mhurhangee/patent-ind-claim-en huggingface dataset:
A method for detecting a traverse winding defect when winding a link (L) on a spool rotatably driven about a longitudinal axis (X), the link (L) being alternately translationally guided by a guide pulley relative to the spool along said longitudinal axis (X) between two reversal positions, comprising: - measuring the position of the guide pulley relative to the spool along the longitudinal axis (X) over time, - measuring the position (P2) of a regulation device for regulating the advance speed of the link on the guide pulley over time, said measurement being carried out in a measurement window (F) encompassing each reversal position (Pi1, Pi2), - from said measurements, determining a deviation between the position (P3) of the regulation device and a reference position (P3r) at each reversal position (Pi1, Pi2), and - from said deviation, detecting the formation of a hollow or bump in the winding, said method being characterised in that the minimum (p3min) and maximum (p3max) positions of the regulation device are determined in each measurement window (F) and deviations (Δmin, Δmax) between each respective minimum (p3min) or maximum (p3max) position and the reference position (P3r) of the regulation device are calculated. - measuring the position of the guide pulley relative to the spool along the longitudinal axis (X) over time, - measuring the position (P2) of a regulation device for regulating the advance speed of the link on the guide pulley over time, said measurement being carried out in a measurement window (F) encompassing each reversal position (Pi1, Pi2), - from said measurements, determining a deviation between the position (P3) of the regulation device and a reference position (P3r) at each reversal position (Pi1, Pi2), and - from said deviation, detecting the formation of a hollow or bump in the winding,
A pressure guide wire, which is configured for use in a non-vascular system, comprising: an insertion portion and an operation portion, wherein the insertion portion comprises a mandrel : a distal-end protective sleeve wrapping the distal end portion of the mandrel , a proximal-end protective sleeve wrapping the proximal end portion of the mandrel , an intermediate sleeve disposed between the distal-end protective sleeve and the proximal-end protective sleeve , which is fixedly sleeved on the mandrel , and the outer surface of intermediate sleeve is provided with a groove , and, a pressure sensor disposed in the groove of the outer surface of the intermediate sleeve and connected with a plurality of sensing wires for transmitting the signal of the pressure sensor , which extend between the proximal-end protective sleeve and the mandrel, mandrel , and the other end of which is connected to the operation portion, the operation portion is connected to the proximal end of the insertion portion, and the operation portion is provided with a connection port connected to the sensing wires or a wireless communication module connected to the sensing wires . a distal-end protective sleeve wrapping the distal end portion of the mandrel , a proximal-end protective sleeve wrapping the proximal end portion of the mandrel , an intermediate sleeve disposed between the distal-end protective sleeve and the proximal-end protective sleeve , which is fixedly sleeved on the mandrel , and the outer surface of intermediate sleeve is provided with a groove , and, a pressure sensor disposed in the groove of the outer surface of the intermediate sleeve and connected with a plurality of sensing wires for transmitting the signal of the pressure sensor , which extend between the proximal-end protective sleeve and the mandrel, mandrel , and the other end of which is connected to the operation portion, the operation portion is connected to the proximal end of the insertion portion, and the operation portion is provided with a connection port connected to the sensing wires or a wireless communication module connected to the sensing wires .
A method of charging a battery using a switching regulator comprising: storing a plurality of charging parameters in one or more programmable data storage elements ; supplying a controlled current from said switching regulator via a filter to said battery during a first time period, wherein the controlled current supplied is based at least in part on a control signal applied to the switching regulator, and further wherein the control signal is based at least in part on a first parameter of said stored charging parameters and the first parameter is variable across a range of values to program the controlled current across a corresponding range of current values; and supplying a constant voltage from said switching regulator via said filter to said battery during a second time period following the first time period if a voltage on the battery is above a first threshold, wherein the constant voltage is based at least in part on the control signal applied to the switching regulator, and further wherein the control signal is based at least in part on a second parameter of said stored charging parameters and the second parameter is variable across a range of values to program the constant voltage across a corresponding range of voltage values. storing a plurality of charging parameters in one or more programmable data storage elements ; supplying a controlled current from said switching regulator via a filter to said battery during a first time period, wherein the controlled current supplied is based at least in part on a control signal applied to the switching regulator, and further wherein the control signal is based at least in part on a first parameter of said stored charging parameters and the first parameter is variable across a range of values to program the controlled current across a corresponding range of current values; and supplying a constant voltage from said switching regulator via said filter to said battery during a second time period following the first time period if a voltage on the battery is above a first threshold, wherein the constant voltage is based at least in part on the control signal applied to the switching regulator, and further wherein the control signal is based at least in part on a second parameter of said stored charging parameters and the second parameter is variable across a range of values to program the constant voltage across a corresponding range of voltage values.
Drive unit for an actuator , at least comprising a motor module and a control module , the motor module having at least one electric drive and the control module having at least one power component for controlling the drive ; the motor module and the control module being connected to one another at least via at least one electrically conducting first connection ; the first connection being formed by way of a first motor module pin , a first control module pin , and a single-piece first connecting element which connects the first motor module pin to the first control module pin in an electrically conducting manner; the first motor module pin extending, starting from an attachment on the motor module , along a first axial direction as far as a first motor module pin end ; the first control module pin extending from an attachment on the control module along the first axial direction as far as a first control module pin end ; the first connecting element for connecting the pins extending at least along a radial direction , transversely with respect to the first axial direction ; at least one of the pins being connected in an electrically conducting and non-positive manner via an elastically deformable contact element to the first connecting element and the non-positive connection acting counter to a displacement along the first axial direction ; and at least one of the pins being connected in an electrically conducting manner via an integrally joined connection to the first connecting element .
A benefit agent delivery particle having a core-shell structure in which a porous shell of polymeric material entraps a core containing the benefit agent; in which the pores in the shell are at least partially occluded by a wash-removable coating provided at the exterior surface of the shell; and characterized in that the wash-removable coating is formed from deposited particles of a complex of a cationic surfactant and an anionic surfactant.
Edge piece for forming a termination of a window sill and for making a connection to a facade, wherein the edge piece comprises: one or more coupling elements , which can be connected positively to one or more coupling elements of a window frame; at least one upper side , a lower side , a side part and a rear side , i.e., a side to be arranged on the window side; and at least one overhang , characterized in that the lower side and the rear side each have a width that is greater than a width of the upper side , such that the upper side of the edge piece is narrower than its lower side and its rear side , and the at least one overhang is formed by each of the widened lower side and the widened rear side . one or more coupling elements , which can be connected positively to one or more coupling elements of a window frame; at least one upper side , a lower side , a side part and a rear side , i.e., a side to be arranged on the window side; and at least one overhang , characterized in that the lower side and the rear side each have a width that is greater than a width of the upper side , such that the upper side of the edge piece is narrower than its lower side and its rear side , and the at least one overhang is formed by each of the widened lower side and the widened rear side .
Stove , in particular a fireplace stove or tiled stove, fireplace insert or similar device for burning solid fuels such as logs, compressed wood products such as briquettes or pellets or mineral fuels such as coal or anthracite, with a stove body in which a combustion chamber (1.3) surrounded by side walls (1.2), a rear wall (1.4), a floor (1.5) and a combustion chamber door (1.1) is provided, and with an exhaust gas system connected to the combustion chamber (1.3), which can be positioned preferably at least in part inside an exhaust gas hood , wherein a catalyst module is assigned to the exhaust gas system , wherein the catalyst module has a number of catalyst elements (4.1), wherein the catalyst elements (4.1) are spaced apart from each other by at least 5 mm and at most 40 mm and between them have a through-flow chamber for exhaust gas, so that a through-flow gap is provided for exhaust gases, characterised in that the catalyst elements (4.1) are porous.
Device for fixing a vehicle seat , in particular a rail vehicle seat, to a floor of the vehicle, comprising: - at least one insert to be inserted into the floor , and at least one fixing element in addition to the insert , - a longitudinal fixing member (24; 24'; 24"), secured to an upright of the seat , extending in a longitudinal direction (X), comprising at least one through orifice (26; 26") to be passed through by a respective one of the at least one fixing element , the longitudinal fixing member (24; 24'; 24") being shaped to receive the fixing element in a plurality of possible positions in the longitudinal direction (X) with respect to the upright of the seat , the plurality of possible positions forming a continuous segment extending in the longitudinal direction (X), characterized in that , in each possible position, the through orifice (26,26") coincides with the insert to allow fixing, the fixing element passing through the through-hole (26; 26") to reach and/or cooperate with the insert . - at least one insert to be inserted into the floor , and at least one fixing element in addition to the insert , - a longitudinal fixing member (24; 24'; 24"), secured to an upright of the seat , extending in a longitudinal direction (X), comprising at least one through orifice (26; 26") to be passed through by a respective one of the at least one fixing element , the longitudinal fixing member (24; 24'; 24") being shaped to receive the fixing element in a plurality of possible positions in the longitudinal direction (X) with respect to the upright of the seat , the plurality of possible positions forming a continuous segment extending in the longitudinal direction (X),
A profile for the manufacture of window and door frameworks and casings, comprising: - at least one profiled element which has at least a first surface to be at least partly covered and is coupleable to other profiled elements to define a frame of window and door frameworks and casings; - at least one film having at least a second surface at least partly associated with said first surface by means of adhesive means ; characterized by the fact that it comprises at least one granular material positioned between said profiled element and said film and distributed on at least one portion of at least one of said first surface and said second surface . - at least one profiled element which has at least a first surface to be at least partly covered and is coupleable to other profiled elements to define a frame of window and door frameworks and casings; - at least one film having at least a second surface at least partly associated with said first surface by means of adhesive means ;
A process for manufacturing a purified aromatic carboxylic acid comprising: mixing crude aromatic carboxylic acid and a solvent comprising water in a mixing zone to form a purification reaction mixture, the mixing zone configured to operate at a pressure above ambient and the solvent being fed to the mixing zone at a pressure above ambient; heating the purification reaction mixture in a pre-heating zone, the purification reaction mixture comprising the crude aromatic carboxylic acid and solvent, the purification reaction mixture entering the pre-heating zone at a pressure above ambient and at a temperature above 100 °C; causing the heated purification reaction mixture to exit the pre-heating zone and enter a purification zone comprising a hydrogenation reactor; and purifying the crude aromatic carboxylic acid in the heated purification reaction mixture in the purification zone to form a purified aromatic carboxylic acid product, wherein purification comprises contacting at least a portion of the crude aromatic carboxylic acid with hydrogen in the presence of a catalyst in the hydrogenation reactor. mixing crude aromatic carboxylic acid and a solvent comprising water in a mixing zone to form a purification reaction mixture, the mixing zone configured to operate at a pressure above ambient and the solvent being fed to the mixing zone at a pressure above ambient; heating the purification reaction mixture in a pre-heating zone, the purification reaction mixture comprising the crude aromatic carboxylic acid and solvent, the purification reaction mixture entering the pre-heating zone at a pressure above ambient and at a temperature above 100 °C; causing the heated purification reaction mixture to exit the pre-heating zone and enter a purification zone comprising a hydrogenation reactor; and purifying the crude aromatic carboxylic acid in the heated purification reaction mixture in the purification zone to form a purified aromatic carboxylic acid product, wherein purification comprises contacting at least a portion of the crude aromatic carboxylic acid with hydrogen in the presence of a catalyst in the hydrogenation reactor.
A mobile terminal , comprising: a display ; a front window disposed at a front of the mobile terminal; an inner frame formed with a hole (H) configured to allow light to pass through from the front window; a dust sensor comprising a light emitting portion and a light receiving portion, wherein the light emitting portion is disposed adjacent to the inner frame and configured to emit light through the hole, and wherein the light receiving portion is configured to generate a signal based on light sensed through the hole that is emitted by the light emitting portion and scattered by dust particles; and a controller configured to: - control a light emission period of the light emitting portion and detect dust particles using the generated signal; - determine a size, number, and movement speed of the dust particles based on the generated signal; and - change the light emission period of the light emitting portion according to the size, number, and movement speed of the detected dust, and detect dust with a detection period corresponding to the changed light emission period to extend the dust detection range. a display ; a front window disposed at a front of the mobile terminal; an inner frame formed with a hole (H) configured to allow light to pass through from the front window; a dust sensor comprising a light emitting portion and a light receiving portion, wherein the light emitting portion is disposed adjacent to the inner frame and configured to emit light through the hole, and wherein the light receiving portion is configured to generate a signal based on light sensed through the hole that is emitted by the light emitting portion and scattered by dust particles; and a controller configured to: - control a light emission period of the light emitting portion and detect dust particles using the generated signal; - determine a size, number, and movement speed of the dust particles based on the generated signal; and - change the light emission period of the light emitting portion according to the size, number, and movement speed of the detected dust, and detect dust with a detection period corresponding to the changed light emission period to extend the dust detection range. - control a light emission period of the light emitting portion and detect dust particles using the generated signal; - determine a size, number, and movement speed of the dust particles based on the generated signal; and - change the light emission period of the light emitting portion according to the size, number, and movement speed of the detected dust, and detect dust with a detection period corresponding to the changed light emission period to extend the dust detection range.
A magnet assembly for a Coriolis flow meter comprising at least one magnet and a magnet keeper including a substantially planar magnet receiving face for receiving the at least one magnet , with the magnet assembly being characterized by : a brazing that affixes the at least one magnet to the magnet receiving face of the magnet keeper ; and a pole piece that is brazed to the at least one magnet , the pole piece including an aperture that provides an opening for brazing the pole piece to the at least one magnet . a brazing that affixes the at least one magnet to the magnet receiving face of the magnet keeper ; and a pole piece that is brazed to the at least one magnet , the pole piece including an aperture that provides an opening for brazing the pole piece to the at least one magnet .
A method of producing a shelf stable ready-to-drink beverage product, comprising the steps of: providing an ingredient composition comprising micellar caseins and whey protein, having a total protein concentration of 1.5 - 8 wt. %, and wherein the composition has a casein to whey protein ratio of 90/10 - 60/40, adding divalent cations to provide a concentration of 3 - 20 mM free divalent cations in the ingredient composition, and 0.025 - 0.3 wt % of high acyl gellan gum with a level of acylation of 50 - 99 %, and subsequently heat treating the ingredient composition at ultra high temperature (UHT) at 135 -150°C for 3 - 30 s to form agglomerated proteins comprising casein and beta-lactoglobulin from the whey protein, the agglomerates having a size of 5 - 30 microns mean diameter D as measured by laser diffraction; wherein the divalent cation is calcium from a source selected from the group consisting of calcium chloride, calcium lactate, calcium gluconate, calcium acetate, calcium fumarate, calcium malate, calcium phosphate, fractionated calcium from milk source, or a combination thereof. providing an ingredient composition comprising micellar caseins and whey protein, having a total protein concentration of 1.5 - 8 wt. %, and wherein the composition has a casein to whey protein ratio of 90/10 - 60/40, adding divalent cations to provide a concentration of 3 - 20 mM free divalent cations in the ingredient composition, and 0.025 - 0.3 wt % of high acyl gellan gum with a level of acylation of 50 - 99 %, and subsequently heat treating the ingredient composition at ultra high temperature (UHT) at 135 -150°C for 3 - 30 s to form agglomerated proteins comprising casein and beta-lactoglobulin from the whey protein, the agglomerates having a size of 5 - 30 microns mean diameter D as measured by laser diffraction;
Method for setting a filling height in a container of at least one agricultural transport vehicle or towed transport wagon , into which crop picked up by at least one self-propelled harvesting machine is overloaded by means of an overloading system until a predetermined filling height is reached and is transported by the transport vehicle or the transport wagon to a remote unloading point , wherein a quantity of crop overloaded by the harvesting machine into the container is determined by at least one measuring device arranged on the harvesting machine and transmitted to a control unit , characterised in that a quantity of crop material transferred by the transport vehicle or the transport wagon at the unloading point is determined by a further measuring device and transmitted to the control unit to determine a quantity difference between the quantity of crop material received and the quantity of crop material transferred, and in that at least one control signal is generated as a function of the determined quantity difference, by means of which the filling level realised by the overloading system is adjusted.
A method for providing a model suitable for speech-driven gesture synthesis, the method comprising: obtaining combined speech and gesture training data; forming conditioning data, said conditioning data comprising the speech training data; providing a model of speaker pose sequences; and training the model on the basis of the gesture training data and the conditioning data, wherein the conditioning data includes, for each time instance, past and future data, characterized in that the model of speaker pose sequences is an autoregressive model provided using normalizing flows, wherein each normalizing flow includes an invertible nonlinear transformation, whose parameters are determined by a neural network. obtaining combined speech and gesture training data; forming conditioning data, said conditioning data comprising the speech training data; providing a model of speaker pose sequences; and training the model on the basis of the gesture training data and the conditioning data, wherein the conditioning data includes, for each time instance, past and future data, characterized in that the model of speaker pose sequences is an autoregressive model provided using normalizing flows, wherein each normalizing flow includes an invertible nonlinear transformation, whose parameters are determined by a neural network.