mhurhangee/ep-ind-claims huggingface dataset:
A container (10, 100) for storing or processing DRI granular material particles having lower vibrations, shaking, quaking and/or noise during the discharge of a bed (12, 129) of said DRI granular material particles through at least one outlet (18, 189), comprising a tapered discharge part (15, 159) having inner wall (16, 161, 162, 163, 169) converging to a bottom opening (34, 341, 346, 347, 348, 349) and to said outlet (18, 189), characterized in that said tapered discharge part (15, 159) of said container (10, 100) comprises at least one flat baffle (26, 261, 262, 267, 268, 269) attached by fastening means to said inner wall (16,161, 162, 163, 169) of said container (10, 100) and located proximate to and/or at the bottom of said tapered discharge part (15, 159), protruding inside said bed (12, 129) of DRI granular material particles which forms a stagnant zone (32, 321, 322, 323, 324, 329) in said bed, above said opening (34, 341, 346, 347, 348, 349) through which said DRI granular material particles flow, wherein the ratio of a diameter of the central opening D1 of the at least one baffle (26, 261, 262, 267, 268, 269) to a diameter D2 of the cross section of the tapered discharge part (15, 159) at the point where the flat baffle is located, is in the range between 0.5 to 0.95, wherein said tapered discharge part has a conical wall (16, 169) and wherein said flat baffle opening (34, 341, 346 347, 348, 349) has an area smaller than the cross section area of the tapered discharge part (15, 159) where such flat baffle (26, 261, 262, 267, 268, 269) is located and also smaller than the cross section area of the tapered discharge part (15, 159) below said flat baffle (26, 261, 262, 267, 268, 269) or smaller than the cross section area of a discharge conduit connected to said discharge outlet (18, 189).
A carabiner system comprising a frame including an opening between a pivot region and a keyed region, a gate pivotably coupled to the frame across the opening, wherein the gate and frame form a continuously enclosed inner region in a closed configuration, and wherein the gate is pivotably rotated about the pivot region forming a gap between the gate and frame in the open configuration, a gate biasing system coupled to the frame and gate, biasing the gate toward the closed configuration with respect to the frame, wherein the gate comprises an arch and two ends (122, 123), and wherein the arch is releasably coupled to the frame at the keyed region in the closed configuration, and wherein the two ends are pivotably coupled to the frame at the pivot region in both the open and closed configurations, and wherein the gate further includes a recess between the arch and two ends; and wherein the keyed region of the frame further includes a hook and a cover, and wherein the hook is disposed within the arch of the gate in the closed configuration, and wherein the cover encircles the hook and arch in the closed configuration, characterized in that the cover comprises an elongated wire member.
A composite element made from a preform of fibre-reinforced plastic material arranged around a core with a foil between the preform and the core, characterized in that the foil is a multi-layer thermoplastic foil with at least one of the layers of said multi-layer thermoplastic foil having a different melting temperature from the melting temperature of at least one of the other layers and in that an outer layer of said multi-layer thermoplastic foil has a lower melting temperature than an inner layer.
A method of forming an electrically conductive connection between an electrically conductive drive shaft and an electrically conductive agitator blade assembly which are coated with a non-conductive coating but which have regions which are substantially free of the non-conductive coating, wherein an at least partially electrically conductive pasty medium is located in a region between the electrically conductive drive shaft and agitator blade assembly at regions of the electrically conductive drive shaft and agitator blade assembly which are substantially free from any non-conductive coating, characterised by: positioning one or more sealing elements such that they completely isolate the partially electrically conductive pasty medium from the surrounding environment of the electrically conductive drive shaft and electrically conductive agitator blade assembly, such that after the electrically conductive drive shaft and agitator blade assembly are connected together, the one or more sealing elements are held, and preferably compressed, between the electrically conductive drive shaft and agitator blade assembly and form a seal separating the at least partially electrically conductive pasty medium from the surrounding environment. positioning one or more sealing elements such that they completely isolate the partially electrically conductive pasty medium from the surrounding environment of the electrically conductive drive shaft and electrically conductive agitator blade assembly, such that after the electrically conductive drive shaft and agitator blade assembly are connected together, the one or more sealing elements are held, and preferably compressed, between the electrically conductive drive shaft and agitator blade assembly and form a seal separating the at least partially electrically conductive pasty medium from the surrounding environment.
A method performed by a network entity for supporting peer-to-peer communication, comprising: receiving signaling triggering peer discovery pilot transmission, the signaling transmitted by a first station to initiate peer-to-peer communication with a second station; directing the first station to transmit a peer discovery pilot to allow one or more stations to detect the first station, the one or more stations includes the second station; characterized by receiving pilot measurements from the one or more stations; determining whether or not to select peer-to-peer communication for the first station and the second station based on the pilot measurements; assigning resources to the first station and the second station for peer-to-peer communication therebetween, if peer-to-peer communication is selected; and transmitting information indicative of the assigned resources to the first station and the second station, if peer-to-peer communication is selected. receiving signaling triggering peer discovery pilot transmission, the signaling transmitted by a first station to initiate peer-to-peer communication with a second station; directing the first station to transmit a peer discovery pilot to allow one or more stations to detect the first station, the one or more stations includes the second station; characterized by receiving pilot measurements from the one or more stations; determining whether or not to select peer-to-peer communication for the first station and the second station based on the pilot measurements; assigning resources to the first station and the second station for peer-to-peer communication therebetween, if peer-to-peer communication is selected; and transmitting information indicative of the assigned resources to the first station and the second station, if peer-to-peer communication is selected.
A method for determining the clogging status of a particle filter arranged in the exhaust line of an internal combustion engine, characterized in that it includes the following successive steps: a) determination of a curve (18; 20) of loss of loads of the particle filter as a function of the volume flow of exhaust gas passing through the particle filter, b) determination of the point of intersection (14; 16) of the load loss curve (18; 20) with a load curve of the engine, preferably a full load curve, c) comparison of the load loss of the point of intersection with a threshold load loss. a) determination of a curve (18; 20) of loss of loads of the particle filter as a function of the volume flow of exhaust gas passing through the particle filter, b) determination of the point of intersection (14; 16) of the load loss curve (18; 20) with a load curve of the engine, preferably a full load curve, c) comparison of the load loss of the point of intersection with a threshold load loss.
A method for controlling uplink transmit power of a user equipment, UE, in a radio access system supporting a multi-connectivity mode, the method performed by the UE and comprising: acquiring first power parameters for two serving cells through one or more higher layer signals, wherein the first power parameters are set by each of the two serving cells; acquiring second power parameters through physical downlink control channels, PDCCHs, wherein the second power parameters are set by each of the two serving cells; measuring path loss values of the two serving cells; calculating two physical uplink control channel, PUCCH, transmit powers for the two serving cells in the multi-connectivity mode; and transmitting respective PUCCHs to the two serving cells based on the PUCCH transmit powers, wherein the two PUCCH transmit powers are calculated based on the first power parameters, the second power parameters and the path loss values, and wherein, in the multi-connectivity mode, the UE maintains multiple connections with the two serving cells. acquiring first power parameters for two serving cells through one or more higher layer signals, wherein the first power parameters are set by each of the two serving cells; acquiring second power parameters through physical downlink control channels, PDCCHs, wherein the second power parameters are set by each of the two serving cells; measuring path loss values of the two serving cells; calculating two physical uplink control channel, PUCCH, transmit powers for the two serving cells in the multi-connectivity mode; and transmitting respective PUCCHs to the two serving cells based on the PUCCH transmit powers, wherein the two PUCCH transmit powers are calculated based on the first power parameters, the second power parameters and the path loss values, and wherein, in the multi-connectivity mode, the UE maintains multiple connections with the two serving cells.
A method of operation of a relay wireless device in a cellular communications network, the relay wireless device being a wireless device having relay functionality, comprising: receiving a relay request from a remote wireless device, the remote wireless device being a wireless device desiring a connection to the cellular communications network via a relay wireless device; determining whether one or more criteria for responding to the relay request are satisfied; responding to the remote wireless device upon determining that the one or more criteria for responding to the relay request are satisfied, wherein the one or more criteria comprise a criterion that a radio channel quality of a communication channel between the remote wireless device and the relay wireless device is better than a predefined quality threshold such that responding to the remote wireless device comprises responding to the remote wireless device upon determining that the radio channel quality of the communication channel between the remote wireless device and the relay wireless device is better than the predefined quality threshold, the method being characterized by decreasing the predefined quality threshold in response to receiving a predefined number of relay requests from the remote wireless device within a predefined amount of time. receiving a relay request from a remote wireless device, the remote wireless device being a wireless device desiring a connection to the cellular communications network via a relay wireless device; determining whether one or more criteria for responding to the relay request are satisfied; responding to the remote wireless device upon determining that the one or more criteria for responding to the relay request are satisfied, wherein the one or more criteria comprise a criterion that a radio channel quality of a communication channel between the remote wireless device and the relay wireless device is better than a predefined quality threshold such that responding to the remote wireless device comprises responding to the remote wireless device upon determining that the radio channel quality of the communication channel between the remote wireless device and the relay wireless device is better than the predefined quality threshold, the method being characterized by decreasing the predefined quality threshold in response to receiving a predefined number of relay requests from the remote wireless device within a predefined amount of time.
A data processing apparatus operable to map data symbols received from a predetermined number of sub-carrier signals of Orthogonal Frequency Division Multiplexed OFDM symbols into an output data stream, the predetermined number of sub-carrier signals being determined in accordance with one of a plurality of operating modes and the data symbols being divided into first sets of data symbols and second sets of data symbols, the data processing apparatus comprising an interleaver operable to perform an odd interleaving process which interleaves the first sets of data symbols from the sub-carrier signals of first OFDM symbols into an output data stream and an even interleaving process which interleaves the second sets of data symbols from the sub-carrier signals of second OFDM symbols into the output data stream, the odd interleaving process including writing the first sets of data symbols recovered from the sub-carrier signals of the first OFDM symbols into an interleaver memory in accordance with an order defined by a permutation code, and reading out the first sets of data symbols from the interleaver memory in accordance with a sequential order into the output data stream, the even interleaving process including writing the second sets of data symbols recovered from the sub-carrier signals of the second OFDM symbols into the interleaver memory in accordance with a sequential order, and reading out the second sets of data symbols from the interleaver memory in accordance with an order defined by the permutation code into the output data stream, such that while data symbols from the first set are being read from locations in the interleaver memory, data symbols from the second set can be written to the locations just read from and when data symbols from the second set are being read from the locations in the interleaver memory, the data symbols from a following first set can be written to the locations just read from, wherein when the number data symbols which can be carried by the sub-carriers of an OFDM symbol in one or more of the plurality of operating modes is half or less than half of the number of data symbols, which can be carried in an operating mode which provides the most number of data bearing sub-carrier signals per OFDM symbol, the data processing apparatus is operable to interleave the data symbols from both the first and second sets in accordance with only the odd interleaving process from the first and second OFDM symbols, and to change the permutation code which is used to form the addresses from one OFDM symbol to another.
An intake device for a vertical pump, comprising an inlet section with an inlet opening for a fluid to be pumped by the vertical pump, the inlet section extending in a first direction for horizontally guiding a flow of the fluid, an outlet section with an outlet opening for delivering the fluid to an inlet of the pump, the outlet section extending in a second direction being perpendicular to the first direction, and a diverting section for diverting the flow of fluid from the first direction to the second direction, the diverting section connecting the inlet section with the outlet section, and having a bottom wall opposing the outlet opening as well as a back wall opposing the inlet opening, wherein the inlet section is tapering towards the diverting section for decreasing a cross section area of the inlet section, wherein the diverting section comprises a splitter member being arranged on the bottom wall and being designed to taper in the second direction towards the outlet opening, wherein the outlet section comprises a reducing part for decreasing a cross section area of the outlet section, the reducing part being designed in an essentially bell shaped manner and wherein the inlet section comprises a bottom, a cover and two side walls each connecting the bottom with the cover, characterized in that the inlet section comprises a partition wall extending in the first direction from the inlet opening towards the diverting section, and extending in the second direction from the bottom to the cover and wherein the partition wall is extending at the bottom wall of the diverting section and ending at the splitter member.
Safety clip for pushing onto a cannula, comprising an elongated tube, open at both ends, for receiving an elongated element, the safety clip being configured, so as to be displaceable along the tube, to enclose the tube on the outer side, characterized in that the safety clip is configured to attract or repel the elongated element by magnetic force such that the safety clip, as it is advanced along the tube beyond one of the two ends, encloses and covers the end.
A method of machining a workpiece, comprising: machining to form a round hole in a workpiece using a boring drill by pressing a flat surface of the boring drill against the workpiece while rotating the boring drill to contact a blade of the boring drill with the workpiece, wherein the workpiece is a delaminatable container including an outer shell and an inner bag, the inner bag delaminating from the outer shell to be shrunk along with a decrease in the contents, and the machining includes forming a fresh air inlet in the outer shell by pressing the flat surface against the outer shell to contact the blade with the outer shell, wherein the boring drill comprises a tubular end portion having said flat surface and having a side surface vertical to the flat surface or a tapered side surface inclined to the center as coming closer to the flat surface; a notch provided in the end portion; and said blade provided at a side of the notch, wherein the notch is provided in a range of 60 to 120 degrees along a circumference of the end portion. machining to form a round hole in a workpiece using a boring drill by pressing a flat surface of the boring drill against the workpiece while rotating the boring drill to contact a blade of the boring drill with the workpiece, wherein the workpiece is a delaminatable container including an outer shell and an inner bag, the inner bag delaminating from the outer shell to be shrunk along with a decrease in the contents, and the machining includes forming a fresh air inlet in the outer shell by pressing the flat surface against the outer shell to contact the blade with the outer shell, wherein the boring drill comprises a tubular end portion having said flat surface and having a side surface vertical to the flat surface or a tapered side surface inclined to the center as coming closer to the flat surface; a notch provided in the end portion; and said blade provided at a side of the notch, wherein the notch is provided in a range of 60 to 120 degrees along a circumference of the end portion.
Non-therapeutic use of a composition for topical application in the auditory canal for the cleaning of the auditory canal, wherein said composition comprises 5% to 40%, by weight of the total weight of the composition, of an ester of vitamin E with a carboxylic acid of formula R-COOH, in which R is an alkyl radical having 1 to 19 carbon atoms, or an alkenyl or alkynyl radical having 2 to 19 carbon atoms, and an oily vehicle selected from the group consisting of hydrogenated polyisobutene, hydrogenated polydecene and mixtures of hydrogenated polyisobutene and/or hydrogenated polydecene with hydrogenated polyolefins, in particular hydrogenated C 6 -C 14 hydrogenated polyolefins, Caprylic/Capric Triglyceride, Cyclopentasiloxane, and mixtures thereof.
A method for fabricating a biodegradable prosthesis, said method comprising: providing a tubular body having an initial diameter, wherein said tubular body is composed at least partially of an amorphous biodegradable polymer, and while the diameter remains unchanged: modifying the amorphous polymer by at least one of heating, cooling, pressurizing, addition of additives or cross-linking to introduce a degree of crystallinity; and patterning the tubular body into a structure capable of radial contraction and expansion, wherein the step of modifying the amorphous polymer is performed before and/or after the patterning step. modifying the amorphous polymer by at least one of heating, cooling, pressurizing, addition of additives or cross-linking to introduce a degree of crystallinity; and patterning the tubular body into a structure capable of radial contraction and expansion, wherein the step of modifying the amorphous polymer is performed before and/or after the patterning step.
A method for synchronous signal transmission performed by a transmitting device, wherein the method comprises: transmitting, by the transmitting device, a synchronization signal block on a first frequency domain position, wherein the first frequency domain position is located on the frequency domain candidate position of a synchronization signal, and each 20 MHz subband comprises one frequency domain candidate position of the synchronization signal, wherein the first frequency domain position is the center frequency point position of the synchronization signal block; and determining, by the transmitting device, the frequency domain candidate position of the synchronous signal according to the formula fc = f1+(g ∗ 20) + f2, wherein, fc is the candidate position in frequency domain of synchronous signal, f1 is the center frequency point position of the first 20MHz subband of the unlicensed frequency band, f1+(g ∗ 20) is the center frequency point position of the (g+1)th 20MHz subband of the unlicensed frequency band, and g is an integer, f2 is the offset of the candidate position of the center frequency point of the synchronous signal within a 20MHz subband. transmitting, by the transmitting device, a synchronization signal block on a first frequency domain position, wherein the first frequency domain position is located on the frequency domain candidate position of a synchronization signal, and each 20 MHz subband comprises one frequency domain candidate position of the synchronization signal, wherein the first frequency domain position is the center frequency point position of the synchronization signal block; and determining, by the transmitting device, the frequency domain candidate position of the synchronous signal according to the formula fc = f1+(g ∗ 20) + f2, wherein, fc is the candidate position in frequency domain of synchronous signal, f1 is the center frequency point position of the first 20MHz subband of the unlicensed frequency band, f1+(g ∗ 20) is the center frequency point position of the (g+1)th 20MHz subband of the unlicensed frequency band, and g is an integer, f2 is the offset of the candidate position of the center frequency point of the synchronous signal within a 20MHz subband.