mhurhangee/ep-ind-claims huggingface dataset:
A liquid crystal display comprising: an active area (A/A) where data lines and gate lines cross each other and pixels are arranged in a matrix type; and a pad area where a drive IC and an FPC are bonded to supply signals to the active area, the pad area comprising: a first pad area where first pads connected to the data lines and bonded to output terminals of the drive IC are formed; a second pad area where second pads bonded to input terminals of the drive IC are bonded; and a third pad area where third pads bonded to output terminals of the FPC are formed, wherein the second pads and the third pads are connected through wires, and the pad area, excluding the first pad area, second pad area, and third pad area, and the active area (A/A) are covered with an organic passivation film, wherein pixel electrodes of the pixels are disposed on the organic passivation film in the active area (A/A). an active area (A/A) where data lines and gate lines cross each other and pixels are arranged in a matrix type; and a pad area where a drive IC and an FPC are bonded to supply signals to the active area, the pad area comprising: a first pad area where first pads connected to the data lines and bonded to output terminals of the drive IC are formed; a second pad area where second pads bonded to input terminals of the drive IC are bonded; and a third pad area where third pads bonded to output terminals of the FPC are formed, a first pad area where first pads connected to the data lines and bonded to output terminals of the drive IC are formed; a second pad area where second pads bonded to input terminals of the drive IC are bonded; and a third pad area where third pads bonded to output terminals of the FPC are formed, wherein the second pads and the third pads are connected through wires, and the pad area, excluding the first pad area, second pad area, and third pad area, and the active area (A/A) are covered with an organic passivation film, wherein pixel electrodes of the pixels are disposed on the organic passivation film in the active area (A/A).
A liquid crystal display device comprising: a first insulation substrate; gate lines (G; 22) which are disposed on the first insulation substrate and extend substantially in a first direction; first and second data lines (Da; Db; 62a; 62b) which are insulated from the gate lines (G; 22), extend substantially in a second direction and are arranged alternately along the first direction so as to intersect the gate lines (G; 22); a data driving unit; pixel electrodes, wherein each pixel electrode comprises first and second sub-pixel electrodes (Pa; Pb; 82a; 82b) which are respectively connected either to the first or to the second data lines (Da; Db; 62a; 62b) and which are separated from each other by a gap, wherein the data unit is arranged to apply a data voltage to the first sub-pixel electrode (Pa; 82a) that is layer than a data voltage applied to the second sub-pixel electrode (Pb;82b) a second insulation substrate which faces the first insulation substrate; a black matrix which is disposed on the second insulation substrate, includes an irregular shape and extends substantially along the first and second data lines (Da; Db; 62a; 62b); and a liquid crystal layer which is interposed between the first and second insulation substrates (10; 100); wherein the first and second data lines (Da; Db; 62a; 62b) are completely overlapped in a width direction by the second sub-pixel electrode (Pb; 82b) characterized in that the first and second data lines (Da; Db; 62a; 62b) are not overlapped by the first sub-pixel electrode (Pa; 82a). a first insulation substrate; gate lines (G; 22) which are disposed on the first insulation substrate and extend substantially in a first direction; first and second data lines (Da; Db; 62a; 62b) which are insulated from the gate lines (G; 22), extend substantially in a second direction and are arranged alternately along the first direction so as to intersect the gate lines (G; 22); a data driving unit; pixel electrodes, wherein each pixel electrode comprises first and second sub-pixel electrodes (Pa; Pb; 82a; 82b) which are respectively connected either to the first or to the second data lines (Da; Db; 62a; 62b) and which are separated from each other by a gap, wherein the data unit is arranged to apply a data voltage to the first sub-pixel electrode (Pa; 82a) that is layer than a data voltage applied to the second sub-pixel electrode (Pb;82b) a second insulation substrate which faces the first insulation substrate; a black matrix which is disposed on the second insulation substrate, includes an irregular shape and extends substantially along the first and second data lines (Da; Db; 62a; 62b); and a liquid crystal layer which is interposed between the first and second insulation substrates (10; 100); wherein the first and second data lines (Da; Db; 62a; 62b) are completely overlapped in a width direction by the second sub-pixel electrode (Pb; 82b) characterized in that the first and second data lines (Da; Db; 62a; 62b) are not overlapped by the first sub-pixel electrode (Pa; 82a).
An air communication system comprising: a network data processing system configured for use at an airport; a policy manager configured to manage a number of policies based on a threat level for the airport, wherein the policy manager is further configured to identify a change to the threat level for the airport and update the number of policies in response to identifying the threat level for the airport; and a number of agents configured to run on the network data processing system and to communicate with an aircraft network data processing system on an aircraft and configured to implement the number of policies on the network data processing system and the aircraft network data processing system, wherein in being configured to implement the number of policies on the network data processing system and the aircraft network data processing system, the number of agents is configured to manage communications with a data processing system on the aircraft; wherein the policy manager is further configured to identify a number of undesired events for the network data processing system and identify a number of actions to be performed in response to the number of undesired events, wherein the undesired events are events that violate a policy of the number of policies. a network data processing system configured for use at an airport; a policy manager configured to manage a number of policies based on a threat level for the airport, wherein the policy manager is further configured to identify a change to the threat level for the airport and update the number of policies in response to identifying the threat level for the airport; and a number of agents configured to run on the network data processing system and to communicate with an aircraft network data processing system on an aircraft and configured to implement the number of policies on the network data processing system and the aircraft network data processing system, wherein in being configured to implement the number of policies on the network data processing system and the aircraft network data processing system, the number of agents is configured to manage communications with a data processing system on the aircraft; wherein the policy manager is further configured to identify a number of undesired events for the network data processing system and identify a number of actions to be performed in response to the number of undesired events, wherein the undesired events are events that violate a policy of the number of policies.
A tracking method, in which a target provided with a reflector is tracked by a measurement beam of a laser tracker, wherein in a normal tracking mode, in a tracking unit, the measurement beam reflected by the reflector is detected and a variable for the control of the alignment of the measurement beam is computed from the detection, wherein additionally in an extraordinary tracking mode, in which, in the tracking unit, the measurement beam reflected by the reflector is not detected, variables for the control of the alignment of the measurement beam are computed from data which is acquired by at least one further apparatus, characterized in that the laser tracker comprises a capture unit and an overview apparatus, wherein the capture unit as well as the overview apparatus have a known position and orientation relative to the measurement beam, the capture unit comprises a detection region which lies between the detection region of the tracking unit and the detection region of the overview apparatus, and the method in the extraordinary tracking mode comprises the following steps: • in the case that the target is detectable by the capture unit, controlling the alignment of the measurement beam in accordance with an angle at which the target is visible to the capture unit, and checking as to whether the target can be detected by the tracking unit; • in the case that the target can then be detected by the tracking unit, changing over to the normal tracking mode; • in the case that the target can only be detected by the overview apparatus, controlling the alignment of the measurement beam in accordance with an angle at which the target is visible to the overview apparatus, and testing as to whether the target can be detected by the capture unit. • in the case that the target is detectable by the capture unit, controlling the alignment of the measurement beam in accordance with an angle at which the target is visible to the capture unit, and checking as to whether the target can be detected by the tracking unit; • in the case that the target can then be detected by the tracking unit, changing over to the normal tracking mode; • in the case that the target can only be detected by the overview apparatus, controlling the alignment of the measurement beam in accordance with an angle at which the target is visible to the overview apparatus, and testing as to whether the target can be detected by the capture unit.
Apparatus for training a subject dog to perform target odor detecting operations within a completely confined compartment, comprising: a) a partial compartment having at least three angularly different surfaces to define an interior, said surfaces being sufficiently long to provide a subject dog located within said interior with a sensation of being at least partially confined; b) an air inlet defined by a configuration of said partial compartment, by which odor laden air is introducible into said interior and is detectable by the nose of said subject dog; and c) at least one dog interfaceable member which is operatively connected to said partial compartment and activatable upon detection of a predetermined target odor, characterised in that said partial compartment is modular and one or more segments are attachable thereto in order to increase the size of the interior of said partial compartment and to correspondingly increase a degree of acclimation of the subject dog to confinement. a) a partial compartment having at least three angularly different surfaces to define an interior, said surfaces being sufficiently long to provide a subject dog located within said interior with a sensation of being at least partially confined; b) an air inlet defined by a configuration of said partial compartment, by which odor laden air is introducible into said interior and is detectable by the nose of said subject dog; and c) at least one dog interfaceable member which is operatively connected to said partial compartment and activatable upon detection of a predetermined target odor, characterised in that said partial compartment is modular and one or more segments are attachable thereto in order to increase the size of the interior of said partial compartment and to correspondingly increase a degree of acclimation of the subject dog to confinement.
An organic electroluminescence device provided with a first electrode composed of a transparent electrode or a semitransparent electrode, a second electrode facing the first electrode, and at least one organic layer set between the first and second electrodes, wherein: the organic electroluminescence device comprises an auxiliary electrode provided with openings, which is electrically connected to the first electrode and composed of a material having a lower electrical resistance value than that of the first electrode; and the auxiliary electrode is formed on the surface of the first electrode so as to have the regions defined based on lattice points determined by a two-dimensional array as the openings, characterized in that the auxiliary electrode is formed on the surface of the first electrode so as to have the regions defined based on lattice points determined by a quasi-periodic two-dimensional array as the openings. the organic electroluminescence device comprises an auxiliary electrode provided with openings, which is electrically connected to the first electrode and composed of a material having a lower electrical resistance value than that of the first electrode; and the auxiliary electrode is formed on the surface of the first electrode so as to have the regions defined based on lattice points determined by a two-dimensional array as the openings, characterized in that the auxiliary electrode is formed on the surface of the first electrode so as to have the regions defined based on lattice points determined by a quasi-periodic two-dimensional array as the openings.
Trolley for stowing, emptying and supplying power to cleaning robots, the trolley comprising - a power supply unit, which is designed to be connected to a power grid, - stowage compartments for stowing the cleaning robots, wherein each stowage compartment has a charging contact, which is designed to be contacted by a cleaning robot arranged in the corresponding stowage compartment in order to supply the cleaning robot with power by means of the power supply unit, - transport wheels, which are designed to move the trolley over a surface, - a suction system, which has a foldable suction platform and is designed to empty one of the cleaning robots when the robot is arranged on the suction platform in the folded-out state thereof, - a lift system having a foldable receiving element, wherein the lift system is designed to transport the cleaning robots individually to the stowage compartments and away from the stowage compartments by means of the receiving element in its folded-out state, and - at least one door element, which can be arranged such that it closes or exposes the foldable receiving element and the foldable suction platform. - a power supply unit, which is designed to be connected to a power grid, - stowage compartments for stowing the cleaning robots, wherein each stowage compartment has a charging contact, which is designed to be contacted by a cleaning robot arranged in the corresponding stowage compartment in order to supply the cleaning robot with power by means of the power supply unit, - transport wheels, which are designed to move the trolley over a surface, - a suction system, which has a foldable suction platform and is designed to empty one of the cleaning robots when the robot is arranged on the suction platform in the folded-out state thereof, - a lift system having a foldable receiving element, wherein the lift system is designed to transport the cleaning robots individually to the stowage compartments and away from the stowage compartments by means of the receiving element in its folded-out state, and - at least one door element, which can be arranged such that it closes or exposes the foldable receiving element and the foldable suction platform.
A method of classifying a test compound as a teratogen or a non-teratogen, predicting teratogenicity of a test compound or validating a test compound as a teratogen, the method comprising: culturing undifferentiated human stem cell-like cells (hSLCs) in the presence of the test compound and in the absence of the test compound; determining the fold change in ornithine in the culture media of undifferentiated hSLCs cultured in the presence of the test compound in comparison with hSLCs cultured in the absence of the test compound; determining the fold change in cystine in the culture media of undifferentiated hSLCs cultured in the presence of the test compound in comparison with hSLCs cultured in the absence of the test compound; determining the ratio of the fold change in ornithine to the fold change in cystine wherein: a ratio of less than or equal to 0.88 is indicative of the teratogenicity of the test compound; and a ratio of greater than 0.88 is indicative of the non-teratogenicity of the test compound. culturing undifferentiated human stem cell-like cells (hSLCs) in the presence of the test compound and in the absence of the test compound; determining the fold change in ornithine in the culture media of undifferentiated hSLCs cultured in the presence of the test compound in comparison with hSLCs cultured in the absence of the test compound; determining the fold change in cystine in the culture media of undifferentiated hSLCs cultured in the presence of the test compound in comparison with hSLCs cultured in the absence of the test compound; determining the ratio of the fold change in ornithine to the fold change in cystine wherein: a ratio of less than or equal to 0.88 is indicative of the teratogenicity of the test compound; and a ratio of greater than 0.88 is indicative of the non-teratogenicity of the test compound. a ratio of less than or equal to 0.88 is indicative of the teratogenicity of the test compound; and a ratio of greater than 0.88 is indicative of the non-teratogenicity of the test compound.
A mobile terminal, comprising: a communication unit adapted to communicate data to and from a server of a communication service provider; a recognition unit adapted to recognize a first application and a second application that communicate data via the communication unit; a calculation unit adapted to calculate a usage amount of data communicated to and from the server for the first application; and a control unit adapted to control the mobile terminal based on the usage amount of data for the first application; and an analyzing unit adapted to analyze a feature of data of the first application, wherein the calculating unit is adapted to calculate a usage amount of data according to the feature of data, and the control unit is adapted to control the mobile terminal based on the usage amount of data according to the analyzed feature, characterized in that the analyzing unit is adapted to analyze the feature as synchronization data, necessary data or advertising data used for the first application, the necessary data being defined as data used if an application is being executed and available to be actively used by a user, wherein, if a ratio of the usage amount of data for advertising data to the usage amount of total data for the first application is equal to or greater than a threshold value, the control unit is adapted to determine that the first application is an advertising application, and to control the mobile terminal based on this determination. a communication unit adapted to communicate data to and from a server of a communication service provider; a recognition unit adapted to recognize a first application and a second application that communicate data via the communication unit; a calculation unit adapted to calculate a usage amount of data communicated to and from the server for the first application; and a control unit adapted to control the mobile terminal based on the usage amount of data for the first application; and an analyzing unit adapted to analyze a feature of data of the first application, wherein the calculating unit is adapted to calculate a usage amount of data according to the feature of data, and the control unit is adapted to control the mobile terminal based on the usage amount of data according to the analyzed feature, characterized in that the analyzing unit is adapted to analyze the feature as synchronization data, necessary data or advertising data used for the first application, the necessary data being defined as data used if an application is being executed and available to be actively used by a user, wherein, if a ratio of the usage amount of data for advertising data to the usage amount of total data for the first application is equal to or greater than a threshold value, the control unit is adapted to determine that the first application is an advertising application, and to control the mobile terminal based on this determination.
Use of lactobionic acid, lactobionic-δ-lactone, a salt of lactobionic acid or a mixture thereof as flavour enhancer, wherein the flavour that is enhanced is chosen from the group consisting of: acidic flavours, fruit flavours, sweet flavours, and salt flavours.
Tyre for a vehicle intended to carry heavy loads, this tyre comprising a carcass reinforcement having reinforcers, this tyre comprising a crown part comprising a tread intended to be in contact with a roadway during running, this crown part comprising a crown reinforcement extended on each side by sidewalls, these sidewalls themselves being extended by beads intended to come into contact with a mounting rim, this tyre being provided with a protection device protecting at least one sidewall against external attack, this protection device comprising a plurality of raised elements formed on the sidewall that is to be protected, this plurality of raised elements of height H being arranged in the circumferential direction, this tyre being characterized in that each raised element comprises an intermediate region of elongate shape in the circumferential direction and this intermediate region comprising two ends and is extended, at each of its two ends, by an extension that makes a non-zero angle with the elongate intermediate region of the raised element and in that each element is formed by at least two facing parts (101, 102), these parts being at least partially disjointed from one another along a separation zone, this separation zone being oriented substantially in the circumferential direction, and in that each part (101, 102) is able to come into contact with another part of the same raised element so as to at least partially close the separation zone that exists between the said two parts so as to generate friction by the sliding of one part against the other when one of the said parts comes into contact with an external obstacle.