mhurhangee/patent-ind-claim-en huggingface dataset:
A method of disposal and utilisation of dusts from the incineration installation containing hazardous substances, in the process of light aggregate production for the construction industry, whereby the produced aggregate is generated in the process of solid state reaction of a fine grain natural silica which is the waste generated during the rinsing of sand for the construction industry with the aforementioned dusts containing silica as the main component and qualified as hazardous waste, wherein the fraction of dust from the combustion installation which is less or equal to 0,2 mm is mixed with the fraction of fine grain natural silica which is less or equal to 0,063 mm, whereby the contents of hazardous waste in the mixture is from 5 to 100%, and then the resulting product in an amount of 30 to 70% is mixed with particulate glass waste in the form of dust of less or equal to 0,2 mm in an amount of 2 to 15% and waste sludge from wastewater treatment plants with a content of 15 to 50% of combustible components and/or sludge from coal flotation containing up 32% of coal, in an amount of 30 to 70%, and the resulting mixture in the form of a thick paste is granulated to form granules with a length ranging from 2 to 20 mm, which are then dried and subsequently undergo a heat treatment at a temperature ranging from 1000 to 1200°C for a time between 0,5 to 2 hours, until the stabilization of the hazardous substances by incorporation into the polycrystalline structure of the sinter with the properties of a lightweight aggregate.
Composition comprising galactooligosaccharides and resistant starch for use in: - treating and/or reducing methylmalonic acidemia (MMA) and/or propionic acidemia (PA), and/or treating, reducing and/or preventing symptoms associated therewith; - dietary management of MMA and/or PA; and/or - reducing gut flora induced production of propionic acid, in a human subject having an age of at least 12 years. - treating and/or reducing methylmalonic acidemia (MMA) and/or propionic acidemia (PA), and/or treating, reducing and/or preventing symptoms associated therewith; - dietary management of MMA and/or PA; and/or - reducing gut flora induced production of propionic acid,
A method for forming a moulded part from a light metal or a light metal alloy by impact extrusion of a slug carried out along a press axis (X), characterised in that the moulded part is formed, in at least one area, with a deviation from a basic form which is rotationally symmetrical with respect to the press axis, this symmetrically deviating area extends over a wall section (6.1) of the moulded part formed by indirect cup extrusion and including a normal running predominantly orthogonally to the press axis, and in the same extrusion process a structure surrounding the press axis, in particular a circumferential structure , is formed by direct cup extrusion, direct hollow extrusion or direct solid extrusion at a planar base of the moulded part which is adjacent to said wall section and includes a normal running predominantly in the direction of the press axis, on its side opposite the wall section, wherein in an area of smallest wall thickness of the wall section at the transition to the base, the quotient of this wall thickness (w) in [mm] and an average curvature (1/r) in [mm -1 ] formed at said transition is greater than 0.03, preferably greater than 0.1, more preferably greater than 0.3, particularly preferably greater than 0.6 and/or in an area of the base-wall transition which is at least predominant as viewed in the circumferential direction, the ratio of wall thickness to base thickness (b) is less than 1.0, preferably less than 0.85, particularly preferably less than 0.7.
A rack for launching a payload , the rack comprising: multiple rails that separately engage payload lugs received in respective of the rails; and a force actuator , said force actuator launching the payload by accelerating the payload along the rails, causing the payload lugs to separate from the respective rails. multiple rails that separately engage payload lugs received in respective of the rails; and a force actuator , said force actuator launching the payload by accelerating the payload along the rails, causing the payload lugs to separate from the respective rails.
A device comprising a positive electrode and a negative electrode ; a power supply connectable to the electrodes; and control means for activating the electrodes, and an elongate flexible substrate on which are mounted the electrodes , the power supply, and the control means; wherein the positive electrode is shaped and positioned so as to provide the positive electrode either side of the negative electrode ; characterised in that the device is configured to administer an electrical stimulus having a current of between 15 and 100mA to a nerve innervating opposed leg muscles of a patient, for causing isometric contraction of the muscles. an elongate flexible substrate on which are mounted the electrodes , the power supply, and the control means; wherein the positive electrode is shaped and positioned so as to provide the positive electrode either side of the negative electrode ; characterised in that the device is configured to administer an electrical stimulus having a current of between 15 and 100mA to a nerve innervating opposed leg muscles of a patient, for causing isometric contraction of the muscles.
Retractable exterior opening control (6; 106; 206) for opening (4; 104; 204) of motor vehicle bodywork , the said order including: - support (8; 108; 208) intended to be mounted on the opening (4; 104; 204) and forming a cavity (16; 116; 216); - handle (10; 110; 210) extending in a main direction (L), with a first end rotating on the support so that it can be housed in the cavity ; - a control device (12; 112; 212) on the media (8; 108; 208), configured to make a push on the handle (10; 110; 210) with a view to removing it from the cavity (16; 116; 216); - control device (12; 112; 212) being configured to allow the handle output effort (10; 110; 210) be directed towards the exit (17; 117; 217) of the cavity (16; 116; 216), the control device (112; 212) including a finger (128; 228) configured to exert the pull force of the handle (110; 210) in a direction perpendicular to the outer surface (105; 205) of the opening (104; 204) when the control is mounted on the said opening, and the pull out of the handle (110; 210) being exercised on a portion of the handle corresponding to one half comprising a second end (132; 232) opposite the swivel end . - support (8; 108; 208) intended to be mounted on the opening (4; 104; 204) and forming a cavity (16; 116; 216); - handle (10; 110; 210) extending in a main direction (L), with a first end rotating on the support so that it can be housed in the cavity ; - a control device (12; 112; 212) on the media (8; 108; 208), configured to make a push on the handle (10; 110; 210) with a view to removing it from the cavity (16; 116; 216); - control device (12; 112; 212) being configured to allow the handle output effort (10; 110; 210) be directed towards the exit (17; 117; 217) of the cavity (16; 116; 216), the control device (112; 212) including a finger (128; 228) configured to exert the pull force of the handle (110; 210) in a direction perpendicular to the outer surface (105; 205) of the opening (104; 204) when the control is mounted on the said opening, and the pull out of the handle (110; 210) being exercised on a portion of the handle corresponding to one half comprising a second end (132; 232) opposite the swivel end .
Method for determining at least one load variable (J, MR) of an object which can be driven by an electric motor (MOT) during operation, using a motor current (I) and an angular speed (ω) of the motor (MOT), comprising the steps: - determining an energy (E) in a first interval (t1E, t2E) as a first integral function (fE) of motor current (I) and the angular speed (ω) over a time (t) and a first motor constant (kMOT1) of the electric motor (MOT), - determining an angular momentum (L) in a second interval (t1L, t2L) as a second integral function (fL) of motor current (I) over the time (t) and a second motor constant (kMOT2) of the electric motor (MOT), - determining at least one of the load variables (J, MR) in the respective interval (t1E, t2E, t1L, t2L) using the energy (E) and the angular momentum (L). - determining an energy (E) in a first interval (t1E, t2E) as a first integral function (fE) of motor current (I) and the angular speed (ω) over a time (t) and a first motor constant (kMOT1) of the electric motor (MOT), - determining an angular momentum (L) in a second interval (t1L, t2L) as a second integral function (fL) of motor current (I) over the time (t) and a second motor constant (kMOT2) of the electric motor (MOT), - determining at least one of the load variables (J, MR) in the respective interval (t1E, t2E, t1L, t2L) using the energy (E) and the angular momentum (L).
An absorbent article comprising: a topsheet comprising a liquid permeable material; a backsheet comprising a liquid impermeable material; an absorbent core disposed at least partially intermediate the liquid permeable material and the liquid impermeable material and comprising an absorbent material enclosed in a core wrap , wherein the core wrap comprises a C-wrap attachment, wherein the absorbent material comprises from 70% to 100% of superabsorbent polymers by weight of the absorbent material, wherein the absorbent core defines a first channel substantially free of the superabsorbent polymers, and wherein the first channel extends substantially through the thickness of the absorbent material; a liquid management system positioned at least partially intermediate the liquid permeable material and the absorbent core, comprising an acquisition layer and a distribution layer , wherein the liquid management system is substantially free of any superabsorbent polymers; and a liquid distribution system , wherein the liquid distribution system defines a second channel , and wherein the second channel extends substantially through the thickness of the liquid distribution system, and wherein the liquid distribution system is positioned: - intermediate the liquid management system and the liquid permeable material, or - intermediate the liquid management system and the absorbent core, or - intermediate the absorbent core and the liquid impermeable material. a topsheet comprising a liquid permeable material; a backsheet comprising a liquid impermeable material; an absorbent core disposed at least partially intermediate the liquid permeable material and the liquid impermeable material and comprising an absorbent material enclosed in a core wrap , wherein the core wrap comprises a C-wrap attachment, wherein the absorbent material comprises from 70% to 100% of superabsorbent polymers by weight of the absorbent material, wherein the absorbent core defines a first channel substantially free of the superabsorbent polymers, and wherein the first channel extends substantially through the thickness of the absorbent material; a liquid management system positioned at least partially intermediate the liquid permeable material and the absorbent core, comprising an acquisition layer and a distribution layer , wherein the liquid management system is substantially free of any superabsorbent polymers; and a liquid distribution system , wherein the liquid distribution system defines a second channel , and wherein the second channel extends substantially through the thickness of the liquid distribution system, and wherein the liquid distribution system is positioned: - intermediate the liquid management system and the liquid permeable material, or - intermediate the liquid management system and the absorbent core, or - intermediate the absorbent core and the liquid impermeable material. - intermediate the liquid management system and the liquid permeable material, or - intermediate the liquid management system and the absorbent core, or - intermediate the absorbent core and the liquid impermeable material.
A clamping connection for fastening foreign hairs to own hairs, characterised in that the clamping connection comprises a slotted sleeve and a plug insertable therein, and furthermore the extraneous hairs are embedded with one of their ends in the plug .
A motor, comprising: a motor body ; a lead screw connected to an output axis of the motor body to reciprocally move in a horizontal direction; a ball-shaped joint member connected to the lead screw ; and a coupling member coupling the lead screw to the ball-shaped joint member , wherein the lead screw is formed with a thread at one end and a first coupling hole at the other end thereof, the ball-shaped joint member has a coupling unit formed with a second coupling hole that communicates with the first coupling hole of the lead screw at a coupling position, the coupling member passes through the first and second coupling holes at the coupling position, a length of the coupling member is greater than a width of the lead screw but shorter than a width of the coupling unit of the joint member , both distal ends of the coupling member are protruded to outside of the first coupling hole of the lead screw , and characterized in that a portion of the second coupling hole is thermally deformed by heat sealing to fix both distal ends of the coupling member , and a part of the thermally-deformed resin flows into the second coupling hole to close or block only a part of the second coupling hole such that the coupling member is prevented from being disengaged from the second coupling hole of the joint member . a motor body ; a lead screw connected to an output axis of the motor body to reciprocally move in a horizontal direction; a ball-shaped joint member connected to the lead screw ; and a coupling member coupling the lead screw to the ball-shaped joint member , wherein the lead screw is formed with a thread at one end and a first coupling hole at the other end thereof, the ball-shaped joint member has a coupling unit formed with a second coupling hole that communicates with the first coupling hole of the lead screw at a coupling position, the coupling member passes through the first and second coupling holes at the coupling position, a length of the coupling member is greater than a width of the lead screw but shorter than a width of the coupling unit of the joint member , both distal ends of the coupling member are protruded to outside of the first coupling hole of the lead screw , and characterized in that a portion of the second coupling hole is thermally deformed by heat sealing to fix both distal ends of the coupling member , and a part of the thermally-deformed resin flows into the second coupling hole to close or block only a part of the second coupling hole such that the coupling member is prevented from being disengaged from the second coupling hole of the joint member .
A method for determining pH of a composition, the method comprising: preparing a calibration curve of a chemical species comprising an acid dissociation constant, wherein preparing the calibration curve comprises plotting a chemical shift of the chemical species relative to pH; determining a chemical shift of a composition comprising the chemical species; determining the pH of the composition with the chemical shift of the composition and the calibration curve wherein the chemical shift of the composition is determined with nuclear magnetic resonance spectroscopy; and wherein the chemical species comprises a phosphate group, tetrasodium pyrophosphate, tetrapotassium pyrophosphate, phosphoric acid, sodium monofluorophosphate, dicalcium phosphate dehydrate, sodium triphosphate, sodium hexametaphosphate, or combinations thereof, wherein the chemical shift of the composition is determined with phosphorus-31 nuclear magnetic resonance spectroscopy ( 31 P NMR). preparing a calibration curve of a chemical species comprising an acid dissociation constant, wherein preparing the calibration curve comprises plotting a chemical shift of the chemical species relative to pH; determining a chemical shift of a composition comprising the chemical species; determining the pH of the composition with the chemical shift of the composition and the calibration curve wherein the chemical shift of the composition is determined with nuclear magnetic resonance spectroscopy; and wherein the chemical species comprises a phosphate group, tetrasodium pyrophosphate, tetrapotassium pyrophosphate, phosphoric acid, sodium monofluorophosphate, dicalcium phosphate dehydrate, sodium triphosphate, sodium hexametaphosphate, or combinations thereof, wherein the chemical shift of the composition is determined with phosphorus-31 nuclear magnetic resonance spectroscopy ( 31 P NMR).
An actuating device for a lock device , the actuating device comprising: - a stationary structure ; - an actuating element rotatable relative to the stationary structure ; - an electric power source ; - a spindle arranged to be rotated by rotation of the actuating element ; - a locking member movable between a locked position and an unlocked position ; - an electromechanical transfer device arranged in the spindle , the transfer device being configured to adopt a locked state , in which the locking member cannot be moved from the locked position to the unlocked position by rotation of the actuating element , and an unlocked state in which the locking member can be moved from the locked position to the unlocked position by rotation of the actuating element ; - a receiver device fixed with respect to the spindle , the receiver device being electrically connected to the transfer device ; and - a transmitter device fixed with respect to the stationary structure and arranged to be electrically powered by the power source , characterized in that the transmitter device is configured to wirelessly transmit power to the receiver device . - a stationary structure ; - an actuating element rotatable relative to the stationary structure ; - an electric power source ; - a spindle arranged to be rotated by rotation of the actuating element ; - a locking member movable between a locked position and an unlocked position ; - an electromechanical transfer device arranged in the spindle , the transfer device being configured to adopt a locked state , in which the locking member cannot be moved from the locked position to the unlocked position by rotation of the actuating element , and an unlocked state in which the locking member can be moved from the locked position to the unlocked position by rotation of the actuating element ; - a receiver device fixed with respect to the spindle , the receiver device being electrically connected to the transfer device ; and - a transmitter device fixed with respect to the stationary structure and arranged to be electrically powered by the power source , characterized in that the transmitter device is configured to wirelessly transmit power to the receiver device .
Processing unit for a machine for deburring a flat workpiece, in which the processing unit sweeps across the surface of the workpiece to be deburred, having an essentially flat carrier plate , a package of rectangular, flexible abrasive sheets which are arranged parallel to one another on the carrier plate and extend transverse to the movement direction of the processing unit , characterized in that the individual abrasive sheets are fixed on the carrier plate inclined obliquely to the movement direction of the processing unit , with the result that the abrasive sheets fan out in the area of their lower edges. an essentially flat carrier plate , a package of rectangular, flexible abrasive sheets which are arranged parallel to one another on the carrier plate and extend transverse to the movement direction of the processing unit , characterized in that the individual abrasive sheets are fixed on the carrier plate inclined obliquely to the movement direction of the processing unit , with the result that the abrasive sheets fan out in the area of their lower edges.
A method for preparing a sterilized scaffold for medical use, the method comprising the steps of: i) Loading collagen to a fiber mesh containing fibers of polylactide polymer or copolymer (PLA) to obtain a PLA-collagen scaffold, ii) Drying the PLA-collagen scaffold obtained from step i), iii) Sterilizing the PLA-collagen scaffold obtained from the drying step ii) to obtain the sterilized scaffold. i) Loading collagen to a fiber mesh containing fibers of polylactide polymer or copolymer (PLA) to obtain a PLA-collagen scaffold, ii) Drying the PLA-collagen scaffold obtained from step i), iii) Sterilizing the PLA-collagen scaffold obtained from the drying step ii) to obtain the sterilized scaffold.
A computer-implemented method comprising: obtaining an output file, the output file including data defining user interface, UI, elements and comprising an animation file; extracting, from the output file, one or more UI layout files and associated animations, the associated animations defining animation attributes for the UI elements in a state associated with a layout defined by the one or more UI layout files; encoding by a processor , a series of UI assets with state-to state transitions such that the series of UI assets can be manipulated and executed to exhibit encoded behavior and presentation, the encoding performed based on the obtained UI elements, the UI layout files and the associated animations; and when the output file comprises marker information corresponding with the state associated with the layout, the marker information comprising a start time and a duration to automatically bind a behavior state to the associated animations. obtaining an output file, the output file including data defining user interface, UI, elements and comprising an animation file; extracting, from the output file, one or more UI layout files and associated animations, the associated animations defining animation attributes for the UI elements in a state associated with a layout defined by the one or more UI layout files; encoding by a processor , a series of UI assets with state-to state transitions such that the series of UI assets can be manipulated and executed to exhibit encoded behavior and presentation, the encoding performed based on the obtained UI elements, the UI layout files and the associated animations; and when the output file comprises marker information corresponding with the state associated with the layout, the marker information comprising a start time and a duration to automatically bind a behavior state to the associated animations.