mhurhangee/patent-ind-claim-en huggingface dataset:
A test and measurement instrument , comprising: a digital-to-analog converter having an output sample rate configured to receive a digital sample waveform and a reference clock and output an analog waveform at the sample rate; a waveform synthesizer configured to receive an input waveform having a baud rate less than the sample rate of the digital-to-analog converter by a non-integer rational ratio and to provide the digital sample waveform; and a port configured to output the analog waveform, characterized in that the waveform synthesizer includes: a waveform replicator configured to up-sample the input waveform by an integer factor N, where N is greater than 1; a low-pass filter configured to receive the up-sampled input waveform and remove waveform content above the Nyquist frequency of the digital-to-analog converter ; a down-sampler configured to down-sample the filtered up-sampled input waveform to match the output sample rate, wherein the down-sampler uses a down-sample factor M that is dithered in each sample period of the digital-to-analog converter to achieve a mean down-sample factor for matching the output sample rate. a digital-to-analog converter having an output sample rate configured to receive a digital sample waveform and a reference clock and output an analog waveform at the sample rate; a waveform synthesizer configured to receive an input waveform having a baud rate less than the sample rate of the digital-to-analog converter by a non-integer rational ratio and to provide the digital sample waveform; and a port configured to output the analog waveform, a waveform replicator configured to up-sample the input waveform by an integer factor N, where N is greater than 1; a low-pass filter configured to receive the up-sampled input waveform and remove waveform content above the Nyquist frequency of the digital-to-analog converter ; a down-sampler configured to down-sample the filtered up-sampled input waveform to match the output sample rate, wherein the down-sampler uses a down-sample factor M that is dithered in each sample period of the digital-to-analog converter to achieve a mean down-sample factor for matching the output sample rate.
A clamp for mounting around a tubular member such as a pipe, riser, umbilical, shaft or mandrel, said clamp comprising one or more segments adapted to surround the tubular member, characterised in that each segment comprises a creep resistant material comprising a core layer of rigid polyurethane with a first tensile reinforcement layer applied on one surface, and a second tensile reinforcement layer applied on the other opposed surface of the core layer , the entire respective first and second tensile reinforcement layers being in contact with the respective first and opposing second surfaces of the core layer .
A dental gypsum slurry comprising water and a dental gypsum powder containing hemihydrate gypsum and a polycarboxylic acid salt-based water-reducing agent, wherein a powder-water ratio of the water to the dental gypsum powder is 0.24 to 0.50, and when the water and the dental gypsum powder being mixed are poured up to a height of 50 mm in a cylindrical mold having an inner diameter of 35 mm, which is vertically placed on a flat surface, and when the cylindrical mold is pulled upward at 10 mm/s at 30 seconds after start of mixing so that a mixture spreads planarly, the diameter of the mixture is 141.4 mm or more, and when the cylindrical mold is pulled upward at 10 mm/s at 90 seconds after start of mixing, a spread in a diameter direction is 2% or less. a powder-water ratio of the water to the dental gypsum powder is 0.24 to 0.50, and when the water and the dental gypsum powder being mixed are poured up to a height of 50 mm in a cylindrical mold having an inner diameter of 35 mm, which is vertically placed on a flat surface, and when the cylindrical mold is pulled upward at 10 mm/s at 30 seconds after start of mixing so that a mixture spreads planarly, the diameter of the mixture is 141.4 mm or more, and when the cylindrical mold is pulled upward at 10 mm/s at 90 seconds after start of mixing, a spread in a diameter direction is 2% or less. when the cylindrical mold is pulled upward at 10 mm/s at 30 seconds after start of mixing so that a mixture spreads planarly, the diameter of the mixture is 141.4 mm or more, and when the cylindrical mold is pulled upward at 10 mm/s at 90 seconds after start of mixing, a spread in a diameter direction is 2% or less.
Sill assembly, for example for a window or door, said sill assembly comprising a sill and at least one plinth block , wherein said sill and said plinth block comprise mutually cooperating connecting means for connecting the at least one plinth block to the sill, wherein said sill is made of a solid plastic material, and wherein said sill is made by means of machining and/or milling, characterized in that said sill comprises a basic sill part and a stop block for a moveable door or window, wherein said basic sill part and said stop block comprise mutually cooperating connecting means for connecting the stop block to the basic sill part , wherein the mutually cooperating connecting means comprise a recess and a projection , wherein the recess is arranged to receive the projection , wherein said projection is arranged as a snap projection . said sill is made of a solid plastic material, and wherein said sill is made by means of machining and/or milling, characterized in that said sill comprises a basic sill part and a stop block for a moveable door or window, wherein said basic sill part and said stop block comprise mutually cooperating connecting means for connecting the stop block to the basic sill part , wherein the mutually cooperating connecting means comprise a recess and a projection , wherein the recess is arranged to receive the projection , wherein said projection is arranged as a snap projection .
A mechanical CPR device, comprising: a piston having an end including a mechanism configured to attach to a patient's torso; a driving component configured to extend the piston toward the patient's torso and retract the piston away from the patient's torso; and a controller configured to determine a reference position by controlling the driving component to at least: extend the piston until a first position at which the mechanism comes into contact with the patient's torso, and characterised by the controller being further configured to: determine the reference position by controlling the driving component to: further extend the piston to compress the patient's torso until a first threshold is reached; retract the piston until the mechanism is at the first position; further retract the piston from the first position until a second threshold is exceeded; extend the piston to a second point being the point at which the second threshold becomes no longer exceeded; the reference position being based at least in part on the second point; wherein the controller is further configured to perform mechanical CPR by controlling the driving component to at least: compress the patient's torso by extending the piston from the reference position to a particular depth and retracting the piston from the depth to the reference position. a piston having an end including a mechanism configured to attach to a patient's torso; a driving component configured to extend the piston toward the patient's torso and retract the piston away from the patient's torso; and a controller configured to determine a reference position by controlling the driving component to at least: extend the piston until a first position at which the mechanism comes into contact with the patient's torso, and characterised by the controller being further configured to: determine the reference position by controlling the driving component to: further extend the piston to compress the patient's torso until a first threshold is reached; retract the piston until the mechanism is at the first position; further retract the piston from the first position until a second threshold is exceeded; extend the piston to a second point being the point at which the second threshold becomes no longer exceeded; the reference position being based at least in part on the second point; further extend the piston to compress the patient's torso until a first threshold is reached; retract the piston until the mechanism is at the first position; further retract the piston from the first position until a second threshold is exceeded; extend the piston to a second point being the point at which the second threshold becomes no longer exceeded; the reference position being based at least in part on the second point; wherein the controller is further configured to perform mechanical CPR by controlling the driving component to at least: compress the patient's torso by extending the piston from the reference position to a particular depth and retracting the piston from the depth to the reference position.
A dose detection module for removable attachment to a dose button of a medication delivery device, the dose button having a button sidewall , the device comprising a sensed component ring rotatable during dose dispensing, said module comprising: a housing including a proximal wall , a distal wall , and a module sidewall extending therebetween about a module longitudinal axis to define an interior compartment, the module sidewall extending distally beyond the distal wall, the distal wall defining a plurality of recesses disposed equi-angularly relative to one another, the housing configured to couple around said button sidewall; and an electronics assembly comprising a processor and a plurality of sensors operably coupled to the processor, wherein each of the sensors is disposed securely within a corresponding said recess , wherein the sensors are configured to detect rotational movement of the sensed component ring to generate position signals, the processor configured to receive the position signals in order to determine data indicative of an amount of dose dispensed based on the position signal, wherein the sensed component ring comprises a bipolar magnetic ring, and the sensors comprise magnetic sensors disposed at an arrangement to overlap an outer circumference of said bipolar magnetic ring. a housing including a proximal wall , a distal wall , and a module sidewall extending therebetween about a module longitudinal axis to define an interior compartment, the module sidewall extending distally beyond the distal wall, the distal wall defining a plurality of recesses disposed equi-angularly relative to one another, the housing configured to couple around said button sidewall; and an electronics assembly comprising a processor and a plurality of sensors operably coupled to the processor, wherein each of the sensors is disposed securely within a corresponding said recess , wherein the sensors are configured to detect rotational movement of the sensed component ring to generate position signals, the processor configured to receive the position signals in order to determine data indicative of an amount of dose dispensed based on the position signal, wherein the sensed component ring comprises a bipolar magnetic ring, and the sensors comprise magnetic sensors disposed at an arrangement to overlap an outer circumference of said bipolar magnetic ring.
A lubricant composition comprising: - from 0.1% to 10 % by weight of a first organic acid that is a fatty acid having from 4 carbon atoms to 18 carbon atoms; - from 1 % to 10 % by weight of a fatty amine having from 10 carbon atoms to 26 carbon atoms; - from 0.1% to 5 % by weight of an acidity corrector that is a base selected from the group formed by NaOH, KOH and mixture thereof: - from 0.1 % to 10 % by weight of a dispersant; - from 0.1 % to 10 % by weight of a second organic acid; - from 0.1 % to 10 % by weight of an organic solvent; and - from 50 % to 98.5 % by weight of water. - from 0.1% to 10 % by weight of a first organic acid that is a fatty acid having from 4 carbon atoms to 18 carbon atoms; - from 1 % to 10 % by weight of a fatty amine having from 10 carbon atoms to 26 carbon atoms; - from 0.1% to 5 % by weight of an acidity corrector that is a base selected from the group formed by NaOH, KOH and mixture thereof: - from 0.1 % to 10 % by weight of a dispersant; - from 0.1 % to 10 % by weight of a second organic acid; - from 0.1 % to 10 % by weight of an organic solvent; and - from 50 % to 98.5 % by weight of water.
LED operating circuit comprising an insulating power transmitting DC/DC converter, wherein the converter comprises: - a DC-powered inverter having two switches (S1, S2) formed as a half bridge or full bridge, - a resonance circuit fed by the inverter , - a transformer connected to the resonance circuit , - a rectifier , and - a control unit (G) controlling the two switches (S1, S2) and designed to adapt the power supply for the secondary side of the converter as a first control mode, in order to change the control frequency of the switch (S1, S2) with respect to the resonance frequency of the resonance circuit , wherein the control unit (G) is designed to operate at least one further control mode of the DC/DC converter to influence the power supply as a function of the load, characterized in that the control unit (G) is designed to cause a reduction in the power supply by increasing the control frequency away from the resonance frequency until a predetermined maximum frequency is reached, and then to achieve a further reduction of the power supply by: - a change in the ratio of on-time to off-time of the switch (S1, S2) at the same control frequency. - a DC-powered inverter having two switches (S1, S2) formed as a half bridge or full bridge, - a resonance circuit fed by the inverter , - a transformer connected to the resonance circuit , - a rectifier , and - a control unit (G) controlling the two switches (S1, S2) and designed to adapt the power supply for the secondary side of the converter as a first control mode, in order to change the control frequency of the switch (S1, S2) with respect to the resonance frequency of the resonance circuit , - a change in the ratio of on-time to off-time of the switch (S1, S2) at the same control frequency.
Device including a jet (G) for a system of glass washing of vehicle including at least a supply pipe, including i) a hollow body (CC) provided with a first (E1) end suitable to be coupled to an end of said supply pipe and provided a second end (E2) comprising a housing (L) communicating with outside and the aforementioned first (E1) end, and a ii) block (B) installed in the aforementioned housing (L) and chosen in a first group of blocks including at least a first block of form adapted to its housing in the aforementioned housing (L) and suitable to produce at least a jet of washing according to a first technique and a second block of form adapted to its housing in the aforementioned housing (L) suitable to produce at least a jet of washing according to a second technique different of the aforesaid first technique, characterized in that each one of the aforesaid production techniques is selected in a second group of production of jets including at least an only fluidic technique, a technique only with barrel and a technique only with ball (S).
A method for designing a base sequence that enhances the capacity of an existing DNA aptamer to bind to a target molecule and/or stabilizes the aptamer, comprising substituting a hairpin structure consisting of one pair of stem structure and loop structure of the DNA aptamer comprising at least one stem structure and at least one loop structure with a mini-hairpin structure, wherein the hairpin structure consists of 7 to 19 bases, wherein the mini-hairpin structure comprises: nucleic acid regions (A) to (C) below sequentially ligated from the 5' end toward the 3' end: (A) a first nucleic acid region comprising 2 to 5 arbitrary nucleotides; (B) a second nucleic acid region comprising a "gna" or "gnna" base sequence wherein each "n" independently represents either "g", "t", "a", or "c", a base analogue, or a modified base; and (C) a third nucleic acid region comprising a base sequence complementary to the first nucleic acid region, wherein the first nucleic acid region and the third nucleic acid region form a stem portion by base pairing with each other and the second nucleic acid region forms a loop portion. nucleic acid regions (A) to (C) below sequentially ligated from the 5' end toward the 3' end: (A) a first nucleic acid region comprising 2 to 5 arbitrary nucleotides; (B) a second nucleic acid region comprising a "gna" or "gnna" base sequence wherein each "n" independently represents either "g", "t", "a", or "c", a base analogue, or a modified base; and (C) a third nucleic acid region comprising a base sequence complementary to the first nucleic acid region, (A) a first nucleic acid region comprising 2 to 5 arbitrary nucleotides; (B) a second nucleic acid region comprising a "gna" or "gnna" base sequence wherein each "n" independently represents either "g", "t", "a", or "c", a base analogue, or a modified base; and (C) a third nucleic acid region comprising a base sequence complementary to the first nucleic acid region, wherein the first nucleic acid region and the third nucleic acid region form a stem portion by base pairing with each other and the second nucleic acid region forms a loop portion.
An apparatus rotatably mounted in an electronic device and configured to measure bio-information, the apparatus comprising: a pulse wave sensor configured to measure a pulse wave signal from an object in contact with a measurement surface; a force sensor configured to measure a contact force between the pulse wave sensor and the object; a fastener configured to fasten the pulse wave sensor to the electronic device such that the pulse wave sensor is rotatable around a center axis in a length direction of the pulse wave sensor ; and a processor configured to: determine a direction in which a measurement region of the pulse wave signal or the measurement surface of the pulse wave sensor is oriented; select a measurement mode from among a plurality of measurement modes based on the direction in which the measurement region of the pulse wave signal or the measurement surface of the pulse wave sensor is oriented; and estimate bio-information of the object based on the measured pulse wave signal and the measured contact force in the selected measurement mode. a pulse wave sensor configured to measure a pulse wave signal from an object in contact with a measurement surface; a force sensor configured to measure a contact force between the pulse wave sensor and the object; a fastener configured to fasten the pulse wave sensor to the electronic device such that the pulse wave sensor is rotatable around a center axis in a length direction of the pulse wave sensor ; and a processor configured to: determine a direction in which a measurement region of the pulse wave signal or the measurement surface of the pulse wave sensor is oriented; select a measurement mode from among a plurality of measurement modes based on the direction in which the measurement region of the pulse wave signal or the measurement surface of the pulse wave sensor is oriented; and estimate bio-information of the object based on the measured pulse wave signal and the measured contact force in the selected measurement mode. determine a direction in which a measurement region of the pulse wave signal or the measurement surface of the pulse wave sensor is oriented; select a measurement mode from among a plurality of measurement modes based on the direction in which the measurement region of the pulse wave signal or the measurement surface of the pulse wave sensor is oriented; and estimate bio-information of the object based on the measured pulse wave signal and the measured contact force in the selected measurement mode.
Operating panel for an elevator, comprising: a plurality of buttons for selecting one of a plurality of target floors; a plurality of touch-sensitive areas , each of the plurality of touch-sensitive areas being associated to one of the buttons ; an output device for outputting information ; a control unit being connected to each of the buttons and to each of the touch-sensitive areas and to the output device ; a data storage device comprising at least one data folder stored therein, wherein each data folder comprises information relating to one of the target floors; wherein the control unit is adapted to, upon triggering one of the touch-sensitive areas , reading one of the plurality of data folders comprising information relating to the target floor selectable by the button to which the touch-sensitive area is associated and outputting the information via the output device , characterised in that the control unit is furthermore adapted to, upon triggering once more the one of the touch-sensitive areas , reading another data folder comprising another information relating to the target floor selectable by the button to which the touch-sensitive area is associated and outputting the information via the output device . a plurality of buttons for selecting one of a plurality of target floors; a plurality of touch-sensitive areas , each of the plurality of touch-sensitive areas being associated to one of the buttons ; an output device for outputting information ; a control unit being connected to each of the buttons and to each of the touch-sensitive areas and to the output device ; a data storage device comprising at least one data folder stored therein, wherein each data folder comprises information relating to one of the target floors; wherein the control unit is adapted to, upon triggering one of the touch-sensitive areas , reading one of the plurality of data folders comprising information relating to the target floor selectable by the button to which the touch-sensitive area is associated and outputting the information via the output device , characterised in that the control unit is furthermore adapted to, upon triggering once more the one of the touch-sensitive areas , reading another data folder comprising another information relating to the target floor selectable by the button to which the touch-sensitive area is associated and outputting the information via the output device .
Method for activating a surface of a component made of a metal material, which has an oxide or hydroxide layer on the surface to be activated for bonding to a link partner, in which by means of a pulsed laser beam (X) depressions (E) are introduced into the surface , in order for the oxide or hydroxide layer previously existing on the surface to be removed in the region of the depressions (E), characterised in that the laser beam (X) is directed at the surface with a pulse duration of >0 - 300 ns and its measured nominal energy density is greater than 5.75 J/cm 2 in order to produce an oxide layer (OX) which is 30 - 300 nm thick in the region of the base (G) of the depression (E) burnt into the surface by the laser beam.