mhurhangee/ep-ind-claims huggingface dataset:
A method of improving accuracy of analyte level measurement of an in vivo positioned analyte sensor, the method comprising: collecting signal data from an in vivo positioned analyte sensor over a period of time, wherein the signal data is indicative of analyte levels; analyzing the collected signal data and identifying signal data points that occur most frequently within the collected data; correlating said identified signal data points to a normal physiological level for the analyte, the identified signal data points being taken from the signal data collected from the in vivo positioned analyte sensor; and deriving analyte levels from the collected signal data using the identified signal data points as a reference point for the normal physiological level of the analyte for a user of the in vivo positioned analyte sensor. collecting signal data from an in vivo positioned analyte sensor over a period of time, wherein the signal data is indicative of analyte levels; analyzing the collected signal data and identifying signal data points that occur most frequently within the collected data; correlating said identified signal data points to a normal physiological level for the analyte, the identified signal data points being taken from the signal data collected from the in vivo positioned analyte sensor; and deriving analyte levels from the collected signal data using the identified signal data points as a reference point for the normal physiological level of the analyte for a user of the in vivo positioned analyte sensor.
An aerosol-generating device comprising: an electrical power supply; a cavity for receiving an aerosol-generating article (50; 60); a plurality of semiconductor heaters positioned within the cavity, each semiconductor heater comprising a substrate layer and a heating layer provided on the substrate layer, wherein the heating layer is a continuous layer; at least one semiconductor gas sensor, wherein the heating layer of at least one of the semiconductor heaters is operable as a semiconductor gas sensor so that the heating layer is a combined heating and gas sensing layer; and a controller configured to control a supply of electrical power from the electrical power supply to each of the semiconductor heaters. an electrical power supply; a cavity for receiving an aerosol-generating article (50; 60); a plurality of semiconductor heaters positioned within the cavity, each semiconductor heater comprising a substrate layer and a heating layer provided on the substrate layer, wherein the heating layer is a continuous layer; at least one semiconductor gas sensor, wherein the heating layer of at least one of the semiconductor heaters is operable as a semiconductor gas sensor so that the heating layer is a combined heating and gas sensing layer; and a controller configured to control a supply of electrical power from the electrical power supply to each of the semiconductor heaters.
Method for recognition and referencing of dynamic objects in Internet pages made available on the Internet network thanks to at least one computer, called page server, for viewing by at least one Internet browsing software tool, called browser, executed on the processing means of at least one user's computer, characterized in that it consists of a script, firstly, stored in memory means of at least one computer, called script server, and secondly, included in the Internet pages containing dynamic elements, to be interpreted by all types of browsers when these pages are loaded by the user's computer, and to implement a step to test the type of browser used to view the Internet page, for each of the Internet pages viewed by the user's browser, so as to determine whether or not this browser requires the implementation of the following steps defined in the script: - automated routing of the Internet page received by the user's computer and identification of the dynamic elements contained in it, according to the tags of a plurality of known dynamic elements stored in memory means of the user's computer; - creation of an access reference to dynamic objects corresponding to identified dynamic elements, thanks to the user's browser interpreting a source code of the dynamic objects programming language, this source code being stored in the memory means of the computer of the user; - processing of the Internet page by the user's browser and instantiation of the defined dynamic objects; - display of the Internet page by the user's browser with the dynamic objects contained in it by means of display means and processing means of the user's computer. - automated routing of the Internet page received by the user's computer and identification of the dynamic elements contained in it, according to the tags of a plurality of known dynamic elements stored in memory means of the user's computer; - creation of an access reference to dynamic objects corresponding to identified dynamic elements, thanks to the user's browser interpreting a source code of the dynamic objects programming language, this source code being stored in the memory means of the computer of the user; - processing of the Internet page by the user's browser and instantiation of the defined dynamic objects; - display of the Internet page by the user's browser with the dynamic objects contained in it by means of display means and processing means of the user's computer.
A method for characterizing the atmospheric turbulence, comprising: acquiring images of a celestial object (PS, CB) by means of a camera coupled to a telescope; analyzing the acquired images to determine angle of arrival fluctuations of wavefronts from positions of at least one spot (IPS, P1, P2) formed by the celestial object in the acquired images; determining variances of the angle of arrival fluctuations; and estimating a Fried parameter (r 0) from the variances of the angle of arrival fluctuations, by setting an outer scale parameter (L 0) of the atmospheric turbulence to a fixed median value, wherein the at least one spot is formed by the Polar star to which the telescope is rigidly pointed, or the at least one spot comprises two spots (P1, P2) spaced apart from each other in each acquired image. acquiring images of a celestial object (PS, CB) by means of a camera coupled to a telescope; analyzing the acquired images to determine angle of arrival fluctuations of wavefronts from positions of at least one spot (IPS, P1, P2) formed by the celestial object in the acquired images; determining variances of the angle of arrival fluctuations; and estimating a Fried parameter (r 0) from the variances of the angle of arrival fluctuations, by setting an outer scale parameter (L 0) of the atmospheric turbulence to a fixed median value, wherein the at least one spot is formed by the Polar star to which the telescope is rigidly pointed, or the at least one spot comprises two spots (P1, P2) spaced apart from each other in each acquired image.
A dishwasher comprising a frame defining a treatment chamber for items to be washed, and at least one coupling system for coupling the frame to furniture walls, each one of said at least one coupling system comprising: - a support element coupled with the frame with the possibility of moving with respect to the frame, the support element being further adapted to be fixed to a corresponding furniture wall by means of a fastening member, - a regulation element coupled with the support element, characterized in that said regulation element comprises a regulation screw extending along a first direction parallel to said furniture wall, wherein said support element is coupled with the frame through said regulation screw, wherein the regulation screw is operable to cause a movement of the frame with respect to the support element along said first direction after the support element is fixed to said corresponding furniture wall. - a support element coupled with the frame with the possibility of moving with respect to the frame, the support element being further adapted to be fixed to a corresponding furniture wall by means of a fastening member, - a regulation element coupled with the support element, said regulation element comprises a regulation screw extending along a first direction parallel to said furniture wall, wherein said support element is coupled with the frame through said regulation screw, wherein the regulation screw is operable to cause a movement of the frame with respect to the support element along said first direction after the support element is fixed to said corresponding furniture wall.
A method in a radio base station (202, 203, 204) for providing macro diversity in a radio telecommunications network comprising said radio base station (202, 203, 204) providing a radio link (207, 208, 209) to a mobile terminal, - said radio base station (202, 203, 204) comprising communication resources for supporting said radio link (207, 208, 209) to said mobile terminal and for supporting transmission of data between said mobile terminal and a network node, said method - receiving a signal from said mobile terminal, - estimating a signal quality parameter for said received signal, characterised by the steps of: - sending a first message to said mobile terminal instructing said mobile terminal to adjust at least one transmission parameter if said signal quality parameter is below a quality target, and - if said signal quality parameter is above said quality target, and if lack of said resources prevents said radio base station (202, 203, 204) to relay data between said mobile terminal and said network node, sending said first message to said mobile terminal instructing said mobile terminal to adjust said at least one transmission parameter. - said radio base station (202, 203, 204) comprising communication resources for supporting said radio link (207, 208, 209) to said mobile terminal and for supporting transmission of data between said mobile terminal and a network node, said method - receiving a signal from said mobile terminal, - estimating a signal quality parameter for said received signal, characterised by the steps of: - sending a first message to said mobile terminal instructing said mobile terminal to adjust at least one transmission parameter if said signal quality parameter is below a quality target, and - if said signal quality parameter is above said quality target, and if lack of said resources prevents said radio base station (202, 203, 204) to relay data between said mobile terminal and said network node, sending said first message to said mobile terminal instructing said mobile terminal to adjust said at least one transmission parameter.
An air purifier which purifies the air in an indoor environment in a building comprising a body; an air inlet opening provided on the body; a fan which enables the air to be directed through the air inlet opening into the body; and an air outlet opening which enables the air purified in the body to be released out of the body; o a CO 2 absorbing unit into which the air is sucked; o a base dosing unit which supplies a base solution into the CO 2 absorbing unit; ∘ an acid dosing unit which supplies an acid solution into the CO 2 absorbing unit; ∘ a CO 2 tube enabling the carbon dioxide absorbed in the CO 2 absorbing unit to be discharged to outside the environment wherein the air is to be purified; and ∘ an electrodialysis unit wherein the salt formed after the base solution and the acid solution are respectively supplied to the CO 2 absorbing unit is resolved back to acid and base characterized by ∘ the CO 2 absorbing unit having a moving rotary table, and a plurality of tubes disposed on the rotary table or the CO 2 absorbing unit having a plurality of cartridges arranged side by side and in rows one under the other. o a CO 2 absorbing unit into which the air is sucked; o a base dosing unit which supplies a base solution into the CO 2 absorbing unit; ∘ an acid dosing unit which supplies an acid solution into the CO 2 absorbing unit; ∘ a CO 2 tube enabling the carbon dioxide absorbed in the CO 2 absorbing unit to be discharged to outside the environment wherein the air is to be purified; and ∘ an electrodialysis unit wherein the salt formed after the base solution and the acid solution are respectively supplied to the CO 2 absorbing unit is resolved back to acid and base characterized by ∘ the CO 2 absorbing unit having a moving rotary table, and a plurality of tubes disposed on the rotary table or the CO 2 absorbing unit having a plurality of cartridges arranged side by side and in rows one under the other.
A method of controlling the provision of electrical power from a local electrical network to a power grid to limit the rate of change at which power is permitted, the local electrical network including a power source that generates power and a number of loads that are electrically connected and that consume power, the method comprising: determining that the power that is generated by the power source and that is unused by the number of loads has a rate of change of power that exceeds a predetermined ramp rate; responsive to the determining, adjusting an operational parameter of at least a first load of the number of loads from a first state to a second state to alter the rate of change of power; and making a determination that the rate of change of power and a change in a voltage of the power grid are correlated and, responsive thereto, initiating the determining and the adjusting. determining that the power that is generated by the power source and that is unused by the number of loads has a rate of change of power that exceeds a predetermined ramp rate; responsive to the determining, adjusting an operational parameter of at least a first load of the number of loads from a first state to a second state to alter the rate of change of power; and making a determination that the rate of change of power and a change in a voltage of the power grid are correlated and, responsive thereto, initiating the determining and the adjusting.
Ship, having precisely four Magnus rotors, wherein an individually controllable electric motor for rotating the Magnus rotor is associated with each of the four Magnus rotors, wherein a converter is associated with each electric motor in order to control the speed and/or the rotation direction of the electric motor, and a single cargo hold (60, 70, 80) which can be subdivided, wherein a sub-division of the cargo hold (60, 70, 80) is carried out by fitting pontoon covers, wherein each one of the four Magnus rotors is provided at one of the corner locations of the cargo hold.
Heater device, in particular a combi boiler device, with at least one internal heating circuit, which, at least in a connected state, is intended to form part of a central heating circuit for circulating heating water, and with at least one water exchange unit, which is intended to empty the central heating circuit, at least partially, as and when required and to fill it with fresh water, at least partially, as and when required, with a control unit, characterized in that the control unit is intended to actuate the water exchange unit in dependence on a degree of contamination of the heating water.
A method of providing indication of the oncoming parturition in livestock comprising the steps of: using a tail-mounted sensor, monitoring the tail movements of the animal and for each time that the animal raises its tail by a predetermined angle, θ, for at least a first predetermined period of time, T 1, registering that event as a contraction; monitoring the number of contractions of the animal over a second predetermined period of time, T 2; and on detecting that there have been a predetermined multiple number, N, of contractions over the second predetermined period of time, T 2, so that: 2 minutes ≤ T 2 / N ≤ 6 minutes, signaling an alert indicating the oncoming parturition of the animal. using a tail-mounted sensor, monitoring the tail movements of the animal and for each time that the animal raises its tail by a predetermined angle, θ, for at least a first predetermined period of time, T 1, registering that event as a contraction; monitoring the number of contractions of the animal over a second predetermined period of time, T 2; and on detecting that there have been a predetermined multiple number, N, of contractions over the second predetermined period of time, T 2, so that: 2 minutes ≤ T 2 / N ≤ 6 minutes, signaling an alert indicating the oncoming parturition of the animal.
A closure device (1; 4) for closing a restraint system, comprising a locking device (2; 5) having a first connecting member (21; 51) and a second connecting member (22; 52), and a blocking device, wherein the first connecting member (21; 51) and the second connecting member (22; 51) can be connected to each other along a plane of movement by an insertion movement and can be released by an opposite withdrawal movement, and wherein the locking device (2; 5) and the blocking device interact in such a way that, in at least a first position of the locking device (2; 5) relative to the blocking device and/or the state of the blocking device, the locking device (2; 5) provides a releasable coupling between the first connecting member (21; 51) and the second connecting member (22; 52), the coupling being released by applying a predetermined opposing force acting against the pull-out movement, and, in at least a second position relative to the blocking device and/or the state of the blocking device, the locking device (2; 5) provides a non-releasable coupling between the first connecting member (21; 51) and the second connecting member (22; 52).
A sealing tape, comprising: an adhesive surface (1415, 1430, 1445, 1460) to which an adhesive is applied and RFID tags (22, 24) are attached; and a non-adhesive surface being a back side of the adhesive surface; characterized in that the sealing tape has basic sections repeatedly arranged on the adhesive surface and includes, in the following order, a first adhesion section, a second adhesion section, a first RFID tag section, and a second RFID tag section, wherein the first adhesion section, the second adhesion section, the first RFID tag section, and the second RFID tag section have the same lengths, wherein the RFID tags (22, 24) are arranged on an area adjacent to one side each of the first RIFD tag section and the second RFID tag section and directly attached to the adhesive surface (1415, 1430) of the first adhesion section and the second adhesion section, respectively when the first adhesion section and first RFID tag section are attached to each other and the second adhesion section and second RFID tag section are attached to each other, and wherein the RFID tag (22,24) is structured to be broken when separated from the adhesive surface (1415, 1430, 1445, 1460). an adhesive surface (1415, 1430, 1445, 1460) to which an adhesive is applied and RFID tags (22, 24) are attached; and a non-adhesive surface being a back side of the adhesive surface; characterized in that the sealing tape has basic sections repeatedly arranged on the adhesive surface and includes, in the following order, a first adhesion section, a second adhesion section, a first RFID tag section, and a second RFID tag section, wherein the first adhesion section, the second adhesion section, the first RFID tag section, and the second RFID tag section have the same lengths, wherein the RFID tags (22, 24) are arranged on an area adjacent to one side each of the first RIFD tag section and the second RFID tag section and directly attached to the adhesive surface (1415, 1430) of the first adhesion section and the second adhesion section, respectively when the first adhesion section and first RFID tag section are attached to each other and the second adhesion section and second RFID tag section are attached to each other, and wherein the RFID tag (22,24) is structured to be broken when separated from the adhesive surface (1415, 1430, 1445, 1460).
An inkjet printer comprising; a printhead having a first port and a second port; an ink container for supplying ink to the printhead, the ink container comprising a supply port and a return port; a first ink conduit interconnecting the supply port and the first port; a second ink conduit interconnecting the return port and the second port; and a pump configured for pumping ink from the supply port to the return port, wherein: a majority of the length of the second ink conduit has a smaller internal cross-sectional area than a majority of the length of the first ink conduit; and the ink container is positioned below a height of the printhead. a printhead having a first port and a second port; an ink container for supplying ink to the printhead, the ink container comprising a supply port and a return port; a first ink conduit interconnecting the supply port and the first port; a second ink conduit interconnecting the return port and the second port; and a pump configured for pumping ink from the supply port to the return port, wherein: a majority of the length of the second ink conduit has a smaller internal cross-sectional area than a majority of the length of the first ink conduit; and the ink container is positioned below a height of the printhead. a majority of the length of the second ink conduit has a smaller internal cross-sectional area than a majority of the length of the first ink conduit; and the ink container is positioned below a height of the printhead.
Autonomous fluid compressor device for supplying compressed fluid to a cable laying device, the fluid compressor comprising: - a fluid compressing unit arranged to compress fluid and comprising an exhaust valve, - an electric motor, for driving the fluid compressing unit, - a rechargeable power unit, to supply electric power to the electric motor; - a fluid supply port connected to the exhaust valve, for being connected to the cable laying device to supply compressed fluid, wherein the fluid compressor comprises: - an input unit, arranged to be connected to the cable laying device for receiving a fluid demand signal indicating a fluid demand from the cable laying device, - a control unit, connected to the input unit, and arranged to control the motor based on the fluid demand signal received from the input unit, so that the fluid compressing unit delivers compressed fluid, to meet the fluid demand from the cable laying device, characterized in that a volume of tubing forming fluid path between the supply port: and the exhaust valve is lower than 15 liters, and preferably lower than 10 liters. - a fluid compressing unit arranged to compress fluid and comprising an exhaust valve, - an electric motor, for driving the fluid compressing unit, - a rechargeable power unit, to supply electric power to the electric motor; - a fluid supply port connected to the exhaust valve, for being connected to the cable laying device to supply compressed fluid, wherein the fluid compressor comprises: - an input unit, arranged to be connected to the cable laying device for receiving a fluid demand signal indicating a fluid demand from the cable laying device, - a control unit, connected to the input unit, and arranged to control the motor based on the fluid demand signal received from the input unit, so that the fluid compressing unit delivers compressed fluid, to meet the fluid demand from the cable laying device, characterized in that a volume of tubing forming fluid path between the supply port: and the exhaust valve is lower than 15 liters, and preferably lower than 10 liters.