mhurhangee/ep-ind-claims huggingface dataset:
A single-panel type color imaging device configured by arranging color filters of a certain color filter array on a plurality of pixels that are constituted by photoelectric conversion elements that are arranged in a horizontal direction and a vertical direction, wherein the color filter array includes a basic array pattern (P, P1, P2, P3, P4, P5, P6, P7, P8) of NxN, in which first filters that correspond to a first color that contributes most to obtaining a brightness signal and second filters (R, B) that correspond to two or more second colors other than the first color are arranged, and the basic array pattern is arranged in the horizontal direction and the vertical direction repeatedly, the first filters are arranged on at least the two diagonal lines of the basic array pattern, a ratio of a number of pixels of the first color that correspond to the first filters is greater than a ratio of a number of pixels of the each color of the second colors that corresponds to the second filters, and one or more of the second filters that respectively correspond to one color of the second colors are arranged in each line of the horizontal direction and the vertical direction of the color filter array in the basic array pattern, characterized in that N is an odd number which is equal to five or more.
A system for voice control of an image processing device comprising: - a voice recognition module (3, URC) comprising at least one element for receiving a voice message generated by a user and a processing unit for transcribing a received voice message into a text message; - at least one database comprising predetermined processing commands of the image processing device; - an analysis unit (7, UA) configured to compare each text message with said predetermined processing commands stored in the database and to, in case of conformity of the text message with one of said processing commands, select that processing command; - a transmission unit configured to transmit a control command, representative of the selected processing command; and - a control unit arranged on the image processing device and configured to receive a control command transmitted by the transmission unit and to control an action of the image processing device, representative of this received control command, characterised in that it also comprises: - a first information module, through which the user is informed whether or not his voice message regarding the selected functionality of the device is going to be executed; and - a validation module configured to generate a question relating to a selected processing command and to allow the user to confirm his command or to cancel it in case of error. - a voice recognition module (3, URC) comprising at least one element for receiving a voice message generated by a user and a processing unit for transcribing a received voice message into a text message; - at least one database comprising predetermined processing commands of the image processing device; - an analysis unit (7, UA) configured to compare each text message with said predetermined processing commands stored in the database and to, in case of conformity of the text message with one of said processing commands, select that processing command; - a transmission unit configured to transmit a control command, representative of the selected processing command; and - a control unit arranged on the image processing device and configured to receive a control command transmitted by the transmission unit and to control an action of the image processing device, representative of this received control command, - a first information module, through which the user is informed whether or not his voice message regarding the selected functionality of the device is going to be executed; and - a validation module configured to generate a question relating to a selected processing command and to allow the user to confirm his command or to cancel it in case of error.
An ion channel transient receptor potential cation channel, superfamily V, member 1 (TRPV1) inhibitor for use in a method of treating or preventing cardiac hypertrophy in a mammalian subject, wherein the TRPV1 inhibitor is (N-(4-t-butyl-phenyl)-4-(3-chloropyridin-2-yl)-tetrahydropyrazine-1(2 H)-carboxamide (BCTC) or a pharmaceutically acceptable salt thereof.
An air delivery device, ADD, for applying air pressure pulses, APP, to the mouth cavity of a patient comprising: a pressure chamber having first and second openings; an air blower for blowing air to said pressure chamber via said first opening; an airflow occluding means, AOM, said airflow occluding means in fluid communication with said pressure chamber is located between said first opening and said second opening of said pressure chamber; a patient mouthpiece or any kind of face mask in fluid communication with said second opening and the mouth cavity of said patient, and means for controlling airflow occluding means, characterized in that said airflow occluding means comprises a fixed disk and a rotary disc; said fixed disc and said rotary disc are cooperatively configured to interrupt and release said airflow at a predetermined frequency and pressure thereby applying said air pressure pulses at the mouth cavity of said patient according to a predetermined protocol during operation of said air delivery device. a pressure chamber having first and second openings; an air blower for blowing air to said pressure chamber via said first opening; an airflow occluding means, AOM, said airflow occluding means in fluid communication with said pressure chamber is located between said first opening and said second opening of said pressure chamber; a patient mouthpiece or any kind of face mask in fluid communication with said second opening and the mouth cavity of said patient, and means for controlling airflow occluding means,
Cosmetic or pharmaceutical active ingredient, characterized in that it comprises a plant extract obtained by extraction of a mixture of plant raw materials containing oak bark, oak wood and oak leaves, said mixture containing the following concentrations, expressed by weight relative to the total weight of said mixture: - 5% to 15% of oak leaves, - 5% to 15% of oak wood, - and 70% to 90% of oak bark. - 5% to 15% of oak leaves, - 5% to 15% of oak wood, - and 70% to 90% of oak bark.
An electro-optical device comprising a first electrode, a second electrode and an electro-optical layer, wherein the electro-optical layer is arranged between the first and the second electrode, wherein the first electrode is supported by a transparent electrically conductive layer, at least the first electrode comprising an electrically conductive structure extending in a plane, the electrically conductive structure comprising a grid of elongated elements having a same length L in said plane and a width dimension D in said plane and that each bound two openings in the grid, characterized in that the electrode further comprises one or more contactfields occupying an area that is at most 20% of the area occupied by the grid of elongated elements and which are electrically connected with said grid, wherein - the one or more contactfields have an inscribed circle with a radius of at least 2D and a circumscribed circle with a radius of at most three times L, - or the one or more contact fields replace respective openings in the grid, the electro-optical device also comprising one or more insulating layers (20, 22) at at least the side of the first electrode and further comprising at least one electric feed-through that extends through the one or more insulating layers to at least one of the one or more contact fields. - the one or more contactfields have an inscribed circle with a radius of at least 2D and a circumscribed circle with a radius of at most three times L, - or the one or more contact fields replace respective openings in the grid, the electro-optical device also comprising one or more insulating layers (20, 22) at at least the side of the first electrode and further comprising at least one electric feed-through that extends through the one or more insulating layers to at least one of the one or more contact fields.
A controller (100A, 100B, 100C) adapted to control a corresponding drive device serving as a control target, wherein the controller comprises: a storage device that stores a network setting and a control program for controlling the drive device serving as the control target, the network setting including a corresponding relation between an IP - Internet Protocol-address of the controller and an identifier serving as an alternative to the IP address, the control program including a control instruction for controlling the drive device serving as the control target with the identifier indicated in the network setting of the controller being an input, a generation module adapted to generate an IP address of the controller, based on identification information that is able to uniquely identify the controller, to be different from an IP address of an other controller connected to the same network to which the controller (100A, 100B, 100C) is connected and to rewrite, with the generated IP address, the IP address indicated in the network setting of the controller, and a communication module that is adapted to communicate with an information processing device connected to the same network to which the controller (100A, 100B, 100C) is connected in accordance with the IP address indicated in the network setting of the controller. the control program including a control instruction for controlling the drive device serving as the control target with the identifier indicated in the network setting of the controller being an input, a generation module adapted to generate an IP address of the controller, based on identification information that is able to uniquely identify the controller, to be different from an IP address of an other controller connected to the same network to which the controller (100A, 100B, 100C) is connected and to rewrite, with the generated IP address, the IP address indicated in the network setting of the controller, and a communication module that is adapted to communicate with an information processing device connected to the same network to which the controller (100A, 100B, 100C) is connected in accordance with the IP address indicated in the network setting of the controller.
A method in a network node for transmitting control information in a subframe from the network node to an intermediate node in a radio-access network, wherein the control information is comprised in a time-frequency region transmitted after a control region that is transmitted in a beginning of the subframe, the method comprising: transmitting (610, 620) first control information in a first part of the time-frequency region and second control information in a second part of the time-frequency region, wherein the time-frequency region is divided so that the second part is located later in the subframe than the first part and wherein said second control information is less time-critical than said first control information, wherein said first control information is downlink related information and said second control information is uplink related information. transmitting (610, 620) first control information in a first part of the time-frequency region and second control information in a second part of the time-frequency region, wherein the time-frequency region is divided so that the second part is located later in the subframe than the first part and wherein said second control information is less time-critical than said first control information, wherein said first control information is downlink related information and said second control information is uplink related information.
A method of performing user identification on a device having a security policy and comprising a touch sensitive input device, the method comprising: receiving data corresponding to use of a virtual keyboard; determining from said received data at least one feature comprising calculating a centerpoint for each set of data points corresponding to a particular key on said virtual keyboard; determining (508, 510), based on the at least one feature and a signature associated with a user profile, a likelihood that an identity of a user inputting the received data corresponds to the user profile, the signature having been obtained by a training operation and comprising the centerpoint for each set of data points corresponding to each key on the virtual keyboard; and modifying, based on said likelihood, said security policy on said device. receiving data corresponding to use of a virtual keyboard; determining from said received data at least one feature comprising calculating a centerpoint for each set of data points corresponding to a particular key on said virtual keyboard; determining (508, 510), based on the at least one feature and a signature associated with a user profile, a likelihood that an identity of a user inputting the received data corresponds to the user profile, the signature having been obtained by a training operation and comprising the centerpoint for each set of data points corresponding to each key on the virtual keyboard; and modifying, based on said likelihood, said security policy on said device.
An aerial lift comprising a chassis equipped with movement means for moving on the surface of the ground, a platform, means for elevating the platform relative to the chassis, and a cell for measuring the weight of the load supported by the platform, said cell having a body supporting at least one sensor (265, 267) and extending along a longitudinal axis, characterized in that: - a geometric enclosure surface of the body, around the longitudinal axis, converges toward that axis, and - the force measuring cell is embedded, along an embedding axis, in a housing defined by a surface with a shape complementary to the geometric enclosure surface, provided in a support structure of the platform, so that the embedding axis and the longitudinal axis are confounded. - a geometric enclosure surface of the body, around the longitudinal axis, converges toward that axis, and - the force measuring cell is embedded, along an embedding axis, in a housing defined by a surface with a shape complementary to the geometric enclosure surface, provided in a support structure of the platform, so that the embedding axis and the longitudinal axis are confounded.
Filter for purifying the water distributed by a dispenser, comprising: - a filtering body through which the tap water flows, entering into the said filter through an inlet (6.1); - a chamber surrounding the said filtering body, containing the purified water to send through an outlet (6.2) to the user; - an additional chamber containing a disinfecting solution that can sanitize the said dispenser, said disinfecting chamber being separated from the chamber by a partition wall (4.1); characterized by the fact that the said disinfecting chamber is fitted with a mechanism (5, 5.1) designed to make the said disinfecting solution flow into the said chamber through a passage (4.2) created on the said partition wall (4.1), and by the fact that said mechanism (5, 5.1) includes: - a pressure point located outside the said disinfecting chamber and - a prick punch (5.1), connected to this pressure point, inside of the said disinfecting chamber, the action on the said pressure point causing the opening of the said passage (4.2) on the said partition wall (4.1), allowing said disinfecting solution to enter into said chamber for its dilution with the water herewith present and then issued from said filter into the dispenser circuit for starting the water dispenser sanitization process. - a filtering body through which the tap water flows, entering into the said filter through an inlet (6.1); - a chamber surrounding the said filtering body, containing the purified water to send through an outlet (6.2) to the user; - an additional chamber containing a disinfecting solution that can sanitize the said dispenser, said disinfecting chamber being separated from the chamber by a partition wall (4.1); - a pressure point located outside the said disinfecting chamber and - a prick punch (5.1), connected to this pressure point, inside of the said disinfecting chamber,
Power converter circuit, comprising at least two submodules (24,26) connected in series, which draws electrical power, via an inductor, from a power source supplying a DC voltage, - wherein each submodule (24,26) has, on the input side, a single-phase half bridge and, on the load side, a single-phase full bridge, and - wherein a DC-link capacitor is connected in parallel with the half bridge and with the full bridge, characterised in that a number of current paths (42 to 46) connected in parallel with one another is formed in each submodule (24,26), - wherein the half bridge is made up of a number of individual half bridges corresponding to the number of current paths, wherein each individual half bridge is connected to one of the current paths (42 to 46) on the input side, and - wherein the full bridge is made up of a number of individual full bridges corresponding to the number of current paths (42 to 46), and each current path (42 to 46) is routed through one of the individual full bridges. - wherein each submodule (24,26) has, on the input side, a single-phase half bridge and, on the load side, a single-phase full bridge, and - wherein a DC-link capacitor is connected in parallel with the half bridge and with the full bridge, - wherein the half bridge is made up of a number of individual half bridges corresponding to the number of current paths, wherein each individual half bridge is connected to one of the current paths (42 to 46) on the input side, and - wherein the full bridge is made up of a number of individual full bridges corresponding to the number of current paths (42 to 46), and each current path (42 to 46) is routed through one of the individual full bridges.
A device for de-icing and/or cleaning insects from a vehicle window arranged to perform at least one window wiping function and comprising: a. at least one wiper capable of being displaced over said window between a low position and a high position, b. a continuous-rotation motor arranged to rotationally drive said at least one wiper according to at least one first level corresponding to a first, so-called high wiping speed, and a second level corresponding to a second, so-called low wiping speed and lower than the first, so as to perform the sweep function, c. a system for spraying a specific liquid, for de-icing or for cleaning insects, onto the window, characterized in that the continuous-rotation motor is arranged so as to operate at a third, so-called very slow speed, lower than the second speed, and in that the device is configured to cause said wiper to perform at least one descent from the high position to the low position and/or at least one climb from the low position to the high position with the motor operating at the third speed and with said spraying system activated over at least a part of said descent and/or climb. a. at least one wiper capable of being displaced over said window between a low position and a high position, b. a continuous-rotation motor arranged to rotationally drive said at least one wiper according to at least one first level corresponding to a first, so-called high wiping speed, and a second level corresponding to a second, so-called low wiping speed and lower than the first, so as to perform the sweep function, c. a system for spraying a specific liquid, for de-icing or for cleaning insects, onto the window,
A computer program product comprising computer readable program code, the computer readable program code adapted to, when executed by a processor, implement a method for classifying a multicast packet, the method comprising: receiving, at a classification engine (108, 140), the multicast packet sent from a packet source; determining (330, 335, 340), based on a source address of the multicast packet, a Direct Memory Access, "DMA", filter vector, wherein determining the DMA filter vector comprises determining, using the source address of the multicast packet, a first network function associated with the packet source, and determining the DMA filter vector associated with the first network function; determining (345, 350, 353), based on a destination address of the multicast packet, a first DMA target vector wherein determining the first DMA target vector comprises: determining a first key value using the destination address of the multicast packet; and determining a DMA target vector associated with the first key value, and wherein the first DMA target vector comprises a listing of DMA channels which are available to transfer the multicast packet; determining a DMA final vector based on the DMA filter vector and the first DMA target vector; and sending the multicast packet according to the DMA final vector. receiving, at a classification engine (108, 140), the multicast packet sent from a packet source; determining (330, 335, 340), based on a source address of the multicast packet, a Direct Memory Access, "DMA", filter vector, wherein determining the DMA filter vector comprises determining, using the source address of the multicast packet, a first network function associated with the packet source, and determining the DMA filter vector associated with the first network function; determining the DMA filter vector comprises determining, using the source address of the multicast packet, a first network function associated with the packet source, and determining the DMA filter vector associated with the first network function; determining (345, 350, 353), based on a destination address of the multicast packet, a first DMA target vector wherein determining the first DMA target vector comprises: determining a first key value using the destination address of the multicast packet; and determining a DMA target vector associated with the first key value, and determining a first key value using the destination address of the multicast packet; and determining a DMA target vector associated with the first key value, and wherein the first DMA target vector comprises a listing of DMA channels which are available to transfer the multicast packet; determining a DMA final vector based on the DMA filter vector and the first DMA target vector; and sending the multicast packet according to the DMA final vector.
A method of manufacturing a composition, comprising: mixing soluble and/or semi-soluble spherical polymer nanoparticles into a resin to form a resin mixture, wherein the spherical polymer nanoparticles have a cross-sectional width of 10-200 nanometers; curing the resin mixture; and at least partially dissolving the spherical polymer nanoparticles in the resin prior to or during the curing of the resin, wherein the spherical polymer nanoparticles comprise a plurality of core-sheath nanoparticles, each core-sheath nanoparticle having a sheath encapsulating a core formed as a non-spherical shaped particle embedded within the sheath, wherein the sheath is soluble in the resin such that only the non-spherical particle remains after the resin mixture cures, each of the shaped particles has a particle axis with the ends of the particle axis oppositely charged, the method further comprising applying an electrical and/or magnetic field to actively orient the shaped particles. mixing soluble and/or semi-soluble spherical polymer nanoparticles into a resin to form a resin mixture, wherein the spherical polymer nanoparticles have a cross-sectional width of 10-200 nanometers; curing the resin mixture; and at least partially dissolving the spherical polymer nanoparticles in the resin prior to or during the curing of the resin,