mhurhangee/ep-ind-claims huggingface dataset:
A food supplement preparation, in particular present in powder form and/or as a concentrate, comprising: - a bioavailability component for increasing the bioavailability of food supplement substances and other substances having a nutrition-specific physiological action in the food supplement preparation, and - a chelating component for supporting the chelate formation in the body, characterized in that the bioavailability component comprises an extract of black pepper, in particular bioperine, and a ginger component, wherein the chelating component comprises a spirulina component and a chlorella component, a curcuma component and a wild garlic component. - a bioavailability component for increasing the bioavailability of food supplement substances and other substances having a nutrition-specific physiological action in the food supplement preparation, and - a chelating component for supporting the chelate formation in the body, characterized in that
A detergent dispenser (29, 300) to be positioned to dispense detergent into a household appliance, including: a detergent carrier (302, 902) including a plurality of detergent units (3041-n), each of the detergent units (3041-n) including: one or more walls (308, 310, 312, 314) defining a cavity having a dispensing opening, and a door movable between an open position and a closed position, a housing (330, 930) configured to receive the detergent carrier (302, 902), the housing (330, 930) including a dispensing outlet, a carrier driver (602, 1000) configured to move the detergent carrier (302, 902) between a plurality of positions, each position orienting one of the plurality of detergent units(3041-n) proximate the dispensing outlet, wherein when one of the plurality of detergent units (3041-n) is proximate the dispensing outlet the door of the one of the plurality of detergent units (3041-n) is open, otherwise the door is closed, characterised in that the door of each of the detergent units (3041-n) further includes a guide in the form of a wheel affixed to the door, and the housing (330, 930) further includes a track configured to receive the guide of each said door, wherein said track is in the form of a groove constructed as a part of the housing. a detergent carrier (302, 902) including a plurality of detergent units (3041-n), each of the detergent units (3041-n) including: one or more walls (308, 310, 312, 314) defining a cavity having a dispensing opening, and a door movable between an open position and a closed position, one or more walls (308, 310, 312, 314) defining a cavity having a dispensing opening, and a door movable between an open position and a closed position, a housing (330, 930) configured to receive the detergent carrier (302, 902), the housing (330, 930) including a dispensing outlet, a carrier driver (602, 1000) configured to move the detergent carrier (302, 902) between a plurality of positions, each position orienting one of the plurality of detergent units(3041-n) proximate the dispensing outlet,
A stratified storage comprising at least a separate means for storing water, wherein the means for storing comprises a supply line, a first cup-shaped guide unit and a second cup-shaped guide unit, the second cup-shaped guide unit being smaller than the first cup-shaped guide unit, wherein the cup-shaped guide units (4, 5) are arranged such that a concave side of the second cup-shaped guide unit is aligned in the direction of a concave side of the first cup-shaped guide unit, such that during operation the inflowing water is diverted from the second cup-shaped guide unit and distributed to a larger cross section in order to be subsequently diverted from the first cup-shaped guide unit and distributed to a larger cross section, characterized in that the cup-shaped guide units (4, 5) and the supply line are arranged with respect to each other such that an opening of the supply line opens inside the second cup-shaped guide unit and the first cup-shaped guide unit and/or the second cup-shaped guide unit is perforated in an edge region (7, 9) and/or the second cup-shaped guide unit is perforated in a bottom area and/or at an edge of the bottom.
A support foot comprising: - a first body, which is tubular, provided with a first longitudinal axis, and - a support base associated in proximity to an end of the first body, said support base comprising a plurality of sectors rotatably associated with the first body, relative to a respective axis of rotation orthogonal to the first longitudinal axis, between an unfolded position, in which a support face of such sectors lies on a plane of distribution of the weight of the base substantially orthogonal to the first longitudinal axis, and a folded position, in which each sector is reclined on a portion of the first body with the support face thereof inclined relative to the plane, wherein the support foot comprises an activation element adapted to interact with the sectors for activating them in rotation about the respective axis of rotation between the unfolded position and the folded position, characterised by the fact that each sector is movable from the respective unfolded position to the respective folded position in contrast to a spring (90, 95), or that each sector is movable from the respective folded position to the respective unfolded position in contrast to a spring (90, 95). - a first body, which is tubular, provided with a first longitudinal axis, and - a support base associated in proximity to an end of the first body, said support base comprising a plurality of sectors rotatably associated with the first body, relative to a respective axis of rotation orthogonal to the first longitudinal axis, between an unfolded position, in which a support face of such sectors lies on a plane of distribution of the weight of the base substantially orthogonal to the first longitudinal axis, and a folded position, in which each sector is reclined on a portion of the first body with the support face thereof inclined relative to the plane, wherein the support foot comprises an activation element adapted to interact with the sectors for activating them in rotation about the respective axis of rotation between the unfolded position and the folded position, characterised by the fact that each sector is movable from the respective unfolded position to the respective folded position in contrast to a spring (90, 95), or that each sector is movable from the respective folded position to the respective unfolded position in contrast to a spring (90, 95).
Transporting and loading system for rail-supported conveyances using transport vehicles outfitted with a loading platform based on standardized ISO container dimensions and with standardized lock elements, including - at least one rectangular frame in the form of a floor assembly conforming to ISO container format having two long sides and two short sides and four ISO container corners, - a loading and offloading unit allowing goods to be loaded past at least one short side of the rectangular frame, characterized in that - the transporting and loading system includes a sandwich construction comprising in a mirror-inverted manner at least two floor assemblies which conform to ISO container format, wherein the floor assemblies having the frame and a base plate are rigidly connected by container corners arranged one directly above the other, - there is provided between the two connected floor assemblies of the sandwich construction an intermediate space in which are arranged drive units, transmission units and control units for the automated movement of the loading and offloading unit (2, 3; 8; 91, 92, 93, 99), and - rails are provided for holding and guiding rail-supported conveyances on an upper base plate of the sandwich construction in longitudinal direction of the frame and are aligned parallel to one another. - at least one rectangular frame in the form of a floor assembly conforming to ISO container format having two long sides and two short sides and four ISO container corners, - a loading and offloading unit allowing goods to be loaded past at least one short side of the rectangular frame, characterized in that - the transporting and loading system includes a sandwich construction comprising in a mirror-inverted manner at least two floor assemblies which conform to ISO container format, wherein the floor assemblies having the frame and a base plate are rigidly connected by container corners arranged one directly above the other, - there is provided between the two connected floor assemblies of the sandwich construction an intermediate space in which are arranged drive units, transmission units and control units for the automated movement of the loading and offloading unit (2, 3; 8; 91, 92, 93, 99), and - rails are provided for holding and guiding rail-supported conveyances on an upper base plate of the sandwich construction in longitudinal direction of the frame and are aligned parallel to one another.
A method comprising: receiving a measured body skin temperature and a measured environment temperature; and estimating the body temperature based on the measured body skin temperature and the measured environment temperature by using the following equation: Tb = f Ts − Te ∗ A + B ∗ Ts + C ∗ Te + Ts wherein, Tb denotes the body temperature, Ts denotes the measured skin temperature, Te denotes the measured environment temperature, A, B and C are parameters, f is a function such that f(x) is less than x when x is greater than 1. receiving a measured body skin temperature and a measured environment temperature; and estimating the body temperature based on the measured body skin temperature and the measured environment temperature by using the following equation: Tb = f Ts − Te ∗ A + B ∗ Ts + C ∗ Te + Ts wherein, Tb denotes the body temperature, Ts denotes the measured skin temperature, Te denotes the measured environment temperature, A, B and C are parameters, f is a function such that f(x) is less than x when x is greater than 1.
A low-steel friction material for a brake pad, comprising: - a binder forming 8-18 % by volume; - a fiber forming 5-14 % by volume; - at least one lubricant forming up to 6 % by volume, wherein the at least one lubricant comprises at least one of metal sulfides, organic lubricants and metal lubricants or comprising a metal sulfide complex; - at least one abrasive forming 10-27 % by volume; - at least one carbon content component forming 36-51 % by volume, wherein the carbon content component is selected from the group comprising of natural graphite, synthetic graphite, petroleum coke, desulfurised petroleum coke, and carbon black; and - at least one filler material forming 6-21% by volume, wherein the at least one filler material is selected from the group comprising lime, calcium oxide, calcium hydroxide, talc, calcium carbonate, calcium silicate, barites, rubber such as rubber powder or recycled rubber crumbs and various types of friction dusts; wherein the friction material is free of copper. - a binder forming 8-18 % by volume; - a fiber forming 5-14 % by volume; - at least one lubricant forming up to 6 % by volume, wherein the at least one lubricant comprises at least one of metal sulfides, organic lubricants and metal lubricants or comprising a metal sulfide complex; - at least one abrasive forming 10-27 % by volume; - at least one carbon content component forming 36-51 % by volume, wherein the carbon content component is selected from the group comprising of natural graphite, synthetic graphite, petroleum coke, desulfurised petroleum coke, and carbon black; and - at least one filler material forming 6-21% by volume, wherein the at least one filler material is selected from the group comprising lime, calcium oxide, calcium hydroxide, talc, calcium carbonate, calcium silicate, barites, rubber such as rubber powder or recycled rubber crumbs and various types of friction dusts; wherein the friction material is free of copper.
An active molecule delivery system comprising: a first and a second electrode; a plurality of microcells containing an active formulation and having an opening; a porous conductive layer, wherein the plurality of microcells are disposed between the first electrode and the second electrode, respectively, and the porous conductive layer, and oriented so that the porous conductive layer is adjacent the microcell openings; and a voltage source coupled to the first and second electrodes and the porous conductive layer, wherein the first and second electrodes are disposed adjacent each other on the same side of the plurality of microcells and are independently addressable by the voltage source. a first and a second electrode; a plurality of microcells containing an active formulation and having an opening; a porous conductive layer, wherein the plurality of microcells are disposed between the first electrode and the second electrode, respectively, and the porous conductive layer, and oriented so that the porous conductive layer is adjacent the microcell openings; and a voltage source coupled to the first and second electrodes and the porous conductive layer, wherein the first and second electrodes are disposed adjacent each other on the same side of the plurality of microcells and are independently addressable by the voltage source.
A bias circuit for a bipolar transistor amplifier, the bias circuit comprising a low-pass filter block, a bipolar reference transistor, a sum node, a reference current source, a current compensation block and a current difference block, wherein the low-pass filter block is configured to sense a DC bias voltage at a base terminal of the bipolar transistor amplifier and provide the DC bias voltage to a base terminal of the bipolar reference transistor; the bipolar reference transistor is configured to output a bias current in response to the DC bias voltage and provide the bias current to the sum node via the current compensation block; the current compensation block comprises a bipolar cascode transistor having a base, an emitter and a collector terminal, and a first current compensation mirror, wherein the emitter terminal of the bipolar cascode transistor is coupled to a collector terminal of the bipolar reference transistor, the base terminal of the bipolar cascode transistor is coupled to the first current compensation mirror and the collector terminal of the bipolar cascode transistor is coupled to the sum node, and wherein the first current compensation mirror is configured to mirror a base current of the bipolar cascode transistor and provide a mirrored base current to the base terminal of the bipolar reference transistor; the sum node is configured to receive a reference current from the reference current source and combine the reference current with the bias current from the bipolar reference transistor to provide a difference current; and the current difference block comprises a current difference cascode transistor configured to receive the difference current from the sum node and provide the difference current to the base terminal of the bipolar transistor amplifier.
A high strength/highly conductive copper alloy plate material comprising silver in a range of 6% by mass or more and 13% by mass or less, and balancing copper and unavoidable impurities, wherein a minimum value of a tensile strength is 1000 MPa or more and 1250 MPa or less, and a conductivity (%IACS) is 60% or more and 90% or less, wherein a peak intensity ratio of a plane of silver is 80% or more in a X-ray diffraction chart of the copper alloy plate material, a peak intensity ratio of a plane of silver is 20% or less in the X-ray diffraction chart of the copper alloy plate material, and the minimum value of the tensile strength, the conductivity (%IACS), and the peak intensity ratio are determined as defined in the description. a minimum value of a tensile strength is 1000 MPa or more and 1250 MPa or less, and a conductivity (%IACS) is 60% or more and 90% or less, wherein a peak intensity ratio of a plane of silver is 80% or more in a X-ray diffraction chart of the copper alloy plate material, a peak intensity ratio of a plane of silver is 20% or less in the X-ray diffraction chart of the copper alloy plate material, and the minimum value of the tensile strength, the conductivity (%IACS), and the peak intensity ratio are determined as defined in the description.
A method for producing a copper metal film, comprising: treating a copper-based particle deposition layer containing both copper oxide and a metallic transition metal or alloy, or a transition metal complex containing a metal element, with gaseous formic acid heated to 120°C or higher, wherein the transition metal, the alloy, and the transition metal complex are a metal selected from the group consisting of Pd, Pt, Ni, Ag, Au and Rh, an alloy containing the metal, and a complex containing the metal element, respectively, wherein the copper-based particle deposition layer is a layer in which a layer containing a metallic transition metal or alloy, or a transition metal complex containing a metal element is disposed on a layer in which one or more layers containing copper oxide particles are disposed.
Underwater working system with at least one autonomous unmanned underwater vehicle and an unmanned relay vehicle floating on the water surface, which relay vehicle has a radio antenna for external communication and a drive, wherein the autonomous unmanned underwater vehicle is connected physically to the relay vehicle by a coupling connection, wherein the coupling connection comprises an internal communication device or the coupling connection is a constituent of the communication device, wherein the relay vehicle, the autonomous underwater vehicle and/or the coupling connection are configured so that the relay vehicle can be guided by the autonomous underwater vehicle by means of a control unit, taking navigation information into account, so that the autonomous unmanned underwater vehicle is operable with quasi unlimited range under water.
An electric machine comprising: a shaft, which is mounted so as to rotate around a central rotation axis; a rotor, which is fitted to the shaft so as to rotate together with the shaft; a stator with a tubular, cylindrical shape, which is arranged around the rotor so as to enclose, on the inside, the rotor and has a magnetic core, which consists of a series of laminations made of a ferromagnetic material and is longitudinally crossed by a plurality of stator slots; and a stator winding comprising a plurality of rigid bars, which are inserted in corresponding stator slots and are covered, on the outside, with an insulating coating; wherein each stator slot has a rectangular cross section having a long side arranged radially and a short side arranged circumferentially; wherein each stator slot houses eight bars lined up one behind the other; and wherein each bar has a rectangular cross section having a long side parallel to the short side of the corresponding stator slot and a short side parallel to the long side of the corresponding stator slot; the electric machine is characterized in that: the rotor comprises permanent magnets; and in each bar, the ratio between the long side and the short side of the rectangular cross section ranges from 3 to 3.7. a shaft, which is mounted so as to rotate around a central rotation axis; a rotor, which is fitted to the shaft so as to rotate together with the shaft; a stator with a tubular, cylindrical shape, which is arranged around the rotor so as to enclose, on the inside, the rotor and has a magnetic core, which consists of a series of laminations made of a ferromagnetic material and is longitudinally crossed by a plurality of stator slots; and a stator winding comprising a plurality of rigid bars, which are inserted in corresponding stator slots and are covered, on the outside, with an insulating coating; wherein each stator slot has a rectangular cross section having a long side arranged radially and a short side arranged circumferentially; wherein each stator slot houses eight bars lined up one behind the other; and wherein each bar has a rectangular cross section having a long side parallel to the short side of the corresponding stator slot and a short side parallel to the long side of the corresponding stator slot; the electric machine is characterized in that: the rotor comprises permanent magnets; and in each bar, the ratio between the long side and the short side of the rectangular cross section ranges from 3 to 3.7. the rotor comprises permanent magnets; and in each bar, the ratio between the long side and the short side of the rectangular cross section ranges from 3 to 3.7.
A system for determining a pulse wave velocity of a pulse travelling along a wall of a vessel or organ, or a characteristic of the wall of the vessel or organ based on the pulse wave velocity, the system comprising: a body-implantable device which comprises - a cuff for implanting around the vessel or organ; - an actuator for providing, through actuation of the actuator, the pulse in the vicinity of the vessel or organ wall at a first location along the vessel or organ; and - a sensor for sensing the pulse at a second location along the vessel or organ, the second location being different from the first location; and a controller (20,22) for: - controlling the actuator and analyzing the sensed pulse; and - determining from a time difference between providing the pulse and sensing of the pulse, the pulse wave velocity, or the characteristic of the vessel or organ wall based on the pulse wave velocity. a body-implantable device which comprises - a cuff for implanting around the vessel or organ; - an actuator for providing, through actuation of the actuator, the pulse in the vicinity of the vessel or organ wall at a first location along the vessel or organ; and - a sensor for sensing the pulse at a second location along the vessel or organ, the second location being different from the first location; and - a cuff for implanting around the vessel or organ; - an actuator for providing, through actuation of the actuator, the pulse in the vicinity of the vessel or organ wall at a first location along the vessel or organ; and - a sensor for sensing the pulse at a second location along the vessel or organ, the second location being different from the first location; and a controller (20,22) for: - controlling the actuator and analyzing the sensed pulse; and - determining from a time difference between providing the pulse and sensing of the pulse, the pulse wave velocity, or the characteristic of the vessel or organ wall based on the pulse wave velocity. - controlling the actuator and analyzing the sensed pulse; and - determining from a time difference between providing the pulse and sensing of the pulse, the pulse wave velocity, or the characteristic of the vessel or organ wall based on the pulse wave velocity.
Injection mould for plastics, comprising at least one first mould impression and one second mould impression that complements the first impression, the second impression being configured to close onto the first impression so as to define between the first and second impressions: - a moulding cavity that defines the surface of at least part of a component that is to be injection moulded, - a substantially triangular chamber, having a material inlet corner and an opposite side for the exit of material towards the moulding cavity, configured to allow a substantially triangular sheet of material to flow between the inlet corner and the opposite outlet side, characterized in that the chamber has dual concavity so that, for each point (14, 14', A, B, C, D) on the outlet side, the shortest flow path (10, 10', 16, 17, 18, 19) between the inlet corner and this point on the outlet side is of a length substantially equal to a same length corresponding to a first flow path. - a moulding cavity that defines the surface of at least part of a component that is to be injection moulded, - a substantially triangular chamber, having a material inlet corner and an opposite side for the exit of material towards the moulding cavity, configured to allow a substantially triangular sheet of material to flow between the inlet corner and the opposite outlet side,