mhurhangee/patent-ind-claim-en huggingface dataset:
A master link rod assembly for a wiper system comprising a first master link rod member and a second master link rod member , whereby, the first and the second master link rod members are connected with at least one fastening means , and at least one orientating means for defining spatial orientation between the first master link rod member and the second master link rod member , the orientating means comprising a first orientating component comprised in the first master link rod member and a second orientating component comprised in the second master link rod member , the first and the second components of the orientating means cooperatively engaging each other, characterized in that one of the first and second orientating components being a male component and the other of the first and second orientating components being a female component.
A method for wireless communication, comprising: obtaining , at a scheduled entity, data that is to be transmitted, wherein one or more frequencies are available for transmission of the data; transmitting , to a scheduling entity, a message that includes an amount of the data to be transmitted and a frequency parameter indicating at least one of the one or more frequencies to be used for the transmission of the data; obtaining , from the scheduling entity, a resource grant based on the message; and transmitting the data based on the resource grant; wherein the message is a buffer status report message and characterized in that the frequency parameter is included in a destination index field of the buffer status report message. obtaining , at a scheduled entity, data that is to be transmitted, wherein one or more frequencies are available for transmission of the data; transmitting , to a scheduling entity, a message that includes an amount of the data to be transmitted and a frequency parameter indicating at least one of the one or more frequencies to be used for the transmission of the data; obtaining , from the scheduling entity, a resource grant based on the message; and transmitting the data based on the resource grant; wherein the message is a buffer status report message and characterized in that the frequency parameter is included in a destination index field of the buffer status report message.
A method for preparing a gelled, dried and non-pyrolyzed composition forming an organic monolithic aerogel having a thermal conductivity less than or equal to 40mW.m -1 .K -1 , the composition at least partly deriving from a resin obtained by the polycondensation of polyhydroxybenzene(s) R and formaldehyde(s) F, the method comprising: a) a polymerisation in an aqueous solvent W of said polyhydroxybenzene(s) R and formaldehyde(s) F in the presence of an acid or base catalyst, to obtain a solution based on said resin, b) gelling the solution obtained in a) to obtain a gel of said resin, and c) drying the gel obtained in b) to obtain a dried gel, characterised in that step a) is implemented in the presence of at least one water-soluble cationic polyelectrolyte P dissolved in said solvent and present in said composition according to a mass fraction between 0.2% and 2%, and in that the method further comprises a step d) of heat treatment under inert gas of said dried gel obtained in step c) at temperatures between 150°C and 500°C to obtain said non-pyrolyzed aerogel, said thermal conductivity of which, measured with a Neotim conductivity meter by the hot wire technique according to the standard ASTM D5930-97, increases by less than 10% and by less than 20%, respectively, after one hour and two hours of exposure to a humid atmosphere regulated to 20°C and 65% relative humidity. a) a polymerisation in an aqueous solvent W of said polyhydroxybenzene(s) R and formaldehyde(s) F in the presence of an acid or base catalyst, to obtain a solution based on said resin, b) gelling the solution obtained in a) to obtain a gel of said resin, and c) drying the gel obtained in b) to obtain a dried gel, characterised in that step a) is implemented in the presence of at least one water-soluble cationic polyelectrolyte P dissolved in said solvent and present in said composition according to a mass fraction between 0.2% and 2%, and in that the method further comprises a step d) of heat treatment under inert gas of said dried gel obtained in step c) at temperatures between 150°C and 500°C to obtain said non-pyrolyzed aerogel, said thermal conductivity of which, measured with a Neotim conductivity meter by the hot wire technique according to the standard ASTM D5930-97, increases by less than 10% and by less than 20%, respectively, after one hour and two hours of exposure to a humid atmosphere regulated to 20°C and 65% relative humidity.
Lignin having a plurality of functionalizations of the general formula I wherein R and R' are different from each other and selected between -OH and -OArLig and n is an integer between 1 and 6. wherein R and R' are different from each other and selected between -OH and -OArLig and n is an integer between 1 and 6.
Method for diagnosing a faulty electrical connection in an electrical system comprising at least one electrical power source and at least one electrical component (12 1 to 12 3 ) electrically connected through an electrical switch , said method comprising the steps of a) measuring first and second electrical voltages (Ub; Uc1 to Uc3) present between terminals of said electrical power source and said electrical component (12 1 to 12 3 ), b) calculating a difference of voltage (EV1 to EV3) between said first and second electrical voltages (Ub; Uc1 to Uc3), c) comparing said voltage difference (EV1 to EV3) to a predetermined voltage threshold (TH1 to TH3), d) diagnosing a connection faulty electrical connection between said electrical power source and said electrical component (12 1 to 12s) as a function of the result of said comparison, and e) controlling an opening (CDC) of said electrical switch and/or an emission of an alert signal (AL) in the case where a faulty electrical connection is diagnosed, characterized in that said voltage threshold (TH1 to TH3) is predetermined equal to a normal maximum voltage drop (Umax) between said power source electrical and said electrical component (12 1 to 12s) when said electrical connection is normal, multiplied by a safety margin factor (M).
A method comprising: providing, from a controller to a radio access network node , a control action, the control action comprising an indication that it is applicable to at least one user equipment or bearer group, wherein the at least one user equipment or bearer group is one of a plurality of user equipment or bearer groups, and each of the plurality of user equipment or bearer groups is in a first mode or a second mode, wherein in the first mode the controller determines and in the second mode the radio access network determines, whether a user equipment or bearer belongs to the at least one user equipment or bearer group; receiving, at the controller, from the radio access network node, radio access network node supported UE-classification capability information; and determining at the controller whether the at least one user equipment or bearer group belongs to the first mode or the second mode based on the radio access network supported UE-classification capability information; providing, from the controller to the radio access network node, information comprising an indication of whether the user equipment or bearer group belongs to the first mode or the second mode; and if the at least one user equipment or bearer group belongs to the first mode, determining at the controller whether a user equipment or bearer belongs to the at least one user equipment or bearer group. providing, from a controller to a radio access network node , a control action, the control action comprising an indication that it is applicable to at least one user equipment or bearer group, wherein the at least one user equipment or bearer group is one of a plurality of user equipment or bearer groups, and each of the plurality of user equipment or bearer groups is in a first mode or a second mode, wherein in the first mode the controller determines and in the second mode the radio access network determines, whether a user equipment or bearer belongs to the at least one user equipment or bearer group; receiving, at the controller, from the radio access network node, radio access network node supported UE-classification capability information; and determining at the controller whether the at least one user equipment or bearer group belongs to the first mode or the second mode based on the radio access network supported UE-classification capability information; providing, from the controller to the radio access network node, information comprising an indication of whether the user equipment or bearer group belongs to the first mode or the second mode; and if the at least one user equipment or bearer group belongs to the first mode, determining at the controller whether a user equipment or bearer belongs to the at least one user equipment or bearer group.
Sprinkling device for cleaning bottles in a bottle washing unit in which said bottles are moved by a conveyor through at least a washing zone, said sprinkling device comprising a pressure pipe in which a fluid flows, a rotating shaft extending along the pressure pipe , and at least one sprinkling means comprised of an aperture of the pressure pipe , a nozzle having a central hole , positioned in said aperture, between said pressure pipe and said rotating shaft Z , a support base resting on the pressure pipe and pillars located around said central hole , for contacting the rotating shaft , and at least one radial bore in the rotating shaft , located at the level of the nozzle , for receiving the liquid under pressure in the pressure pipe from the nozzle , wherein a top end of the at least one nozzle and the rotating shaft located thereon have globally complementary shapes, said top end being provided with a clearance zone at the interface with the rotating shaft , so that a portion of the top end surface does not come into contact with the rotating shaft , characterised in that said nozzle has a cone with a top formed by the mouth of said central hole , said nozzle being slopped from said central hole to the pheriphery of the support base , said pillars extending from the pheripery of said cone, said clearance zone being provided between said pillars and between said mouth of said central hole and each pillars .
Oven , in particular baking oven or microwave oven comprising: an oven muffle for active temperature treatment of a substance and adapted to receive therein the substance via a chamber opening ; a door designed for releasing and closing the chamber opening in a first and second position, respectively; and at least one receiving or transceiving element enabling at least unidirectional wireless communication of signals from and/or to at least one sensor unit which is placed at or within the oven muffle ; characterised in that the at least one receiving or transceiving element is positioned within an interspace between two walls and/or panes of the door , wherein the receiving or transceiving element is provided near an edge of a glass window of the door , and wherein the receiving or transceiving element is shielded by a door printing of the door , and wherein said door printing is located on a border side of the door . an oven muffle for active temperature treatment of a substance and adapted to receive therein the substance via a chamber opening ; a door designed for releasing and closing the chamber opening in a first and second position, respectively; and at least one receiving or transceiving element enabling at least unidirectional wireless communication of signals from and/or to at least one sensor unit which is placed at or within the oven muffle ;
Hinge for fastening a leaf to a frame in a hingedly articulated manner about a hinge axis (S), comprising a hinge part which has a recess that extends in the direction of the hinge axis (S) and has an inner lateral surface , comprising a hinge pin which defines the hinge axis (S) and is mounted in a hinge pin bushing that is arranged in the recess and has an outer lateral surface , comprising an adjustment spindle that has an axis of rotation (X) and an external thread and is mounted in a receptacle so as to be rotatable about the axis of rotation (X) and stationary in the direction of the axis of rotation (X), which receptacle is provided either in the inner lateral surface of the recess or in the outer lateral surface of the hinge pin bushing , has a circle-segment cross section and extends in parallel with the hinge axis (S), and which spindle engages, by means of its external thread , with a complementary internal thread that is provided on the hinge pin bushing or in the recess and has a circle-segment cross section, and comprising means for guiding the hinge pin bushing , which means are suitably designed such that, when shifted in the direction of the hinge axis (S), in a pivot region (B) the hinge pin bushing performs a pivot movement about the axis of rotation (X) of the adjustment spindle , characterized in that, either on the outer lateral surface of the hinge pin bushing or on the inner lateral surface of the recess on both sides of the adjustment spindle , at least one projection is provided in each case, of which, in the pivot region (B), at least one projection is always in engagement with a trough provided in the inner lateral surface of the recess or in the outer lateral surface of the hinge pin bushing .
An orodispersible powder composition, characterized in that it comprises: a) a pharmacologically effective amount of a triptan or a pharmaceutically acceptable salt thereof, b) a ternary combination consisting of sodium citrate, citric acid and sucralose, and c) one or more further excipients, wherein the ratio a):b) is comprised from 1:2 to 1:90, wherein the content of sodium citrate is comprised from 55% to 75% by weight over the total weight of the ternary combination, wherein the content of citric acid is comprised from 15% to 35% by weight over the total weight of the ternary combination, and wherein the content of sucralose is comprised from 10% to 30% by weight over the total weight of the ternary combination. a) a pharmacologically effective amount of a triptan or a pharmaceutically acceptable salt thereof, b) a ternary combination consisting of sodium citrate, citric acid and sucralose, and c) one or more further excipients, wherein the ratio a):b) is comprised from 1:2 to 1:90, wherein the content of sodium citrate is comprised from 55% to 75% by weight over the total weight of the ternary combination, wherein the content of citric acid is comprised from 15% to 35% by weight over the total weight of the ternary combination, and wherein the content of sucralose is comprised from 10% to 30% by weight over the total weight of the ternary combination.
Method for guiding a motor vehicle in an at least partially automated manner, wherein - a first application and at least one redundant second application each provide output data on the basis of motor vehicle operating data and/or environmental data , - vehicle guidance data for guiding the motor vehicle in an at least partially automated manner are determined on the basis of the output data , characterized in that - vehicle operating data relating to a third-party vehicle are received, and - on the basis of the vehicle operating data relating to the third-party vehicle , the at least one redundant second application changes from an active state, in which the vehicle guidance data are determined taking into account the output data from the at least one redundant second application , into a standby state, in which a computer instance of a computer unit that is used by the at least one redundant second application is executed at least less frequently than in the active state. - a first application and at least one redundant second application each provide output data on the basis of motor vehicle operating data and/or environmental data , - vehicle guidance data for guiding the motor vehicle in an at least partially automated manner are determined on the basis of the output data , - vehicle operating data relating to a third-party vehicle are received, and - on the basis of the vehicle operating data relating to the third-party vehicle , the at least one redundant second application changes from an active state, in which the vehicle guidance data are determined taking into account the output data from the at least one redundant second application , into a standby state, in which a computer instance of a computer unit that is used by the at least one redundant second application is executed at least less frequently than in the active state.
Computer-implemented method of calculating a proton density fat fraction, PDFF, from water, W, and fat, F, separated magnetic resonance imaging, MRI data obtained using T1-weighted multipoint Dixon imaging based on fat-referenced lipid quantification in a region of interest (ROI) and using determination of a reference tissue, characterized in that the method comprises the step of determining PDFF as: F R wherein F is the fat signal in the ROI provided from the MRI data, and R is defined as a quota between F ref and PDFF ref such that the method comprises the step of determining PDFF as: F F ref ⋅ PDFF ref wherein F ref is the fat signal in the reference tissue; wherein T1 relaxation of the fat signal in the reference tissue and in the ROI is assumed to be equal; and PDFF ref is the PDFF of the reference tissue provided by a separate experiment of the reference tissue or by a predetermined constant. F is the fat signal in the ROI provided from the MRI data, and R is defined as a quota between F ref and PDFF ref such that the method comprises the step of determining PDFF as: F F ref ⋅ PDFF ref wherein F ref is the fat signal in the reference tissue; wherein T1 relaxation of the fat signal in the reference tissue and in the ROI is assumed to be equal; and PDFF ref is the PDFF of the reference tissue provided by a separate experiment of the reference tissue or by a predetermined constant. F ref is the fat signal in the reference tissue; wherein T1 relaxation of the fat signal in the reference tissue and in the ROI is assumed to be equal; and PDFF ref is the PDFF of the reference tissue provided by a separate experiment of the reference tissue or by a predetermined constant.
An automated method for fabricating a composite part , said method comprising: depositing a plurality of part layers in a consecutive manner on top of each other where each layer is deposited by laying down rows of filaments made of a thermoplastic composite material; inserting reinforcing Z-pins through the part layers to provide reinforcement of the part in the Z-direction, wherein inserting reinforcing Z-pins through the part layers includes forming a plurality of holes through the part layers after the part layers have been deposited and then inserting the reinforcing Z-pins in the holes , and wherein inserting the reinforcing Z-pins includes inserting the Z-pins so that a back end of at least some of the Z-pins stick up from the part layers ; and depositing a plurality of additional part layers in a consecutive manner on top of each other where each additional layer is deposited by laying down rows of filaments made of a thermoplastic composite material on the part layers including the reinforcing Z-pins and inserting the reinforcing Z-pins through the additional part layers to provide reinforcement of the part in the Z-direction, wherein at least some of the additional part layers are deposited around the back end of the Z-pins that are sticking up. depositing a plurality of part layers in a consecutive manner on top of each other where each layer is deposited by laying down rows of filaments made of a thermoplastic composite material; inserting reinforcing Z-pins through the part layers to provide reinforcement of the part in the Z-direction, wherein inserting reinforcing Z-pins through the part layers includes forming a plurality of holes through the part layers after the part layers have been deposited and then inserting the reinforcing Z-pins in the holes , and wherein inserting the reinforcing Z-pins includes inserting the Z-pins so that a back end of at least some of the Z-pins stick up from the part layers ; and
A method for expanding keratinocytes, comprising: plating keratinocytes on a substrate coated with both Laminin-511 and Laminin-421.
Use of the process of treating an at least partially deactivated acidic ion exchange resin with an alkanol of formula R 4 OH, wherein R 4 is an alkyl group with 1 to 12 carbon atoms, and a carboxylic acid of formula:- R 2 -CH 2 -COOH wherein R 1 is hydrogen or an alkyl group with 1 to 12 carbon atoms; to thereby reactivate the acidic ion exchange resin and produce as a by-product an ester of formula: R 2 -CH 2 -COOR 4 ; to reactivate a deactivated resin bed.
Apparatus for the detection and/or characterization of particles (BEADS) comprising: means for the generation of points of stable equilibrium (PEQ) of a force field (F) acting on said particles, generated by an array of electrodes (EL); and sensors (PIXEL) associated with said electrodes, characterized in that to each electrode (EL) a first sensor (PIXEL_V) for detecting the transit of said particles in a vertical direction, and a second sensor (PIXEL_H) for detecting the transit of said particles in a horizontal direction are associated.
A method for performing dynamic range compression, DRC, on an input audio signal to generate an output audio signal, the method comprising: (a) determining an average level or power of the input audio signal, where the average is over a time longer than an attack time and/or a release time of an instance of application of the DRC which applies non-unity gain; and (b) applying no DRC to the input audio signal when the average level or power of the input audio signal approaches, or matches, or exceeds a target, thereby generating the output audio signal, and otherwise applying the DRC to the input audio signal to generate the output audio signal, wherein the target is a knee point for the DRC, or an audio signal level which is at least substantially equal to a maximum playback level of a playback system or device which is to play the output audio signal, wherein applying the DRC to the input audio signal to generate the output audio signal in step (b) includes: determining a dynamic DRC gain, gDRC; smoothing the dynamic DRC gain, gDRC, to generate a smoothed dynamic gain, gDRCsmoothed; determining a dynamic gain, g, based on a minimum determination of the DRC gain, gDRC, and the smoothed dynamic gain, gDRCsmoothed; and applying the dynamic gain, g, to the input audio signal. (a) determining an average level or power of the input audio signal, where the average is over a time longer than an attack time and/or a release time of an instance of application of the DRC which applies non-unity gain; and (b) applying no DRC to the input audio signal when the average level or power of the input audio signal approaches, or matches, or exceeds a target, thereby generating the output audio signal, and otherwise applying the DRC to the input audio signal to generate the output audio signal, wherein the target is a knee point for the DRC, or an audio signal level which is at least substantially equal to a maximum playback level of a playback system or device which is to play the output audio signal, determining a dynamic DRC gain, gDRC; smoothing the dynamic DRC gain, gDRC, to generate a smoothed dynamic gain, gDRCsmoothed; determining a dynamic gain, g, based on a minimum determination of the DRC gain, gDRC, and the smoothed dynamic gain, gDRCsmoothed; and applying the dynamic gain, g, to the input audio signal.