mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing an organic solvent dispersion of titanium oxide particles in an organic solvent except methanol and ethanol, comprising: (a) a surface treating process for surface treating an alcohol dispersion of titanium oxide particles in at least one alcohol solvent selected from the group consisting of methanol and ethanol with a surface treating agent comprising 1-40 parts by weight of a silane coupling agent and 1-80 parts by weight of 12-hydroxystearic acid, each in relation to 100 parts by weight of the titanium oxide particles, thereby surface treating the titanium oxide particles; and (b) a solvent replacing process for replacing the alcohol solvent that is a dispersion medium of the alcohol dispersion of titanium oxide particles by the organic solvent except methanol and ethanol, wherein the silane coupling agent has the general formula (I) (RO) n -Si-X 4 - n (I) wherein R is an alkyl group having carbon atoms of 1-4, n is 2 or 3, X is an alkyl, a fluoroalkyl, a vinyl or a (meth)acryloyloxyalkyl group. (a) a surface treating process for surface treating an alcohol dispersion of titanium oxide particles in at least one alcohol solvent selected from the group consisting of methanol and ethanol with a surface treating agent comprising 1-40 parts by weight of a silane coupling agent and 1-80 parts by weight of 12-hydroxystearic acid, each in relation to 100 parts by weight of the titanium oxide particles, thereby surface treating the titanium oxide particles; and (b) a solvent replacing process for replacing the alcohol solvent that is a dispersion medium of the alcohol dispersion of titanium oxide particles by the organic solvent except methanol and ethanol,
A solid electrolyte material represented by the following composition formula Li 3-3δ-a Y 1+δ-a M a Cl 6-x-y Br x I y Formula where M is one or more kinds of elements selected from the group consisting of Zr, Hf, and Ti; − 1 < δ < 1 ; 0 < a ≤ 0.9 ; 0 < 3 − 3 δ − a ; 0 < 1 + δ − a ; 0 ≤ x ≤ 6 ; 0 ≤ y ≤ 6 ; and x + y ≤ 6 .
A foil trap that captures debris (DB) released from a plasma (P), the foil trap comprising: a hub structure having a circumferential surface portion and a front surface portion facing the plasma (P); a plurality of foils that are arranged radially around the hub structure such that each foil is arranged on a plane containing the central axis line (JM) of a central pillar of the hub structure , and wherein the foils are supported by brazing on the circumferential surface portion ; and a shield member that is disposed on the front surface portion , has a circumferential edge portion for shielding the circumferential surface portion from the plasma (P), and forms a thermal resistance section (TR1, TR2) between the shield member and the hub structure , characterized in that the thermal resistance section (TR1, TR2) is a contact layer between the shield member and the hub structure . a hub structure having a circumferential surface portion and a front surface portion facing the plasma (P); a plurality of foils that are arranged radially around the hub structure such that each foil is arranged on a plane containing the central axis line (JM) of a central pillar of the hub structure , and wherein the foils are supported by brazing on the circumferential surface portion ; and a shield member that is disposed on the front surface portion , has a circumferential edge portion for shielding the circumferential surface portion from the plasma (P), and forms a thermal resistance section (TR1, TR2) between the shield member and the hub structure , characterized in that the thermal resistance section (TR1, TR2) is a contact layer between the shield member and the hub structure .
An open face flat in-line irrigation drip emitter for insertion in to a conduit carrying pressurized fluid comprising: a unitary body made of a single piece of elastomeric material defining an open face flat in-line emitter having an inlet, outlet and a flow channel therebetween connecting the inlet and outlet ; the flow channel defining a pressure reduction flow passage and a pressure compensating flow passage having a first cross-sectional area at low fluid pressure and a second cross-sectional area smaller than the first cross-sectional area at high fluid pressure to restrict flow through the channel; and the emitter inlet includes a protrusion that extends toward a central portion of the conduit so that fluid entering the emitter comes from a position closer to the central portion of the conduit than from a periphery of the conduit in order to avoid larger obstructions entering the emitter that may be located near the periphery of the conduit. a unitary body made of a single piece of elastomeric material defining an open face flat in-line emitter having an inlet, outlet and a flow channel therebetween connecting the inlet and outlet ; the flow channel defining a pressure reduction flow passage and a pressure compensating flow passage having a first cross-sectional area at low fluid pressure and a second cross-sectional area smaller than the first cross-sectional area at high fluid pressure to restrict flow through the channel; and the emitter inlet includes a protrusion that extends toward a central portion of the conduit so that fluid entering the emitter comes from a position closer to the central portion of the conduit than from a periphery of the conduit in order to avoid larger obstructions entering the emitter that may be located near the periphery of the conduit.
Catheter system (30-2) of an insertion system (100-2) for inserting a heart valve stent into the body of a patient, said catheter system (30-2) having a proximal end portion connected or connectable to a catheter tip (10-2) and a distal end portion connected or connectable to a handle (70-2), wherein the catheter system (30-2) comprises: - an outer catheter and an inner catheter accommodated in the outer catheter ; and - a flexural link region , which can be deflected with the aid of an actuating means of the handle (70-2), said flexural link region being preferably formed integrally in the catheter system (30-2), wherein the outer catheter and the inner catheter act as force transmission means, said force transmission means can be connected to the catheter tip (10-2) in which the heart valve stent is mounted, wherein the force transmission means are designed to manipulate the catheter tip (10-2) so that the heart valve stent housed in the catheter tip (10-2) may be released from the catheter tip (10-2) in steps or in accordance with a previously defined or definable sequence of events, and wherein at the distal end region of the catheter system (30-2), the force transmission means are connected to first and second operating means of the handle (70-2), and wherein the catheter system (30-2) comprises a control wire that passes through the inside of the outer catheter for deflecting the flexural link region . - an outer catheter and an inner catheter accommodated in the outer catheter ; and - a flexural link region , which can be deflected with the aid of an actuating means of the handle (70-2), said flexural link region being preferably formed integrally in the catheter system (30-2), wherein the outer catheter and the inner catheter act as force transmission means, said force transmission means can be connected to the catheter tip (10-2) in which the heart valve stent is mounted, wherein the force transmission means are designed to manipulate the catheter tip (10-2) so that the heart valve stent housed in the catheter tip (10-2) may be released from the catheter tip (10-2) in steps or in accordance with a previously defined or definable sequence of events, and wherein at the distal end region of the catheter system (30-2), the force transmission means are connected to first and second operating means of the handle (70-2), and wherein the catheter system (30-2) comprises a control wire that passes through the inside of the outer catheter for deflecting the flexural link region .
A method for ice detection for a wind turbine , comprising: providing an ice condition threshold parameter adapted for distinguishing a condition during which icing may occur and a condition during which icing may not occur; measuring a wind velocity with a first anemometer (110; 500; 600), the first anemometer being of a first type; measuring a wind velocity with a second anemometer (120; 500; 600), the second anemometer being of a second type, and wherein the second type is different from the first type; evaluating, for the condition during which icing may occur, a deviation of the wind velocity measured with the first anemometer and the wind velocity measured with the second anemometer; and determining whether the deviation exceeds a limit value based on a calibration conducted under a condition during which icing may not occur, the method being characterized in that the calibration comprises: measuring a data set of the first anemometer for a period and under a condition during which icing may not occur; measuring a data set of the second anemometer corresponding to the period in which icing may not occur; and defining a functional interrelation between the first data set and the second data set; defining the limit value determining a deviation threshold to indicate an icing condition flag. providing an ice condition threshold parameter adapted for distinguishing a condition during which icing may occur and a condition during which icing may not occur; measuring a wind velocity with a first anemometer (110; 500; 600), the first anemometer being of a first type; measuring a wind velocity with a second anemometer (120; 500; 600), the second anemometer being of a second type, and wherein the second type is different from the first type; evaluating, for the condition during which icing may occur, a deviation of the wind velocity measured with the first anemometer and the wind velocity measured with the second anemometer; and determining whether the deviation exceeds a limit value based on a calibration conducted under a condition during which icing may not occur, the method being characterized in that the calibration comprises: measuring a data set of the first anemometer for a period and under a condition during which icing may not occur; measuring a data set of the second anemometer corresponding to the period in which icing may not occur; and defining a functional interrelation between the first data set and the second data set; defining the limit value determining a deviation threshold to indicate an icing condition flag. measuring a data set of the first anemometer for a period and under a condition during which icing may not occur; measuring a data set of the second anemometer corresponding to the period in which icing may not occur; and defining a functional interrelation between the first data set and the second data set; defining the limit value determining a deviation threshold to indicate an icing condition flag.
A rehabilitation assistance system comprising: an action detector configured to detect a first rehabilitation action of a user: a display controller configured to control a display unit to display an avatar image that moves in a three-dimensional virtual space in accordance with the detected first rehabilitation action, further configured to control the display unit to display a target object representing a target of the first rehabilitation action in the three-dimensional virtual space and further configured to control the display unit to display a visual recognition support image that improves the recognizability of the target object by being displayed such that the target object is surrounded by the visual recognition support image being larger than the target object; an evaluator configured to evaluate a rehabilitation ability of the user by comparing the position of the avatar with the position of the target object, wherein the first rehabilitation action is judged as completed when the avatar touches the target object, and an updater configured to update the position of the target object in accordance with an evaluation result by said evaluator, wherein the size of the visual recognition support image changes in accordance with the evaluation result, wherein said action detector is further configured to detect a second rehabilitation action during the first rehabilitation action, and wherein said evaluator is further configured to evaluate the rehabilitation ability based on both the first rehabilitation action and the second rehabilitation action. an action detector configured to detect a first rehabilitation action of a user: a display controller configured to control a display unit to display an avatar image that moves in a three-dimensional virtual space in accordance with the detected first rehabilitation action, further configured to control the display unit to display a target object representing a target of the first rehabilitation action in the three-dimensional virtual space and further configured to control the display unit to display a visual recognition support image that improves the recognizability of the target object by being displayed such that the target object is surrounded by the visual recognition support image being larger than the target object; an evaluator configured to evaluate a rehabilitation ability of the user by comparing the position of the avatar with the position of the target object, wherein the first rehabilitation action is judged as completed when the avatar touches the target object, and an updater configured to update the position of the target object in accordance with an evaluation result by said evaluator, wherein the size of the visual recognition support image changes in accordance with the evaluation result, wherein said action detector is further configured to detect a second rehabilitation action during the first rehabilitation action, and wherein said evaluator is further configured to evaluate the rehabilitation ability based on both the first rehabilitation action and the second rehabilitation action.
An interleaving method for at least one channel-coded and rate-matched code blocks in a mobile communication system, the method comprising: determining a total number of rows and a total number of columns of an interleaver; writing coded bits in the interleaver on a group row-by-group row basis, wherein the coded bits are written in the interleaver by a coded bits group, the coded bits group comprising a specific number of rows different from the total number of rows; and outputting the coded bits from the interleaver on a column-by-column basis; scrambling the output coded bits; and modulating the scrambled bits according to a modulation scheme, wherein the modulation scheme is one of a quadrature phase shift keying, QPSK, 16-ary quadrature amplitude modulation, 16QAM, or 64 QAM, wherein the specific number of rows is defined based on log 2 M, M = 4 for QPSK, M = 16 for 16QAM, and M = 64 for 64 QAM. determining a total number of rows and a total number of columns of an interleaver; writing coded bits in the interleaver on a group row-by-group row basis, wherein the coded bits are written in the interleaver by a coded bits group, the coded bits group comprising a specific number of rows different from the total number of rows; and outputting the coded bits from the interleaver on a column-by-column basis; scrambling the output coded bits; and modulating the scrambled bits according to a modulation scheme, wherein the modulation scheme is one of a quadrature phase shift keying, QPSK, 16-ary quadrature amplitude modulation, 16QAM, or 64 QAM, wherein the specific number of rows is defined based on log 2 M, M = 4 for QPSK, M = 16 for 16QAM, and M = 64 for 64 QAM.
Method for separating metal-containing objects using at least one metal detector which has a detection area through which products, e.g. foodstuffs are conveyed, wherein in dependence on the measurement signal of the metal detector a discharge device or a discharge process is initiated to discharge a product detected as containing metal, wherein in an evaluation device of the metal detector the products are detected as containing metal if the measurement signal obtained from the product exceeds at least one reference value, the measurement signal containing the phase and amplitude of a response signal in response to at least one excitation signal generated in at least one detection coil of the metal detector , which response signal is handled in the form of a two-dimensional envelope curve in a phase/amplitude coordinate system wherein the phase and amplitude of at least one product sample is measured and stored as a reference range in the form of a two-dimensional envelope curve in a phase/amplitude coordinate system, characterized in in that the amplitude- and phase values of metal test specimens of different sizes are stored in the phase/amplitude coordinate system to form vectors , in that a setpoint size of metal foreign bodies is specified as a detection limit in the products to be tested, in that the vector of that metal test body whose size is smaller than or equal to the setpoint size and whose distance from the setpoint size is the smallest is selected as the reference size, in that a detection region for good products is formed by widening the reference region , which is enlarged by a factor (Y/x) corresponding to the ratio of the absolute value (Y) of the vector of the selected metal test body to the extension (x) of the reference region in the direction of this vector , which detection range forms a reference value for distinguishing between good and bad products, a product being judged to be a good product if its measurement signal lies within the detection range .
Floor panel assembly comprising sheet-shaped floor panels (1-4), preferably made of relatively resilient material, which floor panels are provided with a plurality of edges (5-8), wherein a first edge of a first panel and a second edge of a second panel are equipped with joining members which allow a joining of the first and second edges of the two panels by bringing these into engagement with each other in a relatively inclined position of the panels and then rotating said panels with respect to each other, so as to bring the upper sides of both panels substantially in alignment with each other and have them meet at a vertical plane VP, the first edge being provided with a tongue and the second edge with a groove adapted to receive the tongue therein so as to lock the panels at the adjacent edges at least in a direction perpendicular to the upper side and in a direction parallel to the upper side but perpendicular to the adjacent first and second edges in their joined position, wherein the tongue and groove are so adapted to each other that an upper surface of the tongue is urged against an upper wall of the groove , wherein the joining member of the second edge includes a lip below the groove having an upper protrusion and the joining member of the first edge includes a downwardly open recess behind the tongue , the upper protrusion being adapted to engage the recess to provide a horizontal lock, characterized in that the vertical size of the tongue is larger than the vertical size of the groove, in non-joined condition, such that in the joined position the tongue is compressed or bent in vertical direction in order to enable the tongue to be engaged in the groove.
Building element comprising at least one construction wall and a plurality of resonance absorbers each comprising at least one blade , a support and a weight , the blade including an intermediate portion capable of oscillating around an equilibrium position, the support being configured to hold the blade and the support is secured to the construction wall , the weight being carried by the intermediate portion of the blade , characterized in that a mass of the plurality of resonance absorbers represents 2 to 25% of a total mass of the building element .
A communication method, comprising: determining (S210, S410), by a first terminal device (102, ..., 106), a first parameter; determining (S220), by the first terminal device (102,...,106), a first resource pool from at least one resource pool based on the first parameter; selecting (S230, S420), by the first terminal device (102, ..., 106) a first resource from the first resource pool and transmitting (S240, S430) , by the first terminal device (102, ..., 106), sidelink information on the first resource; characterized in that the first parameter is used to indicate: a parameter of a sensing window, or a parameter of a first time window, and the first time window comprises the sensing window and a resource selection window; wherein the first parameter comprises at least one of the following parameters: a start time of the sensing window, an end time of the sensing window, a length of the sensing window, a start time of the first time window, an end time of the first time window, or a length of the first time window. determining (S210, S410), by a first terminal device (102, ..., 106), a first parameter; determining (S220), by the first terminal device (102,...,106), a first resource pool from at least one resource pool based on the first parameter; selecting (S230, S420), by the first terminal device (102, ..., 106) a first resource from the first resource pool and transmitting (S240, S430) , by the first terminal device (102, ..., 106), sidelink information on the first resource; characterized in that the first parameter is used to indicate: a parameter of a sensing window, or a parameter of a first time window, and the first time window comprises the sensing window and a resource selection window; wherein the first parameter comprises at least one of the following parameters: a start time of the sensing window, an end time of the sensing window, a length of the sensing window, a start time of the first time window, an end time of the first time window, or a length of the first time window.
A display device comprising: at least one light emitting device on a substrate ; an encapsulation layer on the at least one light emitting device ; an insulating layer between the substrate and the encapsulation layer ; a touch sensor on the encapsulation layer , the touch sensor having a touch sensing line and a touch driving line intersecting each other, wherein the touch sensing line and the touch driving line are formed on the encapsulation layer during the manufacturing of the display device; a touch pad electrically connected to the touch sensor and in contact with the insulating layer ; and a routing line electrically connecting the touch pad to the touch sensor, wherein the routing line covers a side surface of the encapsulation layer . at least one light emitting device on a substrate ; an encapsulation layer on the at least one light emitting device ; an insulating layer between the substrate and the encapsulation layer ; a touch sensor on the encapsulation layer , the touch sensor having a touch sensing line and a touch driving line intersecting each other, wherein the touch sensing line and the touch driving line are formed on the encapsulation layer during the manufacturing of the display device; a touch pad electrically connected to the touch sensor and in contact with the insulating layer ; and a routing line electrically connecting the touch pad to the touch sensor, wherein the routing line covers a side surface of the encapsulation layer .