mhurhangee/ep-ind-claims huggingface dataset:
A method for audio signal compression and enhancement, including: performing enhancement on a multichannel audio signal to generate an enhanced multichannel audio signal (215, 216); and performing multiband compression on the enhanced multichannel audio signal (215, 216) using a multiband limiter, thereby generating a compressed, enhanced multichannel audio signal, wherein the enhancement is performed in response to feedback from the multiband limiter, and wherein the enhancement comprises • extracting (205, 206) a low frequency audio signal (207, 208) and a high frequency audio signal (212, 213) from each channel of the multichannel audio signal, • summing together the extracted low frequency audio signals (207, 208) to generate a summed signal, and • mixing (210, 211) the summed signal back into each extracted high frequency audio signal to generate the enhanced multichannel audio signal (215, 216). performing enhancement on a multichannel audio signal to generate an enhanced multichannel audio signal (215, 216); and performing multiband compression on the enhanced multichannel audio signal (215, 216) using a multiband limiter, thereby generating a compressed, enhanced multichannel audio signal, wherein the enhancement is performed in response to feedback from the multiband limiter, and wherein the enhancement comprises • extracting (205, 206) a low frequency audio signal (207, 208) and a high frequency audio signal (212, 213) from each channel of the multichannel audio signal, • summing together the extracted low frequency audio signals (207, 208) to generate a summed signal, and • mixing (210, 211) the summed signal back into each extracted high frequency audio signal to generate the enhanced multichannel audio signal (215, 216). • extracting (205, 206) a low frequency audio signal (207, 208) and a high frequency audio signal (212, 213) from each channel of the multichannel audio signal, • summing together the extracted low frequency audio signals (207, 208) to generate a summed signal, and • mixing (210, 211) the summed signal back into each extracted high frequency audio signal to generate the enhanced multichannel audio signal (215, 216).
A method of operating a hydrogen generator, the hydrogen generator comprising: a reformer configured to generate a hydrogen-containing gas by a reforming reaction using a raw material; a combustor configured to heat the reformer; an air supplying device configured to supply combustion air to the combustor; a first heat exchanger configured to recover heat from a flue gas discharged from the combustor; a first heat medium passage through which a first heat medium flows, the first heat medium receiving the heat recovered from the flue gas in the first heat exchanger; a first pump configured to cause the first heat medium in the first heat medium passage to flow; a heat accumulator configured to store the heat recovered by the heat medium; wherein a controller causes the first pump to operate in a cooling step of cooling down at least the reformer by the air supplied from the air supplying device in a state where the combustor is not carrying out combustion when the hydrogen generators stops. a reformer configured to generate a hydrogen-containing gas by a reforming reaction using a raw material; a combustor configured to heat the reformer; an air supplying device configured to supply combustion air to the combustor; a first heat exchanger configured to recover heat from a flue gas discharged from the combustor; a first heat medium passage through which a first heat medium flows, the first heat medium receiving the heat recovered from the flue gas in the first heat exchanger; a first pump configured to cause the first heat medium in the first heat medium passage to flow; a heat accumulator configured to store the heat recovered by the heat medium; wherein a controller causes the first pump to operate in a cooling step of cooling down at least the reformer by the air supplied from the air supplying device in a state where the combustor is not carrying out combustion when the hydrogen generators stops.
A method of detecting that a received coded speech signal is dominated by a non-echo signal, characterized by the following steps: - If the signal power of a received speech signal exceeds a first threshold value, then extracting the LSPs (Line Spectral Pairs) from a coded speech frame of said received speech signal; - Converting each of said extracted LSPs into LSFs (Line Spectral Frequencies), ω i, and calculating the distance between each two adjacent LSFs; - For each of said distances that is smaller than a second threshold value, calculating the centre frequency ω c of the spectral peak surrounded by said LSFs, and determining whether said spectral peak is an echo by extracting the LSPs (Line Spectral Pairs) from a coded speech frame of a transmitted first speech signal, and converting said LSPs into the corresponding LSFs (Line Spectral Frequencies), ω i, wherein said spectral peak of the received speech signal is determined to be an echo, if the distance between the adjacent LSFs surrounding said spectral peak in the transmitted first speech signal is smaller than a third threshold value. - If the signal power of a received speech signal exceeds a first threshold value, then extracting the LSPs (Line Spectral Pairs) from a coded speech frame of said received speech signal; - Converting each of said extracted LSPs into LSFs (Line Spectral Frequencies), ω i, and calculating the distance between each two adjacent LSFs; - For each of said distances that is smaller than a second threshold value, calculating the centre frequency ω c of the spectral peak surrounded by said LSFs, and determining whether said spectral peak is an echo by extracting the LSPs (Line Spectral Pairs) from a coded speech frame of a transmitted first speech signal, and converting said LSPs into the corresponding LSFs (Line Spectral Frequencies), ω i, wherein said spectral peak of the received speech signal is determined to be an echo, if the distance between the adjacent LSFs surrounding said spectral peak in the transmitted first speech signal is smaller than a third threshold value.
Rim gear carrier part for a two or more component gear wheel, wherein - the rim gear carrier part comprises ∘ an annular ring segment, extending around an axis of rotation in circumferential direction, ∘ a rim gear, arranged radially on the outside of the annular ring segment, and ∘ an extension, extending radially inwards from the annular ring segment, - the extension comprises ∘ a first extension end face and a second extension end face, ∘ numerous first ribs and an identical number of first pockets are arranged on the first extension end face, and/or ∘ numerous second ribs and an identical number of second pockets are arranged on the second extension end face, ∘ each of the first ribs and the first pockets and/or each of the second ribs and the second pockets extend radially and are arranged adjacent to each other in circumferential direction, characterized in that each of the first ribs and the first pockets and/or each of the second ribs and the second pockets form, with the annular ring segment, a respective wave-like transition. - the rim gear carrier part comprises ∘ an annular ring segment, extending around an axis of rotation in circumferential direction, ∘ a rim gear, arranged radially on the outside of the annular ring segment, and ∘ an extension, extending radially inwards from the annular ring segment, ∘ an annular ring segment, extending around an axis of rotation in circumferential direction, ∘ a rim gear, arranged radially on the outside of the annular ring segment, and ∘ an extension, extending radially inwards from the annular ring segment, - the extension comprises ∘ a first extension end face and a second extension end face, ∘ numerous first ribs and an identical number of first pockets are arranged on the first extension end face, and/or ∘ numerous second ribs and an identical number of second pockets are arranged on the second extension end face, ∘ each of the first ribs and the first pockets and/or each of the second ribs and the second pockets extend radially and are arranged adjacent to each other in circumferential direction, ∘ a first extension end face and a second extension end face, ∘ numerous first ribs and an identical number of first pockets are arranged on the first extension end face, and/or ∘ numerous second ribs and an identical number of second pockets are arranged on the second extension end face, ∘ each of the first ribs and the first pockets and/or each of the second ribs and the second pockets extend radially and are arranged adjacent to each other in circumferential direction,
A method for controlling a system pressure within a system includes: determining an open or closed state of the system; setting a target pressure of the system, wherein: if the sprayer system is in the open state, the target pressure is set to equal a pressure set point of the sprayer system; and if the sprayer system is in a closed state, the target pressure is set to equal a summation of the pressure set point and a pressure offset; sending a signal to a pressure control valve corresponding to the target pressure; and actuating the pressure control valve to vary a pilot pressure (P p) of a control fluid contained within a pressure control line that is fluidly connected to a pressure regulator, wherein a diaphragm of the pressure regulator disposed between the pressure control line and a system line acts on a fluid within the system line to modify the system pressure in response to the target pressure. determining an open or closed state of the system; setting a target pressure of the system, wherein: if the sprayer system is in the open state, the target pressure is set to equal a pressure set point of the sprayer system; and if the sprayer system is in a closed state, the target pressure is set to equal a summation of the pressure set point and a pressure offset; sending a signal to a pressure control valve corresponding to the target pressure; and actuating the pressure control valve to vary a pilot pressure (P p) of a control fluid contained within a pressure control line that is fluidly connected to a pressure regulator, wherein a diaphragm of the pressure regulator disposed between the pressure control line and a system line acts on a fluid within the system line to modify the system pressure in response to the target pressure.
A cooling device comprising a storage compartment capable of operating either as a deep-freezer or as a fresh food refrigerator, and an evaporator located outside of said storage compartment, said storage compartment having a rear wall to which said evaporator is attached wherein the cooling device further comprises a combined heater having; - a defrost heater placed in thermal communication with said evaporator, - a rear wall heater placed in between said evaporator and said rear wall such that said rear wall heater remains in thermal communication with both the evaporator and the rear wall of said storage compartment, and - a controller configured to energize the rear wall heater when the device is in fresh food refrigerator mode. - a defrost heater placed in thermal communication with said evaporator, - a rear wall heater placed in between said evaporator and said rear wall such that said rear wall heater remains in thermal communication with both the evaporator and the rear wall of said storage compartment, and - a controller configured to energize the rear wall heater when the device is in fresh food refrigerator mode.
A device for transparently executing secret portions of content, comprising: a communication module to interact with at least a remote resource; a content presentation module to at least cause content received from the remote resource via the communication module to be presented by the device; a secure workspace to execute at least one secret portion of the content; and a director module to direct the at least one secret portion of the content to be loaded into the secure workspace, wherein the director module is to direct the at least one secret portion of the content to be loaded into the secure workspace based on at least one of a name, type or attribute associated with the at least one secret portion of the content, wherein the attribute associated with the secret portion of the content is an element attribute as defined in Hypertext Markup Language, HTML, wherein in executing the at least one secret portion of the content the secure workspace is to: receive at least one input from the content presentation module; generate at least one output by executing the at least one secret portion of the content in the secure workspace utilizing the at least one input; and provide the at least one output to the content presentation module, wherein the director module is further to indicate to the content presentation module that the at least one secret portion of the content is loaded in the secure workspace. a communication module to interact with at least a remote resource; a content presentation module to at least cause content received from the remote resource via the communication module to be presented by the device; a secure workspace to execute at least one secret portion of the content; and receive at least one input from the content presentation module; generate at least one output by executing the at least one secret portion of the content in the secure workspace utilizing the at least one input; and provide the at least one output to the content presentation module, wherein the director module is further to indicate to the content presentation module that the at least one secret portion of the content is loaded in the secure workspace.
Composition for printing ink, comprising: - a quantity of organic pigments, fillers, rosin modified resin and/or hydrocarbon resin and/or alkyd resin; and - a quantity of ether, wherein the ether comprises a dialkyl ether of the type C x H y -O-C x H y with x>3 and y>7. - a quantity of organic pigments, fillers, rosin modified resin and/or hydrocarbon resin and/or alkyd resin; and - a quantity of ether, wherein the ether comprises a dialkyl ether of the type C x H y -O-C x H y with x>3 and y>7.
A device for detecting, in an encoder part of a sound codec, an audio band-width of a sound signal to be coded, comprising: an analyser of the sound signal; and a final audio band-width decision module for delivering a final decision about the detected audio band-width using the result of the analysis of the sound signal; wherein, in the encoder part of the sound codec, the final audio band-width decision module is located upstream of the sound signal analyser. an analyser of the sound signal; and a final audio band-width decision module for delivering a final decision about the detected audio band-width using the result of the analysis of the sound signal; wherein, in the encoder part of the sound codec, the final audio band-width decision module is located upstream of the sound signal analyser.
Wiper device having at least one wiper-blade adaptor (12a; 12b), which has at least one fluidic connecting element (22a; 22b), and having at least one wiper-arm adaptor (14a; 14b), and having at least one cover unit (16a; 16b), having at least one fluidic coupling element (24a; 24b) for fluidic connection to the at least one fluidic connecting element (22a; 22b), having at least one fluid blocking element (26a; 26b) for fixing the fluidic connection of the at least one fluidic coupling element (24a; 24b) to the at least one fluidic connecting element (22a; 22b), and having at least one cover-fixing element (28a; 28b) for at least partially positionally fixing the at least one cover unit (16a; 16b) to the at least one wiper-arm adaptor (14a; 14b), wherein at least one actuating element (30a; 30b) which is provided for transferring the at least one fluid blocking element (26a; 26b) and the at least one cover-fixing element (28a, 28b) together into a connection position and/or into a release position by way of an in particular translational movement of the actuating element (30a; 30b) relative to the wiper-arm adaptor (14a; 14b), characterized in that the at least one fluidic coupling element (24a; 24b) is mounted on the at least one cover unit (16a; 16b) so as to be movable, in particular transversely displaceable, in relation to the at least one cover unit (16a; 16b).
A microelectromechanical systems, MEMS, device, comprising: a first semiconductor substrate including at least one MEMS component, and an application specific integrated circuit, ASIC, comprising a second semiconductor substrate, wherein the second semiconductor substrate is attached to the first semiconductor substrate, and characterized in that the second semiconductor substrate comprises: at least one piezoresistive strain gauge, each piezoresistive strain gauge comprising at least one doped semiconductor region (22, 24, 26) having a resistivity that is determined by a strain on said doped semiconductor region (22, 24, 26), and a circuit for evaluating a trim algorithm for the at least one MEMS component using one or more output values received from the at least one piezoresistive strain gauge. a first semiconductor substrate including at least one MEMS component, and an application specific integrated circuit, ASIC, comprising a second semiconductor substrate, wherein the second semiconductor substrate is attached to the first semiconductor substrate, and characterized in that the second semiconductor substrate comprises: at least one piezoresistive strain gauge, each piezoresistive strain gauge comprising at least one doped semiconductor region (22, 24, 26) having a resistivity that is determined by a strain on said doped semiconductor region (22, 24, 26), and a circuit for evaluating a trim algorithm for the at least one MEMS component using one or more output values received from the at least one piezoresistive strain gauge.
A method of moving customer data relating to a service to a secure storage under control of the customer upon termination of the service, the method comprising: exchanging, by a service provider, messages with a customer client device for registering by the service provider the customer for a service under control of an orchestrator of the service provider, wherein exchanging messages includes the service provider receiving service access information for the secure storage from the customer client device; prior to termination of the service storing, by the service provider, said customer data and said service access information in at least one networkable persistent storage associated with the service provider; terminating the service in response to a command; and upon termination of the service copying, by the orchestrator of the service provider, the customer data from said at least one networkable persistent storage to the secure storage and thereafter deleting the customer data and the service access information from said at least one networkable persistent storage and from the orchestrator. exchanging, by a service provider, messages with a customer client device for registering by the service provider the customer for a service under control of an orchestrator of the service provider, wherein exchanging messages includes the service provider receiving service access information for the secure storage from the customer client device; prior to termination of the service storing, by the service provider, said customer data and said service access information in at least one networkable persistent storage associated with the service provider; terminating the service in response to a command; and upon termination of the service copying, by the orchestrator of the service provider, the customer data from said at least one networkable persistent storage to the secure storage and thereafter deleting the customer data and the service access information from said at least one networkable persistent storage and from the orchestrator.
A mobile communication method for determining whether or not a synchronization state is established in an uplink for a mobile station UE regardless of whether or not an uplink dedicated resource is set up which the mobile station UE uses for transmitting a control signal to a radio base station eNB in the uplink, wherein a) different methods for determining whether or not a synchronization state is established in the uplink, are used depending on whether or not the uplink dedicated resource is set up; wherein b) when the uplink dedicated resource is not set up, and when the radio base station eNB succeeds reception processing on an uplink data signal transmitted by the mobile station by use of a temporarily assigned shared resource, it is determined that the synchronization state is established in the uplink; and wherein c) when the uplink dedicated resource is set up, and when reception timing of the control signal transmitted by use of the uplink dedicated resource by the mobile station UE is consecutively out of a predetermined range for a predetermined period, it is determined that the synchronization state is not established in the uplink. a) different methods for determining whether or not a synchronization state is established in the uplink, are used depending on whether or not the uplink dedicated resource is set up; wherein b) when the uplink dedicated resource is not set up, and when the radio base station eNB succeeds reception processing on an uplink data signal transmitted by the mobile station by use of a temporarily assigned shared resource, it is determined that the synchronization state is established in the uplink; and wherein c) when the uplink dedicated resource is set up, and when reception timing of the control signal transmitted by use of the uplink dedicated resource by the mobile station UE is consecutively out of a predetermined range for a predetermined period, it is determined that the synchronization state is not established in the uplink.
A method operational on a user equipment device for facilitating a dual active handover, comprising: establishing a first connection over a first radio access network, RAN, with a first access node; obtaining an indication that a handover to a second access node is to occur; making an autonomous decision to initiate the handover; establishing a second connection over a second RAN with the second access node while the first connection remains established, wherein the first RAN differs from the second RAN and wherein the first connection is established via a first receiver at the user equipment device and the second connection is established via a second receiver at the user equipment device; receiving one or more bicast packets from the first access node and the second access node, during the handover, wherein the first connection and second connection are concurrently active during the handover; transmitting one or more packets over the second connection during handover; and terminating the first connection once the handover is completed. establishing a first connection over a first radio access network, RAN, with a first access node; obtaining an indication that a handover to a second access node is to occur; making an autonomous decision to initiate the handover; establishing a second connection over a second RAN with the second access node while the first connection remains established, wherein the first RAN differs from the second RAN and wherein the first connection is established via a first receiver at the user equipment device and the second connection is established via a second receiver at the user equipment device; receiving one or more bicast packets from the first access node and the second access node, during the handover, wherein the first connection and second connection are concurrently active during the handover; transmitting one or more packets over the second connection during handover; and terminating the first connection once the handover is completed.