mhurhangee/ep-ind-claims huggingface dataset:
Method for inverse tone mapping of an image, comprising the steps of: - obtaining a visual feature for said image representative of luminance of said image, - comparing the visual feature of said image with visual features of at least two clusters of reference images according to a distance criterion, wherein the visual feature of a cluster is representative of the luminance of reference images of this cluster, - selecting, among said at least two clusters, the cluster, the visual feature of which is the closest to the visual feature of said image, and - applying pixel expansion exponent values E(p) of an expansion exponent map to pixel luminance Y(p) of pixels of said image according to the formula Y(p) E(p), wherein values E(p) of the said expansion exponent map are computed for said image based on expansion exponent map data of the selected cluster of reference images, wherein the said expansion exponent map data of the selected cluster are parameters defining a quadratic function of luminance or a low-pass filtered luminance of said image and are computed for said image based on reference expansion exponent maps of the reference images of the selected cluster, wherein the reference expansion exponent maps of the reference images are represented by reference parameters defining a quadratic function of luminance or a low pass filtered luminance of the reference images. - obtaining a visual feature for said image representative of luminance of said image, - comparing the visual feature of said image with visual features of at least two clusters of reference images according to a distance criterion, wherein the visual feature of a cluster is representative of the luminance of reference images of this cluster, - selecting, among said at least two clusters, the cluster, the visual feature of which is the closest to the visual feature of said image, and - applying pixel expansion exponent values E(p) of an expansion exponent map to pixel luminance Y(p) of pixels of said image according to the formula Y(p) E(p), wherein values E(p) of the said expansion exponent map are computed for said image based on expansion exponent map data of the selected cluster of reference images,
Cabinet-like household appliance having an interior in which is mounted a height-adjustable support system, this comprising a vertical rail that is provided with a plurality of locating steps, and at least one supporting arm having at least one projection that engages in one of the locating steps, wherein the rail comprises a profiled element, this being immovably fixed to a wall by at least one screw, characterised in that the locating steps are apertures in each case, and that the screw is accessible through one of the apertures, wherein the support system further comprises a strip (8, 27) which can be vertically displaced in the profiled element between a position in which the screw is accessible through an opening formed on a side of the profiled element that faces away from the wall, and a position in which the screw is concealed behind the strip (8, 27).
Coated item comprising a) a substrate with transmittance at least 88% (measured in accordance with ASTM E 1348 at 3 mm layer thickness and wavelength 550 nm) comprising a flame-retardant thermoplastic polymer and b) on the substrate, a scratch-resistant coating comprising silica microparticles, where the amount of silica microparticles present, based on the solids content of the scratch-resistant coating, is from 0.2 to 1.8% by weight.
Electrical plug arrangement for an airbag ignition apparatus, comprising a plug with a plug body, having a contact holder area, an annular detent ring movable about a mating axis, fixed to the plug body and concentrically surrounding the contact holder area, wherein an elastic member holds the detent ring in a rest position, wherein the detent ring has at least one, first recess provided at a first end, extending against a mating direction, diagonally to the mating axis, thereby creating a guide surface, the electrical plug arrangement further comprising a mating plug having a plug receptacle area adapted to receive the contact holder area of the plug, wherein the plug receptacle area is being surrounded by a collar, to the outside of which a projection is attached which, when the electrical plug and mating plug are brought together, engages with the guide surface and rotates the detent ring around the plug axis in a first direction against a spring force of the elastic element, wherein the detent ring has a second recess at a second end, in the fully mated state, the projection and the second recess are located in a plane perpendicular to the mating axis, wherein the spring force rotates the detent ring against the first direction so that the projection is received in the second recess and locks the plug body with the plug receptacle, characterized in that the first recess and the second recess are provided on the inside of the detent ring.
An electronic device, comprising: a biosensor configured to sense bioinformation on a body of a user wearing the electronic device; and a controller configured to determine a state of the user based on the bioinformation and surrounding environment information of a surrounding environment of the user, and control a change in a function of the electronic device based on the state of the user, wherein the state of the user includes various conditions or states the user being placed in and the state of the user comprises exercising, resting, viewing a movie, getting stressed, reading, calling or driving while drowsy; the electronic device characterized by a determiner configured to determine the state of the user based on a vector through a classifier using the surrounding environment information and the bioinformation; and the controller is further configured to control a deformation in a form of a wearable region of the electronic device based on the state of the user, the wearable region comprising at least one length adjusting member and at least one support member. a biosensor configured to sense bioinformation on a body of a user wearing the electronic device; and a controller configured to determine a state of the user based on the bioinformation and surrounding environment information of a surrounding environment of the user, and control a change in a function of the electronic device based on the state of the user, wherein the state of the user includes various conditions or states the user being placed in and the state of the user comprises exercising, resting, viewing a movie, getting stressed, reading, calling or driving while drowsy; the electronic device characterized by a determiner configured to determine the state of the user based on a vector through a classifier using the surrounding environment information and the bioinformation; and the controller is further configured to control a deformation in a form of a wearable region of the electronic device based on the state of the user, the wearable region comprising at least one length adjusting member and at least one support member.
A recombinant nucleic acid molecule: (a) encoding an AAV8 vp1 capsid protein having a sequence comprising amino acids 1 to 738 of SEQ ID NO: 2 or (b) comprising nucleotides 2121 to 4337 of SEQ ID NO: 1, or a nucleotide sequence at least 99% identical to nucleotides 2121 to 4337 of SEQ ID NO: 1. (a) encoding an AAV8 vp1 capsid protein having a sequence comprising amino acids 1 to 738 of SEQ ID NO: 2 or (b) comprising nucleotides 2121 to 4337 of SEQ ID NO: 1, or a nucleotide sequence at least 99% identical to nucleotides 2121 to 4337 of SEQ ID NO: 1.
Device for optically imaging at least part of an object onto an area of a digital image sensor, comprising: an optical channel including a first imaging lens arranged on a first substrate, a second imaging lens arranged on a second substrate, and a field lens arranged on a third substrate; the first imaging lens and the second imaging lens being identical; the first imaging lens and the second imaging lens being arranged such that a first surface of the first imaging lens is a light entry surface of the optical channel and that a first surface of the second imaging lens is a light exit surface of the optical channel; the field lens being arranged between the first imaging lens and the second imaging lens such that an axis running perpendicularly to the lateral extension of the optical channel and through a lateral center of the field lens forms a symmetry axis of the optical channel; characterized in that the first imaging lens and the second imaging lens each include two diaphragms (250, 260) having locally varying transparencies; the two diaphragms (250, 260) of the first imaging lens being laterally arranged one behind the other between the first surface of the first imaging lens and a second surface of the first imaging lens; and the two diaphragms (250, 260) of the second imaging lens being laterally arranged one behind the other between the first surface of the second imaging lens and a second surface of the second imaging lens. an optical channel including a first imaging lens arranged on a first substrate, a second imaging lens arranged on a second substrate, and a field lens arranged on a third substrate; the first imaging lens and the second imaging lens being identical; the first imaging lens and the second imaging lens being arranged such that a first surface of the first imaging lens is a light entry surface of the optical channel and that a first surface of the second imaging lens is a light exit surface of the optical channel; the field lens being arranged between the first imaging lens and the second imaging lens such that an axis running perpendicularly to the lateral extension of the optical channel and through a lateral center of the field lens forms a symmetry axis of the optical channel; characterized in that the first imaging lens and the second imaging lens each include two diaphragms (250, 260) having locally varying transparencies; the two diaphragms (250, 260) of the first imaging lens being laterally arranged one behind the other between the first surface of the first imaging lens and a second surface of the first imaging lens; and the two diaphragms (250, 260) of the second imaging lens being laterally arranged one behind the other between the first surface of the second imaging lens and a second surface of the second imaging lens.
An electrical socket, in particular a charging socket, for electrically connecting to a plug, having: a socket housing, a load contact arranged in the socket housing, and a cover device wherein the cover device has a cover element for covering the load contact on the plug-in side when no plug is inserted, in that the cover element is movable between a covering position and an open position, wherein in the covering position, the cover element covers the load contact on the plug-in side and in the open position provides access to the load contact on the plug-in side, the cover device has a locking element that is provided with a switch and a catch, wherein the switch is arranged such that it may be acted upon by force from the socket side of the socket, characterized in that the catch is movable between a locking position and an unlocking position, in the locking position the catch engages in a locking opening provided in the socket housing, in the unlocking position the catch is guided out of the locking opening, and the switch is connected to the catch such that, by means of force acting on the switch on the plug-in side, the catch may be transferred from the locking position to the unlocking position, the locking element is designed such that a movement by the switch in the plug-in direction or opposing the plug-in direction leads to the catch pivoting, and between the switch and the catch the locking element has an elastic arm with a support surface with which the locking element rests on a countersurface provided on the socket housing. a socket housing, a load contact arranged in the socket housing, and a cover device wherein the cover device has a cover element for covering the load contact on the plug-in side when no plug is inserted, in that the cover element is movable between a covering position and an open position, wherein in the covering position, the cover element covers the load contact on the plug-in side and in the open position provides access to the load contact on the plug-in side, the cover device has a locking element that is provided with a switch and a catch, wherein the switch is arranged such that it may be acted upon by force from the socket side of the socket, characterized in that the catch is movable between a locking position and an unlocking position, in the locking position the catch engages in a locking opening provided in the socket housing, in the unlocking position the catch is guided out of the locking opening, and the switch is connected to the catch such that, by means of force acting on the switch on the plug-in side, the catch may be transferred from the locking position to the unlocking position, the locking element is designed such that a movement by the switch in the plug-in direction or opposing the plug-in direction leads to the catch pivoting, and between the switch and the catch the locking element has an elastic arm with a support surface with which the locking element rests on a countersurface provided on the socket housing.
A circuit arrangement for generating an output signal correlating with an approximation process on the basis of changes in the dielectric properties of the surroundings of a sensor electrode (Es), comprising: - a sensor electrode (Es) which at least in sections is adjacent to an observation area; - a microcontroller circuit (μC) for output of an alternating square wave voltage; - a voltage divider circuit for adjusting the level of the alternating square-wave voltage output by the microcontroller (μC), - and a field effect transistor in the function of an impedance converter, the field effect transistor being integrated into the circuit arrangement in such a way that the voltage output by the voltage divider circuit is present at its gate and at the same time on the sensor electrode (Es), and the field effect transistor in source follower set-up is integrated as an input stage in the circuit arrangement, a source connection of the FET being connected to the input of an evaluation circuit, and - a capacitor device (C 1) which is coupled between the gate and a reference potential and a charging resistor connected upstream of the gate input, - wherein the capacitor device (C 1) is charged over a first half period (T / 2) and the capacitor device (C 1) is discharged over a subsequent second half period (T / 2) of the square-wave voltage. - a sensor electrode (Es) which at least in sections is adjacent to an observation area; - a microcontroller circuit (μC) for output of an alternating square wave voltage; - a voltage divider circuit for adjusting the level of the alternating square-wave voltage output by the microcontroller (μC), - and a field effect transistor in the function of an impedance converter, the field effect transistor being integrated into the circuit arrangement in such a way that the voltage output by the voltage divider circuit is present at its gate and at the same time on the sensor electrode (Es), and the field effect transistor in source follower set-up is integrated as an input stage in the circuit arrangement, a source connection of the FET being connected to the input of an evaluation circuit, and - a capacitor device (C 1) which is coupled between the gate and a reference potential and a charging resistor connected upstream of the gate input, - wherein the capacitor device (C 1) is charged over a first half period (T / 2) and the capacitor device (C 1) is discharged over a subsequent second half period (T / 2) of the square-wave voltage.
A vehicle dispatch system comprising: a plurality of vehicles each configured to perform automated driving and each including a wireless communication device; and a server configured to communicate with the plurality of vehicles, the wireless communication device being configured to connect to a user terminal and an access point of a wireless local area network communication network, and being configured to relay wireless communication between the user terminal and the wireless LAN communication network, the vehicle dispatch system including a data base that contains information indicating the status of use of the plurality of vehicles, characterized by the server being configured to output, when the plurality of vehicles includes, in addition to a vehicle out of service, a vehicle traveling with a user on board, a vehicle traveling toward a user's location or a vehicle being externally charged, to the vehicle out of service, an instruction for dispatching the vehicle out of service by automated driving, in accordance with at least one of a vehicle dispatch request from the user terminal and information indicating that a radio wave intensity of the wireless LAN communication network is low, the vehicle out of service, in response to the instruction, being configured to relay wireless communication between the user terminal and the wireless LAN communication network by using the wireless communication device. a plurality of vehicles each configured to perform automated driving and each including a wireless communication device; and a server configured to communicate with the plurality of vehicles, the wireless communication device being configured to connect to a user terminal and an access point of a wireless local area network communication network, and being configured to relay wireless communication between the user terminal and the wireless LAN communication network, the vehicle dispatch system including a data base that contains information indicating the status of use of the plurality of vehicles, characterized by the server being configured to output, when the plurality of vehicles includes, in addition to a vehicle out of service, a vehicle traveling with a user on board, a vehicle traveling toward a user's location or a vehicle being externally charged, to the vehicle out of service, an instruction for dispatching the vehicle out of service by automated driving, in accordance with at least one of a vehicle dispatch request from the user terminal and information indicating that a radio wave intensity of the wireless LAN communication network is low, the vehicle out of service, in response to the instruction, being configured to relay wireless communication between the user terminal and the wireless LAN communication network by using the wireless communication device.
A port collar for use on casing in a borehole, the port collar comprising: a housing disposed on the casing and having an internal bore, the housing having at least one exit port communicating the internal bore with the borehole; an opening valve (120, 180) disposed on the housing and being biased from a closed position to an opened position relative to the at least one exit port; a first restraint (126, 186) temporarily holding the opening valve (120, 180) in the closed position, the first restraint (126, 186) electronically activated with a first trigger and releasing the opening valve (120, 180) biased to the opened position when activated; a closing valve (140, 180) disposed on the housing and being biased from an opened position to a closed position relative to the at least one exit port; and a second restraint (146, 188) temporarily holding the closing valve (140, 180) in the opened position, the second restraint (146, 188) electronically activated with a second trigger and releasing the closing valve (140, 180) biased to the closed position when activated. a housing disposed on the casing and having an internal bore, the housing having at least one exit port communicating the internal bore with the borehole; an opening valve (120, 180) disposed on the housing and being biased from a closed position to an opened position relative to the at least one exit port; a first restraint (126, 186) temporarily holding the opening valve (120, 180) in the closed position, the first restraint (126, 186) electronically activated with a first trigger and releasing the opening valve (120, 180) biased to the opened position when activated; a closing valve (140, 180) disposed on the housing and being biased from an opened position to a closed position relative to the at least one exit port; and a second restraint (146, 188) temporarily holding the closing valve (140, 180) in the opened position, the second restraint (146, 188) electronically activated with a second trigger and releasing the closing valve (140, 180) biased to the closed position when activated.
A method performed by a processing system, the method comprising: transmitting an input including an item selection to a server; receiving from the server generation information for generating a placeholder based on the transmitted input, the placeholder having unique markings associated with the selected item; generating the placeholder with the unique markings; capturing visual data as an image of the placeholder in a context environment; transmitting the visual data to the server; receiving modified visual data from the server, the modified visual data comprising the visual data including image data associated with an image of the item retrieved from item images stored in a database at the server based on the unique markings of the placeholder, the image data placed into the visual data with reference to the placement information; and displaying the modified visual data on a visual output. transmitting an input including an item selection to a server; receiving from the server generation information for generating a placeholder based on the transmitted input, the placeholder having unique markings associated with the selected item; generating the placeholder with the unique markings; capturing visual data as an image of the placeholder in a context environment; transmitting the visual data to the server; receiving modified visual data from the server, the modified visual data comprising the visual data including image data associated with an image of the item retrieved from item images stored in a database at the server based on the unique markings of the placeholder, the image data placed into the visual data with reference to the placement information; and displaying the modified visual data on a visual output.
A wind turbine comprising a tower, a nacelle, a rotor including a plurality of blades, an electrical generator operatively coupled to the rotor, and a control system, wherein the control system comprises: a sensing system operable to output a signal indicative of the torsional oscillation frequency of the nacelle; a torsional damping module configured to monitor the torsional oscillation signal and to determine one or more blade pitch command signals for damping the torsional oscillation of the tower, and a filter module configured to receive the one or more blade pitch command signals as inputs and to output a respective one or more modified blade pitch command signals, wherein the filter module is configured to filter the one or more blade pitch command input signals to exclude frequency components greater than the torsional oscillation frequency, wherein the filter defines a cut off frequency equal to a 4P frequency of the wind turbine. a sensing system operable to output a signal indicative of the torsional oscillation frequency of the nacelle; a torsional damping module configured to monitor the torsional oscillation signal and to determine one or more blade pitch command signals for damping the torsional oscillation of the tower, and a filter module configured to receive the one or more blade pitch command signals as inputs and to output a respective one or more modified blade pitch command signals, wherein the filter module is configured to filter the one or more blade pitch command input signals to exclude frequency components greater than the torsional oscillation frequency, wherein the filter defines a cut off frequency equal to a 4P frequency of the wind turbine.