mhurhangee/ep-ind-claims huggingface dataset:
A pixel comprising: a first transistor including a gate connected to a first node, a first terminal configured to receive a first power supply voltage, and a second terminal connected to a second node; a second transistor including a gate connected to a third node, a first terminal configured to receive the first power supply voltage, and a second terminal connected to the first node; a third transistor including a gate connected to the second node, a first terminal connected to the first node, and a second terminal configured to receive a reference voltage; a fourth transistor including a gate configured to receive a first scan signal, a first terminal configured to receive the first power supply voltage, and a second terminal connected to the third node; a fifth transistor including a gate configured to receive the first scan signal, a first terminal configured to receive a data voltage, and a second terminal connected to the second node; a first capacitor connected between the first node and the third node; and a light emitting element including a first terminal connected to the second node and a second terminal configured to receive a second power supply voltage. a first transistor including a gate connected to a first node, a first terminal configured to receive a first power supply voltage, and a second terminal connected to a second node; a second transistor including a gate connected to a third node, a first terminal configured to receive the first power supply voltage, and a second terminal connected to the first node; a third transistor including a gate connected to the second node, a first terminal connected to the first node, and a second terminal configured to receive a reference voltage; a fourth transistor including a gate configured to receive a first scan signal, a first terminal configured to receive the first power supply voltage, and a second terminal connected to the third node; a fifth transistor including a gate configured to receive the first scan signal, a first terminal configured to receive a data voltage, and a second terminal connected to the second node; a first capacitor connected between the first node and the third node; and a light emitting element including a first terminal connected to the second node and a second terminal configured to receive a second power supply voltage.
A method, performed by an apparatus, for dispersed content distribution, comprising classifying a data fragment as inbound data, outbound data, or cache data; and mapping the classified data fragment to a physical location in a distributed content- distribution system by calculating a hash key identifying the location of inbound data; when determining that the data fragment is inbound data, determining if the hash key is in a local data store; and if the hash key is not in the local data store, storing the data fragment in the local data store, whereas, if the hash key is in the local data store, determining whether the data fragment is identical to previous information in the local data store, and if this is not the case, updating the information in the local data store with the new data fragment. classifying a data fragment as inbound data, outbound data, or cache data; and mapping the classified data fragment to a physical location in a distributed content- distribution system by calculating a hash key identifying the location of inbound data; when determining that the data fragment is inbound data, determining if the hash key is in a local data store; and if the hash key is not in the local data store, storing the data fragment in the local data store, whereas, if the hash key is in the local data store, determining whether the data fragment is identical to previous information in the local data store, and if this is not the case, updating the information in the local data store with the new data fragment.
A refurbishment process of a volumetric screw compressor of the 'oil-free' type comprising a pumping unit with an outer body and an inner chamber comprising a first and a second seat adapted to accommodate respective male and female rotors provided with respective reversing helical screws (80, 81) meshing each other, said process comprising gradually disassembling the components of the compressor up to extraction of a rotor (4, 5) at a time from the respective seats (3a, 3b) of the chamber, visually checking the wear condition of the rotors (4, 5), treating the rotor surface (4, 5) to remove a previous coating, applying a coating on the surface of the rotors (4, 5), repeating the operations of treating and applying a coating on the outer body of the pumping unit, characterised by inserting and then extracting one rotor (4, 5) at a time into the respective seat (3a, 3b) and checking for lack of interference, reassembling the pumping unit by meshing and inserting the two rotors (4, 5) inside the seats (3a, 3b) with further checking for lack of interference, reassembling the remaining components of the compressor, said applied coating being a mixture of the following materials: Material Amount (g) Polytetrafluoroethylene 750-850 Amorphous graphite powder 300-400 Thinner for spray cleaning apparatuses 200-270 Methyl ethyl ketone 170-220 Cellosolve acetate coating additive 200-300
An abutment for connecting a dental prosthesis to a dental implant, the abutment comprising a body portion (8, 26, 28, 30, 32, 35) for supporting the dental prosthesis and a contact surface apical to said body portion (8, 26, 28, 30, 32, 35) for contacting the dental implant, the abutment being composed of a resin that is reinforced with glass ibers substantially extending over the total length of said body portion (8, 26, 28, 30, 32, 35) towards said contact surface, characterized in that a fraction of at least 40%, more preferred at least 70%, in volume of the total content of said body portion is constituted by said fibers, in that said body portion (8, 26, 28, 30, 32, 35) exhibits a modulus of elasticity varying in dependence of the direction of a force applied with respect to the orientation of a longitudinal axis extending in the apical direction of said body portion (8, 26, 28, 30, 32, 35), such that said modulus of elasticity is at least 10 GPa, more preferred at least 30 GPa, lower for a force applied perpendicular to said longitudinal axis as compared to a force applied in parallel with respect to said longitudinal axis, and in that said resin is derived from at least one methacrylate monomer, preferably methyl methacrylate and/or urethane dimethacrylate (UDMA).
A method for reducing off-tracking by a multi-trailer heavy duty vehicle during a maneuver, the method comprising obtaining a model of vehicle dynamics describing dynamics of the multi-trailer heavy duty vehicle, determining respective force trajectories (a) for two or more axles of the vehicle as a solution to a non-linear optimal control problem, NOCP, where the NOCP is formulated with an objective to at least minimize trailer off-tracking, wherein the NOCP is formulated based on the model of vehicle dynamics and a prediction of vehicle control during the maneuver, and controlling motion of the heavy duty vehicle during the maneuver based on the determined force trajectories (a). obtaining a model of vehicle dynamics describing dynamics of the multi-trailer heavy duty vehicle, determining respective force trajectories (a) for two or more axles of the vehicle as a solution to a non-linear optimal control problem, NOCP, where the NOCP is formulated with an objective to at least minimize trailer off-tracking, wherein the NOCP is formulated based on the model of vehicle dynamics and a prediction of vehicle control during the maneuver, and controlling motion of the heavy duty vehicle during the maneuver based on the determined force trajectories (a).
A display device (1, 2, 3) comprising: a display panel (11, 21, 31) in which a display screen (111, 211, 311) and an indicator region are two-dimensionally arranged; an indicator substrate (14, 24, 34) mounted with a light source component, the indicator substrate (14, 24, 34) being arranged on a back face side of the display panel (11, 21, 31) so as to face the indicator region but not to face the display screen (111, 211, 311); and a control substrate (15, 25, 35) which is a separate part from the indicator substrate (14, 24, 34) and on which a control circuit for the display screen (111, 211, 311) is formed, the control substrate (15, 25, 35) being arranged on the back face side of the display panel (11, 21, 31) and arranged distant from the display panel (11, 21, 31) than the indicator substrate (14, 24, 34), and the control substrate (15, 25, 35) being arranged so as not to face at least a portion of each of the display screen (111, 211, 311) and the indicator substrate (14, 24, 34). a display panel (11, 21, 31) in which a display screen (111, 211, 311) and an indicator region are two-dimensionally arranged; an indicator substrate (14, 24, 34) mounted with a light source component, the indicator substrate (14, 24, 34) being arranged on a back face side of the display panel (11, 21, 31) so as to face the indicator region but not to face the display screen (111, 211, 311); and a control substrate (15, 25, 35) which is a separate part from the indicator substrate (14, 24, 34) and on which a control circuit for the display screen (111, 211, 311) is formed, the control substrate (15, 25, 35) being arranged on the back face side of the display panel (11, 21, 31) and arranged distant from the display panel (11, 21, 31) than the indicator substrate (14, 24, 34), and the control substrate (15, 25, 35) being arranged so as not to face at least a portion of each of the display screen (111, 211, 311) and the indicator substrate (14, 24, 34).
A ceramic composite light-converting member comprising a ceramic composite which is a solidified body having a texture of at least two or more oxide phases being continuously and three-dimensionally entangled with each other, where at least one of said oxide phases is a fluorescence-emitting phase and the composition of the composite as a whole is represented by: x·AlO 3/2 -y·(a·YO 3/2 -b·GdO 3/2 -c·CeO 2) (wherein x, y, a, b and c are each a molar fraction and satisfy 0.750<x<0.850, 0<b<0.8, 0<c<0.3, x+y=1 and a+b+c=1); or x·AlO 3/2 -y·(a·YO 3/2 -c·CeO 2) (wherein x, y, a and c are each a molar fraction and satisfy 0.750<x<0.850, 0.125≤c<0.3, x+y=1 and a+c=1).
An arc evaporation source comprising a target, a ring-shaped magnetic field guide magnet, and a back side magnetic field generation source, wherein the magnetic field guide magnet has a polarity with a magnetization direction extending along a direction perpendicular to an evaporation face of the target and facing front or rear, wherein the back side magnetic field generation source is arranged at the side of a back side of the target, the side being the rear of the magnetic field guide magnet, and forms magnetic force lines along the magnetization direction of the magnetic field guide magnet, and wherein, in projection of the magnetic field guide magnet and the target in the magnetization direction of the magnetic field guide magnet, the target is arranged so that the target is projected at a diameter inner side with respect to an intermediate position between an inner peripheral face and an outer peripheral face in a radial direction of the magnetic field guide magnet, characterised in that the target is arranged so that the evaporation face is located at the front with the respect to the magnetic field guide magnet.
A data processing method for determining the position of a target, comprising the steps performed by a computer: a) acquiring a target movement model specifying a movement cycle of the target; b) acquiring a target position signal representing a view of the target from a single direction and/or provided by a single imager; c) determining, based on the acquired target position signal and the target movement model, the position of the target, characterized in that the determination in step c) includes the determination of the position of the target based on an epipolar line corresponding to the target position detected by a first imager providing a target position signal, the epipolar line being a projection of the target's line of sight of the first imager onto the imaging plane of a second imager, determining the intersection(s) between the epipolar line and a projected target trajectory being a target movement model and specifying the target movement when projected onto the imaging plane of the second imager. a) acquiring a target movement model specifying a movement cycle of the target; b) acquiring a target position signal representing a view of the target from a single direction and/or provided by a single imager; c) determining, based on the acquired target position signal and the target movement model, the position of the target,
A cooperative control method for user equipment, applied to a host, wherein the host is interconnected to first user equipment and second user equipment by using a network, the host runs a target application, and displays a graphical interface generated by the target application, and wherein the first user equipment, the second user equipment, and the graphical interface displayed on the host have consistent content; and the method comprises: receiving first operation data collected by the first user equipment in a first time interval, wherein the first operation data is generated according to an operation performed by a user on the first user equipment; receiving, in a timing period of a started timer, second operation data collected by the second user equipment in a second time interval, wherein the second operation data is generated according to an operation performed by a user on the second user equipment; combining the first operation data and the second operation data after the timing period ends, to obtain combined operation data; processing the combined operation data, wherein the processing step comprises: updating a currently displayed graphical interface of the target application according to the combined operation data; and synchronizing an updated graphical interface to the first user equipment and the second user equipment. receiving first operation data collected by the first user equipment in a first time interval, wherein the first operation data is generated according to an operation performed by a user on the first user equipment; receiving, in a timing period of a started timer, second operation data collected by the second user equipment in a second time interval, wherein the second operation data is generated according to an operation performed by a user on the second user equipment; combining the first operation data and the second operation data after the timing period ends, to obtain combined operation data; processing the combined operation data, wherein the processing step comprises: updating a currently displayed graphical interface of the target application according to the combined operation data; and synchronizing an updated graphical interface to the first user equipment and the second user equipment.
An article, comprising: an electrode comprising lithium as an electroactive material; and a hybrid layer comprising an inorganic material and an organic polymer proximate a surface of the electrode, the hybrid layer further comprising a tantalum-containing compound; wherein the electrode is an anode; wherein the tantalum-containing compound comprises a compound of the formula: TaX 5-y-z y z, where, X = F, Br, Cl, or I; y = 0 to 5, z = 0 to 5, and y + z = 1 to 5; and A = an oxygen-based anion; and wherein the hybrid layer comprises a cross-linked network of inorganic nanoparticles and the organic polymer, wherein the inorganic nanoparticles comprise alumina nanoparticles. an electrode comprising lithium as an electroactive material; and a hybrid layer comprising an inorganic material and an organic polymer proximate a surface of the electrode, the hybrid layer further comprising a tantalum-containing compound; wherein the electrode is an anode; wherein the tantalum-containing compound comprises a compound of the formula: TaX 5-y-z y z, where, X = F, Br, Cl, or I; y = 0 to 5, z = 0 to 5, and y + z = 1 to 5; and A = an oxygen-based anion; and wherein the hybrid layer comprises a cross-linked network of inorganic nanoparticles and the organic polymer, wherein the inorganic nanoparticles comprise alumina nanoparticles.
A chair that can be assembled and dismantled, which is free of fastening means, characterized in that the chair consists of four different types of elements (1, 2, 3, 4) which can be plugged together by means of multiple plug-in connections of the cross-halving joint type, wherein these consist of a series of notches (1s, 2i, 2s, 3i, 3s, 4i) which are identical on all elements, wherein these notches are arranged vertically to the plane of the seat surface, and wherein the plug-in connections are all contained in the plane forming the seat surface of the chair.
A housing for an electronic controller module for controlling a drive unit of a motor vehicle adjusting device, in particular of a window lifter, wherein the controller module is equipped and provided for connection to the drive unit to be controlled and for controlling the drive unit comprises at least one printed circuit board, and wherein the housing is formed and provided for at least partly accommodating the printed circuit board of the controller module and the housing includes a housing opening (101, 102) in which a connector for connection of the controller module (SM A, SM B) to the drive unit (M TR_A; M TR_B) to be controlled is held such that the connector is accessible from outside the housing, characterized in that - the housing is formed and provided to selectively at least partly accommodate the printed circuit board (3A, 3B) of one of at least two different types of controller modules (SM A, SM B) with different printed circuit boards (3A, 3B), wherein a first type of controller module (SM A) is equipped and provided for controlling a drive unit (M TR_A) on a first side of a motor vehicle, and a second type of controller module (SM B) is equipped and provided for controlling a drive unit (M TR_B) on a second side of the motor vehicle, which is located opposite the first side transversely to a longitudinal vehicle axis, and - the housing opening (101, 102) is formed such that through the same one portion (30A, 30B) each of the printed circuit board (3A, 3B) connected with the connector can be led out of the housing. - the housing is formed and provided to selectively at least partly accommodate the printed circuit board (3A, 3B) of one of at least two different types of controller modules (SM A, SM B) with different printed circuit boards (3A, 3B), wherein a first type of controller module (SM A) is equipped and provided for controlling a drive unit (M TR_A) on a first side of a motor vehicle, and a second type of controller module (SM B) is equipped and provided for controlling a drive unit (M TR_B) on a second side of the motor vehicle, which is located opposite the first side transversely to a longitudinal vehicle axis, and - the housing opening (101, 102) is formed such that through the same one portion (30A, 30B) each of the printed circuit board (3A, 3B) connected with the connector can be led out of the housing.
An air conditioning apparatus equipped with a refrigerant circuit configured as a result of plural indoor units (4a, 4b) being connected to an outdoor unit, the air conditioning apparatus comprising: a capacity controlling part configured to control an air conditioning capacity of the outdoor unit in such a way that an evaporation temperature or a condensation temperature of refrigerant in the refrigerant circuit becomes a target evaporation temperature or a target condensation temperature; and a target refrigerant temperature changing part configured to perform slow changing control that changes the target evaporation temperature or the target condensation temperature in accordance with temperature differences between room temperatures of air conditioned spaces targeted by the indoor units and set temperatures that are target values of the room temperatures; characterised in that in a case where the temperature differences have exceeded a threshold temperature difference and the number of the indoor units in operation has increased, the target refrigerant temperature changing part performs fast changing control that forcibly changes the target evaporation temperature or the target condensation temperature to a fast tracking evaporation temperature or a fast tracking condensation temperature. a capacity controlling part configured to control an air conditioning capacity of the outdoor unit in such a way that an evaporation temperature or a condensation temperature of refrigerant in the refrigerant circuit becomes a target evaporation temperature or a target condensation temperature; and a target refrigerant temperature changing part configured to perform slow changing control that changes the target evaporation temperature or the target condensation temperature in accordance with temperature differences between room temperatures of air conditioned spaces targeted by the indoor units and set temperatures that are target values of the room temperatures; characterised in that in a case where the temperature differences have exceeded a threshold temperature difference and the number of the indoor units in operation has increased, the target refrigerant temperature changing part performs fast changing control that forcibly changes the target evaporation temperature or the target condensation temperature to a fast tracking evaporation temperature or a fast tracking condensation temperature.
A boiler for a machine for the preparation of beverages comprising a central tank configured to delimit a superheating area for a liquid and an outer tank, which is positioned around said central tank and is configured to define a heating area for the liquid; wherein the relative arrangement between the superheating area and the heating area is such as to allow the heating of the liquid in the heating area by means of the heat generated in the superheating area; the heating area having a first outlet (17, 18) configured to supply hot liquid (Lc); the superheating area having a second outlet (20, 24, 25, 26, 27) for the supply of steam.