mhurhangee/patent-ind-claim-en huggingface dataset:
System for preparing a beverage, having a beverage-making machine and a portion capsule , wherein the beverage-making machine has a brewing unit with a first brewing-chamber part and a second brewing-chamber part, wherein the first and/or the second brewing-chamber part is movable relative to the other brewing-chamber part between an approached position, in which the first and second brewing-chamber parts form a closed brewing chamber , and an open position, in which the first and second brewing-chamber parts are spaced apart from one another for insertion or ejection of the portion capsule , wherein the first brewing-chamber part comprises a receiving element for partially receiving the portion capsule and the second brewing-chamber part comprises a closure element for the receiving element, wherein, in the closed position, a flange of the portion capsule is received in a form-fitting and sealing manner between an edge region of the receiving element and the closure element , wherein the portion capsule has a base element with a cavity for receiving a beverage raw material and has a capsule lid which closes off the cavity , wherein the base element comprises a capsule bottom , the encircling flange and a capsule wall which extends between the capsule bottom and the encircling flange , wherein the capsule lid is attached to a sealing plane on the flange , wherein the flange has an encircling bead at its outer free end, wherein a sealing element in the form of a sealing embossment which points away from the capsule lid is provided on the flange , wherein the sealing plane extends on the flange on the side of the capsule lid between the bead and the sealing embossment , wherein the sealing embossment comprises an inner flank at the side of the capsule wall and an outer flank at the side of the bead , wherein the sealing embossment is designed in such a way that, as the brewing chamber is closed, said sealing embossment is deformed by at most 10% perpendicular to the sealing plane , wherein a transition region extends between the inner flank and the outer flank , wherein the transition region has a transition plane which extends parallel to the sealing plane .
A planographic printing plate processing device comprising: a conveyor which conveys a planographic printing plate precursor or a planographic printing plate along a conveyance path; and a coating unit which is provided in the conveyance path and includes coating means for coating a region within 1 cm from an end portion of at least one side of the planographic printing plate precursor or the planographic printing plate with a processing liquid that contains a hydrophilizing agent, and wherein the coating unit comprises moving means for moving the coating means from a movement start position provided outside or inside of one side end portion of the planographic printing plate precursor or the planographic printing plate to a stopping position provided outside or inside of the planographic printing plate precursor or the planographic printing plate by passing the coating means over the planographic printing plate precursor or the planographic printing plate in a direction perpendicular to the conveyance path of the planographic printing plate precursor or the planographic printing plate. a conveyor which conveys a planographic printing plate precursor or a planographic printing plate along a conveyance path; and a coating unit which is provided in the conveyance path and includes coating means for coating a region within 1 cm from an end portion of at least one side of the planographic printing plate precursor or the planographic printing plate with a processing liquid that contains a hydrophilizing agent, and wherein the coating unit comprises moving means for moving the coating means from a movement start position provided outside or inside of one side end portion of the planographic printing plate precursor or the planographic printing plate to a stopping position provided outside or inside of the planographic printing plate precursor or the planographic printing plate by passing the coating means over the planographic printing plate precursor or the planographic printing plate in a direction perpendicular to the conveyance path of the planographic printing plate precursor or the planographic printing plate.
A method for controlling a trajectory of at least one of upper and lower members of a humanoid robot , said method comprising: - Storing an initial trajectory with a target point in a memory of the robot; - Acquiring, from at least a sensing procedure controlled from on-board the robot, data representative of a position of one or more obstacles ; - Calculating, by a processor on-board the robot: an envelope of said robot; a relative position of the envelope and the one or more obstacles; a probability of collision of the envelope with an obstacle; and, a series of commands comprising: - detecting a presence of an obstacle in the envelope; - if the presence of an obstacle in the envelope is detected: ∘ calculating a point of the initial trajectory; ∘ calculating a straight line between the point of the initial trajectory, and the target point; ∘ calculating a speed of the robot in the straight line to rejoin the target point at the initial timing; ∘ defining the trajectory of the robot as the initial trajectory until the point of the initial trajectory, then the straight line between the point of the initial trajectory, and the target point. - Storing an initial trajectory with a target point in a memory of the robot; - Acquiring, from at least a sensing procedure controlled from on-board the robot, data representative of a position of one or more obstacles ; - Calculating, by a processor on-board the robot: an envelope of said robot; a relative position of the envelope and the one or more obstacles; a probability of collision of the envelope with an obstacle; and, an envelope of said robot; a relative position of the envelope and the one or more obstacles; a probability of collision of the envelope with an obstacle; and, - detecting a presence of an obstacle in the envelope; - if the presence of an obstacle in the envelope is detected: ∘ calculating a point of the initial trajectory; ∘ calculating a straight line between the point of the initial trajectory, and the target point; ∘ calculating a speed of the robot in the straight line to rejoin the target point at the initial timing; ∘ defining the trajectory of the robot as the initial trajectory until the point of the initial trajectory, then the straight line between the point of the initial trajectory, and the target point. ∘ calculating a point of the initial trajectory; ∘ calculating a straight line between the point of the initial trajectory, and the target point; ∘ calculating a speed of the robot in the straight line to rejoin the target point at the initial timing; ∘ defining the trajectory of the robot as the initial trajectory until the point of the initial trajectory, then the straight line between the point of the initial trajectory, and the target point.
A peelable foil closure comprising: a base extending longitudinally along a first, longitudinal axis (A) and laterally along a second, lateral axis (B); and a skirt extending from the base, and characterized in that it includes: a first portion including a circular edge having a predominant portion located on a first side of the second axis, and a second portion including a wavy edge , and a pull tab located on a second side of the second axis. a base extending longitudinally along a first, longitudinal axis (A) and laterally along a second, lateral axis (B); and a skirt extending from the base, and characterized in that it includes: a first portion including a circular edge having a predominant portion located on a first side of the second axis, and a second portion including a wavy edge , and a pull tab located on a second side of the second axis. a first portion including a circular edge having a predominant portion located on a first side of the second axis, and a second portion including a wavy edge , and a pull tab located on a second side of the second axis.
A vapor delivery system, comprising: a unit including a cradle wherein the unit is configured to provide power and fluid to an inductive heating system for a production of vapor; a syringe assembly disposed in the cradle and configured to interact with the cradle to deliver a fluid at a controlled rate; the inductive heating system fluidly coupled to the syringe assembly and configured to receive fluid from the syringe assembly; characterised in that the system comprises a force sensor disposed in the cradle and configured to contact the cradle and/or syringe assembly to generate an electrical signal proportional to a force exerted on the force sensor by the cradle and/or syringe assembly in a lateral direction; and an electronic controller configured control delivery of fluid and RF power to the inductive heating system for the production of vapor, to calibrate the electrical signal as representing a fluid pressure within the syringe assembly, and to stop delivery of fluid and/or RF power to the inductive heating system when the fluid pressure falls outside of a desired range of fluid pressures. a unit including a cradle wherein the unit is configured to provide power and fluid to an inductive heating system for a production of vapor; a syringe assembly disposed in the cradle and configured to interact with the cradle to deliver a fluid at a controlled rate; the inductive heating system fluidly coupled to the syringe assembly and configured to receive fluid from the syringe assembly; characterised in that the system comprises a force sensor disposed in the cradle and configured to contact the cradle and/or syringe assembly to generate an electrical signal proportional to a force exerted on the force sensor by the cradle and/or syringe assembly in a lateral direction; and an electronic controller configured control delivery of fluid and RF power to the inductive heating system for the production of vapor, to calibrate the electrical signal as representing a fluid pressure within the syringe assembly, and to stop delivery of fluid and/or RF power to the inductive heating system when the fluid pressure falls outside of a desired range of fluid pressures. characterised in that the system comprises a force sensor disposed in the cradle and configured to contact the cradle and/or syringe assembly to generate an electrical signal proportional to a force exerted on the force sensor by the cradle and/or syringe assembly in a lateral direction; and an electronic controller configured control delivery of fluid and RF power to the inductive heating system for the production of vapor, to calibrate the electrical signal as representing a fluid pressure within the syringe assembly, and to stop delivery of fluid and/or RF power to the inductive heating system when the fluid pressure falls outside of a desired range of fluid pressures.
A concentrated surfactant composition comprising: a. at least 50%, preferably from 50% to 80%, even more preferably 55% to 70%, by weight of the surfactant composition, substantially neutralized anionic sulfated surfactant, wherein by "substantially neutralized" it is meant that the sulfated surfactant is 98% to 100% neutralized; and b. from 5% to 30%, preferably 12% to 22%, by weight of the surfactant composition, of a water-soluble organic acid, wherein the organic acid comprises 6 carbon atoms or fewer, wherein the organic acid is present in free acid form and its salt in a molar ratio of from 5:1 to 1:5; wherein the composition has a pH of from 2 to 6.9, preferably a pH of from 2 to 6, more preferably a pH of 3 to 5, when measured in an aqueous 10% solution of the composition. a. at least 50%, preferably from 50% to 80%, even more preferably 55% to 70%, by weight of the surfactant composition, substantially neutralized anionic sulfated surfactant, wherein by "substantially neutralized" it is meant that the sulfated surfactant is 98% to 100% neutralized; and b. from 5% to 30%, preferably 12% to 22%, by weight of the surfactant composition, of a water-soluble organic acid, wherein the organic acid comprises 6 carbon atoms or fewer, wherein the organic acid is present in free acid form and its salt in a molar ratio of from 5:1 to 1:5;
A pharmaceutical composition comprising a population of immuno-modulatory MSCs having the following antigen profile: CD73+, CD90+, CD105+, CD34-, CD45-, CD14-, and CD3-, and a vesicle population comprising extracellular vesicles of said MSC population, wherein the extracellular vesicles are exosomes and wherein the vesicle population displays the following order of polypeptide abundance: serotransferrin < annexin A2, for use in the treatment of acute respiratory distress syndrome (ARDS), wherein the patient suffering from ARDS is eligible for and/or is undergoing extra-corporal membranous oxygenation (ECMO) treatment, and wherein the composition is administered via peripheral intravenous injection, central venous injection into the right atrium, injection into the right ventricle of the heart, and/or injection into the pulmonary trunk/artery.
A method for estimating rotational speed of a system, comprising: receiving vibrational data from a sensor; estimating a speed from the vibrational data to create estimated speed data; and filtering the estimated speed data through an adaptively weighted filter to minimize incorrect speed estimation; wherein filtering the estimated speed data through the adaptively weighted filter includes filtering the estimated speed data through a Kalman filter which includes a Kalman gain K k , wherein K k = P k − P k − + w ⁢ R , wherein P k - is an a priori prediction error covariance, R is a covariance matrix of measurement noises, and w is the adaptive weight; wherein filtering the estimated speed data through the Kalman filter includes using a test statistic to measure the deviation of current estimation from previous estimations to enforce continuity in time domain, including determining errors between speed estimation and at least one of a speed prediction, a standard score, or a Mahalanobis distance to determine an estimation correctness and to modify the adaptive weight w if incorrect estimation is determined. receiving vibrational data from a sensor; estimating a speed from the vibrational data to create estimated speed data; and filtering the estimated speed data through an adaptively weighted filter to minimize incorrect speed estimation; wherein filtering the estimated speed data through the adaptively weighted filter includes filtering the estimated speed data through a Kalman filter which includes a Kalman gain K k , wherein K k = P k − P k − + w ⁢ R , wherein P k - is an a priori prediction error covariance, R is a covariance matrix of measurement noises, and w is the adaptive weight; wherein filtering the estimated speed data through the Kalman filter includes using a test statistic to measure the deviation of current estimation from previous estimations to enforce continuity in time domain, including determining errors between speed estimation and at least one of a speed prediction, a standard score, or a Mahalanobis distance to determine an estimation correctness and to modify the adaptive weight w if incorrect estimation is determined.
Foldable and width-adjustable child carriage comprising at least one floor assembly with at least three wheels attached to it and one coupled in relation to the floor assembly swiveling coupled child carriage frame , which is suitable to hold at least one insert , wherein the child carriage frame is foldable via at least one swivel axis in the direction of the floor assembly, wherein the child carriage frame comprises a first, lower section and a second, upper section , wherein both sections (5; 6) are connected flexibly to each other via a swivel axis, characterized in, that the one further axis is a variable-length cross-section , which is suitable to change the width of the child carriage .
A method of operating a wind turbine generator comprising a rotor having a plurality of blades , the method comprising iterating the following steps: comparing an indicated rotor speed with a rotor speed target to determine a rotor speed error; generating a modified rotor speed error by applying a control factor to the rotor speed error; controlling the pitch angle of each blade via a pitch control system in accordance with the modified speed error; and altering the control factor in dependence on a size of the indicated rotor speed, characterized in that the control factor is altered by: decreasing the control factor if the indicated rotor speed is in a first range of rotor speeds that includes the rotor speed target, and increasing the value of the control factor if the indicated rotor speed is outside the first range of rotor speeds. comparing an indicated rotor speed with a rotor speed target to determine a rotor speed error; generating a modified rotor speed error by applying a control factor to the rotor speed error; controlling the pitch angle of each blade via a pitch control system in accordance with the modified speed error; and altering the control factor in dependence on a size of the indicated rotor speed, characterized in that the control factor is altered by: decreasing the control factor if the indicated rotor speed is in a first range of rotor speeds that includes the rotor speed target, and increasing the value of the control factor if the indicated rotor speed is outside the first range of rotor speeds. decreasing the control factor if the indicated rotor speed is in a first range of rotor speeds that includes the rotor speed target, and increasing the value of the control factor if the indicated rotor speed is outside the first range of rotor speeds.
One or more computer-readable media storing computer-executable instructions that upon execution cause one or more processors to perform acts comprising: receiving a carrier unlock registration request from a device unlock application on a user device , the unlock registration request including an encrypted device key of the user device and an encrypted modem key of a modem in the user device that are integrity protected by a trusted key of a trusted environment of the user device; decrypting the encrypted device key into a decrypted device key and the encrypted modem key into a decrypted modem key in response to a validation of the trusted key by a trusted third-party authority as belonging to the user device; receiving a carrier unlock request for the user device; determining one or more verifications to be performed based at least on an unlock scenario requested by the carrier unlock request for the user device; performing the one or more verifications to determine whether the user device is eligible for a carrier unlock; providing integrity protection to an unlock command via the decrypted device key and integrity protection to a data packet in the unlock command via the decrypted modem key, the integrity protection of the unlock command to be validated by the device unlock application on the user device using the device key, and integrity protection of the data packet to be validated by an application in the modem on the user device using the modem key; and sending the unlock command to the user device in response to determining that the user device is eligible for the carrier unlock. receiving a carrier unlock registration request from a device unlock application on a user device , the unlock registration request including an encrypted device key of the user device and an encrypted modem key of a modem in the user device that are integrity protected by a trusted key of a trusted environment of the user device; decrypting the encrypted device key into a decrypted device key and the encrypted modem key into a decrypted modem key in response to a validation of the trusted key by a trusted third-party authority as belonging to the user device; receiving a carrier unlock request for the user device; determining one or more verifications to be performed based at least on an unlock scenario requested by the carrier unlock request for the user device; performing the one or more verifications to determine whether the user device is eligible for a carrier unlock; providing integrity protection to an unlock command via the decrypted device key and integrity protection to a data packet in the unlock command via the decrypted modem key, the integrity protection of the unlock command to be validated by the device unlock application on the user device using the device key, and integrity protection of the data packet to be validated by an application in the modem on the user device using the modem key; and sending the unlock command to the user device in response to determining that the user device is eligible for the carrier unlock.
An apparatus comprising: a flexible membrane ; a chamber wall including a surface , the surface including channel surface regions and non-channel surface regions ; a combination of the chamber wall and the flexible membrane defining a pump chamber; and a first opening disposed in the chamber wall and extending through the surface to the pump chamber; a second opening disposed in the chamber wall extending through the surface to the pump chamber; the channel surface regions in the chamber wall defining channel pathways extending from the first opening to the second opening; and the channel surface regions including grooves extending radially outward and concentric patterns of grooves intersecting with the radial grooves. a flexible membrane ; a chamber wall including a surface , the surface including channel surface regions and non-channel surface regions ; a combination of the chamber wall and the flexible membrane defining a pump chamber; and a first opening disposed in the chamber wall and extending through the surface to the pump chamber; a second opening disposed in the chamber wall extending through the surface to the pump chamber; the channel surface regions in the chamber wall defining channel pathways extending from the first opening to the second opening; and the channel surface regions including grooves extending radially outward and concentric patterns of grooves intersecting with the radial grooves.
Portable device , in particularly a mobile phone or smart watch, at least comprising a main body, wherein the main body comprises a screen for outputting visual information, an acoustic output means for outputting acoustic information, in particularly a speaker, a processor unit for operating the portable device, a communication means for transmitting data and/or signals, in particularly wirelessly, to another device, in particularly a further portable device or a server device, an electric energy source for powering the portable device and a sensor means for detecting at least one effect subjected onto the portable device , and a microphone unit for receiving acoustic waves, wherein the microphone unit comprises a microphone, a transfer unit for positioning the microphone between two end-positions and an actuator for moving the microphone between the end-positions, wherein the processor unit operates the actuator in dependency of data or signals provided by the sensor means characterized in that the sensor means comprises one or multiple wind detector elements.
A user device for transmitting and/or receiving data to/from a base station in a communication system comprising circuitry which, in operation: receives paging occasion configuration from the base station, including at least one parameter for configuring a predefined time-domain pattern specifying paging occasions within a paging cycle; and performs reception of paging signal in the paging occasions within the predefined time-domain pattern configured according to the received paging occasion configuration. receives paging occasion configuration from the base station, including at least one parameter for configuring a predefined time-domain pattern specifying paging occasions within a paging cycle; and performs reception of paging signal in the paging occasions within the predefined time-domain pattern configured according to the received paging occasion configuration.