mhurhangee/patent-ind-claim-en huggingface dataset:
A chip comprising: an upper substrate and a lower substrate arranged oppositely, a transparent electrode layer attached to the lower substrate, and a switching layer between the lower substrate and the upper substrate, wherein a plurality of micropores insulated from each other are provided on a surface of the upper substrate facing away from the lower substrate , each micropore having an ion-sensitive film on a bottom thereof, wherein the ion-sensitive film is capable of inducing a Nernst potential in a presence of ions, wherein the switching layer is configured for switching between a first state and a second state responsive to an electric field generated between the ion-sensitive film and the transparent electrode layer , wherein the switching layer comprises a bistable cholesteric liquid crystal layer, and the chip further comprises a first alignment film and a second alignment film , wherein the first alignment film is located on a surface of the lower substrate facing the upper substrate , the second alignment film is located on a surface of the upper substrate facing the lower substrate , or wherein the switching layer comprises an electrochromic layer, the electrochromic layer exhibiting different colors in the first state and the second state. an upper substrate and a lower substrate arranged oppositely, a transparent electrode layer attached to the lower substrate, and a switching layer between the lower substrate and the upper substrate, wherein a plurality of micropores insulated from each other are provided on a surface of the upper substrate facing away from the lower substrate , each micropore having an ion-sensitive film on a bottom thereof, wherein the ion-sensitive film is capable of inducing a Nernst potential in a presence of ions, wherein the switching layer is configured for switching between a first state and a second state responsive to an electric field generated between the ion-sensitive film and the transparent electrode layer , wherein the switching layer comprises a bistable cholesteric liquid crystal layer, and the chip further comprises a first alignment film and a second alignment film , wherein the first alignment film is located on a surface of the lower substrate facing the upper substrate , the second alignment film is located on a surface of the upper substrate facing the lower substrate , or wherein the switching layer comprises an electrochromic layer, the electrochromic layer exhibiting different colors in the first state and the second state.
A method of operating a database , comprising: receiving, at the database from a mobile network operator , a first group of settings, GOS , including a first plurality of setting values and one or more first network identifiers , the first plurality of setting values and the one or more first network identifiers being associated with the mobile network operator; receiving, at the database from a mobile virtual network operator , a second GOS including a second plurality of setting values, one or more second network identifiers , and the one or more first network identifiers , wherein the second plurality of setting values and the one or more second network identifiers are associated with the mobile virtual network operator, wherein the one or more first network identifiers in the second GOS indicate that one or more setting values in the first GOS are used to populate corresponding setting values in the second GOS, wherein the second GOS of the mobile virtual network operator is a child GOS relative to the first GOS of the mobile network operator such that the mobile virtual network operator inherits at least a portion of the first GOS of the mobile network operator; and the method further comprises: sending the first GOS and the second GOS to a database user , wherein the first GOS is associated with the mobile network operator, and the second GOS is associated with the mobile virtual network operator. receiving, at the database from a mobile network operator , a first group of settings, GOS , including a first plurality of setting values and one or more first network identifiers , the first plurality of setting values and the one or more first network identifiers being associated with the mobile network operator; receiving, at the database from a mobile virtual network operator , a second GOS including a second plurality of setting values, one or more second network identifiers , and the one or more first network identifiers , wherein the second plurality of setting values and the one or more second network identifiers are associated with the mobile virtual network operator, wherein the one or more first network identifiers in the second GOS indicate that one or more setting values in the first GOS are used to populate corresponding setting values in the second GOS, wherein the second GOS of the mobile virtual network operator is a child GOS relative to the first GOS of the mobile network operator such that the mobile virtual network operator inherits at least a portion of the first GOS of the mobile network operator; and the method further comprises: sending the first GOS and the second GOS to a database user , wherein the first GOS is associated with the mobile network operator, and the second GOS is associated with the mobile virtual network operator.
An aircraft, comprising: a fuselage comprising: a composite skin comprising a first resin and a plurality of fibers ; a conductive patch bonded to an interior surface of the composite skin, wherein the conductive patch is in electrical contact with the plurality of fibers; and a connector in electrical contact with the conductive patch; characterised in that : the conductive patch is bonded to the interior surface of the composite skin by a second resin , wherein portions of the conductive patch are separated from one another in a manner that allows the second resin to couple to the plurality of fibers while the conductive patch is also in contact with the plurality of fibers. a composite skin comprising a first resin and a plurality of fibers ; a conductive patch bonded to an interior surface of the composite skin, wherein the conductive patch is in electrical contact with the plurality of fibers; and a connector in electrical contact with the conductive patch; characterised in that : the conductive patch is bonded to the interior surface of the composite skin by a second resin , wherein portions of the conductive patch are separated from one another in a manner that allows the second resin to couple to the plurality of fibers while the conductive patch is also in contact with the plurality of fibers.
A measuring apparatus including a device for generating clean air for the measuring apparatus, wherein the device comprises a duct having an inlet, configured for receiving a flow of air to be cleaned, and an outlet for making available a corresponding flow of clean air; - an electrical circuit having an electricity supply , wherein the measuring apparatus further comprises a platinum wire , positioned inside the duct for intercepting the flow of air to be cleaned, wherein the platinum wire is part of the electrical circuit , and the electricity supply is configured to pass an electric current through the platinum wire , wherein the duct is elongate from the inlet to the outlet along a longitudinal direction and the platinum wire is positioned along a path extending from the inlet to the outlet of the duct ; characterised in that the measuring apparatus further comprises - a supporting rod positioned inside the duct, for supporting the platinum wire , wherein the platinum wire is positioned about the supporting rod , defining a helical path that extends along the longitudinal direction. - an electrical circuit having an electricity supply , wherein the measuring apparatus further comprises a platinum wire , positioned inside the duct for intercepting the flow of air to be cleaned, wherein the platinum wire is part of the electrical circuit , and the electricity supply is configured to pass an electric current through the platinum wire , wherein the duct is elongate from the inlet to the outlet along a longitudinal direction and the platinum wire is positioned along a path extending from the inlet to the outlet of the duct ; characterised in that the measuring apparatus further comprises - a supporting rod positioned inside the duct, for supporting the platinum wire , wherein the platinum wire is positioned about the supporting rod , defining a helical path that extends along the longitudinal direction.
A grease sealing method for a ball bearing which includes an inner ring , an outer ring , a plurality of balls , and a retainer arranged in an annular space between the inner ring and the outer ring and accommodates the plurality of balls in pockets provided at intervals in a circumferential direction and for sealing grease (G) in the annular space , the method comprising: rotationally driving the retainer about an axis of the ball bearing ; detecting which one of convex areas where the pockets are provided along a ball pitch circle (El) of the retainer or concave areas provided between the adjacent pockets , is a detecting area; and discharging grease (G) from a dispenser including a grease discharge port arranged to face the annular space based on a detection result, characterized in that the dispenser continuously discharges the grease (G) over an entire circumference of the retainer , and that a grease discharging amount from the dispenser is changed according to the areas . rotationally driving the retainer about an axis of the ball bearing ; detecting which one of convex areas where the pockets are provided along a ball pitch circle (El) of the retainer or concave areas provided between the adjacent pockets , is a detecting area; and discharging grease (G) from a dispenser including a grease discharge port arranged to face the annular space based on a detection result, characterized in that the dispenser continuously discharges the grease (G) over an entire circumference of the retainer , and that a grease discharging amount from the dispenser is changed according to the areas .
A device for amplifying a multi-wavelength laser beam, the device comprising: a. a solid active laser medium (M) having at least two plane faces among: a front face suitable for receiving the beam to be amplified each time said beam passes through the active laser medium (M), and a reflecting rear face , the front face being inclined with respect to the rear face at a non-zero inclination (β), the rear face being suitable for being cooled, the beam received on the front face during the first pass being called the incident beam (F I ), the beam reflected by the rear face and refracted by the front face during the nth pass being called the nth useful beam (F Un ), and b. a first optical return unit arranged along the path of the first useful beam (F U1 ), the first optical return unit being configured for returning the first useful beam (F U1 ) to the front face for a second pass through the active laser medium (M) so that the sub-beams of each wavelength, forming the second useful beam (F U2 ), are parallel to each other at the end of the second pass. a. a solid active laser medium (M) having at least two plane faces among: a front face suitable for receiving the beam to be amplified each time said beam passes through the active laser medium (M), and a reflecting rear face , the front face being inclined with respect to the rear face at a non-zero inclination (β), the rear face being suitable for being cooled, the beam received on the front face during the first pass being called the incident beam (F I ), the beam reflected by the rear face and refracted by the front face during the nth pass being called the nth useful beam (F Un ), and b. a first optical return unit arranged along the path of the first useful beam (F U1 ), the first optical return unit being configured for returning the first useful beam (F U1 ) to the front face for a second pass through the active laser medium (M) so that the sub-beams of each wavelength, forming the second useful beam (F U2 ), are parallel to each other at the end of the second pass.
A method comprising: capturing, over a predetermined period of time, by one or more optical sensors (124; 316) attached to an unmanned aerial vehicle (UAV) (114; 212; 502; 614, 620; 706, 708, 710), sensor data representing images of an airspace surrounding the UAV (114; 212; 502; 614, 620; 706, 708, 710) (step 902); detecting, in the sensor data, information representative of a plurality of lights of a flying object (step 904); determining an estimated distance between the UAV (114; 212; 502; 614, 620; 706, 708, 710) and the flying object using range-finding techniques; determining one or more characteristic features of the plurality of lights based on the sensor data and the estimated distance between the UAV (114; 212; 502; 614, 620; 706, 708, 710) and the flying object (step 906); identifying, using a characteristic feature database , the flying object based on the one or more characteristic features of the plurality of lights (step 908); determining an estimated airspeed of the flying object based on the sensor data (step 916); and determining a trajectory envelope of the flying object based on performance parameters associated with the identified flying object and the estimated airspeed of the flying object (step 918). capturing, over a predetermined period of time, by one or more optical sensors (124; 316) attached to an unmanned aerial vehicle (UAV) (114; 212; 502; 614, 620; 706, 708, 710), sensor data representing images of an airspace surrounding the UAV (114; 212; 502; 614, 620; 706, 708, 710) (step 902); detecting, in the sensor data, information representative of a plurality of lights of a flying object (step 904); determining an estimated distance between the UAV (114; 212; 502; 614, 620; 706, 708, 710) and the flying object using range-finding techniques; determining one or more characteristic features of the plurality of lights based on the sensor data and the estimated distance between the UAV (114; 212; 502; 614, 620; 706, 708, 710) and the flying object (step 906); identifying, using a characteristic feature database , the flying object based on the one or more characteristic features of the plurality of lights (step 908); determining an estimated airspeed of the flying object based on the sensor data (step 916); and determining a trajectory envelope of the flying object based on performance parameters associated with the identified flying object and the estimated airspeed of the flying object (step 918).
A ball screw device comprising: a nut ; a screw shaft ; and a plurality of balls arranged between the nut and the screw shaft , characterized in that the nut includes a first member disposed to surround the screw shaft , a second member disposed between the screw shaft and the first member , and a third member disposed between the first member and the second member at least in a radial direction of the first member , wherein the third member includes a laminate body having a plurality of plates laminated in an axial direction, wherein the laminate body includes a radially winner surface facing a radially outer surface of the second member , and wherein the said radially inner surface of the laminate body has a shape corresponding to a shape of the said radially outer surface of the second member a nut ; a screw shaft ; and a plurality of balls arranged between the nut and the screw shaft , characterized in that the nut includes a first member disposed to surround the screw shaft , a second member disposed between the screw shaft and the first member , and a third member disposed between the first member and the second member at least in a radial direction of the first member , wherein the third member includes a laminate body having a plurality of plates laminated in an axial direction, wherein the laminate body includes a radially winner surface facing a radially outer surface of the second member , and wherein the said radially inner surface of the laminate body has a shape corresponding to a shape of the said radially outer surface of the second member
Longitudinal adjuster for a vehicle seat , having a first seat rail , a second seat rail , relative to which the first seat rail can be displaced in the longitudinal direction, and a memory device (22; 122) which is assigned to the first seat rail , interacts with the second seat rail and stores a set seat longitudinal position which is left and assumed again by carrying out a longitudinal displacement of the vehicle seat , wherein the memory device (22; 122) has a mechanism (30; 130), which can be brought into operative connection with the second seat rail , and an actuating arm (24; 124) which can be moved relative to the mechanism (30; 130), wherein the mechanism (30; 130) exerts a control torque on the actuating arm (24; 124) at the latest when the stored seat longitudinal position is reached, by virtue of which control torque the actuating arm (24; 124) activates at least one blocking element which is guided in the first seat rail and interacts with the second seat rail , characterized in that the blocking element is mounted and guided in a recess in the first seat rail .
A vaccine composition comprising: (i) an adjuvant, wherein the adjuvant is a water-in-oil emulsion; and (ii) at least one fusion peptide conjugated to a carrier protein, wherein the carrier protein is the diphtheria toxin variant CRM-197 (SEQ ID NO:61) and wherein the at least one fusion peptide comprises two or more non-contiguous B cell epitopes of Her2/neu selected from the group consisting of SEQ ID Nos:1-7. (i) an adjuvant, wherein the adjuvant is a water-in-oil emulsion; and (ii) at least one fusion peptide conjugated to a carrier protein,
A pole , in particular a Nordic walking pole, having a pole tube , on the lower end whereof is provided an attachment to which a buffer made of rubber-elastic material is detachably secured, wherein the buffer has an insert made of hard material which is secured in a central recess of the buffer which recess is upwardly open in a direction to the attachment of the pole , characterized in that the buffer is detachably fastened to the attachment of the pole by means of a bayonet catch between the insert and the attachment .
An aerosol delivery device comprising: a housing (103; 803); a substrate (310; 410; 700) at least partially formed from regenerated cellulose fibers ; an aerosol forming liquid retained by the substrate (310; 410); and a heater operatively arranged for vaporization of the aerosol forming liquid; wherein the substrate (310; 410; 700) comprises a plurality of layers (760, 770, 780; 810a, 810b); wherein a first layer (760; 810a) is configured for storage and release of the aerosol precursor composition and comprises one or more of regenerated cellulose fibers having a hollow, substantially cylindrical cross-section and regenerated cellulose fibers having a multi-lobal cross-section; and wherein a second layer (770; 810b) is hydrophobic and comprises regenerated cellulose fibers that include a hydrophobic additive. a housing (103; 803); a substrate (310; 410; 700) at least partially formed from regenerated cellulose fibers ; an aerosol forming liquid retained by the substrate (310; 410); and a heater operatively arranged for vaporization of the aerosol forming liquid; wherein the substrate (310; 410; 700) comprises a plurality of layers (760, 770, 780; 810a, 810b); wherein a first layer (760; 810a) is configured for storage and release of the aerosol precursor composition and comprises one or more of regenerated cellulose fibers having a hollow, substantially cylindrical cross-section and regenerated cellulose fibers having a multi-lobal cross-section; and wherein a second layer (770; 810b) is hydrophobic and comprises regenerated cellulose fibers that include a hydrophobic additive.
A syringe comprising: a barrel having an interior , a dispensing opening at a distal end , and an open proximal end having an end surface ; a stopper disposed within the interior of the barrel; a plunger rod having a first end operably coupled to the stopper and a second end extending through the open proximal end of the barrel, the plunger rod configured to be engaged by a user to drive the stopper through the barrel to thereby dispense contents within the barrel through the dispensing opening during a dispensing operation; and an outwardly projecting stop coupled to the plunger rod adjacent the second end, and extending generally perpendicular to the longitudinal axis of the plunger rod; characterized in that the barrel contains a fluid therapeutic product and headspace between the dispensing opening and the stopper, and the stop is configured to stop a dispensing stroke of the plunger rod at a distance corresponding to a level of the headspace within the syringe by engaging the end surface of the open proximal end of the barrel to stop movement of the plunger rod during the dispensing operation so that the headspace is left within the barrel. a barrel having an interior , a dispensing opening at a distal end , and an open proximal end having an end surface ; a stopper disposed within the interior of the barrel; a plunger rod having a first end operably coupled to the stopper and a second end extending through the open proximal end of the barrel, the plunger rod configured to be engaged by a user to drive the stopper through the barrel to thereby dispense contents within the barrel through the dispensing opening during a dispensing operation; and an outwardly projecting stop coupled to the plunger rod adjacent the second end, and extending generally perpendicular to the longitudinal axis of the plunger rod; characterized in that the barrel contains a fluid therapeutic product and headspace between the dispensing opening and the stopper, and the stop is configured to stop a dispensing stroke of the plunger rod at a distance corresponding to a level of the headspace within the syringe by engaging the end surface of the open proximal end of the barrel to stop movement of the plunger rod during the dispensing operation so that the headspace is left within the barrel.
A liquid detection system for an internal combustion engine, the engine being provided with an arrangement for starting the engine with compressed air, the starting arrangement comprising a source of compressed air, a master starting valve , a number of individual starting valves for at least a part of the cylinders of the engine, actuators for operating the individual starting valves , and a timing means , the at least a part of the engine cylinders being in communication with the compressed air source by means of at least the master starting valve and the individual starting valves via a pipe system having a main pipe and branch pipes , and the actuators being in communication with the timing means , characterized in additional means for rotating the engine, means for affecting the actuators for simultaneous opening of the individual starting valves , at least one drain valve arranged in one of main pipe and at least one branch pipe , a drain pipe connected to the at least one drain valve for leading liquid from the at least a part of the cylinders out of the engine, and a liquid detector in the drain pipe .