mhurhangee/ep-ind-claims huggingface dataset:
A system for controlling the drying of a product, said product having a specific vapor pressure, said product located within a conditioned space, said system comprising: a first sensor to determine the temperature in said conditioned space, a second sensor to determine the vapor pressure in said conditioned space, and a controller responsive to the vapor pressure in said conditioned space with respect to the vapor pressure of the product to control the drying of said product, characterized by said system comprising cooling coils to be located in said conditioned space, wherein said controller comprises two independent PID control loops (11, 13), one of said two PID control loops controls the temperature in said conditioned space by controlling airflow over the cooling coils as a function of the temperature in said conditioned space and the other of said two PID control loops controls said vapor pressure in said conditioned space by controlling the temperature of the cooling coils in response to the vapor pressure in said conditioned space. a first sensor to determine the temperature in said conditioned space, a second sensor to determine the vapor pressure in said conditioned space, and a controller responsive to the vapor pressure in said conditioned space with respect to the vapor pressure of the product to control the drying of said product, characterized by said system comprising cooling coils to be located in said conditioned space, wherein said controller comprises two independent PID control loops (11, 13), one of said two PID control loops controls the temperature in said conditioned space by controlling airflow over the cooling coils as a function of the temperature in said conditioned space and the other of said two PID control loops controls said vapor pressure in said conditioned space by controlling the temperature of the cooling coils in response to the vapor pressure in said conditioned space.
A method for preparing in a container an individual liquid concentrate for dialysis, from a first liquid concentrate and at least one second liquid concentrate by means of a device, comprising a dialysis machine with at least one compressed air source, at least one concentrate line, at least one compressed air line between the concentrate line and the compressed air source and at least one concentrate intake rod, which is connected to the concentrate line, characterized in that the concentrates are mixed thoroughly by means of compressed air which is introduced into the container from a compressed air source situated in the dialysis machine, a concentrate line and a connected concentrate intake rod.
A metabolic targeting chemo-immunotherapy regimen for use in the treatment of cancer, the metabolic targeting chemo-immunotherapy regimen comprising: cetuximab at a dose of 20 mg; insulin at a dose of 0.1 to 0.5 units/kg to reduce blood glucose level to 2.2 to 2.8 mmol/L; and a therapeutically effective dose of one or more chemotherapeutic agents, to be administered at a blood glucose level of 2.2 to 2.8 mmol/L. cetuximab at a dose of 20 mg; insulin at a dose of 0.1 to 0.5 units/kg to reduce blood glucose level to 2.2 to 2.8 mmol/L; and a therapeutically effective dose of one or more chemotherapeutic agents, to be administered at a blood glucose level of 2.2 to 2.8 mmol/L.
A power cable comprising: a copper conductor; an inner semi-conductive layer covering the copper conductor; an insulating layer covering the inner semi-conductive layer; an outer semi-conductive layer covering the insulating layer; a metal sheath layer covering the outer semi-conductive layer; and a cable protection layer covering the metal sheath layer, wherein the inner semi-conductive layer comprises a plurality of layers formed by horizontally winding semi-conductive paper, wherein the plurality of layers comprise at least one layer formed by overlap-winding the semi-conductive paper such that portions of a width of the semi-conductive paper overlap each other, when the semi-conductive paper is horizontally wound, wherein the at least one layer formed by overlap-winding the semi-conductive paper comprises a layer directly above the copper conductor, and wherein an overlap ratio of the at least one layer formed by overlap-winding the semi-conductive paper is in a range of 20 to 80%, the overlap ratio being a ratio between overlapping portions of the semi-conductive paper and a width of the semi-conductive paper, characterized in that the remaining layers among the plurality of layers other than the at least one layer formed by overlap-winding the semi-conductive paper comprise layers formed by gap-winding semi-conductive paper such that regular gaps are formed between portions of the semi-conductive paper horizontally wound and the gaps in a certain layer are covered with sheets of semi-conductive paper forming layers above and below the layer. a copper conductor; an inner semi-conductive layer covering the copper conductor; an insulating layer covering the inner semi-conductive layer; an outer semi-conductive layer covering the insulating layer; a metal sheath layer covering the outer semi-conductive layer; and a cable protection layer covering the metal sheath layer, wherein the inner semi-conductive layer comprises a plurality of layers formed by horizontally winding semi-conductive paper, wherein the plurality of layers comprise at least one layer formed by overlap-winding the semi-conductive paper such that portions of a width of the semi-conductive paper overlap each other, when the semi-conductive paper is horizontally wound, wherein the at least one layer formed by overlap-winding the semi-conductive paper comprises a layer directly above the copper conductor, and wherein an overlap ratio of the at least one layer formed by overlap-winding the semi-conductive paper is in a range of 20 to 80%, the overlap ratio being a ratio between overlapping portions of the semi-conductive paper and a width of the semi-conductive paper, characterized in that the remaining layers among the plurality of layers other than the at least one layer formed by overlap-winding the semi-conductive paper comprise layers formed by gap-winding semi-conductive paper such that regular gaps are formed between portions of the semi-conductive paper horizontally wound and the gaps in a certain layer are covered with sheets of semi-conductive paper forming layers above and below the layer.
A member for hydrogen production comprising: a light absorbing part constituted of a ceramic composite consisting of ceramics having a plurality of first ceramic particles of a perovskite type composite oxide exhibiting positive resistance temperature characteristics, and represented as ABO 3 in a first ceramics being a parent phase having an open porosity of 5% or lower; and a hydrogen generating part constituted of a porous ceramic composite comprising second ceramic particles in a porous second ceramics. a light absorbing part constituted of a ceramic composite consisting of ceramics having a plurality of first ceramic particles of a perovskite type composite oxide exhibiting positive resistance temperature characteristics, and represented as ABO 3 in a first ceramics being a parent phase having an open porosity of 5% or lower; and a hydrogen generating part constituted of a porous ceramic composite comprising second ceramic particles in a porous second ceramics.
A semiconductor wafer comprising: a semiconductor substrate; an optical filter comprised of a plurality of dielectric material layers and disposed on or above the semiconductor substrate; and a light detection region formed in the semiconductor substrate, characterised in that the Poisson ratio VS of the semiconductor substrate, Young's modulus ES of the semiconductor substrate, the radius r of the semiconductor substrate, the thickness b of the semiconductor substrate, stress σ in the optical filter, and the thickness d of the optical filter satisfy a relationship expressed by the following Expression: 1.0 × 10 − 3 ≥ 3 × r 2 × d × 1 − VS × σ / ES × b 2 a semiconductor substrate; an optical filter comprised of a plurality of dielectric material layers and disposed on or above the semiconductor substrate; and a light detection region formed in the semiconductor substrate, the Poisson ratio VS of the semiconductor substrate, Young's modulus ES of the semiconductor substrate, the radius r of the semiconductor substrate, the thickness b of the semiconductor substrate, stress σ in the optical filter, and the thickness d of the optical filter satisfy a relationship expressed by the following Expression: 1.0 × 10 − 3 ≥ 3 × r 2 × d × 1 − VS × σ / ES × b 2
A method for an acquisition of data from external digital sensors with an RFID smart tag, according to which addresses (s1a,..., sKa) of the external digital sensors (EDS1,..., EDSK) enabling flags (f1,..., fK') for pages of a microprogram, which is required and sufficient for executing communication between the RFID smart tag and said sensors, and a frequency (csf) of a clock signal intended for communicating of a digital communication interface with said sensors are stored in a permanent memory of the tag, characterized in that said microprogram is stored in a tag memory (PM; Bu) being accessible by an RFID interrogator and that a hard-wired dedicated processing unit of the tag reads, decodes and executes said microprogram through the digital communication interface.
Method for amplifying an echo signal (r in) that is suitable for vehicle surroundings detection, in which an analogue echo signal (r in) is amplified using a gain that is dependent on the delay in the echo signal, characterized in that the analogue echo signal (r in) is digitized by means of an A/D converter operated at a reference voltage that is constant over time, said A/D converter having a dynamic range (N bit_ADC) that is smaller than the dynamic range (N bit_logic) of a downstream digital logic unit, onto which dynamic range the total dynamic range (N bit_signal_total) of the analogue echo signal (r in) is mapped, and the outputs (62,..., 69) of said A/D converter being connected to corresponding inputs (72,..., 82) of the downstream digital logic unit in accordance with the gain of the echo signal (r in).
A grip for lifting, supporting, or holding a long object or group of objects, the grip comprising: a lifting eye; a closure formed of a plurality of lines that extend from the lifting eye and that are interwoven with each other, so as to form a dimensionally changeable fabric with an open weave, the closure having a top edge, a bottom edge, and two side edges that are a first closure edge and a second closure edge; and a closure device that extends along the first and second closure edges (10A, 10B) and is constructed to enable a daisy-chain interlocking closure, so as to circumferentially enclose the long object in the closure, wherein, when the object is lifted, supported or held by means of the lifting eye, tension in the axial direction applied to the closure causes the open weave of the dimensionally changeable fabric to tighten around the object, thereby securely holding the object, characterised in that the daisy-chain interlocking closure is a series of closure loops along the closure edges (10A, 10B), such that a closure loop is long enough to reach from the first closure edge across to the opposing edge loop on the second closure edge and then longitudinally to the next adjacent edge loop of the second closure edge, where the closure loop is then interlocked with the next closure loop from first closure edge. a lifting eye; a closure formed of a plurality of lines that extend from the lifting eye and that are interwoven with each other, so as to form a dimensionally changeable fabric with an open weave, the closure having a top edge, a bottom edge, and two side edges that are a first closure edge and a second closure edge; and a closure device that extends along the first and second closure edges (10A, 10B) and is constructed to enable a daisy-chain interlocking closure, so as to circumferentially enclose the long object in the closure, wherein, when the object is lifted, supported or held by means of the lifting eye, tension in the axial direction applied to the closure causes the open weave of the dimensionally changeable fabric to tighten around the object, thereby securely holding the object, characterised in that the daisy-chain interlocking closure is a series of closure loops along the closure edges (10A, 10B), such that a closure loop is long enough to reach from the first closure edge across to the opposing edge loop on the second closure edge and then longitudinally to the next adjacent edge loop of the second closure edge, where the closure loop is then interlocked with the next closure loop from first closure edge.
Liquid-removal system for a liquid metal coating on a metal strip running vertically, comprising: - at least two air knives respectively exerting a pressure profile in the form of a gas flow over a width of each of the faces of said strip, - an acoustic measurement means dedicated to recording waves originating from the liquid-removal system, - an acoustic analysis means coupled to the acoustic measurement means, characterized in that: the acoustic analysis means is configured to discern at least one acoustic signature originating from an operational irregularity of the liquid-removal system related to at least one obstructive element altering the flow at the outlet cross section of the air knife. - at least two air knives respectively exerting a pressure profile in the form of a gas flow over a width of each of the faces of said strip, - an acoustic measurement means dedicated to recording waves originating from the liquid-removal system, - an acoustic analysis means coupled to the acoustic measurement means,
A solar cell module comprising a solar cell element encapsulated by an encapsulant (2, 2') and disposed between a front sheet and a back sheet, characterized in that the back sheet comprises a polymeric support, a weather resistant layer on one side of the support and a primer on the other side of the support facing the encapsulant to enhance the adhesion of the back sheet towards the encapsulant layer, the weather resistant layer comprising a binder containing a crosslinkable group and an aliphatic isocyanate crosslinking agent, characterized in that the weather resistant layer further comprises an aromatic or an alicyclic isocyanate crosslinking agent, wherein the molar ratio of the isocyanate groups of the aliphatic isocyanate crosslinking agents to the isocyanate groups of the aromatic and/or alicyclic crosslinking agents is ≤ 3, and wherein the crosslinkable group of the binder is a hydroxyl group.
A method for creating a 3D scan of a body part, the method comprising the following steps: a. molding a contact element to the body part, b. capturing a first partial scan of the body part, wherein a part of the body part is covered by the contact element, c. removing the body part from the contact element, d. capturing a second partial scan of the surface of the contact element with which the contact element was applied to the body part, and e. creating the 3D scan at least also from the first partial scan and the second partial scan. a. molding a contact element to the body part, b. capturing a first partial scan of the body part, wherein a part of the body part is covered by the contact element, c. removing the body part from the contact element, d. capturing a second partial scan of the surface of the contact element with which the contact element was applied to the body part, and e. creating the 3D scan at least also from the first partial scan and the second partial scan.
A lighting apparatus, comprising: a carrier having a top surface; a first light-emitting element formed on the top surface; and a cover body covering the carrier and only partly covering the first light-emitting element to expose the first light-emitting element to the environment, wherein the first light-emitting element includes - a support body, wherein the support body comprises a bottom part and a side part to form an inner space, - multiple light-emitting units, wherein the multiple light-emitting units are fixed to the bottom part and located within the inner space, and - a filler filled in the inner space to cover the light-emitting units. a carrier having a top surface; a first light-emitting element formed on the top surface; and a cover body covering the carrier and only partly covering the first light-emitting element to expose the first light-emitting element to the environment, wherein the first light-emitting element includes - a support body, wherein the support body comprises a bottom part and a side part to form an inner space, - multiple light-emitting units, wherein the multiple light-emitting units are fixed to the bottom part and located within the inner space, and - a filler filled in the inner space to cover the light-emitting units. - a support body, wherein the support body comprises a bottom part and a side part to form an inner space, - multiple light-emitting units, wherein the multiple light-emitting units are fixed to the bottom part and located within the inner space, and - a filler filled in the inner space to cover the light-emitting units.
Corrosion protection agent for a metal surface, wherein the corrosion protection agent comprises an organic component, wherein the organic component is an oil, a fat or a wax, and wherein the corrosion protection agent is thixotropic, characterized in that the corrosion protection agent is light-transmissive and further comprises an indicator which reacts to the presence of corrosion on the metal surface by modifying its absorption spectrum within the range of ultraviolet, visible or infrared light, in particular by changing its color.
A method for manufacturing a roller coaster track, the method comprising: prefabricating a plurality of first layer segments for the roller coaster track with an automated precision cutting device, wherein each first layer segment of the plurality of first layer segments comprises indicia configured to identify an assembled position of the first layer segment within the roller coaster track; prefabricating a plurality of second layer segments for the roller coaster track with the automated precision cutting device; constructing, based on the indicia, a first layer (16, 18, 20) of the roller coaster track with the plurality of first layer segments such that each first layer segment of the plurality of first layer segments is in contacting relationship with a longitudinally adjacent first layer segment of the plurality of first layer segments at a first interface location; and constructing a second layer (16, 18, 20) of the roller coaster track laterally adjacent to the first layer with the plurality of second layer segments such that each second layer segment of the plurality of second layer segments is in contacting relationship with a longitudinally adjacent second layer segment of the plurality of second layer segments at a second interface location, wherein each of the first interface locations are longitudinally offset from the second interface locations. prefabricating a plurality of first layer segments for the roller coaster track with an automated precision cutting device, wherein each first layer segment of the plurality of first layer segments comprises indicia configured to identify an assembled position of the first layer segment within the roller coaster track; prefabricating a plurality of second layer segments for the roller coaster track with the automated precision cutting device; constructing, based on the indicia, a first layer (16, 18, 20) of the roller coaster track with the plurality of first layer segments such that each first layer segment of the plurality of first layer segments is in contacting relationship with a longitudinally adjacent first layer segment of the plurality of first layer segments at a first interface location; and constructing a second layer (16, 18, 20) of the roller coaster track laterally adjacent to the first layer with the plurality of second layer segments such that each second layer segment of the plurality of second layer segments is in contacting relationship with a longitudinally adjacent second layer segment of the plurality of second layer segments at a second interface location, wherein each of the first interface locations are longitudinally offset from the second interface locations.
Device for inhaling pulverulent substances, in particular of a medicinal type, contained in capsules which can be moved into an emptying position by means of a receptacle which is movable in a flat housing, the device having a width-height ratio of 1: 2 and a depth that corresponds to approximately half the size of the width extension of the flat housing when viewed perpendicularly to the height extension thereof, a capsule wall further being pierceable in the emptying position by means of displaceable needles for the purposes of evacuating the capsule contents through a mouthpiece duct extending as an axial extension of a capsule chamber, and the receptacle being formed as a part of a narrow side wall of the flat housing that can pivot out in a limited manner about an axis (y), characterised in that a portion of a narrow side wall plane is formed as a spring-mounted button for needle bearings, in which the needles are mounted, such that the portion is set back at most as far as into the plane of the narrow side wall, such that the narrow side wall pivots out together with approximately half a box-shaped housing part (2"), including a bottom part which has the pivot pin, and such that the button is guided, in a manner limited by a stop, in the housing part (2") which can be pivoted outwards, a stationary housing part further forming substantially half a box-shaped housing portion.
A construction profile, comprising, an outer contour, wherein the outer contour has at least one longitudinal side and one transverse side, and wherein the longitudinal side and the transverse side are arranged transversely to each other, wherein the longitudinal side comprises a longitudinal side groove and the transverse side comprises a transverse side groove, wherein the grooves (4, 5) have a groove cross section in which a circle can be inscribed, wherein the longitudinal centre axes of the grooves (4, 5) are arranged in a common groove plane, and wherein the groove plane is arranged parallel to a longitudinal centre plane of the construction profile, characterized in that the groove cross-section of the at least one longitudinal side groove comprises a lower section and an upper section, and in that the lower section is designed as a pitch circle and the upper section is designed as a T-groove, and in that the longitudinal centre axis of the at least one longitudinal side groove is defined by the longitudinal centre axis of the lower section. comprising, an outer contour, wherein the outer contour has at least one longitudinal side and one transverse side, and wherein the longitudinal side and the transverse side are arranged transversely to each other, wherein the longitudinal side comprises a longitudinal side groove and the transverse side comprises a transverse side groove, wherein the grooves (4, 5) have a groove cross section in which a circle can be inscribed, wherein the longitudinal centre axes of the grooves (4, 5) are arranged in a common groove plane, and wherein the groove plane is arranged parallel to a longitudinal centre plane of the construction profile, characterized in that the groove cross-section of the at least one longitudinal side groove comprises a lower section and an upper section, and in that the lower section is designed as a pitch circle and the upper section is designed as a T-groove, and in that the longitudinal centre axis of the at least one longitudinal side groove is defined by the longitudinal centre axis of the lower section.