mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a vehicle, wherein said vehicle comprises an internal combustion engine, wherein said vehicle is arranged for being driven in at least a first mode (M 1) and a second mode (M 2), wherein said vehicle can be selectively driven according to said first mode (M 1) and said second mode (M 2) at a torque (T req) requested from said internal combustion engine, wherein, when the vehicle is driven according to said second mode (M 2), a reduced fuel consumption is prioritized to a larger extent at the cost of performance compared with when the vehicle is driven according to said first mode (M 1), wherein said vehicle comprises a gearbox that is settable to a plurality of transmission ratios, characterized in that the method includes, when setting said gearbox from a first transmission ratio to a second transmission ratio being lower than said first transmission ratio, wherein said lower transmission ratio is one of the three lowest settable transmission ratios for said gearbox: - comparing the torque (T req) requested from said internal combustion engine after setting said gearbox to said second transmission ratio with a first torque (T lim1), and - driving said vehicle according to said second mode (M 2) if said torque (T req) requested from said internal combustion engine is below said first torque (T lim1), wherein, in said first mode (M 1), an air/fuel ratio for combustion in said internal combustion engine is controlled such that it does not fall below a first limit value, and wherein said combustion is also controlled such that a first air/fuel ratio margin with respect to said first limit value is maintained such that an increase in a supplied amount of fuel can be effected without the air/fuel ratio falling below said first limit value, and wherein, in said second mode (M 2), an air/fuel ratio margin with respect to said first limit value is reduced to a second air/fuel ratio margin being smaller than said first air/fuel ratio margin. - comparing the torque (T req) requested from said internal combustion engine after setting said gearbox to said second transmission ratio with a first torque (T lim1), and - driving said vehicle according to said second mode (M 2) if said torque (T req) requested from said internal combustion engine is below said first torque (T lim1), wherein, in said first mode (M 1), an air/fuel ratio for combustion in said internal combustion engine is controlled such that it does not fall below a first limit value, and wherein said combustion is also controlled such that a first air/fuel ratio margin with respect to said first limit value is maintained such that an increase in a supplied amount of fuel can be effected without the air/fuel ratio falling below said first limit value, and wherein, in said second mode (M 2), an air/fuel ratio margin with respect to said first limit value is reduced to a second air/fuel ratio margin being smaller than said first air/fuel ratio margin.
A catheter assembly comprising a catheter and an elongate package accommodating said catheter in a closed condition, characterized in that the package is provided with an insert opening arranged to releasably receive an end of the elongate package in said closed condition, thereby temporarily retaining said closed package in a folded disposition in which also the catheter is folded.
An air source heat pump boiler, wherein the boiler comprises a rotating unit, a crankshaft, a boiler body, and at least one conversion assembly, wherein the crankshaft is fixed and mounted at the output end of the rotating unit, and the crankshaft has at least one bulge arranged in one-to-one correspondence with the conversion assembly; each conversion assembly comprises a piston rod, an air cavity, a driving piston, and a wrist pin, wherein the driving piston is slidably arranged in the air cavity and divides the air cavity into a first cavity and a second cavity; the wrist pin is arranged in the second cavity and fixed and connected with the driving piston; both ends of the piston rod are rotatably connected to the wrist pin and the corresponding bulge, respectively; the first cavity is provided with an air intake; the multiple heating pipes are in communication with the first cavity at one end and stretch into the boiler body at the other end; the boiler body is sealed and stores water and is provided with a steam outlet, the steam outlet of the boiler body being connected to terminals via pipelines; characterised in that each conversion assembly comprises multiple heating tubes, the rotation speed of the rotating unit is adjustable; and the crankshaft is provided with a flywheel at one end that is away from the rotating unit.
A system comprising, a sensor (104, 204, 304), a curve controller (106, 206, 306) and a pressurized cavity, wherein the sensor is contained in the pressurized cavity, the sensor is configured to capture image data received through a camera lens, the sensor is further configured to be dynamically curved by the curve controller (106, 206, 306), and the curve controller is configured to: receive a focal length of the camera lens; change a pressure in the cavity to curve the sensor based on the focal length of the camera lens; upon curving the sensor based on the focal length of the lens, capture first image data received through the camera lens; receiving feedback data corresponding to the captured first image data; and based on the feedback data and the current focal length of the lens, adjust the curve of the sensor to increase image quality of second image data. receive a focal length of the camera lens; change a pressure in the cavity to curve the sensor based on the focal length of the camera lens; upon curving the sensor based on the focal length of the lens, capture first image data received through the camera lens; receiving feedback data corresponding to the captured first image data; and based on the feedback data and the current focal length of the lens, adjust the curve of the sensor to increase image quality of second image data.
A heat transfer device operating in a closed loop comprising a container in which a heat transfer fluid circulates in a closed loop, said heat transfer fluid being capable of undergoing an increase in volume during its solidification, characterised in that said container further contains particles suspended in said heat transfer fluid, at least some of the particles being compressible under the effect of the pressure exerted on them during the solidification of said fluid, so as to at least partially compensate for the volume increase of said fluid during its solidification, at least some of the particles which are compressible under the effect of the pressure exerted on them during the solidification of said fluid being nanoparticles comprising a three-dimensional lattice comprising meshes formed by an assembly of atoms (or molecules) and bonds connecting the adjacent atoms (or adjacent molecules), wherein at least one bond between two adjacent atoms (or molecules) is a non-covalent bond.
A cover glass assembly, comprising: a sheet comprising a first surface and a second, textured surface opposite to the first surface; and a pigment layer below the textured surface, wherein: the textured surface diffusely reflects a first portion of light entering the sheet through the first surface; the textured surface diffusely transmits, onto the pigment layer, a second portion of the light; and a mirror layer disposed below the pigment layer, the mirror layer comprising a mirrored portion and an un-mirrored portion. a sheet comprising a first surface and a second, textured surface opposite to the first surface; and a pigment layer below the textured surface, wherein: the textured surface diffusely reflects a first portion of light entering the sheet through the first surface; the textured surface diffusely transmits, onto the pigment layer, a second portion of the light; and a mirror layer disposed below the pigment layer, the mirror layer comprising a mirrored portion and an un-mirrored portion. the textured surface diffusely reflects a first portion of light entering the sheet through the first surface; the textured surface diffusely transmits, onto the pigment layer, a second portion of the light; and a mirror layer disposed below the pigment layer, the mirror layer comprising a mirrored portion and an un-mirrored portion.
Assembly comprising at least two fire protection profiles, each of the at least two fire protection profiles comprising a tube made of a composite material which is filled with a fire protection material, the composite material comprising an inorganic permeable fiber material which is a woven fabric, a knitted fabric or a non-woven fabric and is connected to a film, the fire protection profiles being formed in such a way that they combine with one another in the event of a fire, characterized in that the fiber material comprises a plurality of holes and combustible fibers and non-combustible fibers.
Polypropylene-based resin expanded beads containing a hindered amine compound, wherein: the hindered amine compound has a repeating unit represented by the following general formula, and the polystyrene-equivalent number-average molecular weight of the hindered amine compound (measured in accordance with the method as detailed in the description) is 1000 or more and 2000 or less, and the content of the hindered amine compound in the polypropylene-based resin expanded beads is 0.01% by mass or more and 2% by mass or less: wherein X represents an alkylene group having 5 to 10 carbon atoms, Y represents an amino group, Z 1 and Z 2 each independently represent a hydrocarbon group, a hydrocarbon group bonding via an oxygen atom, or a hydrogen atom. the hindered amine compound has a repeating unit represented by the following general formula, and the polystyrene-equivalent number-average molecular weight of the hindered amine compound (measured in accordance with the method as detailed in the description) is 1000 or more and 2000 or less, and the content of the hindered amine compound in the polypropylene-based resin expanded beads is 0.01% by mass or more and 2% by mass or less: wherein X represents an alkylene group having 5 to 10 carbon atoms, Y represents an amino group, Z 1 and Z 2 each independently represent a hydrocarbon group, a hydrocarbon group bonding via an oxygen atom, or a hydrogen atom.
A method for transmission of information in a communication system, the method comprising: obtaining at least one cyclic shift of a base sequence in a first slot and an orthogonal sequence in the first slot for the information; obtaining at least one cyclic shift of a base sequence in a second slot and an orthogonal sequence in the second slot for the information; applying the at least one cyclic shift of the base sequence in the first slot and the orthogonal sequence for the first slot to the information at the first slot; applying the at least one cyclic shift of the base sequence in the second slot and the orthogonal sequence for the second slot to the information at the second slot; transmitting the information applied by the at least one cyclic shift of the base sequence in the first slot and the orthogonal sequence for the first slot at the first slot; transmitting the information applied by the at least one cyclic shift of the base sequence in the second slot and the orthogonal sequence for the second slot to information at the second slot, wherein the information transmitted over the first and second slots comprises an acknowledgement or a negative acknowledgement, ACK/NACK, and wherein the at least one cyclic shift of the base sequence in the second slot is selected based on the first slot index, and wherein the orthogonal sequence in the second slot depends on the first slot index, and wherein the first slot and the second slot comprises at least one symbol. obtaining at least one cyclic shift of a base sequence in a first slot and an orthogonal sequence in the first slot for the information; obtaining at least one cyclic shift of a base sequence in a second slot and an orthogonal sequence in the second slot for the information; applying the at least one cyclic shift of the base sequence in the first slot and the orthogonal sequence for the first slot to the information at the first slot; applying the at least one cyclic shift of the base sequence in the second slot and the orthogonal sequence for the second slot to the information at the second slot; transmitting the information applied by the at least one cyclic shift of the base sequence in the first slot and the orthogonal sequence for the first slot at the first slot; transmitting the information applied by the at least one cyclic shift of the base sequence in the second slot and the orthogonal sequence for the second slot to information at the second slot, wherein the information transmitted over the first and second slots comprises an acknowledgement or a negative acknowledgement, ACK/NACK, and wherein the at least one cyclic shift of the base sequence in the second slot is selected based on the first slot index, and wherein the orthogonal sequence in the second slot depends on the first slot index, and wherein the first slot and the second slot comprises at least one symbol.
Device for controlling an electrical protection unit housed in an insulating housing containing a pair of fixed and movable contacts, said movable contact capable of being operated either manually via a control lever or automatically, comprising - a transmission link coupled to the control lever, - a device for supporting the movable contact comprising a plate rotatably mounted on a pivot and having a breakable mechanical connection with the transmission link, and - a trip lever controlled by a tripping device in order to break the mechanical connection in the event of a fault, leading to the automatic release of the mechanism independently of the control lever and separation of the contacts, - the breakable mechanical connection being formed by a retaining notch of the trip lever collaborating with a catch pivotably mounted on a pin of the plate, the breakage of the mechanical connection corresponding to unlocking of the catch, the transmission link, when the catch is in the locked position, resting at least on the plate, characterized in that it comprises a rigid insert mounted on the plate and intended to be inserted between the transmission link and a zone of the plate that constitutes a zone in which this link bears against the plate in the aforementioned locked position, and means (34, 37) for keeping this insert in position with respect to said plate without play. - a transmission link coupled to the control lever, - a device for supporting the movable contact comprising a plate rotatably mounted on a pivot and having a breakable mechanical connection with the transmission link, and - a trip lever controlled by a tripping device in order to break the mechanical connection in the event of a fault, leading to the automatic release of the mechanism independently of the control lever and separation of the contacts, - the breakable mechanical connection being formed by a retaining notch of the trip lever collaborating with a catch pivotably mounted on a pin of the plate, the breakage of the mechanical connection corresponding to unlocking of the catch, the transmission link, when the catch is in the locked position, resting at least on the plate,
A topical pharmaceutical composition, comprising: a mucoadhesive polymer, and an anal dilator, in a non-aqueous vehicle; wherein the composition is an organogel; wherein the composition further comprises a local anesthetic; wherein the anal dilator is diltiazem or diltiazem hydrochloride; wherein the mucoadhesive polymer is one or more of sodium alginate, hydroxypropylmethylcellulose, hydroxyethylcellulose and hydroxypropylcellulose, wherein the composition includes 0.5% to 10% w/w of the mucoadhesive polymers hydroxypropylcellulose, hydroxyethylcellulose or a mixture thereof, and wherein the non-aqueous vehicle is substantially free of water. a mucoadhesive polymer, and an anal dilator, in a non-aqueous vehicle; wherein the composition is an organogel; wherein the composition further comprises a local anesthetic; wherein the anal dilator is diltiazem or diltiazem hydrochloride; wherein the mucoadhesive polymer is one or more of sodium alginate, hydroxypropylmethylcellulose, hydroxyethylcellulose and hydroxypropylcellulose, wherein the composition includes 0.5% to 10% w/w of the mucoadhesive polymers hydroxypropylcellulose, hydroxyethylcellulose or a mixture thereof, and wherein the non-aqueous vehicle is substantially free of water.
A method of performing admission control in a packet-based telecommunication network including: - a backbone network coupled between at least first and second access networks (14, 16) using different transmission protocols and technologies; and - an admission control system with a hierarchically-structured admission control architecture (70, 74) including admission control subsystem modules each associated with and configured to monitor a respective one of the backbone network and the first and second access networks (14, 16), and an admission control coordinator module coupled with and configured to control the admission control subsystem modules; the method comprising the steps of: - receiving at the admission control coordinator module a request from a first user of the first access network to connect with a second user of the second access network; - determining at the admission control coordinator module the admission control subsystem modules associated with the first and second access networks (14, 16); and - requesting by the admission control coordinator module to the admission control subsystem modules associated with the first and second access networks (14, 16) and, if the first and second access networks (14, 16) are separate access networks, to the admission control subsystem module associated with the backbone network, to check availability of connection resources for establishing a connection between the first and second users. - a backbone network coupled between at least first and second access networks (14, 16) using different transmission protocols and technologies; and - an admission control system with a hierarchically-structured admission control architecture (70, 74) including admission control subsystem modules each associated with and configured to monitor a respective one of the backbone network and the first and second access networks (14, 16), and an admission control coordinator module coupled with and configured to control the admission control subsystem modules; - receiving at the admission control coordinator module a request from a first user of the first access network to connect with a second user of the second access network; - determining at the admission control coordinator module the admission control subsystem modules associated with the first and second access networks (14, 16); and - requesting by the admission control coordinator module to the admission control subsystem modules associated with the first and second access networks (14, 16) and, if the first and second access networks (14, 16) are separate access networks, to the admission control subsystem module associated with the backbone network, to check availability of connection resources for establishing a connection between the first and second users.
A composite integrated heat exchanger device comprising at least one fibre ply, wherein said ply is substantially encapsulated in a cured binder matrix to form a fibre reinforced polymer composite, wherein said device comprises at least one elongate void which comprises at least one heat exchanging medium, wherein the fibre reinforced polymer composite has a first surface through which heat is to be transferred, characterized in that said device further comprises a second surface which is to be substantially non heat transferring, further comprising at least one thermally non-conductive layer located between the at least one elongate void and said second surface.
A method for receiving input data for a layer of a convolutional neural network "CNN" for processing, the method comprising: receiving input data comprising input data values to be processed in a layer of the CNN; determining addresses in banked memory of a buffer in which the received data values are to be stored based upon format data indicating a format parameter of the input data in the layer and indicating a format parameter of a filter which is to be used to process the input data in the layer, wherein the format parameter of the input data indicates one or more dimensions of the input data and the format parameter of the filter indicates one or more dimensions of the filter; storing the received input data values at the determined addresses in the buffer; and reading windows of the input data from the buffer in a plurality of read cycles and passing the windows of the input data to convolution engines for processing in the layer using the filter, each window of the input data comprising input data values corresponding to a different position of the filter with respect to the input data; wherein the banked memory comprises a plurality of banks and a single address in each bank of the buffer can be read in each read cycle; wherein the addresses in banked memory are determined from the one or more dimensions of the input data and the one or more dimensions of the filter so as to distribute the input data values of each window evenly across the plurality of banks. receiving input data comprising input data values to be processed in a layer of the CNN; determining addresses in banked memory of a buffer in which the received data values are to be stored based upon format data indicating a format parameter of the input data in the layer and indicating a format parameter of a filter which is to be used to process the input data in the layer, wherein the format parameter of the input data indicates one or more dimensions of the input data and the format parameter of the filter indicates one or more dimensions of the filter; storing the received input data values at the determined addresses in the buffer; and reading windows of the input data from the buffer in a plurality of read cycles and passing the windows of the input data to convolution engines for processing in the layer using the filter, each window of the input data comprising input data values corresponding to a different position of the filter with respect to the input data; wherein the banked memory comprises a plurality of banks and a single address in each bank of the buffer can be read in each read cycle; wherein the addresses in banked memory are determined from the one or more dimensions of the input data and the one or more dimensions of the filter so as to distribute the input data values of each window evenly across the plurality of banks.