mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a glucose sensor configured to generate blood glucose level readings; an insulin pump configured to deliver insulin based on a message; a control device configured to: obtain blood glucose level readings over a diurnal period for each of a plurality of days; determine an estimated variability in the blood glucose levels over the diurnal period for the plurality of days; modify, based on the estimated variability in the blood glucose level, a target blood glucose level to a modified target blood glucose level; and generate a message to deliver insulin during the diurnal period based on the modified target blood glucose level. a glucose sensor configured to generate blood glucose level readings; an insulin pump configured to deliver insulin based on a message; a control device configured to: obtain blood glucose level readings over a diurnal period for each of a plurality of days; determine an estimated variability in the blood glucose levels over the diurnal period for the plurality of days; modify, based on the estimated variability in the blood glucose level, a target blood glucose level to a modified target blood glucose level; and generate a message to deliver insulin during the diurnal period based on the modified target blood glucose level. obtain blood glucose level readings over a diurnal period for each of a plurality of days; determine an estimated variability in the blood glucose levels over the diurnal period for the plurality of days; modify, based on the estimated variability in the blood glucose level, a target blood glucose level to a modified target blood glucose level; and generate a message to deliver insulin during the diurnal period based on the modified target blood glucose level.
A method implemented by a hearing device arrangement adapted to be worn by a wearer, the method comprising: generating, by the hearing device arrangement, a virtual auditory user interface comprising a sound field , a plurality of disparate sound field zones (sf1, sf2, sf3), and a plurality of quiet zones (qz2,1, qz3,1, qz1,2, qz3,2, qz1,3, qz2,3) that provide acoustic contrast between the sound field zones, the sound field zones and the quiet zones remaining positionally stationary within the sound field, wherein each one of the plurality of quiet zones is generated at the location where one of the plurality of sound field zones is created and is configured to attenuate sound emanating from another one of the plurality of sound field zones; sensing an input from the wearer via one or more sensors at the hearing device arrangement; facilitating movement of the wearer within the sound field in response to a navigation input received from the one or more sensors; and selecting one of the sound field zones for playback to the wearer or actuating a function by the hearing device arrangement in response to a selection input received from the one or more sensors. generating, by the hearing device arrangement, a virtual auditory user interface comprising a sound field , a plurality of disparate sound field zones (sf1, sf2, sf3), and a plurality of quiet zones (qz2,1, qz3,1, qz1,2, qz3,2, qz1,3, qz2,3) that provide acoustic contrast between the sound field zones, the sound field zones and the quiet zones remaining positionally stationary within the sound field, wherein each one of the plurality of quiet zones is generated at the location where one of the plurality of sound field zones is created and is configured to attenuate sound emanating from another one of the plurality of sound field zones; sensing an input from the wearer via one or more sensors at the hearing device arrangement; facilitating movement of the wearer within the sound field in response to a navigation input received from the one or more sensors; and selecting one of the sound field zones for playback to the wearer or actuating a function by the hearing device arrangement in response to a selection input received from the one or more sensors.
A seismic streamer system comprising: a streamer device including a recovery module configured for coupling to a seismic streamer deployed in a water column, the recovery module comprising an actuator coupled to a positive buoyancy element; a controller configured to trigger the actuator to deploy the positive buoyancy element in response to a recovery condition being met; and an interface configured for receiving an external recovery signal indicating that the recovery condition is met; a steering or depth control device configured to be coupled to the seismic streamer , the steering or depth control device configured to generate the external recovery signal for communication to the streamer device , wherein the interface is configured to receive the external control signal wirelessly via an inductive or capacitive signal, or a combination thereof; wherein the positive buoyancy element is configured to raise at least a portion of the seismic streamer to a surface of the water column, when the recovery condition is met. a streamer device including a recovery module configured for coupling to a seismic streamer deployed in a water column, the recovery module comprising an actuator coupled to a positive buoyancy element; a controller configured to trigger the actuator to deploy the positive buoyancy element in response to a recovery condition being met; and an interface configured for receiving an external recovery signal indicating that the recovery condition is met; a controller configured to trigger the actuator to deploy the positive buoyancy element in response to a recovery condition being met; and an interface configured for receiving an external recovery signal indicating that the recovery condition is met; a steering or depth control device configured to be coupled to the seismic streamer , the steering or depth control device configured to generate the external recovery signal for communication to the streamer device , wherein the interface is configured to receive the external control signal wirelessly via an inductive or capacitive signal, or a combination thereof; wherein the positive buoyancy element is configured to raise at least a portion of the seismic streamer to a surface of the water column, when the recovery condition is met.
A construction machine comprising: a battery ; a controller that is operated by supply of power from the battery; a key switch that is connected to the controller and switched between a key-off state of providing the controller with an instruction to halt an engine and a key-on state of providing the controller with no instruction to halt the engine; an interruption switch that is switched between a supply allowing state of allowing supply of power from the battery to the controller and a supply interruption state of interrupt supply of power from the battery to the controller; a sensor that detects presence/absence of interruption necessary motion which is a motion necessary for manipulating the interruption switch; an alarm device capable of issuing an alarm; and an alarm control device that causes the alarm device to issue the alarm only when a condition that the key switch is in the key-off state, a condition that the interruption switch is in the supply allowing state, a condition that the controller is being operated, and a condition that the sensor has detected presence of the interruption necessary motion are all satisfied. a battery ; a controller that is operated by supply of power from the battery; a key switch that is connected to the controller and switched between a key-off state of providing the controller with an instruction to halt an engine and a key-on state of providing the controller with no instruction to halt the engine; an interruption switch that is switched between a supply allowing state of allowing supply of power from the battery to the controller and a supply interruption state of interrupt supply of power from the battery to the controller; a sensor that detects presence/absence of interruption necessary motion which is a motion necessary for manipulating the interruption switch; an alarm device capable of issuing an alarm; and an alarm control device that causes the alarm device to issue the alarm only when a condition that the key switch is in the key-off state, a condition that the interruption switch is in the supply allowing state, a condition that the controller is being operated, and a condition that the sensor has detected presence of the interruption necessary motion are all satisfied.
Construction system having pre-fabricated or pre-mounted segments (1; 1,2; 1,2) for creating walls as well as floor plates and ceiling plates of above-ground structures, wherein each segment (1; 1,1; 1,2) is composed of rods , extended in longitudinal direction of the segment (1; 1,1; 1,2), having at least sixfold rotationally symmetrical cross-section, wherein the rods are arranged so as to be touching one another tangentially with their cross sections in honeycombs of a virtual hexagonal honeycomb pattern and are connected with one another by means of dowels which pass through transverse bores arranged in the rods , which transverse bores are provided at predetermined transverse planes of the segments (1; 1,1; 1,2) perpendicularly and centrally to one another diametrically opposite sides of a hexagonal honeycomb of the honeycomb grid, characterised in that the segments can be positioned or are positioned in longitudinal direction end-to-end forming a basic row, and wherein a further row of the segments (1; 1,1; 1,2) can be positioned or is positioned offset in longitudinal direction on a longitudinal side of the basis row such that the joins between segments (1; 1,1) of the basis row are bridged by segments (1; 1,2) of the further row and transverse bores corresponding to one another in the rods of the segments (1; 1,1) of the basis row and in the rods of the segments (1; 1,2) of the further row are flush with one another, that in transverse direction of the rows, segments (1; 1,1; 1,2) adjacent to one another are connected or can be connected with one another by means of dowels which can be set or are set in the transverse bores (4,1; 4,2; 4,3), which are flush with one another, of the adjacent segments (1; 1,1; 1,2).
A docking station (200; 300) comprising: a platform (204; 304) having a front and a rear, a left side portion , a right side portion , and a central portion between the left and right side portions; a left track (216A; 316A) on the left side portion of the platform and a right track on the right side portion of the platform; and an evacuation suction port defined in the central portion, characterized in that the evacuation suction port being offset from the lateral centerline of the platform and a midpoint between the tracks. a platform (204; 304) having a front and a rear, a left side portion , a right side portion , and a central portion between the left and right side portions; a left track (216A; 316A) on the left side portion of the platform and a right track on the right side portion of the platform; and an evacuation suction port defined in the central portion, characterized in that the evacuation suction port being offset from the lateral centerline of the platform and a midpoint between the tracks.
A leading edge structure for a flow control system of an aircraft , comprising a double-walled leading edge panel that surrounds a plenum in a curved manner, the plenum extending in a span direction , wherein the leading edge panel has a first side portion extending from a leading edge point to a first attachment end , wherein the leading edge panel has a second side portion opposite the first side portion , extending from the leading edge point to a second attachment end , wherein the leading edge panel comprises an inner wall element facing the plenum and an outer wall element for contact with an ambient flow , wherein between the inner and outer wall elements the leading edge panel comprises a core assembly , wherein the outer wall element comprises a plurality of micro pores forming a fluid connection between the core assembly and the ambient flow , and wherein the inner wall element comprises openings forming a fluid connection between the core assembly and the plenum , characterized in that at the first attachment end and/or at the second attachment end the outer wall element is attached to the inner wall element by both bonding and fasteners . a double-walled leading edge panel that surrounds a plenum in a curved manner, the plenum extending in a span direction , wherein the leading edge panel has a first side portion extending from a leading edge point to a first attachment end , wherein the leading edge panel has a second side portion opposite the first side portion , extending from the leading edge point to a second attachment end , wherein the leading edge panel comprises an inner wall element facing the plenum and an outer wall element for contact with an ambient flow , wherein between the inner and outer wall elements the leading edge panel comprises a core assembly , wherein the outer wall element comprises a plurality of micro pores forming a fluid connection between the core assembly and the ambient flow , and wherein the inner wall element comprises openings forming a fluid connection between the core assembly and the plenum , characterized in that at the first attachment end and/or at the second attachment end the outer wall element is attached to the inner wall element by both bonding and fasteners .
A biophotonic composition comprising: at least 0.2% by weight of the total weight of the composition of a xanthene dye; a calcium phosphate mineral; and a cross-linked hyaluronic acid, or a non-cross linked hyaluronic acid having a molecular weight of at least 1 million Daltons. at least 0.2% by weight of the total weight of the composition of a xanthene dye; a calcium phosphate mineral; and a cross-linked hyaluronic acid, or a non-cross linked hyaluronic acid having a molecular weight of at least 1 million Daltons.
A system comprising: a display configured to transmit a signal comprising: a first light configured as a display image; and a beam splitter configured to receive the signal and reflect the signal; a selectively transmissive mirror configured to receive the reflected signal, and reflect the first light , wherein the first light is configured with a first bandwidth; and a corrector lens configured to receive the first light and transmit the first light to an exit pupil, characterized in that the signal comprises a second light configured as a reference image; the system comprises a sensor configured to detect the second light; the selectively transmissive mirror is configured to transmit the second light to the sensor ; and in that the second light is configured with a second bandwidth. a display configured to transmit a signal comprising: a first light configured as a display image; and a beam splitter configured to receive the signal and reflect the signal; a selectively transmissive mirror configured to receive the reflected signal, and reflect the first light , wherein the first light is configured with a first bandwidth; and a corrector lens configured to receive the first light and transmit the first light to an exit pupil, characterized in that the signal comprises a second light configured as a reference image; the system comprises a sensor configured to detect the second light; the selectively transmissive mirror is configured to transmit the second light to the sensor ; and in that the second light is configured with a second bandwidth.
A method for producing a fiber-reinforced plastic, the method comprising the following steps (i) to (iii): (i) a step of obtaining a material containing a prepreg base material in which a reinforcing fiber pulled and aligned in one direction is impregnated with a matrix resin and a cut is formed so as to intersect a fiber axis of the reinforcing fiber and a region in which a plurality of cuts to form an angle θ of 0° < θ < 90° with the fiber axis of the reinforcing fiber are formed in a fiber axis direction of the reinforcing fiber and a region in which a plurality of cuts to form an angle θ of - 90° < θ < 0° with the fiber axis of the reinforcing fiber are formed in a fiber axis direction of the reinforcing fiber when anticlockwise rotation with respect to the fiber axis of the reinforcing fiber in a planar view is defined as a positive are alternately formed in a direction orthogonal to the fiber axis of the reinforcing fiber; (ii) a step of pressing the material in a state of being heated to a temperature T equal to or higher than a melting point of a matrix resin or equal to or higher than a glass transition temperature of the matrix resin when the matrix resin does not have a melting point while moving the material in one direction by setting angles formed by fiber axis directions of all reinforcing fibers with respect to a direction orthogonal to a moving direction of the material to from -20° to 20° by using a pressing device which substantially uniformly presses the material in the orthogonal direction; and (iii) a step of cooling the material pressed by the pressing device to obtain a fiber-reinforced plastic. (i) a step of obtaining a material containing a prepreg base material in which a reinforcing fiber pulled and aligned in one direction is impregnated with a matrix resin and a cut is formed so as to intersect a fiber axis of the reinforcing fiber and a region in which a plurality of cuts to form an angle θ of 0° < θ < 90° with the fiber axis of the reinforcing fiber are formed in a fiber axis direction of the reinforcing fiber and a region in which a plurality of cuts to form an angle θ of - 90° < θ < 0° with the fiber axis of the reinforcing fiber are formed in a fiber axis direction of the reinforcing fiber when anticlockwise rotation with respect to the fiber axis of the reinforcing fiber in a planar view is defined as a positive are alternately formed in a direction orthogonal to the fiber axis of the reinforcing fiber; (ii) a step of pressing the material in a state of being heated to a temperature T equal to or higher than a melting point of a matrix resin or equal to or higher than a glass transition temperature of the matrix resin when the matrix resin does not have a melting point while moving the material in one direction by setting angles formed by fiber axis directions of all reinforcing fibers with respect to a direction orthogonal to a moving direction of the material to from -20° to 20° by using a pressing device which substantially uniformly presses the material in the orthogonal direction; and (iii) a step of cooling the material pressed by the pressing device to obtain a fiber-reinforced plastic.
A needleless connector , comprising: a body having defining an inner wall defining an internal cavity ; a valve element , at least partially disposed within the internal cavity , comprising a cylindrical portion having an outwardly extending flange at a distal end, the flange having a bottom surface comprising an outer area and an inner area having an inner diameter defining an interior volume , the inner area extending from the inner diameter to a projected location of an outer surface of the cylindrical portion, the outer area extending from the projected location to an outer diameter of the bottom surface; and a base comprising a rim having a top surface, a bottom surface distally separated from the top surface of the rim and defining a recess , and protrusions (282A - 282F) extending inward from the rim into the recess ; wherein the top surface of the rim is in contact with at least a portion of the outer area of the flange , and the protrusions (282A - 282F) extend over the inner area and past the inner diameter of the flange , wherein when a back pressure is applied to the valve element within the body , the protrusions (282A - 282F) support the valve element and resist deformation of the flange into the recess . a body having defining an inner wall defining an internal cavity ; a valve element , at least partially disposed within the internal cavity , comprising a cylindrical portion having an outwardly extending flange at a distal end, the flange having a bottom surface comprising an outer area and an inner area having an inner diameter defining an interior volume , the inner area extending from the inner diameter to a projected location of an outer surface of the cylindrical portion, the outer area extending from the projected location to an outer diameter of the bottom surface; and a base comprising a rim having a top surface, a bottom surface distally separated from the top surface of the rim and defining a recess , and protrusions (282A - 282F) extending inward from the rim into the recess ; wherein the top surface of the rim is in contact with at least a portion of the outer area of the flange , and the protrusions (282A - 282F) extend over the inner area and past the inner diameter of the flange , wherein when a back pressure is applied to the valve element within the body , the protrusions (282A - 282F) support the valve element and resist deformation of the flange into the recess .
A method of providing a wireless communication device with secure terminal identity information, comprising: generating a unique public key and a corresponding unique private key for said wireless communication device outside said wireless communication device; creating , within a secure execution environment of said wireless communication device, a device-bound certificate based on an identity of said wireless communication device with a device-specific secret key; and causing said private key and said device-bound certificate to be stored within the secure execution environment of said wireless communication device; and characterized in that the device-bound certificate is created using an unbound certificate created in an external device. generating a unique public key and a corresponding unique private key for said wireless communication device outside said wireless communication device; creating , within a secure execution environment of said wireless communication device, a device-bound certificate based on an identity of said wireless communication device with a device-specific secret key; and causing said private key and said device-bound certificate to be stored within the secure execution environment of said wireless communication device; and characterized in that the device-bound certificate is created using an unbound certificate created in an external device.