mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for computing a rendered image of a computer-generated object in a computer-generated scene, the method comprising: accessing a dependency graph, the dependency graph comprising a plurality of interconnected nodes, wherein one of the interconnected nodes includes a look-selector node; accessing an asset at an input of the look-selector node, wherein the asset includes a plurality of looks for the computer-generated object, each look of the plurality of looks corresponding to a different visual appearance of the computer-generated object; selecting, at the look-selector node, an active look from the plurality of looks; passing the active look to a next node of the dependency graph; wherein the selected look includes unique surface shading detail that is not included in the other looks of the plurality of looks; and wherein the look selector node selects a corresponding active look for all assets of a set of assets that are received at the look selector node; and wherein each asset in the set of assets represents a computer-generated object in the scene; and computing the rendered image of the set of assets, wherein each rendered asset has a visual appearance corresponding to its active look. accessing a dependency graph, the dependency graph comprising a plurality of interconnected nodes, wherein one of the interconnected nodes includes a look-selector node; accessing an asset at an input of the look-selector node, wherein the asset includes a plurality of looks for the computer-generated object, each look of the plurality of looks corresponding to a different visual appearance of the computer-generated object; selecting, at the look-selector node, an active look from the plurality of looks; passing the active look to a next node of the dependency graph; wherein the selected look includes unique surface shading detail that is not included in the other looks of the plurality of looks; and wherein the look selector node selects a corresponding active look for all assets of a set of assets that are received at the look selector node; and wherein each asset in the set of assets represents a computer-generated object in the scene; and computing the rendered image of the set of assets, wherein each rendered asset has a visual appearance corresponding to its active look.
An apparatus comprising: a pen cap; at least one camera disposed at least partially within the pen cap; the pen cap comprising a pocket clip including a flexible joint arranged to permit the camera to be oriented and aimed; the pen cap further comprising a control circuit configured to digitally transcribe movement of a stylus relative to the pen cap based upon images of the stylus that are captured by the at least one camera, and an electrical connector operably coupled to the at least one camera and configured to convey image data captured by the at least one camera or processed movement information to an off-board device. a pen cap; at least one camera disposed at least partially within the pen cap; the pen cap comprising a pocket clip including a flexible joint arranged to permit the camera to be oriented and aimed; the pen cap further comprising a control circuit configured to digitally transcribe movement of a stylus relative to the pen cap based upon images of the stylus that are captured by the at least one camera, and an electrical connector operably coupled to the at least one camera and configured to convey image data captured by the at least one camera or processed movement information to an off-board device.
A method for transmitting data in a wireless local area network, the method comprising: buffering, at an access point, frames including data to be transmitted to stations capable of operating in a power-saving state; prior to sending a beacon frame, the access point dividing an interval between beacon frames into a number of time slices; transmitting, by the access point, the beacon frame including information about a time slice included within the number of time slices when buffered frames destined for particular stations will be sent; assigning an association identifier to each station and each multicast group associated with the access point; indicating, in the transmitting step, if there are buffered frames for each station and each multicast group by using the association identifier, the method being characterized in that the transmitting step includes transmitting a slicing index providing a relative starting position of the time slices assigned to a destination corresponding to a specific MAC address for a multicast group and a slicing control field which indicates the number of bits in each slicing index. buffering, at an access point, frames including data to be transmitted to stations capable of operating in a power-saving state; prior to sending a beacon frame, the access point dividing an interval between beacon frames into a number of time slices; transmitting, by the access point, the beacon frame including information about a time slice included within the number of time slices when buffered frames destined for particular stations will be sent; assigning an association identifier to each station and each multicast group associated with the access point; indicating, in the transmitting step, if there are buffered frames for each station and each multicast group by using the association identifier, the method being characterized in that the transmitting step includes transmitting a slicing index providing a relative starting position of the time slices assigned to a destination corresponding to a specific MAC address for a multicast group and a slicing control field which indicates the number of bits in each slicing index.
Method for allocating resources to program modules (201, 202, 203, 301, 302, 303, 401, 402, 403, 801, 802, 803, 804), which are related to a mobile communication device equipped with near field communication technology, wherein - a control unit (25, 26) obtains information for a definition and/or activation of at least one secure data domain (20, 30, 40) from an issuer - the control unit (25, 26) checks if a registry contains information about resources for the definition and/or the activation of the secure data domain (20, 30, 40) - in the case that resources for the definition and/or the activation of the secure data domain (20, 30, 40) are available and allowance information of a card issuer has been received, characterised in that the secure data domain (20, 30, 40) is defined and/or activated such that near field communication card applications can be emulated - analysing a pattern of initial information that is send from a near field communication reader by means of the control unit (25, 26) based on a pattern recognition parameter associated with the card application - selecting a near field communication card application based on the analysis of the pattern. - a control unit (25, 26) obtains information for a definition and/or activation of at least one secure data domain (20, 30, 40) from an issuer - the control unit (25, 26) checks if a registry contains information about resources for the definition and/or the activation of the secure data domain (20, 30, 40) - in the case that resources for the definition and/or the activation of the secure data domain (20, 30, 40) are available and allowance information of a card issuer has been received, characterised in that the secure data domain (20, 30, 40) is defined and/or activated such that near field communication card applications can be emulated - analysing a pattern of initial information that is send from a near field communication reader by means of the control unit (25, 26) based on a pattern recognition parameter associated with the card application - selecting a near field communication card application based on the analysis of the pattern.
Method for operating an operating apparatus for a motor vehicle, the operating apparatus comprising a touch-sensitive display and operating device and a control device for controlling the display and operating device, a notification region being shown in a selected region on the display and operating device, at least one virtual operating element being shown in the notification region for retrieving at least one provided message, and an air-conditioning region also being shown in the selected region, at least one item of air-conditioning information and at least one virtual operating element for retrieving an air-conditioning configuration being shown in the air-conditioning region, a predetermined gesture, carried out on the display and operating device by means of an actuating element, being detected by means of the control device, characterized in that, after actuation of the virtual operating element for retrieving the air-conditioning configuration, a reduced air-conditioning configuration menu is shown on the display and operating device, the carried-out specified gesture being detected in a region in which the reduced air-conditioning configuration menu is shown, and, after detection of the specified gesture, the reduced air-conditioning configuration menu being expanded to the air-conditioning configuration menu. characterized in that, after actuation of the virtual operating element for retrieving the air-conditioning configuration, a reduced air-conditioning configuration menu is shown on the display and operating device, the carried-out specified gesture being detected in a region in which the reduced air-conditioning configuration menu is shown, and, after detection of the specified gesture, the reduced air-conditioning configuration menu being expanded to the air-conditioning configuration menu.
A laminated glazing for a vehicle or a building, characterized in that it comprises an inner structural glass sheet having a surface compressive stress of between 400 and 1000 MPa with exchange depths of between 100 and 500, preferably at least equal to 150 μm and an outer structural glass sheet having a surface compressive stress of between 50 and 300 MPa with exchange depths of between 50 and 100 μm, on condition that the product of the two is at most equal to 25 000 MPa.μm.
An impregnated flexible cloth that can be set to become rigid or semi-rigid, the cloth comprising: a first face; a second face separated from the first face by a space; self-supporting linking fibres extending between the first and second faces (10, 12) that maintain the first and second face (10, 12) in a spaced-apart arrangement; and a powder material located in the space between the first and second faces (10, 12), which material is capable of setting to a rigid or semi-rigid solid on the addition of a liquid or on exposure to radiation, characterised in that, at one or more edges of the cloth, the first and second faces (10, 12) are connected by an elastic yarn that is shorter than the self-supporting linking fibres, thereby at least partly closing the space at the edge of the cloth. a first face; a second face separated from the first face by a space; self-supporting linking fibres extending between the first and second faces (10, 12) that maintain the first and second face (10, 12) in a spaced-apart arrangement; and a powder material located in the space between the first and second faces (10, 12), which material is capable of setting to a rigid or semi-rigid solid on the addition of a liquid or on exposure to radiation,
A composition comprising a viable population of bacteria, wherein the population comprises Clostridium innocuum, Clostridium bolteae, Blautiaproducta, Murimonas intestini and Eubacterium contortum.
Water consumption management system for a specific area, such as an apartment, a building or more generally an area that includes several end points where water is distributed; said system comprising an interconnected network of sensors that are adapted to measure water consumption at each end point; said network being connected to a data processing unit and to at least one display element that provides an information on the water consumption at each end point of said specific area characterized in that at least some sensors comprise each a turbine arranged to measure first flow rates and a rotating piston arranged to measure second flow rates, wherein the second flow rates are higher than first flow rates, and wherein said turbine is located in the center of the rotating piston. or more generally an area that includes several end points where water is distributed; said system comprising an interconnected network of sensors that are adapted to measure water consumption at each end point; said network being connected to a data processing unit and to at least one display element that provides an information on the water consumption at each end point of said specific area characterized in that at least some sensors comprise each a turbine arranged to measure first flow rates and a rotating piston arranged to measure second flow rates, wherein the second flow rates are higher than first flow rates, and wherein said turbine is located in the center of the rotating piston.
A declutching system for a handle arrangement of a motor vehicle comprising an axle whereon are arranged a housing and a declutching member, the declutching system presenting two positions, a clutch position wherein the declutching member blocks the housing in rotation around the axle by cooperating with a cam of the housing and a declutch position wherein the declutching member allows the housing to rotate around the axle, characterized in that the declutching member comprises a pivotable arranged lever and an elastic member, the lever being provided with a head at its free end cooperating with the elastic member, wherein in the clutch position of the declutching system, the head of the lever cooperates with the cam of the housing so as to prevent the housing from rotating about the axle and is maintained in position by the elastic member, and wherein in the declutch position of the declutching system, the head of the lever compresses the elastic member enabling the rotationally displacement of the housing around the axle. the declutching member comprises a pivotable arranged lever and an elastic member, the lever being provided with a head at its free end cooperating with the elastic member, wherein in the clutch position of the declutching system, the head of the lever cooperates with the cam of the housing so as to prevent the housing from rotating about the axle and is maintained in position by the elastic member, and wherein in the declutch position of the declutching system, the head of the lever compresses the elastic member enabling the rotationally displacement of the housing around the axle.
A tire comprising at least one carcass ply (13, 14), a tread disposed radially outward of a crown region of the at least one carcass ply (13, 14), and a belt structure comprising a first belt layer (16, 23) including a first reinforced composite layer with first reinforcement cords embedded in a first rubber matrix, characterized in that the first reinforcement cords have: (i) a construction of N/4 dtex with N being in a range of from 1050 to 1150 and with a twist in a range of from 150 turns per meter to 250 turns per meter; or (ii) a construction of M/3 dtex with M being in a range of from 1160 to 1260 and with a twist in a range of from 15 turns per meter to 35 turns per meter or in a range of from 150 to 250 turns per meter. (i) a construction of N/4 dtex with N being in a range of from 1050 to 1150 and with a twist in a range of from 150 turns per meter to 250 turns per meter; or (ii) a construction of M/3 dtex with M being in a range of from 1160 to 1260 and with a twist in a range of from 15 turns per meter to 35 turns per meter or in a range of from 150 to 250 turns per meter.
A tire comprising: a tread portion whose outer surface defines the tread, a pair of axially spaced bead portions each provided with a bead core therein, a pair of sidewall portions extending between tread edges of the tread portion and the bead portions, and a carcass ply extending between the bead portions through the tread portion and the sidewall portions and turned up around the bead core in each of the bead portions from the inside to the outside in the tire axial direction so as to form a pair of turnup portions and a main portion therebetween, wherein each of the bead portions is provided with a rubber bead apex disposed between the turnup portion and the main portion of the carcass ply and extending radially outwardly from the bead core in a tapered manner; a bead reinforcing rubber layer disposed axially outside the main portion of the carcass ply; and an insulation rubber layer disposed between the bead reinforcing rubber layer and the main portion of the carcass ply and having a hardness smaller than a hardness of the bead reinforcing rubber layer, wherein the hardness of rubber means a durometer A hardness measured at a temperature of 23 degrees C. by using a type A durometer according to JIS K6253, wherein the insulation rubber layer has a portion contacting with the rubber bead apex characterized in that the insulation rubber layer has a portion contacting with the bead core. a tread portion whose outer surface defines the tread, a pair of axially spaced bead portions each provided with a bead core therein, a pair of sidewall portions extending between tread edges of the tread portion and the bead portions, and a carcass ply extending between the bead portions through the tread portion and the sidewall portions and turned up around the bead core in each of the bead portions from the inside to the outside in the tire axial direction so as to form a pair of turnup portions and a main portion therebetween, wherein each of the bead portions is provided with a rubber bead apex disposed between the turnup portion and the main portion of the carcass ply and extending radially outwardly from the bead core in a tapered manner; a bead reinforcing rubber layer disposed axially outside the main portion of the carcass ply; and an insulation rubber layer disposed between the bead reinforcing rubber layer and the main portion of the carcass ply and having a hardness smaller than a hardness of the bead reinforcing rubber layer, wherein the hardness of rubber means a durometer A hardness measured at a temperature of 23 degrees C. by using a type A durometer according to JIS K6253, wherein the insulation rubber layer has a portion contacting with the rubber bead apex characterized in that the insulation rubber layer has a portion contacting with the bead core.
An air handling system comprising: a) a preselected number of individual fan units; b) said fan units arranged in a fan array, said array capable of operation with a number of operative fan units less than the preselected number of fan units; and c) a controller (300, 650) capable of automatically controlling selected fan units in said array of fan units in order to improve total fan array efficiency; d) wherein the controller is configured to select an optimal number of operative fan units so as to permit the operative fan units to run at substantially peak efficiency, wherein the controller is configured to calculate a necessary fan unit speed to give a selected static pressure at a selected airflow for all numbers of operative fan units from one fan unit up to the preselected number of fan units in the fan array, characterized in that a calculated static pressure at the selected airflow is given by the equation ∑ n = 0 X C n CF M n Df Ef n Ds Es n − 2, where C n are coefficients determined by system design, CFM is the selected airflow in cubic feet per minute, Df is the preselected number of fan units in the system, Ef is the number of operative fan units, which is iteratively incremented, Ds is a design maximum speed of the fan units, Es is a speed of the fan units, which is iteratively incremented, and X is the total number of coefficients. a) a preselected number of individual fan units; b) said fan units arranged in a fan array, said array capable of operation with a number of operative fan units less than the preselected number of fan units; and c) a controller (300, 650) capable of automatically controlling selected fan units in said array of fan units in order to improve total fan array efficiency; d) wherein the controller is configured to select an optimal number of operative fan units so as to permit the operative fan units to run at substantially peak efficiency, wherein the controller is configured to calculate a necessary fan unit speed to give a selected static pressure at a selected airflow for all numbers of operative fan units from one fan unit up to the preselected number of fan units in the fan array, characterized in that a calculated static pressure at the selected airflow is given by the equation ∑ n = 0 X C n CF M n Df Ef n Ds Es n − 2, where C n are coefficients determined by system design, CFM is the selected airflow in cubic feet per minute, Df is the preselected number of fan units in the system, Ef is the number of operative fan units, which is iteratively incremented, Ds is a design maximum speed of the fan units, Es is a speed of the fan units, which is iteratively incremented, and X is the total number of coefficients.
A composite separator for a lithium-ion battery, comprising a polyolefin substrate and a coating layer formed on a surface of the polyolefin substrate, the coating layer comprising a binder and inorganic particles, wherein a hydrogen bond is formed between the binder and the inorganic particles, the binder comprises an aqueous binder containing -CO- or -CN functional group, and the inorganic particles contain -OH functional group, and a particle size D50 of the inorganic particles is greater than 0.3μm and smaller than 3 μm, and a particle size D100 of the inorganic particles is greater than 1 μm and smaller than 15μm.
An interfacial polymerisation process for forming a composite membrane for nanofiltration operations in polar aprotic solvents, the process comprising the steps of: (a) impregnating a porous support membrane comprising a first conditioning agent selected from glycols, with a first reactive monomer solution comprising: (i) a first solvent for the said first reactive monomer; and (ii) a first reactive monomer wherein said support membrane is stable in polar aprotic solvents; (b) contacting the impregnated support membrane with a second reactive monomer solution comprising: (i) a second solvent for the second reactive monomer; and (ii) a second reactive monomer; wherein the first solvent and the second solvent form a two phase system; (c) after a reaction period, immersing resulting composite membrane into a quench medium; and (d) treating the resulting asymmetric membrane with an activating solvent being a polar aprotic solvent. (a) impregnating a porous support membrane comprising a first conditioning agent selected from glycols, with a first reactive monomer solution comprising: (i) a first solvent for the said first reactive monomer; and (ii) a first reactive monomer wherein said support membrane is stable in polar aprotic solvents; (i) a first solvent for the said first reactive monomer; and (ii) a first reactive monomer wherein said support membrane is stable in polar aprotic solvents; (b) contacting the impregnated support membrane with a second reactive monomer solution comprising: (i) a second solvent for the second reactive monomer; and (ii) a second reactive monomer; wherein the first solvent and the second solvent form a two phase system; (i) a second solvent for the second reactive monomer; and (ii) a second reactive monomer; (c) after a reaction period, immersing resulting composite membrane into a quench medium; and (d) treating the resulting asymmetric membrane with an activating solvent being a polar aprotic solvent.