mhurhangee/ep-ind-claims huggingface dataset:
A method for calibrating focus of a camera unit, the method comprising: obtaining a first image captured by the camera unit; selecting a first set of two or more reference regions (502, 504) from the first image; computing a first focus convergence parameter based on the first set of two or more reference regions (502, 504); adjusting optical properties of optics of the camera unit and rotating the camera unit to change location of a focus of the optics; obtaining a second image captured by the camera unit; selecting a second set of two or more reference regions (502, 504) from the second image; computing a second focus convergence parameter based on the second set of two or more reference regions (502, 504) of the second image; and comparing the first and second focus convergence parameter to determine if focus quality was improved. obtaining a first image captured by the camera unit; selecting a first set of two or more reference regions (502, 504) from the first image; computing a first focus convergence parameter based on the first set of two or more reference regions (502, 504); adjusting optical properties of optics of the camera unit and rotating the camera unit to change location of a focus of the optics; obtaining a second image captured by the camera unit; selecting a second set of two or more reference regions (502, 504) from the second image; computing a second focus convergence parameter based on the second set of two or more reference regions (502, 504) of the second image; and comparing the first and second focus convergence parameter to determine if focus quality was improved.
Telecommunication system comprising at least one central router, a source terminal and a destination terminal, the source terminal comprising means for transmitting via the central router IP packets fragmented into at least one level-2 fragment to the destination terminal to which a destination IP address is allocated, said central router being composed of a satellite (202, 301, 400) and a ground router (201, 300), said satellite (202, 301, 400) comprising means for implementing IP packet switching without reassembling the level-2 fragments emitted by the source terminal to the destination terminal, said fragments comprising a reference to the destination IP address used as a basis for the switching, the telecommunication system being characterised in that the reference to the destination IP address is a reference label, called the IP switching label, added to the header of the level-2 fragments by the source terminal.
A flap device for an intake system of an internal combustion engine, in particular of a motor vehicle, comprising: - a housing having exactly one inlet duct per cylinder of the internal combustion engine, - a flap arrangement having a flap for each inlet duct for varying the cross-section of the respective inlet duct through which a flow can pass, - wherein the flap arrangement has a common actuating shaft for all flaps for the common pivoting of the flaps about the flap pivot axis, - wherein the actuating shaft carries a magnet carrier in a rotationally fixed manner and the magnet carrier, in turn, carries a permanent magnet which interacts with a rotation angle sensor for detecting of a rotation position of the flap arrangement, - wherein the housing has a wall section between the permanent magnet and the rotation angle sensor, characterized in that the wall section has a wall aperture. - a housing having exactly one inlet duct per cylinder of the internal combustion engine, - a flap arrangement having a flap for each inlet duct for varying the cross-section of the respective inlet duct through which a flow can pass, - wherein the flap arrangement has a common actuating shaft for all flaps for the common pivoting of the flaps about the flap pivot axis, - wherein the actuating shaft carries a magnet carrier in a rotationally fixed manner and the magnet carrier, in turn, carries a permanent magnet which interacts with a rotation angle sensor for detecting of a rotation position of the flap arrangement, - wherein the housing has a wall section between the permanent magnet and the rotation angle sensor,
A non-therapeutic method of improving a cognitive function in a healthy subject, the method comprising administering to the subject a composition comprising: docosahexaenoic acid; uridine or uridine-5'-monophosphate; and choline or a choline salt. docosahexaenoic acid; uridine or uridine-5'-monophosphate; and choline or a choline salt.
Tasimelteon for use in the treatment of an affective disorder in a Majority Black African patient, the treatment comprising: administering to said patient an amount of tasimelteon effective to treat said affective disorder.
A vehicle comprising: an airbag device comprising a housing and an airbag, the airbag having a packed configuration and an expanded configuration, the airbag expanding through an aperture in the housing when moving from the packed configuration to the expanded configuration; a composite material panel positioned to cover the airbag device, the panel comprising a break line running over the panel, a detachable portion within the break line and a fixed portion outside of the break line, the detachable portion becoming at least partially detached when the airbag forces the panel to tear along the break line, the break line being proximal to the aperture so that when the airbag moves to the expanded configuration the airbag forces the panel to tear along the break line; a first protection flap, the first protection flap having an initial configuration where the first protection flap is located adjacent the airbag in the packed configuration and a deployed configuration where the first protection flap covers at least one edge of the panel that runs along one side of the break line when the panel has torn due to the airbag moving to the expanded configuration; a tether attached between the detachable portion and the fixed portion; and a second protection flap, the second protection flap being attached to the detachable portion, the second protection flap being configured to cover at least one edge of the detachable portion once the detachable portion is at least partially detached. an airbag device comprising a housing and an airbag, the airbag having a packed configuration and an expanded configuration, the airbag expanding through an aperture in the housing when moving from the packed configuration to the expanded configuration; a composite material panel positioned to cover the airbag device, the panel comprising a break line running over the panel, a detachable portion within the break line and a fixed portion outside of the break line, the detachable portion becoming at least partially detached when the airbag forces the panel to tear along the break line, the break line being proximal to the aperture so that when the airbag moves to the expanded configuration the airbag forces the panel to tear along the break line; a first protection flap, the first protection flap having an initial configuration where the first protection flap is located adjacent the airbag in the packed configuration and a deployed configuration where the first protection flap covers at least one edge of the panel that runs along one side of the break line when the panel has torn due to the airbag moving to the expanded configuration; a tether attached between the detachable portion and the fixed portion; and a second protection flap, the second protection flap being attached to the detachable portion, the second protection flap being configured to cover at least one edge of the detachable portion once the detachable portion is at least partially detached.
Disc brake, in particular for a commercial vehicle, comprising a brake calliper, which encompasses a brake disc and is designed as a sliding calliper, the brake calliper being displaceably secured to a fixed adapter by means of guide bars connected thereto, further comprising an application device located in the brake calliper, by means of which an associated, action-side brake pad can be pressed against the brake disc during braking, and further comprising at least one return device having a return element, by means of which return device the brake calliper can be brought into an initial position after movement due to braking and release of the brake, characterised in that the return device is held both in the brake calliper and in the adapter on the opposite side of the brake disc from the application device.
An apparatus for managing user authentication in a blockchain network, the apparatus comprising a processor configured to transmit, to a server, a request for a snapshot identifier, ID, along with user data comprising IoT routine data and at least one of one-time password, biometric data, context data, or device metadata, wherein the IoT routine data comprises a user 's life routine information regarding a user's route in a predetermined area and a user's behavioral pattern of operating one or more loT devices in an loT network, comprising the apparatus, in a predetermined sequence within a predetermined time duration; receive the snapshot ID generated based on the user data and broadcast in the blockchain network by the server; initiate a transaction with the snapshot ID in the blockchain network comprising a blockchain server which authenticates the snapshot ID by comparing the snapshot ID with the broadcast snapshot ID by the server; and output blockchain transaction data associated with the transaction based on the authentication of the snapshot ID. transmit, to a server, a request for a snapshot identifier, ID, along with user data comprising IoT routine data and at least one of one-time password, biometric data, context data, or device metadata, wherein the IoT routine data comprises a user 's life routine information regarding a user's route in a predetermined area and a user's behavioral pattern of operating one or more loT devices in an loT network, comprising the apparatus, in a predetermined sequence within a predetermined time duration; receive the snapshot ID generated based on the user data and broadcast in the blockchain network by the server; initiate a transaction with the snapshot ID in the blockchain network comprising a blockchain server which authenticates the snapshot ID by comparing the snapshot ID with the broadcast snapshot ID by the server; and output blockchain transaction data associated with the transaction based on the authentication of the snapshot ID.
A long-distance fluid ejection device comprising: a main body which is connected to a hose through which a fluid flow, a nozzle which has a circular flat plate shape, and is formed with a plurality of fluid ejection holes disposed in a relatively large number as they go away from the center, the nozzle being provided in a leading end of the main body; and a coupling unit which couples the nozzle to the main body, characterized in that each of the plurality of fluid ejection holes has an opening, and a direction switching unit protruding to the inside of the opening in the radial direction of the nozzle. a main body which is connected to a hose through which a fluid flow, a nozzle which has a circular flat plate shape, and is formed with a plurality of fluid ejection holes disposed in a relatively large number as they go away from the center, the nozzle being provided in a leading end of the main body; and a coupling unit which couples the nozzle to the main body, characterized in that each of the plurality of fluid ejection holes has an opening, and a direction switching unit protruding to the inside of the opening in the radial direction of the nozzle.
A receiver comprising: a first acquisition unit for acquiring lower level signaling, LLS, data distributed via broadcast on a broadcast wave of digital broadcasting in an Internet protocol, IP, transmission system; a second acquisition unit for acquiring, based on the lower level signaling data, broadcast signaling data distributed via broadcast as service layer signaling, SLS, data including information on a stream of a component configuring a service; characterized by a third acquisition unit for, when flag information included in the broadcast signaling data indicates that further signaling data is distributed via Internet from a server together with the broadcast signaling data, acquiring said further signaling data as the service layer signaling data based on the lower level signaling data; and by a control unit for controlling reproduction of said component by connecting, based on the acquired service layer signaling data, to a stream of a broadcast component distributed via broadcast and/or a stream of a communication component distributed via Internet. a first acquisition unit for acquiring lower level signaling, LLS, data distributed via broadcast on a broadcast wave of digital broadcasting in an Internet protocol, IP, transmission system; a second acquisition unit for acquiring, based on the lower level signaling data, broadcast signaling data distributed via broadcast as service layer signaling, SLS, data including information on a stream of a component configuring a service; characterized by a third acquisition unit for, when flag information included in the broadcast signaling data indicates that further signaling data is distributed via Internet from a server together with the broadcast signaling data, acquiring said further signaling data as the service layer signaling data based on the lower level signaling data; and by a control unit for controlling reproduction of said component by connecting, based on the acquired service layer signaling data, to a stream of a broadcast component distributed via broadcast and/or a stream of a communication component distributed via Internet.
A method for producing granules of urea ammonium sulfate, the method comprising providing a slurry comprising urea and, relative to the urea, more than 20 wt.% of ammonium sulfate; subjecting said slurry to a fluidized bed granulation process, thereby forming a urea ammonium sulfate granulate intermediate; providing a liquid comprising urea and, relative to the urea, an amount of 0-20 wt.% of ammonium sulfate, said ammonium sulfate being dissolved in the urea; presenting said liquid as a final granulation liquid to the urea ammonium sulfate granulate intermediate, thereby obtaining a urea ammonium sulfate granulate having more than 20 wt.% of ammonium sulfate.
Sensor device with a sensor element (4, 4'), a clamp for mounting the sensor element to a track, and a supervision device for monitoring a mounting state of the sensor element (4, 4') to the track, characterized in that the supervision device comprises: a sensor contact element (5, 5') being adapted for attachment to the sensor element (4, 4'), a track contact element being adapted for attachment to the track, wherein one of the contact elements (1, 5, 5') comprises two electrical contact points (6a, 6b) which are insulated from each other, and the other contact element (1, 5, 5') comprises an electrical contact area (3a, 3b, 3c), wherein in a mounted state of the sensor element (4, 4') the track contact element is mounted at the track and the contact area (3a, 3b, 3c) contacts both electrical contact points thereby forming an electrical contact between the two electrical contact points (6a, 6b), and wherein in an dismounted state of the sensor element (4, 4') the contact area (3a, 3b, 3c) does not form an electrical contact between the two contact points (6a, 6b), that a power supply is provided for powering the sensor element (4, 4') via a sensor circuit (12, 12'), and that the electrical contact points (6a, 6b) and the contact area (3a, 3b, 3c) are part of a supervision circuit, wherein the supervision circuit switches the power supply. a sensor contact element (5, 5') being adapted for attachment to the sensor element (4, 4'), a track contact element being adapted for attachment to the track, wherein one of the contact elements (1, 5, 5') comprises two electrical contact points (6a, 6b) which are insulated from each other, and the other contact element (1, 5, 5') comprises an electrical contact area (3a, 3b, 3c), wherein in a mounted state of the sensor element (4, 4') the track contact element is mounted at the track and the contact area (3a, 3b, 3c) contacts both electrical contact points thereby forming an electrical contact between the two electrical contact points (6a, 6b), and wherein in an dismounted state of the sensor element (4, 4') the contact area (3a, 3b, 3c) does not form an electrical contact between the two contact points (6a, 6b), that a power supply is provided for powering the sensor element (4, 4') via a sensor circuit (12, 12'), and that the electrical contact points (6a, 6b) and the contact area (3a, 3b, 3c) are part of a supervision circuit, wherein the supervision circuit switches the power supply.
A computer-implemented method of simulating a collision between a first virtual tooth (110; 114, 116) and a second virtual tooth (110; 114, 116) comprising: receiving into the computer digital data defining, in three-dimensional space, the first virtual tooth (110; 114, 116) and the second virtual tooth (110; 114, 116), wherein the digital data represents at least a portion of an arch (180; 1510, 1512) of a patient; receiving permissible movement input data directed to permissible movement of the first virtual tooth along or about a first axis; using the computer's processor, simulating, in three-dimensional space, bringing the first virtual tooth (110; 114, 116) into contact with the second virtual tooth (110; 114, 116) while constraining movement of the first virtual tooth (110; 114, 116) based on the permissible movement input data, wherein the movement of the first virtual tooth (110; 114, 116) is accompanied with an automatic movement that forces the first virtual tooth along or about an axis different from the first axis until the first virtual tooth contacts one or more neighboring teeth, wherein the first and second virtual teeth (110; 114, 116) are in a same arch (180; 1510, 1512), or the neighboring teeth are mesial or distal neighboring teeth; and displaying, in a user interface of a display, data resulting from the simulation, wherein the data resulting from the simulation comprises a three dimensional rendering of one or both of the first and second virtual tooth positions resulting from the simulation. receiving into the computer digital data defining, in three-dimensional space, the first virtual tooth (110; 114, 116) and the second virtual tooth (110; 114, 116), wherein the digital data represents at least a portion of an arch (180; 1510, 1512) of a patient; receiving permissible movement input data directed to permissible movement of the first virtual tooth along or about a first axis; using the computer's processor, simulating, in three-dimensional space, bringing the first virtual tooth (110; 114, 116) into contact with the second virtual tooth (110; 114, 116) while constraining movement of the first virtual tooth (110; 114, 116) based on the permissible movement input data, wherein the movement of the first virtual tooth (110; 114, 116) is accompanied with an automatic movement that forces the first virtual tooth along or about an axis different from the first axis until the first virtual tooth contacts one or more neighboring teeth, wherein the first and second virtual teeth (110; 114, 116) are in a same arch (180; 1510, 1512), or the neighboring teeth are mesial or distal neighboring teeth; and displaying, in a user interface of a display, data resulting from the simulation, wherein the data resulting from the simulation comprises a three dimensional rendering of one or both of the first and second virtual tooth positions resulting from the simulation.
A sole structure (200; 200a - 200f) for an article of footwear having an upper, the sole structure (200; 200a - 200f) comprising: an outsole having a ground-engaging surface and an upper surface formed on an opposite side of the outsole than the ground-engaging surface; a midsole (202; 202c; 202e) attached to the outsole and including an outer perimeter surface extending between the outsole and the upper; and a plate (206; 206a; 206b; 206c; 206e; 206f) disposed at least partially within the midsole (202; 202c; 202e) and extending from a forefoot region of the sole structure (200; 200a - 200f), through a metatarsophalangeal point of the sole structure (200; 200a - 200f), and toward a heel region of the sole structure (200; 200a - 200f), the plate (206; 206a; 206b; 206c; 206e; 206f) including a first plate portion extending from the outer perimeter surface of the midsole (202; 202c; 202e), the first plate portion disposed in the forefoot region, wherein the first plate portion includes a main body extending from the outer perimeter surface of the midsole (202; 202c; 202e) and a flange (228; 228b; 228f) extending from the main body in a direction away from the outsole, the flange (228; 228b; 228f) extending substantially perpendicular to the main body of the first plate portion, and wherein the plate includes a first plate segment disposed in a forefoot region of the sole structure and a second plate segment disposed in a heel region of the sole structure, the first plate segment spaced apart from the second plate segment. an outsole having a ground-engaging surface and an upper surface formed on an opposite side of the outsole than the ground-engaging surface; a midsole (202; 202c; 202e) attached to the outsole and including an outer perimeter surface extending between the outsole and the upper; and a plate (206; 206a; 206b; 206c; 206e; 206f) disposed at least partially within the midsole (202; 202c; 202e) and extending from a forefoot region of the sole structure (200; 200a - 200f), through a metatarsophalangeal point of the sole structure (200; 200a - 200f), and toward a heel region of the sole structure (200; 200a - 200f), the plate (206; 206a; 206b; 206c; 206e; 206f) including a first plate portion extending from the outer perimeter surface of the midsole (202; 202c; 202e), the first plate portion disposed in the forefoot region, wherein the first plate portion includes a main body extending from the outer perimeter surface of the midsole (202; 202c; 202e) and a flange (228; 228b; 228f) extending from the main body in a direction away from the outsole, the flange (228; 228b; 228f) extending substantially perpendicular to the main body of the first plate portion, and wherein the plate includes a first plate segment disposed in a forefoot region of the sole structure and a second plate segment disposed in a heel region of the sole structure, the first plate segment spaced apart from the second plate segment.