mhurhangee/ep-ind-claims huggingface dataset:
A method of providing an image by using a trained artificial intelligence, Al, model, the method comprising: obtaining, by using a camera of an electronic device, a plurality of images including a first image that includes a plurality of objects; identifying a first object, which is a human, as a main object among the plurality of objects included in the first image; detecting movement of a second object based on a plurality of positions of the second object in at least two images of the plurality of images, the second object, which is a human, being different from the first object; based on detecting movement of the second object, determining, by a first trained AI model stored in a memory of the electronic device, the second object as an object for removing from the first image; obtaining a second image including the first object by generating data corresponding to an area of background hidden by the second object to remove the second object from the first image; and displaying the obtained second image using a display of the electronic device. obtaining, by using a camera of an electronic device, a plurality of images including a first image that includes a plurality of objects; identifying a first object, which is a human, as a main object among the plurality of objects included in the first image; detecting movement of a second object based on a plurality of positions of the second object in at least two images of the plurality of images, the second object, which is a human, being different from the first object; based on detecting movement of the second object, determining, by a first trained AI model stored in a memory of the electronic device, the second object as an object for removing from the first image; obtaining a second image including the first object by generating data corresponding to an area of background hidden by the second object to remove the second object from the first image; and displaying the obtained second image using a display of the electronic device.
A method, comprising: accepting an input code word, which was produced by encoding data with a Low Density Parity Check, LDPC, Error Correction Code, ECC, for decoding by a hardware-implemented ECC decoder, wherein the input code word includes a plurality of data bits; pre-processing the input code word to produce a pre-processed code word, wherein preprocessing the input code word includes replacing the input code word with an all-zeros code word; wherein replacing the input code word with the all-zeros code word includes retaining reliability values of respective bits of the input code word, and providing the all-zeros code word and the reliability values as the pre-processed code word to the hardware-implemented ECC decoder; decoding the pre-processed code word using the hardware-implemented ECC decoder; and recovering the data from the decoded pre-processed code word; wherein decoding the pre-processed code word includes causing the hardware-implemented ECC decoder to converge to an error pattern in the input code word. accepting an input code word, which was produced by encoding data with a Low Density Parity Check, LDPC, Error Correction Code, ECC, for decoding by a hardware-implemented ECC decoder, wherein the input code word includes a plurality of data bits; pre-processing the input code word to produce a pre-processed code word, wherein preprocessing the input code word includes replacing the input code word with an all-zeros code word; wherein replacing the input code word with the all-zeros code word includes retaining reliability values of respective bits of the input code word, and providing the all-zeros code word and the reliability values as the pre-processed code word to the hardware-implemented ECC decoder; decoding the pre-processed code word using the hardware-implemented ECC decoder; and recovering the data from the decoded pre-processed code word; wherein decoding the pre-processed code word includes causing the hardware-implemented ECC decoder to converge to an error pattern in the input code word.
A composition comprising - at least one silane-functional polymer P; - at least one catalyst for the crosslinking of silane-functional polymers, selected from the group consisting of organotitanate, organozirconate and organoaluminate; - at least one base; and - at least one ethoxy mercaptosilane. - at least one silane-functional polymer P; - at least one catalyst for the crosslinking of silane-functional polymers, selected from the group consisting of organotitanate, organozirconate and organoaluminate; - at least one base; and - at least one ethoxy mercaptosilane.
A vehicle fuel system comprising a fuel tank configured with a fuel accessory and a fuel vapor treating device, the fuel accessory comprising a housing configured with a confined space, at least one fluid inlet port extending into said confined space, at least one fluid outlet port extending from said confined space, said at least one fluid outlet port having a corresponding outlet port inlet opening in said confined space, and at least one liquid drain port extending from the confined space, wherein an inlet flow path defined by said inlet port extends tangentially relative to a wall portion in said confined space, wherein the fluid inlet port and the fluid outlet port extend at different axial elevations within the housing, wherein the at least one liquid drain port extends below the at least one fluid outlet port, wherein said at least one fluid inlet port is axially below the outlet port inlet opening; wherein said at least one fluid outlet port is coupled to said fuel vapor treating device; and wherein said at least one liquid drain port is coupled to the fuel tank. a housing configured with a confined space, at least one fluid inlet port extending into said confined space, at least one fluid outlet port extending from said confined space, said at least one fluid outlet port having a corresponding outlet port inlet opening in said confined space, and at least one liquid drain port extending from the confined space, wherein an inlet flow path defined by said inlet port extends tangentially relative to a wall portion in said confined space, wherein the fluid inlet port and the fluid outlet port extend at different axial elevations within the housing, wherein the at least one liquid drain port extends below the at least one fluid outlet port, wherein said at least one fluid inlet port is axially below the outlet port inlet opening; wherein said at least one fluid outlet port is coupled to said fuel vapor treating device; and wherein said at least one liquid drain port is coupled to the fuel tank.
Motor vehicle door structure comprising a structural door box and a fascia reinforcement profile, configured so as to at least take up compressive forces over its length in the event of a frontal or rear impact on a vehicle provided with said structure, the structural box and the fascia reinforcement profile being configured and assembled together so as to delimit, between them, a first hollow body and a second hollow body, each having a shape which is tubular and elongate along said length of the fascia reinforcement profile, characterized in that a contour of the cutout of the reinforcement profile is identical over the entire length of said fascia reinforcement profile, the fascia being a region of the bottom of the door at the interface with an opening intended to receive a glazing pane, each hollow body (4a, 4b) having, in its length, a closed transverse cross section, and in that, the vehicle comprising a front chassis element which forms part of the chassis of the vehicle and which allows the door structure to vary between a closed position and an open position relative to the chassis of said vehicle, the fascia reinforcement profile comprises an end, in the form of a taper, which is configured so as to penetrate into the front chassis element in the event of a frontal or rear impact on the vehicle when the door structure is in the closed position.
A pedal lock control device for a work vehicle, the work vehicle comprising a motor driving device (1, 2, 4, 5) that drives a travel hydraulic motor according to an operation amount of a travel pedal; a locking device that locks the travel pedal in a state of being operated; an instruction device that instructs lock and unlock of the travel pedal by the locking device upon an operation by an operator; a brake pedal; and a braking device; the pedal lock control device comprising: a brake operation detection device that detects deceleration operation of the work vehicle by detecting an operation of the brake pedal as a first signal change according to an unlock operation which is an operation that reflects an intention of an operator to release the locking device and is other than an unlock operation by the instruction device; and characterized by a brake pressure detection device that detects deceleration operation of the work vehicle by detecting brake pressure applied to the braking device by an operation of the brake pedal as a second signal change according to an unlock operation which is an operation that reflects an intention of an operator to release the locking device and is other than the unlock operation by the instruction device, with the second signal change being different from the first signal change; and a lock control device that unlocks the locking device when an unlock operation is detected by at least one of the brake operation detection device and the brake pressure detection device in a state where the travel pedal is locked by the locking device. a brake operation detection device that detects deceleration operation of the work vehicle by detecting an operation of the brake pedal as a first signal change according to an unlock operation which is an operation that reflects an intention of an operator to release the locking device and is other than an unlock operation by the instruction device; and characterized by a brake pressure detection device that detects deceleration operation of the work vehicle by detecting brake pressure applied to the braking device by an operation of the brake pedal as a second signal change according to an unlock operation which is an operation that reflects an intention of an operator to release the locking device and is other than the unlock operation by the instruction device, with the second signal change being different from the first signal change; and a lock control device that unlocks the locking device when an unlock operation is detected by at least one of the brake operation detection device and the brake pressure detection device in a state where the travel pedal is locked by the locking device.
An apparatus for measuring liquid volume in a container, the apparatus comprising: a plurality of light sources disposed and configured to emit electromagnetic radiation toward the container; a plurality of sensors optically coupleable to the plurality of light sources, each sensor of the plurality of sensors disposed and configured to detect the electromagnetic radiation emitted by at least two of the plurality of light sources; and a processing unit configured to receive data representative of the detected electromagnetic radiation from each of the plurality of sensors, the processing unit operable to combine the received data into a signal signature representative of the electromagnetic radiation detected by the plurality of sensors and the volume of the liquid in the container. a plurality of light sources disposed and configured to emit electromagnetic radiation toward the container; a plurality of sensors optically coupleable to the plurality of light sources, each sensor of the plurality of sensors disposed and configured to detect the electromagnetic radiation emitted by at least two of the plurality of light sources; and a processing unit configured to receive data representative of the detected electromagnetic radiation from each of the plurality of sensors, the processing unit operable to combine the received data into a signal signature representative of the electromagnetic radiation detected by the plurality of sensors and the volume of the liquid in the container.
A communication system, comprising a calling terminal and a proxy call session control function, P-CSCF, in an IP multimedia subsystem, IMS, characterized in that: the calling terminal is configured to send a service request message to the P-CSCF after the calling terminal is registered to the IMS; the P-CSCF is configured to receive the service request message, and return a network element invalid message to the calling terminal; and the calling terminal is further configured to initiate a registration according to the network element invalid message. the calling terminal is configured to send a service request message to the P-CSCF after the calling terminal is registered to the IMS; the P-CSCF is configured to receive the service request message, and return a network element invalid message to the calling terminal; and the calling terminal is further configured to initiate a registration according to the network element invalid message.
A stable aqueous pharmaceutical formulation, the formulation comprising an anti-PDL1 monoclonal antibody in a concentration of 40 mg/ml to 125 mg/ml, histidine acetate or sodium acetate in a concentration of 15 mM to 25 mM, sucrose in a concentration of 60 mM to 240 mM, polysorbate in a concentration of 0.005% (w/v) to 0.06% (w/v), and pH 5.0 to 6.3; wherein said monoclonal antibody comprises a light chain variable region comprising the amino acid sequence of SEQ ID NO:7, and a heavy chain variable region comprising the amino acid sequence of SEQ ID NO:32; and wherein said monoclonal antibody is a humanized IgG1 antibody.
An embossed composite material, comprising: a polyurethane layer; an un-clickable foam layer having a top surface and an opposite bottom surface, wherein said top surface is bonded to said polyurethane layer; a backing that is bonded to said bottom surface of said un-clickable foam layer, wherein said polyurethane layer, said un-clickable foam layer and said backing each has an emboss pattern forming pillow-like cells, and wherein said pillow-like cells are delimited by emboss protuberances and emboss lines formed by said emboss pattern. a polyurethane layer; an un-clickable foam layer having a top surface and an opposite bottom surface, wherein said top surface is bonded to said polyurethane layer; a backing that is bonded to said bottom surface of said un-clickable foam layer, wherein said polyurethane layer, said un-clickable foam layer and said backing each has an emboss pattern forming pillow-like cells, and wherein said pillow-like cells are delimited by emboss protuberances and emboss lines formed by said emboss pattern.
A method for improving network-to-network communications in a collection of networks, the method comprising: for each of a plurality of nodes in a first network, automatically obtaining a list of network addresses which have communicated with the node; for each of at least a subset of the plurality of nodes in the first network, culling the node's list of network addresses for additions to a set of external nodes which have a likelihood of future communications with the node of the first network that meets or exceeds a predefined likelihood threshold; automatically generating a graph which connects one or more nodes of the first network with one or more of the external nodes; based on at least the graph, automatically identifying external nodes which have a strength of connection with the first network that meets or exceeds a predefined connection strength threshold; automatically grouping at least a portion of the external nodes into a candidate external network; and utilizing an identification of the candidate external network to improve communications between the first network and the candidate external network. for each of a plurality of nodes in a first network, automatically obtaining a list of network addresses which have communicated with the node; for each of at least a subset of the plurality of nodes in the first network, culling the node's list of network addresses for additions to a set of external nodes which have a likelihood of future communications with the node of the first network that meets or exceeds a predefined likelihood threshold; automatically generating a graph which connects one or more nodes of the first network with one or more of the external nodes; based on at least the graph, automatically identifying external nodes which have a strength of connection with the first network that meets or exceeds a predefined connection strength threshold; automatically grouping at least a portion of the external nodes into a candidate external network; and utilizing an identification of the candidate external network to improve communications between the first network and the candidate external network.
A pulse generator, comprising: a plurality of electrode nodes, each electrode node configured to be coupled to an electrode configured to contact a patient's tissue; a first digital-to-analog converter, DAC, configured to receive digital data indicative of a magnitude of a total anodic current amplitude to be produced at the electrode nodes, and to produce a first current with a magnitude indicative of the total anodic current amplitude; a first distributor circuit configured to receive the first current, and to produce a plurality of second currents each with a magnitude equal to the first current; and a plurality of second DACs (PDAC i) each configured to receive a different one of the second currents, wherein each of the second DACs (PDAC i) is configured when selected to amplify its received second current to produce an anodic stimulation current to only a corresponding different one of the electrode nodes. a plurality of electrode nodes, each electrode node configured to be coupled to an electrode configured to contact a patient's tissue; a first digital-to-analog converter, DAC, configured to receive digital data indicative of a magnitude of a total anodic current amplitude to be produced at the electrode nodes, and to produce a first current with a magnitude indicative of the total anodic current amplitude; a first distributor circuit configured to receive the first current, and to produce a plurality of second currents each with a magnitude equal to the first current; and a plurality of second DACs (PDAC i) each configured to receive a different one of the second currents, wherein each of the second DACs (PDAC i) is configured when selected to amplify its received second current to produce an anodic stimulation current to only a corresponding different one of the electrode nodes.
A machine tool provided with a splashguard for enclosing a space for machining a workpiece and preventing chips and machining liquid from scattering, said splashguard comprising: a front door disposed at a front side of the machine tool so as to horizontally open and close through arcuate motion; characterized in that the splashguard further comprises: a lateral side door configured to arcuately move concentrically relative to and separate of the front door in the horizontal direction so as to overlap with the front door for opening and closing; and the machine tool comprises: a door locking switch (75, 76) for allowing selectively the front and lateral side doors (65, 66) of the splashguard to be opened and closed depending on any one of opening and closing patterns which include a pattern in which only the front door is opened or closed, a pattern in which only the lateral side door is opened or closed, and a pattern in which both the front and the lateral side doors (65, 66) are opened and closed at the same time.
Sensor housing having at least one sensor element, the sensor housing having an ridge-like housing projection which is provided for mounting in a groove extending along a linear drive housing, wherein at least one elongated strip-like printed circuit board is arranged in this housing projection in its longitudinal direction, wherein the housing projection has flat side surfaces so that no undercut is formed, wherein the distance of the side surfaces is smaller than the distance of a groove opening of the groove, characterized in that the sensor housing has at least one thread arranged obliquely to at least one side surface for receiving at least one fastening screw for fixing the sensor housing in the groove, the fastening screw having a stepped portion, the fastening screw being arranged in the thread, the thread being connected to an electrical potential, namely an earthing potential of the sensor.
A biopsy sampler comprising: a penetration zone for receiving a part of an organism to be sampled, a ram situated at a first side of the penetration zone able to be actuated to move along a path between a withdrawn position and an advanced position, a sample collector that can cut a biopsy sample from tissue from said part interposed in the penetration zone, and a container that can receive the sample collector, the sample collector and the container being initially located on opposite sides of the penetration zone, a disposable shield initially located between the ram, when the ram is in the withdrawn position, and the penetration zone, wherein advance action of the ram from the withdrawn position to the advanced position bringing together the sample collector and container at a side of the penetration zone away from the ram, and bringing the disposable shield into the penetration zone, withdrawal action of the ram from the advanced position to the withdrawn position withdrawing the disposable shield to the first side of the penetration zone, leaving the tissue part free to leave the penetration zone, such that in use in collecting a sample the disposable shield contacts tissue surfaces and the ram does not contact tissue surfaces, and wherein the disposable shield is releasably fitted to the sample collector in an initial condition, and releasably connects to a leading end of the ram as the ram advances, and disconnects from the sample collector as the ram begins to withdraw, and disconnects from the ram as or before the ram reaches the withdrawn position on withdrawal. a penetration zone for receiving a part of an organism to be sampled, a ram situated at a first side of the penetration zone able to be actuated to move along a path between a withdrawn position and an advanced position, a sample collector that can cut a biopsy sample from tissue from said part interposed in the penetration zone, and a container that can receive the sample collector, the sample collector and the container being initially located on opposite sides of the penetration zone, a disposable shield initially located between the ram, when the ram is in the withdrawn position, and the penetration zone, wherein advance action of the ram from the withdrawn position to the advanced position bringing together the sample collector and container at a side of the penetration zone away from the ram, and bringing the disposable shield into the penetration zone, withdrawal action of the ram from the advanced position to the withdrawn position withdrawing the disposable shield to the first side of the penetration zone, leaving the tissue part free to leave the penetration zone, such that in use in collecting a sample the disposable shield contacts tissue surfaces and the ram does not contact tissue surfaces, and wherein the disposable shield is releasably fitted to the sample collector in an initial condition, and releasably connects to a leading end of the ram as the ram advances, and disconnects from the sample collector as the ram begins to withdraw, and disconnects from the ram as or before the ram reaches the withdrawn position on withdrawal.