mhurhangee/ep-ind-claims huggingface dataset:
A tread for a tire, the tread comprising a rubber composition that is based upon a cross-linkable elastomer composition, the cross-linkable elastomer composition comprising, per 100 parts by weight of rubber (phr): at least 80 phr of a styrene-butadiene elastomer modified with a functional group that is capable of interacting with a silica reinforcing filler and having a glass transition temperature of between -60 °C and less than -40° C, as measured by Differential Scanning Calorimetry in accordance with ASTM E1356; between 0 phr and 20 phr of an additional highly unsaturated diene elastomer; an effective amount of a plasticizing system that includes between 5 phr and 35 phr of a plasticizing resin having a glass transition temperature (Tg) of at least 25 °C, as measured by Differential Scanning Calorimetry in accordance with ASTM D3418, and a plasticizing liquid, wherein the effective amount of the plasticizing system provides the rubber composition with a shear modulus G ∗ measured at 60 °C of between 0.9 MPa and 1.5 MPa and a Tg of between -35° C and -15°C, both measured in accordance with ASTM D5992-96; between 50 phr and 60 phr of a silica reinforcing filler; a silane coupling agent, and a curing system. at least 80 phr of a styrene-butadiene elastomer modified with a functional group that is capable of interacting with a silica reinforcing filler and having a glass transition temperature of between -60 °C and less than -40° C, as measured by Differential Scanning Calorimetry in accordance with ASTM E1356; between 0 phr and 20 phr of an additional highly unsaturated diene elastomer; an effective amount of a plasticizing system that includes between 5 phr and 35 phr of a plasticizing resin having a glass transition temperature (Tg) of at least 25 °C, as measured by Differential Scanning Calorimetry in accordance with ASTM D3418, and a plasticizing liquid, wherein the effective amount of the plasticizing system provides the rubber composition with a shear modulus G ∗ measured at 60 °C of between 0.9 MPa and 1.5 MPa and a Tg of between -35° C and -15°C, both measured in accordance with ASTM D5992-96; between 50 phr and 60 phr of a silica reinforcing filler; a silane coupling agent, and a curing system.
Method for controlling the interferences generated by radio signals transferred by or to wireless telecommunication devices of a wireless cellular telecommunication network, the wireless telecommunication devices being home base stations and/or relays, characterised in that the method is executed by a base station (BS1, BS2) or a coordinator and comprises the steps of: - forming at least one group of wireless telecommunication devices, - allocating at least one identifier to each wireless telecommunication device of the group of wireless telecommunication devices, the at least one identifier, said as group identifier, being allocated to each wireless telecommunication device of the group of wireless telecommunication devices, the group identifier being intended to be transferred by each wireless telecommunication device of the group of wireless telecommunication devices to mobile terminals in parallel with another identifier which is not shared with each wireless telecommunication device of the group of wireless telecommunication devices, the group identifier corresponding to same parameters for controlling the interferences generated by radio signals and the other identifier identifying a cell in which data communication may occur, - allocating the same parameters for controlling the interferences generated by radio signals transferred to or by each wireless telecommunication device of the group of wireless telecommunication devices, - transferring a couple of information formed by the group identifier and by parameters for controlling the interferences generated by radio signals transferred by or to each wireless telecommunication device of the group of the wireless telecommunication devices to the wireless telecommunication devices. - forming at least one group of wireless telecommunication devices, - allocating at least one identifier to each wireless telecommunication device of the group of wireless telecommunication devices, the at least one identifier, said as group identifier, being allocated to each wireless telecommunication device of the group of wireless telecommunication devices, the group identifier being intended to be transferred by each wireless telecommunication device of the group of wireless telecommunication devices to mobile terminals in parallel with another identifier which is not shared with each wireless telecommunication device of the group of wireless telecommunication devices, the group identifier corresponding to same parameters for controlling the interferences generated by radio signals and the other identifier identifying a cell in which data communication may occur, - allocating the same parameters for controlling the interferences generated by radio signals transferred to or by each wireless telecommunication device of the group of wireless telecommunication devices, - transferring a couple of information formed by the group identifier and by parameters for controlling the interferences generated by radio signals transferred by or to each wireless telecommunication device of the group of the wireless telecommunication devices to the wireless telecommunication devices.
A sheet processing device configured to insert a sheet-shaped medium into a two-ply sheet in which two sheets are overlaid and partially bonded, the sheet processing device comprising: a controller configured to execute: a single insertion mode in which one sheet-shaped medium is inserted into the two-ply sheet; and a multiple insertion mode in which a plurality of sheet-shaped media are inserted into the two-ply sheet along a conveyance direction; wherein the controller is configured to: cause the one sheet-shaped medium to be inserted into the two-ply sheet with the two-ply sheet being stopped in the single insertion mode; and cause the plurality of sheet-shaped media to be inserted into the two-ply sheet with the two-ply sheet being stopped in the multiple insertion mode. a controller configured to execute: a single insertion mode in which one sheet-shaped medium is inserted into the two-ply sheet; and a multiple insertion mode in which a plurality of sheet-shaped media are inserted into the two-ply sheet along a conveyance direction; a single insertion mode in which one sheet-shaped medium is inserted into the two-ply sheet; and a multiple insertion mode in which a plurality of sheet-shaped media are inserted into the two-ply sheet along a conveyance direction; wherein the controller is configured to: cause the one sheet-shaped medium to be inserted into the two-ply sheet with the two-ply sheet being stopped in the single insertion mode; and cause the plurality of sheet-shaped media to be inserted into the two-ply sheet with the two-ply sheet being stopped in the multiple insertion mode. cause the one sheet-shaped medium to be inserted into the two-ply sheet with the two-ply sheet being stopped in the single insertion mode; and cause the plurality of sheet-shaped media to be inserted into the two-ply sheet with the two-ply sheet being stopped in the multiple insertion mode.
A method for producing tetraalkoxysilane by using alcohol and silicon oxide, comprising: a first step of reacting alcohol with carbon dioxide in the presence of a dehydrating agent and/or in a reactor comprising a dehydrating means; and a second step of reacting a reaction mixture obtained in the first step with silicon oxide, wherein the alcohol, the silicon oxide, and the carbon dioxide coexist in one reaction system, and thereby the first step and the second step proceed in the one reaction system. a first step of reacting alcohol with carbon dioxide in the presence of a dehydrating agent and/or in a reactor comprising a dehydrating means; and a second step of reacting a reaction mixture obtained in the first step with silicon oxide, wherein the alcohol, the silicon oxide, and the carbon dioxide coexist in one reaction system, and thereby the first step and the second step proceed in the one reaction system.
A system for processing and enhancing utility of a sound mask signal, comprising: a processor configured: to generate a plurality of sets of pseudo-random noise signals, each generated by adding a plurality of equal amplitude and equally spaced sine waves having a fixed sample rate and with random phases uniformly distributed according to a deterministic random number generator with a fixed seed, to apply a band-pass filter, and to output a repeated sequence with n elements, wherein each of the n elements of the set is multiplied by the corresponding element of one row of an n x n Walsh-Hadamard matrix to generate n orthogonal sound mask signals; a plurality of audio speakers configured to output sound signals each comprising one of the n orthogonal sound mask signals comprising the pseudo-random noise signals; and one or more microphones each configured to receive the sound signals comprising the orthogonal sound mask signals output from the plurality of audio speakers, wherein the processor comprises an impulse response extractor which is adapted to derive an impulse response between each audio speaker and each microphone combination while maintaining the properties of a sound mask by extraction from the orthogonal sound mask signals. a processor configured: to generate a plurality of sets of pseudo-random noise signals, each generated by adding a plurality of equal amplitude and equally spaced sine waves having a fixed sample rate and with random phases uniformly distributed according to a deterministic random number generator with a fixed seed, to apply a band-pass filter, and to output a repeated sequence with n elements, wherein each of the n elements of the set is multiplied by the corresponding element of one row of an n x n Walsh-Hadamard matrix to generate n orthogonal sound mask signals; to generate a plurality of sets of pseudo-random noise signals, each generated by adding a plurality of equal amplitude and equally spaced sine waves having a fixed sample rate and with random phases uniformly distributed according to a deterministic random number generator with a fixed seed, to apply a band-pass filter, and to output a repeated sequence with n elements, wherein each of the n elements of the set is multiplied by the corresponding element of one row of an n x n Walsh-Hadamard matrix to generate n orthogonal sound mask signals; a plurality of audio speakers configured to output sound signals each comprising one of the n orthogonal sound mask signals comprising the pseudo-random noise signals; and one or more microphones each configured to receive the sound signals comprising the orthogonal sound mask signals output from the plurality of audio speakers, wherein the processor comprises an impulse response extractor which is adapted to derive an impulse response between each audio speaker and each microphone combination while maintaining the properties of a sound mask by extraction from the orthogonal sound mask signals.
A method for spectral unmixing of an image obtained from a biological tissue sample being stained by multiple stains using a group lasso criterion comprising - inputting image data, y, obtained from the biological tissue sample, - reading reference data from electronic memory (113, 910), the reference data being descriptive of the stain color of each one of the multiple stains, - reading colocation data from electronic memory, the colocation data being descriptive of groups, g i, of the stains, each group comprising stains that can be collocated in the biological tissue sample, and each group forming a group for the group lasso criterion, at least one of the groups having a size of two or above, q i >1, - calculating (112, 940) a solution of the group lasso criterion for obtaining an unmixed image, b, from the image data using the reference data as a reference matrix, X. - inputting image data, y, obtained from the biological tissue sample, - reading reference data from electronic memory (113, 910), the reference data being descriptive of the stain color of each one of the multiple stains, - reading colocation data from electronic memory, the colocation data being descriptive of groups, g i, of the stains, each group comprising stains that can be collocated in the biological tissue sample, and each group forming a group for the group lasso criterion, at least one of the groups having a size of two or above, q i >1, - calculating (112, 940) a solution of the group lasso criterion for obtaining an unmixed image, b, from the image data using the reference data as a reference matrix, X.
Acoustic vehicle alerting system comprising a loudspeaker and a casing in which the loudspeaker is received, wherein the loudspeaker comprises a frame, a cone and a first flexible connection member connecting a top end of the cone to the frame, and wherein the casing comprises a front part and a rear part connected to each other, said front part having an opening facing the cone of the loudspeaker, characterized in that the front part of the casing and the frame of the loudspeaker are made integrally with each other to form one single piece, and in that the frame of the loudspeaker comprises an upper portion lying in a plane substantially perpendicular to a geometric axis (z) of the cone of the loudspeaker, wherein said upper portion provides a mounting surface to which said first flexible connection member is attached, and wherein said upper portion integrally joins a cylindrical inner wall of the front part of the casing surrounding the opening. wherein the loudspeaker comprises a frame, a cone and a first flexible connection member connecting a top end of the cone to the frame, and wherein the casing comprises a front part and a rear part connected to each other, said front part having an opening facing the cone of the loudspeaker, characterized in that the front part of the casing and the frame of the loudspeaker are made integrally with each other to form one single piece, and in that the frame of the loudspeaker comprises an upper portion lying in a plane substantially perpendicular to a geometric axis (z) of the cone of the loudspeaker, wherein said upper portion provides a mounting surface to which said first flexible connection member is attached, and wherein said upper portion integrally joins a cylindrical inner wall of the front part of the casing surrounding the opening.
A method of providing breathable air to a submerged diver, the method comprising: providing a pump having a pump inlet coupled to the atmosphere and a pump outlet; providing a breathable air tube having a proximal end coupled to the pump outlet and a distal end; providing a breathable air regulator assembly comprising a regulator inlet coupled to the distal end of the breathable air tube, a regulator chamber, a breathing aperture through which said submerged diver inhales and exhales, and a regulator outlet; providing a pressure sensor coupled to the regulator chamber to sense pressure changes within the regulator chamber associated with diver inhalation and exhalation; sensing pressure changes in the regulator chamber associated with diver inhalation and exhalation using the pressure sensor; determining at least one of the start of diver inhalation and the start of diver exhalation based on said sensing; within no more than 0.5 seconds after said determining at least one of the start of diver inhalation and the start of diver exhalation, operating the pump during at least a portion of diver inhalation at a first pump speed to deliver breathable air to the submerged diver at a pressure of no more than 172 kPa (25 psi) above atmospheric pressure; and operating the pump during at least a portion of diver exhalation at a second speed that is no greater than half of the first speed. providing a pump having a pump inlet coupled to the atmosphere and a pump outlet; providing a breathable air tube having a proximal end coupled to the pump outlet and a distal end; providing a breathable air regulator assembly comprising a regulator inlet coupled to the distal end of the breathable air tube, a regulator chamber, a breathing aperture through which said submerged diver inhales and exhales, and a regulator outlet; providing a pressure sensor coupled to the regulator chamber to sense pressure changes within the regulator chamber associated with diver inhalation and exhalation; sensing pressure changes in the regulator chamber associated with diver inhalation and exhalation using the pressure sensor; determining at least one of the start of diver inhalation and the start of diver exhalation based on said sensing; within no more than 0.5 seconds after said determining at least one of the start of diver inhalation and the start of diver exhalation, operating the pump during at least a portion of diver inhalation at a first pump speed to deliver breathable air to the submerged diver at a pressure of no more than 172 kPa (25 psi) above atmospheric pressure; and operating the pump during at least a portion of diver exhalation at a second speed that is no greater than half of the first speed. operating the pump during at least a portion of diver inhalation at a first pump speed to deliver breathable air to the submerged diver at a pressure of no more than 172 kPa (25 psi) above atmospheric pressure; and operating the pump during at least a portion of diver exhalation at a second speed that is no greater than half of the first speed.
Method for warding off manipulation of a CAN bus by means of a first node connected to the bus by means of a CAN controller, comprising the following steps: - a secure transmission module of the first node monitors the bus, - the transmission module detects a message (10, 11, 20, 21, 30, 31) transmitted in an impermissible manner on the bus in a manner deviating from normal operation, and - if the transmission module detects the message (10, 11, 20, 21, 30, 31), the transmission module initiates countermeasures provided against manipulation, characterized by the following features: - the CAN controller receives predefined rules for transmission operations from a trusted control unit, in particular a hardware security module, - the transmission module detects the transmission operations of the CAN controller during normal operation of the first node on the basis of the rules, - a second node connected to the bus transmits the message (10, 11, 20, 21, 30, 31), and - the message (10, 11, 20, 21, 30, 31) is detected on the basis of the rules. - a secure transmission module of the first node monitors the bus, - the transmission module detects a message (10, 11, 20, 21, 30, 31) transmitted in an impermissible manner on the bus in a manner deviating from normal operation, and - if the transmission module detects the message (10, 11, 20, 21, 30, 31), the transmission module initiates countermeasures provided against manipulation, - the CAN controller receives predefined rules for transmission operations from a trusted control unit, in particular a hardware security module, - the transmission module detects the transmission operations of the CAN controller during normal operation of the first node on the basis of the rules, - a second node connected to the bus transmits the message (10, 11, 20, 21, 30, 31), and - the message (10, 11, 20, 21, 30, 31) is detected on the basis of the rules.
Coupling device for a compressed-air coupling or pressurized-medium coupling in a rail vehicle, 1.1 having a housing; 1.2 having a sliding collar which is displaceably mounted in the housing and at an axial end on the end face protrudes from the housing; 1.3 having a valve body which interacts with a valve seat so as to configure a valve which selectively blocks or releases a flow cross section; 1.4 the sliding collar configuring the valve seat, wherein the valve seat is configured in a portion of the sliding collar that, at least in an uncoupled state of the coupling device, is positioned axially outside the housing, characterized in that the valve seat is positioned in the region of the axially outer end of the sliding collar. 1.1 having a housing; 1.2 having a sliding collar which is displaceably mounted in the housing and at an axial end on the end face protrudes from the housing; 1.3 having a valve body which interacts with a valve seat so as to configure a valve which selectively blocks or releases a flow cross section; 1.4 the sliding collar configuring the valve seat,
A genetically engineered bacteria for producing fatty acids, said bacteria comprising: an overexpressed acyl-ACP thioesterase (TE+) protein by the inclusion of the acyl-ACP thioesterase gene on a vector; and wherein the engineered bacteria have one of having the following genotypes: ΔfadD ΔfabR fabZ + acyl-ACP TE + ΔfadD ΔfadR fabZ + acyl-ACP TE + ΔfadD ΔsucC ΔfabR fabZ + acyl-ACP TE + ΔfadD ΔsucC fabZ + acyl-ACP TE +. an overexpressed acyl-ACP thioesterase (TE+) protein by the inclusion of the acyl-ACP thioesterase gene on a vector; and wherein the engineered bacteria have one of having the following genotypes: ΔfadD ΔfabR fabZ + acyl-ACP TE + ΔfadD ΔfadR fabZ + acyl-ACP TE + ΔfadD ΔsucC ΔfabR fabZ + acyl-ACP TE + ΔfadD ΔsucC fabZ + acyl-ACP TE +. ΔfadD ΔfabR fabZ + acyl-ACP TE + ΔfadD ΔfadR fabZ + acyl-ACP TE + ΔfadD ΔsucC ΔfabR fabZ + acyl-ACP TE + ΔfadD ΔsucC fabZ + acyl-ACP TE +.
A high-strength multiphase steel with minimum tensile strengths of 580 MPa for a cold-rolled or hot-rolled steel strip with improved forming properties, in particular for lightweight vehicle construction, consisting of the elements (contents in % by weight): C 0.075 to ≤ 0.105 Si 0.600 to ≤ 0.800 Mn 1.000 to ≤ 2.250 Cr 0.280 to ≤ 0.480 Al 0.010 to ≤ 0.060 P ≤ 0.020 N ≤ 0.0100 S ≤ 0.0150 remainder iron and impurities introduced by smelting, with the proviso that for strip thicknesses of up to 1 mm the Mn content is ≤ 1.500% and the total of Mn+Si+Cr content is ≥ 1.88 ≤ 2.60%, for strip thicknesses of 1 to 2 mm the Mn content is ≤ 1.750%, and the total of Mn+Si+Cr content is ≥ 2.20 ≤ 3.00%, and for strip thicknesses ≥ 2 mm the Mn content is ≥ 1.500%, and the total of Mn+Si+Cr content is ≥ 2.50 ≤ 3.53%.
A method of controlling power output from a primary coil in a transcutaneous energy transfer system, comprising: transcutaneously transmitting power from the primary coil; characterized by: determining whether a response from a secondary coil within a patient is detected and, if no response from the secondary coil is received, decreasing the power output of the primary coil. transcutaneously transmitting power from the primary coil; determining whether a response from a secondary coil within a patient is detected and, if no response from the secondary coil is received, decreasing the power output of the primary coil.