost surface and a bottommost surface; at least one diffusion barrier material (18', 20') having an uppermost surface in contact with said bottommost surface of said at least one copper structure, said at least one diffusion barrier material having edges that are vertically coincident with said vertical sidewall surfaces of said at least one copper structure; and a cap located atop said uppermost surface of said at least one copper structure and on said sidewall surfaces of said at least one copper structure; characterised in that the cap is of graphene;
A semiconductor component, comprising: - a semiconductor chip, - an antenna, and - at least one monitoring circuit, which is connected to the antenna and configured for generating a high-frequency transmission signal, characterised in that the semiconductor component comprises a sealing material surrounding the semiconductor chip and/or the antenna at least partially, the sealing material comprising particles configured to resonate in the case of a high-frequency irradiation, and the monitoring circuit being configured for measuring the resonance of the particles caused by this high-frequency transmission signal. - a semiconductor chip, - an antenna, and - at least one monitoring circuit, which is connected to the antenna and configured for generating a high-frequency transmission signal, characterised in that the semiconductor component comprises a sealing material surrounding the semiconductor chip and/or the antenna at least partially, the sealing material comprising particles configured to resonate in the case of a high-frequency irradiation, and the monitoring circuit being configured for measuring the resonance of the particles caused by this high-frequency transmission signal.
A computer-implemented method, comprising: - modeling a multi-component control or actuator system using a fault tree (101, 102), the fault tree (101, 102) comprising a plurality of nodes (111-114, 121-123, 131-132) associated with components of the system, and a plurality of edges between nodes of the plurality of nodes associated with functional dependencies between the components, - detecting one or more ring closures of the fault tree (101, 102), - for each one of the one or more ring closures: replacing, in the fault tree (101, 102), at least one respective edge of the respective ring closure by a respective variable to obtain a placeholder fault tree, - determining a normalized representation of the placeholder fault tree wherein said determining of the normalized representation of the placeholder fault tree comprises determining cutsets of the placeholder fault tree and determining a disjunctive normalized graph or a conjunctive normalized graph based on the cutsets as the normalized representation, and - for each one of the one or more ring closures: replacing, in the normalized representation of the placeholder fault tree, each respective variable by the at least one respective edge, to obtain a normalized representation of the fault tree (101, 102). - modeling a multi-component control or actuator system using a fault tree (101, 102), the fault tree (101, 102) comprising a plurality of nodes (111-114, 121-123, 131-132) associated with components of the system, and a plurality of edges between nodes of the plurality of nodes associated with functional dependencies between the components, - detecting one or more ring closures of the fault tree (101, 102), - for each one of the one or more ring closures: replacing, in the fault tree (101, 102), at least one respective edge of the respective ring closure by a respective variable to obtain a placeholder fault tree, - determining a normalized representation of the placeholder fault tree wherein said determining of the normalized representation of the placeholder fault tree comprises determining cutsets of the placeholder fault tree and determining a disjunctive normalized graph or a conjunctive normalized graph based on the cutsets as the normalized representation, and - for each one of the one or more ring closures: replacing, in the normalized representation of the placeholder fault tree, each respective variable by the at least one respective edge, to obtain a normalized representation of the fault tree (101, 102).
Machine tool for, in particular, machining processing of workpieces comprising a double swivel support which is mounted in a machine frame such that it can be rotated about a main axis and comprises two swivel tables (5a, 5b) which are each mounted for rotation about an A axis which is parallel to the main axis for receiving workpieces, one of the swivel tables being provided on a processing side and the other swivel table being provided on a loading side, wherein the swivel table on the processing side and the swivel table on the loading side can be exchanged by swivelling the double swivel support, characterized in that the swivel ranges (11a, 11b) of the two swivel tables (5a, 5b) overlap one another.
A method of generating breast stem cells capable of differentiating to a multicellular organoid unit that morphologically and/or functionally resembles the terminal ductal-lobular unit, comprising: (i) culturing single dissociated cells from mammary epithelial tissue in a culture medium comprising a floating collagen gel for at least 7 days, said culture medium comprising a compound which elevates cAMP levels, wherein the compound elevating cAMP levels is an adenylylcyclase agonist; (ii) determining whether a multicellular organoid unit is formed in step (i); and (iii) obtaining a single cell from said multicellular organoid unit of (ii), wherein the single cell is a breast stem cell. (i) culturing single dissociated cells from mammary epithelial tissue in a culture medium comprising a floating collagen gel for at least 7 days, said culture medium comprising a compound which elevates cAMP levels, wherein the compound elevating cAMP levels is an adenylylcyclase agonist; (ii) determining whether a multicellular organoid unit is formed in step (i); and (iii) obtaining a single cell from said multicellular organoid unit of (ii), wherein the single cell is a breast stem cell.
Method of making a composite casting, including the steps of providing a reinforcement insert with a ceramic coating, said insert being coated with erbium oxide or coated with yttrium oxide and said ceramic coating having a thickness from 0.1 mil (2.54 μm) up to 5 mils (127 μm) and being applied to the reinforcement insert, positioning the coated insert in a mold, and introducing the molten metallic material into the mold where the metallic material is cast and is solidified against said ceramic coating, wherein said ceramic coating is non-reactive with the molten metallic material.
A device for releasable fastening of an element to a wall, a piece of furniture, a pillar, a wooden or glass panel or the like, with a rail panel, onto which the element is arranged, or forms this, whereby, the rail panel has a minimum of two claws that at least form a coupling element, whereby, in particular, the claws are formed opposing to each other, whereby, a coupling button is provided attached to the wall that, features a button panel and one or multiple counter coupling elements that, during installation, are brought into effective connection with the coupling element(s) of the element, whereby, the panel outline of the button panel features a minimum of one constriction that forms a mating coupling element, whereby, the constriction of the button panel is divided into a panel head piece and a panel foot piece, whereby, electrical connection locations are provided on the button panel, in particular in the area of the constriction, which can be connected to a source of voltage, whereby, the rail panel features mating electrical connection locations, through which one or multiple electrically operated components can be connected to the rail panel, and, whereby, the electrical connection locations and mating electrical connection locations are arranged so that in the event of coupling, these are automatically brought into effective electrical contact with one another characterized in that, the constriction features a U-shaped constriction profile and a specific trapezoidal internal contour, the trapezoid basis is located on the lower narrow side of the button panel, whereby, both trapezoidal side form two, opposing, inclined supporting areas, whereby, the claws form two opposing, inclined supporting areas, whereby, in the event of coupling, the supporting areas come to rest on the supporting areas.
Railway coach for transporting passengers, comprising at least one passenger compartment and a system for heating the passenger compartment, the heating system comprising a source of infrared radiation, characterised in that the heating system comprises at least one optical diffuser configured to receive an infrared radiation generated by the source and to illuminate at least one portion of the passenger compartment with the infrared radiation, and in that the optical diffuser has an arrangement of conductive fibres for the infrared radiation, configured to receive the infrared radiation and to illuminate the passenger compartment with this infrared radiation.
A system comprising: one or more processors in communication with a memory that stores a first image of an object taken from a first geographic location and orientation and object position data representing surface geographic locations of the object in the first image, the one or more processors being configured to: receive an identification of the object in the first image; select a second image of the object, the second image being taken from a second geographic location and orientation different from the first geographic location and orientation; determine at least one polygon on the first image, the at least one polygon including a plurality of vertices and encompassing a region of the first image, each vertex of the plurality of vertices being associated with a pixel of the first image and a geographic location shown at the pixel; determine at least one intermediate geographic location and orientation that is closer in location and orientation to the second geographic location and orientation than is the first geographic location and orientation; determine at least one intermediate image corresponding to each of the at least one intermediate geographic location and orientation by positioning a vertex of the plurality of vertices of the at least one polygon within the at least one intermediate image based on the geographic location associated with the vertex relative to the corresponding intermediate geographic location and orientation, each of the at least one intermediate image representing the object in the first image from a perspective of the corresponding intermediate geographic location and orientation; and provide the at least one intermediate image for display before display of the second image. receive an identification of the object in the first image; select a second image of the object, the second image being taken from a second geographic location and orientation different from the first geographic location and orientation; determine at least one polygon on the first image, the at least one polygon including a plurality of vertices and encompassing a region of the first image, each vertex of the plurality of vertices being associated with a pixel of the first image and a geographic location shown at the pixel; determine at least one intermediate geographic location and orientation that is closer in location and orientation to the second geographic location and orientation than is the first geographic location and orientation; determine at least one intermediate image corresponding to each of the at least one intermediate geographic location and orientation by positioning a vertex of the plurality of vertices of the at least one polygon within the at least one intermediate image based on the geographic location associated with the vertex relative to the corresponding intermediate geographic location and orientation, each of the at least one intermediate image representing the object in the first image from a perspective of the corresponding intermediate geographic location and orientation; and provide the at least one intermediate image for display before display of the second image.
Composition comprising Lactobacillus johnsonii CNCM I-1225 in combination with a polyphenol for use in the treatment or prevention of a cognitive and/or neurodegenerative disorder.
An immunochromatographic test strip comprising, in the order from upstream, a sample pad, a labeled substance region, a detection region and an absorption band, wherein (a) a polymer(s) in which hydrophobic cyclic monomer(s) having an ionic functional group(s) is/are polymerized is impregnated at one or more regions upstream of said labeled substance region; (b) an inorganic salt(s) is/are impregnated together with said polymer(s); and (c) (i) said polymer(s) comprise(s) a recurring unit represented by the following Formula: wherein M represents an atom or a group which becomes a monovalent cation in aqueous solution; R 1 to R 3 independently represent hydrogen or alkyl; and R 4 to R 6 independently represent hydrogen, C 1 -C 4 alkoxy or C 1 -C 4 alkyl; or (ii) said polymer(s) comprise(s) a recurring unit represented by the following Formula: wherein M represents an atom or a group which becomes a monovalent cation in aqueous solution, preferably an alkaline metal such as sodium or potassium. (a) a polymer(s) in which hydrophobic cyclic monomer(s) having an ionic functional group(s) is/are polymerized is impregnated at one or more regions upstream of said labeled substance region; (b) an inorganic salt(s) is/are impregnated together with said polymer(s); and (c) (i) said polymer(s) comprise(s) a recurring unit represented by the following Formula:
Method for optimizing the yield of one or more solar panels which are coupled to an electricity grid by means of a converter and maximum power point tracking module, MPPT module; and wherein the MPPT module is configured to enable the solar panels to supply a maximum power up to a predetermined upper power limit of the converter; and wherein the method comprises the following steps: a) measuring the output voltage of the solar panels; and b) based on the measured voltage, detecting if the MPPT module limits the input voltage of the converter to the predetermined upper power limit; and c) subsequently, if the MPPT module limits the input voltage, coupling an energy-storage system in parallel to the one or more solar panels, so that it is charged by the one or more solar panels and so that the MPPT again enables the solar panels to supply the maximum power; characterised by said detecting furthermore comprises: d) calculating a voltage change of the output voltage during a specific time interval; and e) detecting if the MPPT module limits the input power of the converter to the predetermined upper power limit if the output voltage has dropped during the specific time interval and the voltage change exceeds a certain threshold value. a) measuring the output voltage of the solar panels; and b) based on the measured voltage, detecting if the MPPT module limits the input voltage of the converter to the predetermined upper power limit; and c) subsequently, if the MPPT module limits the input voltage, coupling an energy-storage system in parallel to the one or more solar panels, so that it is charged by the one or more solar panels and so that the MPPT again enables the solar panels to supply the maximum power; d) calculating a voltage change of the output voltage during a specific time interval; and e) detecting if the MPPT module limits the input power of the converter to the predetermined upper power limit if the output voltage has dropped during the specific time interval and the voltage change exceeds a certain threshold value.
A process for the production of a refined oil having a reduced 3-MCPD ester and/or glycidyl ester content characterized in that it comprises subjecting an oil to the following steps, in order: (a) a bleaching step, (b) a deodorization step, and (c) a final bleaching step with activated bleaching clay, and (d) a final deodorization step is carried out at least 40°C lower than deodorization step (b) and the final deodorization step (d) is carried out at a temperature less than 180°C.
Damping device (10, 10', 42) for damping pressure pulsations, in particular in a brake circuit of a hydraulic vehicle brake system with slip control, having a throttle member (14, 60) which is deformable or repositionable counter to a resistance force and which separates a first volume-variable damper chamber (18a, 52) from a second damper chamber (18b, 70), and having a throttle duct (30, 72) which is disposed between the first damper chamber (18a, 52) and the second damper chamber (18b, 70) and which establishes a pressurizing medium connection between the two damper chambers (18a and 18b), characterized in that means (34, 34', 74) which during the initial position of the throttle member (14, 60), in which the first damper chamber has the minimum volume thereof and the second damper chamber has the maximum volume thereof, interrupt the pressurizing medium connection between the damper chambers (18a, 18b) are provided.
Method for providing data regarding a centrifugal pump arrangement, having the following steps: - a unit of the centrifugal pump arrangement generating an optoelectronically readable code, - displaying the code on a display of the centrifugal pump arrangement, - optically capturing the displayed code using a mobile device, - wirelessly transmitting data in the code from the mobile device to a receiver. - a unit of the centrifugal pump arrangement generating an optoelectronically readable code, - displaying the code on a display of the centrifugal pump arrangement, - optically capturing the displayed code using a mobile device, - wirelessly transmitting data in the code from the mobile device to a receiver.
Dual-mass flywheel, in particular for use in the drivetrain of a motor vehicle, having a primary flywheel disk and having a secondary flywheel disk which are rotatable relative to one another counter to the force of at least one bow spring, wherein a transmission of torque from the primary flywheel disk to the secondary flywheel disk is realized by way of at least one rocker lever which is arranged on the primary flywheel disk or on the secondary flywheel disk, wherein the rocker lever is supported by way of a load arm on a cam disc which is arranged on the respective other flywheel disk (20, 10), and said rocker lever is operatively connected by way of a force arm to one spring end of the bow spring, wherein the other spring end of the bow spring is supported on that flywheel disk (10, 20) on which the rocker lever is arranged, wherein the rocker lever furthermore has a centrifugal arm which serves as a balance mass for the rocker lever and in particular as a balance mass for the load and/or force arm, such that the rocker lever is not subjected to any additional torques or tilting moments by the centrifugal forces acting thereon.