mhurhangee/patent-ind-claim-en huggingface dataset:
A method for estimating glucose level of a person having diabetes and selecting automatically open-loop and closed-loop control for a connected therapy delivery device, the method comprising: receiving into a blood glucose management device having a microcontroller a plurality of measured glucose results and corresponding impedance values from a glucose sensor coupled to the person; using the microcontroller to analyze the plurality of measured glucose results and corresponding impedance values with a probability analysis tool configured to determine a total quality score Q total that is based on the minimum constraint of a set of quality metrics which comprises a probability of glucose sensor accuracy P A based on the plurality of measured glucose results and a probability of sensing quality Q ac based on the impedance values; using the microcontroller to estimate the glucose level of the person with a recursive filter configured to estimate the glucose level based on the plurality of measured glucose results weighted with the total quality score Q total and select automatically either open-loop control or closed-loop control for the connected therapy delivery device based on the value of the total quality score Q total . receiving into a blood glucose management device having a microcontroller a plurality of measured glucose results and corresponding impedance values from a glucose sensor coupled to the person; using the microcontroller to analyze the plurality of measured glucose results and corresponding impedance values with a probability analysis tool configured to determine a total quality score Q total that is based on the minimum constraint of a set of quality metrics which comprises a probability of glucose sensor accuracy P A based on the plurality of measured glucose results and a probability of sensing quality Q ac based on the impedance values; using the microcontroller to estimate the glucose level of the person with a recursive filter configured to estimate the glucose level based on the plurality of measured glucose results weighted with the total quality score Q total and select automatically either open-loop control or closed-loop control for the connected therapy delivery device based on the value of the total quality score Q total .
A thermoset polyurethane foam comprising a brominated polymer, wherein the brominated polymer has copolymerized therein a butadiene moiety and a vinyl aromatic monomer moiety, the copolymer having, prior to bromination, a vinyl aromatic monomer content of from 5 to 90 percent by weight based upon copolymer weight, a 1,2-butadiene isomer content of greater than zero percent by weight based upon butadiene moiety weight, and a weight average molecular weight of at least 1000, the brominated copolymer having an unbrominated, non-aromatic double bond content of less than or equal to 50 percent based on non-aromatic double bond content of the polymer prior to bromination as determined by proton nuclear magnetic resonance spectroscopy and a five percent weight loss temperature, as determined by dynamic thermogravimetric analysis of at least 170 degrees Celsius, and further comprising an interfacial active agent: (a) having a hydrophilic-lipophilic balance in a range of 5 to 15 as determined by the Rosen method or a cloud point of up to 60 degrees Celsius in a 4 weight-percent aqueous solution as determined by DIN EN 1890; (b) having a viscosity of at least 0.5 Pas (500 centiPoise) at 25 degrees Celsius as determined using a Brookfield viscometer and spindle 63 at 50 revolutions per minute; and (c) being present at a concentration of at least ten weight-percent relative to the total combined weight of brominated polymer and interfacial agent.
A composition comprising a pharmaceutical dosage form configured to disintegrate in oral saliva and maintain a pH of 4 or less within the saliva during the time the dosage form is dissolving therein, the dosage form including a therapeutically effective amount of melatonin in a carrier matrix, a disintegrant, and a sufficient amount of acid to impart the pH to the saliva, the amount of disintegrant being sufficient to cause the dosage form to completely disintegrate in the saliva within ten minutes from contacting the saliva, wherein the dosage form is a tablet and the carrier matrix includes microcrystalline cellulose as at least 45% w/w of the dosage form, the acid is at least 20% w/w of the dosage form, and the disintegrant is at least 6% w/w of the dosage form.
An optical module comprising: a support ; a movable part supported by the support so as to be swingable about an axis (X1); a mirror provided to the movable part; a drive coil provided to the movable part; a temperature monitoring element provided to the support; and a magnet configured to generate a magnetic field acting on the drive coil, an electrode pad provided to the support ; and a wire connected to one end of the drive coil and the electrode pad ; wherein: the support is thermally connected to the magnet , the temperature monitoring element is a temperature monitoring resistor of which a resistance value is changed in accordance with temperature; the temperature monitoring resistor is configured as a coil; characterised in that the electrode pad is provided inside the temperature monitoring resistor when viewed in an optical axis direction (A) of the mirror ; and the wire connected to the electrode pad does not cross the temperature monitoring resistor . a support ; a movable part supported by the support so as to be swingable about an axis (X1); a mirror provided to the movable part; a drive coil provided to the movable part; a temperature monitoring element provided to the support; and a magnet configured to generate a magnetic field acting on the drive coil, an electrode pad provided to the support ; and a wire connected to one end of the drive coil and the electrode pad ; the support is thermally connected to the magnet , the temperature monitoring element is a temperature monitoring resistor of which a resistance value is changed in accordance with temperature; the temperature monitoring resistor is configured as a coil; characterised in that the electrode pad is provided inside the temperature monitoring resistor when viewed in an optical axis direction (A) of the mirror ; and the wire connected to the electrode pad does not cross the temperature monitoring resistor .
A welding head for welding rails of a track, having two welding units movable towards one another along unit guides in a guide longitudinal direction , each welding unit being equipped at a lower end with clamping jaws provided to be applied to a rail web , wherein at least one welding unit is connected to a support device , displaceable relative to the welding unit , which is provided for placement on the track during working operations, characterized in that the support device is designed to be displaceable in the guide longitudinal direction relative to the welding unit .
Measurement device for ascertaining a fluid variable relating to a fluid and/or a fluid flow of the fluid, comprising a computing device and a sensor module or a plurality of sensor modules for acquiring a respective sensor variable, depending on which the fluid variable can be ascertained by the computing device , wherein the sensor module or the sensor modules is/are each connected via at least two wires (11-16) in each case to respective sensor contacts (17-22) of the computing device , wherein at least one of the sensor contacts (17-22) is coupled via a respective capacitance (28-33) to a reference circuit segment lying at a reference potential, in particular the ground potential, which segment is insulated in respect of direct current from the sensor contacts (17-22), wherein the sensor module or one of the sensor modules comprises a sensor component that, in the installed state, is conductively coupled to the reference potential provided externally to the measurement device, characterized in that the sensor component is conductively coupled via a further wire to the reference circuit segment of the computing device , wherein the sensor component forms at least a segment of a measurement tube that accommodates the fluid or through which the fluid can flow and/or of a housing of the sensor module , which is connected in a low-resistance manner to the conductive measurement tube.
A method of making a medical device comprising: obtaining a medical device comprising disposing a first polymeric layer disposed over the substrate, the first polymeric layer comprising a photoreactive polyvinyl pyrrolidone and a first cross-linking agent comprising at least two photoreactive groups; coating the first polymeric layer with a second polymeric layer, by disposing the second polymeric layer over the first polymeric layer, the second polymeric layer comprising an exterior surface with carboxylic acid groups disposed on the exterior surface; and applying a solution to the exterior surface, the solution comprising sodium bicarbonate, wherein the sodium bicarbonate solution reacts with the carboxylic acid groups to form carboxylate salt groups; and drying the medical device prior to sterilizing it with ethylene oxide; and sterilizing the medical device with ethylene oxide. obtaining a medical device comprising disposing a first polymeric layer disposed over the substrate, the first polymeric layer comprising a photoreactive polyvinyl pyrrolidone and a first cross-linking agent comprising at least two photoreactive groups; coating the first polymeric layer with a second polymeric layer, by disposing the second polymeric layer over the first polymeric layer, the second polymeric layer comprising an exterior surface with carboxylic acid groups disposed on the exterior surface; and applying a solution to the exterior surface, the solution comprising sodium bicarbonate, wherein the sodium bicarbonate solution reacts with the carboxylic acid groups to form carboxylate salt groups; and drying the medical device prior to sterilizing it with ethylene oxide; and sterilizing the medical device with ethylene oxide.
A system operable to provision software in a computing network, wherein the computing network comprises a plurality of computing devices and a plurality of users, the system comprising: a memory; and a processor, wherein the memory includes instructions executable by the processor to cause the system to: invoke one or more discovery probes to identify software installed on the plurality of computing devices within the computing network; retrieve software usage data based at least on the one or more discovery probes; determine software usage predictions based on the software usage data; allocate , based on the software usage predictions, software installation models, and software entitlement data, per user software entitlements and per device software entitlements to obtain an allocation of software entitlements; and invoke installation or uninstallation of the software responsive to the allocation of software entitlements. a memory; and a processor, wherein the memory includes instructions executable by the processor to cause the system to: invoke one or more discovery probes to identify software installed on the plurality of computing devices within the computing network; retrieve software usage data based at least on the one or more discovery probes; determine software usage predictions based on the software usage data; allocate , based on the software usage predictions, software installation models, and software entitlement data, per user software entitlements and per device software entitlements to obtain an allocation of software entitlements; and invoke installation or uninstallation of the software responsive to the allocation of software entitlements. invoke one or more discovery probes to identify software installed on the plurality of computing devices within the computing network; retrieve software usage data based at least on the one or more discovery probes; determine software usage predictions based on the software usage data; allocate , based on the software usage predictions, software installation models, and software entitlement data, per user software entitlements and per device software entitlements to obtain an allocation of software entitlements; and invoke installation or uninstallation of the software responsive to the allocation of software entitlements.
Cleaning system for cleaning surfaces, and in particular floors of rooms, comprising: - at least one cleaning device which is manually operated by a user and multiple cleaning elements , wherein a cleaning element is holdable on the at least one cleaning device in an exchangeable manner; - a localizing device for ascertaining when the user together with the at least one cleaning device is changing or has changed from one room to another room ; - an indicator unit which is coupled to the localizing device for providing an indication to the user that the cleaning element on the at least one cleaning device is to be exchanged; - at least one sensor unit for detecting that a cleaning element is attached or will be attached to the at least one cleaning device , wherein in particular an exchange of a cleaning element with a further cleaning element is detectable; and - a data processing unit for determining that or whether the user has exchanged the cleaning element in each case when changing from room to room , wherein the data processing unit is adapted to generate a report comprising information on the result of the determination, and in particular a piece of information on whether an exchange of the cleaning elements has occurred or not occurred, in response to or without a corresponding indication. - at least one cleaning device which is manually operated by a user and multiple cleaning elements , wherein a cleaning element is holdable on the at least one cleaning device in an exchangeable manner; - a localizing device for ascertaining when the user together with the at least one cleaning device is changing or has changed from one room to another room ; - an indicator unit which is coupled to the localizing device for providing an indication to the user that the cleaning element on the at least one cleaning device is to be exchanged; - at least one sensor unit for detecting that a cleaning element is attached or will be attached to the at least one cleaning device , wherein in particular an exchange of a cleaning element with a further cleaning element is detectable; and - a data processing unit for determining that or whether the user has exchanged the cleaning element in each case when changing from room to room , wherein the data processing unit is adapted to generate a report comprising information on the result of the determination, and in particular a piece of information on whether an exchange of the cleaning elements has occurred or not occurred, in response to or without a corresponding indication.
Retroreflective element , for example a retroreflector or a retroreflective film, comprising a regular arrangement of several reflective triples , each with three side surfaces which form an angle between 88° and 92°, preferably between 89° 50' and 90° 10', and particularly preferably are perpendicular to one another, wherein at least one selected triple in the arrangement has a security element with diffractive structures on at least one first side surface , characterized in that a width between flats of the retroreflective element is between 50 μm and 500 μm and a modulation depth of the security element is selected such that the security element is imperceptible when the retroreflective element is illuminated at an illumination angle < 10°, the diffractive structures of the security element have a line spacing between 500 nm and 2.0 μm and the modulation depth is between 0.1% and 10% of the line spacing .
Ventricular assist device for implantation into a lumen (L) of a blood vessel, comprising: an impeller fixed to a rotor shaft , wherein the impeller is configured to rotate around a longitudinal axis of the rotor shaft ; a drive unit comprising a magnetic motor configured to cause rotation of the impeller around the longitudinal axis; a first active magnetic bearing configured to bear a first end section of the rotor shaft relative to the drive unit ; a second active magnetic bearing configured to bear a second end section of the rotor shaft relative to the drive unit ; and a control unit configured to control the magnetic motor, the first active magnetic bearing and the second active magnetic bearing , wherein the first active magnetic bearing comprises: a first radial magnetic bearing configured to adjust a radial position of the first end section relative to the first radial magnetic bearing , a first radial sensor unit configured to determine the radial position of the first end section ; and/or wherein the second active magnetic bearing comprises: a second radial magnetic bearing configured to adjust a radial position of the second end section relative to the second radial magnetic bearing , a second radial sensor unit configured to determine the radial position of the second end section . an impeller fixed to a rotor shaft , wherein the impeller is configured to rotate around a longitudinal axis of the rotor shaft ; a drive unit comprising a magnetic motor configured to cause rotation of the impeller around the longitudinal axis; a first active magnetic bearing configured to bear a first end section of the rotor shaft relative to the drive unit ; a second active magnetic bearing configured to bear a second end section of the rotor shaft relative to the drive unit ; and a control unit configured to control the magnetic motor, the first active magnetic bearing and the second active magnetic bearing , wherein the first active magnetic bearing comprises: a first radial magnetic bearing configured to adjust a radial position of the first end section relative to the first radial magnetic bearing , a first radial sensor unit configured to determine the radial position of the first end section ; and/or a first radial magnetic bearing configured to adjust a radial position of the first end section relative to the first radial magnetic bearing , a first radial sensor unit configured to determine the radial position of the first end section ; and/or wherein the second active magnetic bearing comprises: a second radial magnetic bearing configured to adjust a radial position of the second end section relative to the second radial magnetic bearing , a second radial sensor unit configured to determine the radial position of the second end section . a second radial magnetic bearing configured to adjust a radial position of the second end section relative to the second radial magnetic bearing , a second radial sensor unit configured to determine the radial position of the second end section .
A switching device for low or medium voltage electric power distribution networks, said switching device comprising one or more electric poles , each electric pole comprising: - an insulating housing defining an internal volume of said electric pole, said insulating housing extending along a longitudinal axis and having, along said longitudinal axis, a bottom end , at which said housing is fixed to a main support structure of said switching device, and a top end opposite to said bottom end; - a first pole terminal and a second pole terminal electrically connectable with a corresponding phase conductor of an electric power source and with a corresponding load conductor of an electric load , respectively; - a movable contact and a fixed contact , which are coupleable or decoupleable one with or from another, said fixed contact being electrically connected with said first pole terminal, said movable contact being electrically connectable with said second pole terminal; wherein each electric pole comprises a stack of semiconductor devices piled one on another and adapted to switch in a conduction state or in an interdiction state depending on the voltage provided thereto, said semiconductor devices being electrically connected in series one to another in such a way that a current (I LOAD ) can flow according to a predefined conduction direction (CD) when said semiconductor devices are in a conduction state, said stack of semiconductor devices including first and second stack terminals electrically connected with said semiconductor devices , said first stack terminal being electrically connected with said fixed contact , said first and second stack terminals being electrically coupleable with or decoupleable from said movable contact when said movable contact reaches different positions (P 1 , P 2 , P 3 ) during a movement towards or away from said fixed contact , characterised in that said semiconductor devices and said fixed contact are arranged at the top end of said insulating housing, respectively in a proximal position and in a distal position relative to the top end of said insulating housing, so that said semiconductor devices are arranged in a portion of the internal volume of said electric pole between said fixed contact and the top end of said insulating housing. - an insulating housing defining an internal volume of said electric pole, said insulating housing extending along a longitudinal axis and having, along said longitudinal axis, a bottom end , at which said housing is fixed to a main support structure of said switching device, and a top end opposite to said bottom end; - a first pole terminal and a second pole terminal electrically connectable with a corresponding phase conductor of an electric power source and with a corresponding load conductor of an electric load , respectively; - a movable contact and a fixed contact , which are coupleable or decoupleable one with or from another, said fixed contact being electrically connected with said first pole terminal, said movable contact being electrically connectable with said second pole terminal;
A thermal release element comprising a vessel body having an outer wall formed of a bursting material and a cavity enclosed by the outer wall and located inside the vessel body, in which cavity a release liquid is enclosed, the vessel body being formed expanded along an axial direction with one tubular central section , extending in the axial direction, and two end sections located at the respective axial ends, in which the cavity is closed in the form of a cap, wherein the vessel body in the tubular central section has an outer contour of the outer wall which deviates from a circular or oval contour in a cut plane taken transversely, in particular perpendicularly, to the axial direction, characterised in that the end sections in regions facing the central section each have a circular or an oval outer contour of the outer wall in a cut plane taken transversely, in particular perpendicularly, to the axial direction, between the central section and the end sections , transition regions being provided in which, in a transverse direction, the outer wall has a cross-sectional area which is perpendicular to the axial direction of the cut plane , in particular perpendicular, to the axial direction, the outer contour of the outer wall changes from the shape of the middle section, which deviates from a circular or oval shape, to the circular or oval shape of the respective end section, the transition regions extending longitudinally (L 1 , L 2 ) in the axial direction of at least 1.5 mm.