mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a cable strain-relief means of a cable which is to be attached to a plug and has a round cross section and has a cable sheath with an outer circumference U1, said method having the following steps: a) providing a metal ring from a ring-shaped wall with a substantially circular cross section, wherein the ring has an inner circumference U2 which is greater than the outer circumference U1 of the cable sheath; b) applying the ring onto the cable sheath of the cable at a defined position; c) deforming the ring in such a way that the reduced inner circumference U3, which is generated as a result of the deformation, is smaller than or equal to the outer circumference U1 of the cable sheath, such that it is fixed on the cable sheath and the wall of the ring is also reshaped in at least one region to reduce the original inner circumference U2, and at least one ring element portion, which has been formed from the wall and reshaped, radially outward in relation to the cable sheath; d) overmoulding or potting the cable with a plastic in the region of the ring, characterized in that the reshaped ring is deformed from a round cross section into a polygonal cross section. a) providing a metal ring from a ring-shaped wall with a substantially circular cross section, wherein the ring has an inner circumference U2 which is greater than the outer circumference U1 of the cable sheath; b) applying the ring onto the cable sheath of the cable at a defined position; c) deforming the ring in such a way that the reduced inner circumference U3, which is generated as a result of the deformation, is smaller than or equal to the outer circumference U1 of the cable sheath, such that it is fixed on the cable sheath and the wall of the ring is also reshaped in at least one region to reduce the original inner circumference U2, and at least one ring element portion, which has been formed from the wall and reshaped, radially outward in relation to the cable sheath; d) overmoulding or potting the cable with a plastic in the region of the ring, characterized in that the reshaped ring is deformed from a round cross section into a polygonal cross section.
An aircraft cabin component (20; 20a, 20b) for use in an aircraft cabin of an aircraft, the aircraft cabin component (20; 20a, 20b) comprising: a component part having at least one parametric surface; a flexible multifunctional electronics assembly adhering to the at least one parametric surface of the component part and fitting closely the curvature of the at least one parametric surface, the flexible multifunctional electronics assembly comprising a first printed electronics layer and an OLED assembly deposited on the first printed electronics layer; a second printed electronics layer deposited on a surface of the component part opposite to the at least one parametric surface; a first flexible carrier substrate arranged between the component part and the second printed electronics layer, the material of the first flexible carrier substrate exhibiting a strong chemical affinity to the material of the component part, wherein one of the first and the second printed electronics layer (12; 22) comprises speakers and the respective other of the first and the second printed electronics layer comprises microphones. a component part having at least one parametric surface; a flexible multifunctional electronics assembly adhering to the at least one parametric surface of the component part and fitting closely the curvature of the at least one parametric surface, the flexible multifunctional electronics assembly comprising a first printed electronics layer and an OLED assembly deposited on the first printed electronics layer; a second printed electronics layer deposited on a surface of the component part opposite to the at least one parametric surface; a first flexible carrier substrate arranged between the component part and the second printed electronics layer, the material of the first flexible carrier substrate exhibiting a strong chemical affinity to the material of the component part, wherein one of the first and the second printed electronics layer (12; 22) comprises speakers and the respective other of the first and the second printed electronics layer comprises microphones.
Device comprising an assembly with a light source, for production of a three-dimensional object by means of illuminating a liquid light-curing plastic material, having a container for accommodation of a bath of the light-curing liquid plastic material, having a building platform for positioning the object relative to the surface (21a, 21b) of the bath, wherein the container has assigned to it a feeding device for feeding the liquid light-curing plastic material, wherein at least one collecting container is assigned to the container into which the liquid light-curing plastic material is transferable by means of a stripping device that is drivable along an axis of the container, wherein in that the assembly serves for producing a homogenised distribution of light intensity and exhibits an arrangement that comprises a spatially emitting light source, a spatial light modulator, and an optical system, characterised in that, the stripping device that is drivable along the axis of the container and the spatially emitting light source are simultaneously guidable, at a defined distance, across the liquid light-curing plastic material, whereby the stripping device is guidable at a defined distance right ahead of the light source and forms the projection surface for the illuminated field of the light source, wherein the spatially emitting light source is guidable across a projection surface together with the illuminated field of the projected light source. wherein the container has assigned to it a feeding device for feeding the liquid light-curing plastic material, wherein at least one collecting container is assigned to the container into which the liquid light-curing plastic material is transferable by means of a stripping device that is drivable along an axis of the container, wherein in that the assembly serves for producing a homogenised distribution of light intensity and exhibits an arrangement that comprises a spatially emitting light source, a spatial light modulator, and an optical system, characterised in that, the stripping device that is drivable along the axis of the container and the spatially emitting light source are simultaneously guidable, at a defined distance, across the liquid light-curing plastic material, whereby the stripping device is guidable at a defined distance right ahead of the light source and forms the projection surface for the illuminated field of the light source, wherein the spatially emitting light source is guidable across a projection surface together with the illuminated field of the projected light source.
A routing bridge at an edge of a transparent interconnection of lots of links, TRILL, campus, wherein the routing bridge is configured to: determine that a first access port is associated with a first pseudo-nickname, wherein the first access port is a multi-chassis link aggregation, MC-LAG, port; receive a frame via the first access port from a first customer equipment, CE; replicate the frame to generate a replicated frame; the routing bridge being characterized in that it is further configured to: determine that a second access port is a MC-LAG designated forward, DF, port, wherein the second access port is associated with a second pseudo-nickname; and forward the replicated frame via the second access port to a second CE, when the second access port is determined as the MC-LAG DF port, wherein the first CE coupled to the first access port is coupled to a first group of routing bridges and the second CE coupled to the second access port is coupled to a second group of routing bridges, wherein the second group of routing bridges is different from the first group of routing bridges, wherein the second pseudo-nickname and the first pseudo-nickname are different. determine that a first access port is associated with a first pseudo-nickname, wherein the first access port is a multi-chassis link aggregation, MC-LAG, port; receive a frame via the first access port from a first customer equipment, CE; replicate the frame to generate a replicated frame; the routing bridge being characterized in that it is further configured to: determine that a second access port is a MC-LAG designated forward, DF, port, wherein the second access port is associated with a second pseudo-nickname; and forward the replicated frame via the second access port to a second CE, when the second access port is determined as the MC-LAG DF port, wherein the first CE coupled to the first access port is coupled to a first group of routing bridges and the second CE coupled to the second access port is coupled to a second group of routing bridges, wherein the second group of routing bridges is different from the first group of routing bridges, wherein the second pseudo-nickname and the first pseudo-nickname are different.
Electrolysis cell comprising - a cathode space comprising a cathode; - a first ion exchange membrane that contains an anion exchanger and that adjoins the cathode space; - an anode space comprising an anode; and - a second ion exchange membrane that contains a cation exchanger and that adjoins the anode space; further comprising a salt bridge space, where the salt bridge space is disposed between the first ion exchange membrane and the second ion exchange membrane, wherein the cathode takes the form of a gas diffusion electrode, of a porous bound catalyst structure, of a particulate catalyst on a support, of a coating of a particulate catalyst on the first ion exchange membrane, of a porous conductive support impregnated with a catalyst, or of a noncontinuous two-dimensional structure, containing an anion exchange material, wherein the cathode comprises a metal selected from Cu, Ag, Au, Zn and/or a salt thereof, and wherein the cathode comprises a hydrophilic additive selected from TiO 2, Al 2 O 3, MgO 2, polysulfones, polyimides, polybenzoxazoles, and polyether ketones. - a cathode space comprising a cathode; - a first ion exchange membrane that contains an anion exchanger and that adjoins the cathode space; - an anode space comprising an anode; and - a second ion exchange membrane that contains a cation exchanger and that adjoins the anode space;
A method for processing an audio signal, the method comprising: receiving multi-audio signals including multi-channel or multi-object signals, each multi-audio signal including a plurality of subband signals; the method being characterized in that it further comprises the steps of: receiving truncated subband filter coefficients for filtering the multi-audio signals, the truncated subband filter coefficients being at least a portion of subband filter coefficients obtained from binaural room impulse response (BRIR) filter coefficients for binaural filtering of the multi-audio signals, lengths of the truncated subband filter coefficients being determined based on filter order information obtained by at least partially using reverberation time information extracted from the corresponding subband filter coefficients, and the filter order being determined to be variable in a frequency domain; and filtering each subband signal of the multi-audio signals by using truncated subband filter coefficients corresponding to each subband signal. receiving multi-audio signals including multi-channel or multi-object signals, each multi-audio signal including a plurality of subband signals; the method being characterized in that it further comprises the steps of: receiving truncated subband filter coefficients for filtering the multi-audio signals, the truncated subband filter coefficients being at least a portion of subband filter coefficients obtained from binaural room impulse response (BRIR) filter coefficients for binaural filtering of the multi-audio signals, lengths of the truncated subband filter coefficients being determined based on filter order information obtained by at least partially using reverberation time information extracted from the corresponding subband filter coefficients, and the filter order being determined to be variable in a frequency domain; and filtering each subband signal of the multi-audio signals by using truncated subband filter coefficients corresponding to each subband signal. receiving truncated subband filter coefficients for filtering the multi-audio signals, the truncated subband filter coefficients being at least a portion of subband filter coefficients obtained from binaural room impulse response (BRIR) filter coefficients for binaural filtering of the multi-audio signals, lengths of the truncated subband filter coefficients being determined based on filter order information obtained by at least partially using reverberation time information extracted from the corresponding subband filter coefficients, and the filter order being determined to be variable in a frequency domain; and filtering each subband signal of the multi-audio signals by using truncated subband filter coefficients corresponding to each subband signal.
A method comprising: generating a warning message indicative of sobriety of a first user at a mobile device associated with the first user; accessing a contact database of the first user for initiating a communication session with a second user (141a, 141b, 141c, 141d); initiating the communication session between the mobile device and the second user; characterized by one or more of: requesting a sobriety assessment of the first user from the second user; and receiving a sobriety assessment for the first user from the second user. generating a warning message indicative of sobriety of a first user at a mobile device associated with the first user; accessing a contact database of the first user for initiating a communication session with a second user (141a, 141b, 141c, 141d); initiating the communication session between the mobile device and the second user; characterized by one or more of: requesting a sobriety assessment of the first user from the second user; and receiving a sobriety assessment for the first user from the second user. requesting a sobriety assessment of the first user from the second user; and receiving a sobriety assessment for the first user from the second user.
Method for determining the cap torque required for capping bottles or the like containers with screw caps, using a motor-driven capping unit of a capping machine, with which, in a phase of adjustment, at least one cap of a previously capped container is reopened, with in this situation at least the opening torque required for the said reopening being determined as the corrective value and the subsequent capping of the containers being carried out by the capping unit with a final cap torque that takes into consideration this corrective value, characterised in that in the phase of adjustment the at least one cap is reopened by the capping unit, and in this situation at least the opening torque of the capping unit and/or of a drive of the capping unit required for this reopening is determined as a corrective value.
A method for transmitting, by a user equipment, UE, hybrid automatic retransmission request-acknowledgement, HARQ-ACK, information based on transmission diversity, comprising: obtaining, from a physical downlink control channel, PDCCH, scheduling a downlink subframe of a first cell, an indication indicating whether a second cell is scheduled in the downlink subframe; obtaining a number of cells scheduled by a base station in the downlink subframe based on the indication; receiving downlink data from the base station in the downlink subframe, generating HARQ-ACK information based on the number of cells and whether the downlink data is correctly received; and transmitting the generated HARQ-ACK information to the base station adopting a transmission diversity technique, wherein generating the HARQ-ACK information comprises; when the number of cells is two: if the first cell is configured with a single input multiple output, SIMO, transmission mode, generating one HARQ-ACK bit for the downlink subframe of the first cell; and if the first cell is configured with a multiple input multiple output, MIMO, transmission mode, generating two HARQ-ACK bits for the downlink subframe of the first cell, bundling the two HARQ-ACK bits into one bit, and generating HARQ-ACK information indicating no data has been received for the second cell. obtaining, from a physical downlink control channel, PDCCH, scheduling a downlink subframe of a first cell, an indication indicating whether a second cell is scheduled in the downlink subframe; obtaining a number of cells scheduled by a base station in the downlink subframe based on the indication; receiving downlink data from the base station in the downlink subframe, generating HARQ-ACK information based on the number of cells and whether the downlink data is correctly received; and transmitting the generated HARQ-ACK information to the base station adopting a transmission diversity technique, wherein generating the HARQ-ACK information comprises; when the number of cells is two: if the first cell is configured with a single input multiple output, SIMO, transmission mode, generating one HARQ-ACK bit for the downlink subframe of the first cell; and if the first cell is configured with a multiple input multiple output, MIMO, transmission mode, generating two HARQ-ACK bits for the downlink subframe of the first cell, bundling the two HARQ-ACK bits into one bit, and generating HARQ-ACK information indicating no data has been received for the second cell. if the first cell is configured with a single input multiple output, SIMO, transmission mode, generating one HARQ-ACK bit for the downlink subframe of the first cell; and if the first cell is configured with a multiple input multiple output, MIMO, transmission mode, generating two HARQ-ACK bits for the downlink subframe of the first cell, bundling the two HARQ-ACK bits into one bit, and generating HARQ-ACK information indicating no data has been received for the second cell.
A polyacetal composition comprising: i. a polyacetal resin; ii. p-aramid particles having a particle size such that at least 90 wt-% of the particles passes through a 150 μm screen when tested according to ISO 1410; and iii. a vinyl-terminated dimethyl siloxane polymer having a viscosity from 0.00015 m 2 /s to 0.01 m 2 /s (150 CST to 10,000 CST) at 25 °C, wherein p-aramid is a polyamide wherein at least 85% of the amide (-CO-NH-) linkages are attached directly to two aromatic rings in the para position; with the proviso that the p-aramid particles of (ii) are made of p-aramid polymer that has never been spun into filaments. i. a polyacetal resin; ii. p-aramid particles having a particle size such that at least 90 wt-% of the particles passes through a 150 μm screen when tested according to ISO 1410; and iii. a vinyl-terminated dimethyl siloxane polymer having a viscosity from 0.00015 m 2 /s to 0.01 m 2 /s (150 CST to 10,000 CST) at 25 °C,
A hollow drive shaft, comprising a hollow steel pipe, a mandrel set at the center of the hollow steel pipe axially, and a spiral rib plate set between the hollow steel pipe and the mandrel; wherein a major diameter end surface of the spiral rib plate is joined with an inner diameter surface of the wall of the hollow steel pipe, the minor diameter end surface of the spiral rib plate is joined with an outer diameter surface of the mandrel, characterized that in use the direction of a helix angle of the spiral rib plate is opposite with a delivery direction of a working torque M.
A composition having an antimicrobial activity, comprising saponin extract obtained from a saponin-containing plant source extracted by water, alcohol or a water/alcohol solution; and a Styrax extract from the resin and/or bark of at least one plant species of the genus Styrax selected from Styrax paralleloneurus (Sumatra benzoin), Styrax tonkinensis (Siam Benzoin) and mixtures thereof, the Styrax extract being obtained by mixing the resin and/or bark with a hydrophobic solvent; the saponin extract being from a saponin source different from said plant species of the genus Styrax, the Styrax extract containing at least one of cinnamic acid; cinnamic acid derivatives selected from P-coumaryl cinnamate, coniferyl cinnamate, cinnamyl cinnamate, benzyl cinnamate, and cinnamic acid esters, and/or benzoic acid derivatives selected from coniferyl benzoate, cinnamyl benzoate, P-coumaryl benzoate, and benzoic acid esters. saponin extract obtained from a saponin-containing plant source extracted by water, alcohol or a water/alcohol solution; and a Styrax extract from the resin and/or bark of at least one plant species of the genus Styrax selected from Styrax paralleloneurus (Sumatra benzoin), Styrax tonkinensis (Siam Benzoin) and mixtures thereof, the Styrax extract being obtained by mixing the resin and/or bark with a hydrophobic solvent;
A method, comprising: in a storage device that includes a non-volatile memory and a volatile memory, maintaining at least one data structure that stores management information used for managing data storage in the non-volatile memory, such that at least a portion of the data structure is stored in the volatile memory; the method being characterized in that: during operation of the storage device, creating a sequence of journaling chunks, each journaling chunk comprising a respective slice of the data structure and one or more changes that occurred in the data structure since a previous journaling chunk in the sequence; storing the sequence of the journaling chunks in the non-volatile memory; and upon recovering from an electrical power interruption in the storage device, reconstructing the data structure using the stored journaling chunks. in a storage device that includes a non-volatile memory and a volatile memory, maintaining at least one data structure that stores management information used for managing data storage in the non-volatile memory, such that at least a portion of the data structure is stored in the volatile memory; the method being characterized in that: during operation of the storage device, creating a sequence of journaling chunks, each journaling chunk comprising a respective slice of the data structure and one or more changes that occurred in the data structure since a previous journaling chunk in the sequence; storing the sequence of the journaling chunks in the non-volatile memory; and upon recovering from an electrical power interruption in the storage device, reconstructing the data structure using the stored journaling chunks. during operation of the storage device, creating a sequence of journaling chunks, each journaling chunk comprising a respective slice of the data structure and one or more changes that occurred in the data structure since a previous journaling chunk in the sequence; storing the sequence of the journaling chunks in the non-volatile memory; and upon recovering from an electrical power interruption in the storage device, reconstructing the data structure using the stored journaling chunks.