mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a metal fiber molded body, the method comprising the steps of: accumulating a plurality of short metal fibers on a receiving part; and sintering the plurality of short metal fibers accumulated on the receiving part, to produce the metal fiber molded body, wherein the short metal fibers each have a length in a range of 0.01 to 1.00 mm, further comprising the step of physically impacting the short metal fibers to deform the short metal fibers, before the step of accumulating the plurality of short metal fibers on the receiving part. accumulating a plurality of short metal fibers on a receiving part; and sintering the plurality of short metal fibers accumulated on the receiving part, to produce the metal fiber molded body, wherein the short metal fibers each have a length in a range of 0.01 to 1.00 mm, further comprising the step of physically impacting the short metal fibers to deform the short metal fibers, before the step of accumulating the plurality of short metal fibers on the receiving part.
A razor for shaving a user housed in a correctional facility, the razor comprising: a blade having a sharpened edge; a housing that extends around the blade and includes a slot aligned with the sharpened edge such that the sharpened edge is exposed to shave the user, the housing extending around a remainder of the blade; and a flexible handle extending outward from the housing; wherein the handle includes an elongated shape with a first end at the housing and an opposing second end and is constructed from a thermoplastic rubber, the handle also constructed from a flame retardant material to prevent the handle from being ignited by the user, characterised in that the flame retardant material is coated on an exterior of the thermoplastic rubber. a blade having a sharpened edge; a housing that extends around the blade and includes a slot aligned with the sharpened edge such that the sharpened edge is exposed to shave the user, the housing extending around a remainder of the blade; and a flexible handle extending outward from the housing; wherein the handle includes an elongated shape with a first end at the housing and an opposing second end and is constructed from a thermoplastic rubber, the handle also constructed from a flame retardant material to prevent the handle from being ignited by the user, characterised in that the flame retardant material is coated on an exterior of the thermoplastic rubber.
A method of controlling traffic between a plurality of electronic devices and one or more services, the method comprising, by one or more processors: monitoring information relating to communicated service requests that pass from a plurality of electronic devices to a service through each of a plurality of proxy units; determining whether the information indicates that a volume of the service requests directed to the service violates a capacity limit rule, wherein each service request in the volume of service requests is associated with a type; and upon determining that the volume violates the capacity limit rule: identifying one or more of the service requests in the volume as a restricted service request by identifying the type of service request that makes up a largest portion of the volume, determining which of the proxy units are affected proxy units, generating instructions for the affected proxy units to send a first command to a plurality of the electronic devices to reduce a frequency of the restricted service requests to the service until a second command is received, and sending the instructions to the affected proxy units. monitoring information relating to communicated service requests that pass from a plurality of electronic devices to a service through each of a plurality of proxy units; determining whether the information indicates that a volume of the service requests directed to the service violates a capacity limit rule, wherein each service request in the volume of service requests is associated with a type; and upon determining that the volume violates the capacity limit rule: identifying one or more of the service requests in the volume as a restricted service request by identifying the type of service request that makes up a largest portion of the volume, determining which of the proxy units are affected proxy units, generating instructions for the affected proxy units to send a first command to a plurality of the electronic devices to reduce a frequency of the restricted service requests to the service until a second command is received, and sending the instructions to the affected proxy units. identifying one or more of the service requests in the volume as a restricted service request by identifying the type of service request that makes up a largest portion of the volume, determining which of the proxy units are affected proxy units, generating instructions for the affected proxy units to send a first command to a plurality of the electronic devices to reduce a frequency of the restricted service requests to the service until a second command is received, and sending the instructions to the affected proxy units.
Calibration device for a signal processing device (10, 10', 10") comprising an input stage, a signal processing stage and an output stage, comprising: an output stage calibrator including a test signal source adapted to be coupled to the output stage, a feedback channel connectable between output of the output stage and input of the input stage, and a signal analyzer adapted to be coupled to the input stage, wherein the test signal source is implemented to provide a test signal to the output stage, which can be supplied to the input stage via the feedback channel after processing by the output stage, wherein the signal analyzer is implemented to analyze the test signal after processing by the input stage and to determine, based on the analysis, deviations of an actual output amplification of the output stage at a set output amplification of the output stage and/or deviations of an actual input amplification of the input stage at a set input amplification of the input stage, wherein the calibration device comprises an input stage calibrator, which includes a calibration signal source adapted to be coupled to the input of the input stage and the signal analyzer adapted to be coupled to the input stage, wherein the calibration signal source is implemented to provide a calibration signal to the input stage, wherein the signal analyzer is implemented to analyze the calibration signal after processing by the input stage and determine, based on the analysis, deviations of an actual input amplification of the input stage at a set input amplification of the input stage. an output stage calibrator including a test signal source adapted to be coupled to the output stage, a feedback channel connectable between output of the output stage and input of the input stage, and a signal analyzer adapted to be coupled to the input stage, wherein the test signal source is implemented to provide a test signal to the output stage, which can be supplied to the input stage via the feedback channel after processing by the output stage, wherein the signal analyzer is implemented to analyze the test signal after processing by the input stage and to determine, based on the analysis, deviations of an actual output amplification of the output stage at a set output amplification of the output stage and/or deviations of an actual input amplification of the input stage at a set input amplification of the input stage, wherein the calibration device comprises an input stage calibrator, which includes a calibration signal source adapted to be coupled to the input of the input stage and the signal analyzer adapted to be coupled to the input stage, wherein the calibration signal source is implemented to provide a calibration signal to the input stage, wherein the signal analyzer is implemented to analyze the calibration signal after processing by the input stage and determine, based on the analysis, deviations of an actual input amplification of the input stage at a set input amplification of the input stage.
Valve for opening up or closing off a flow path, with a valve disk, with a valve tappet, and with a transmission device (5, 6) for transmitting a rotational movement into a translational movement, wherein the transmission device is formed by a rocker lever which is mounted so as to be rotatable about an axis of rotation and which is able to be rotated about the axis of rotation by a drive plate via a toothed segment, wherein the rocker lever is connected to the valve tappet by means of pushrods, wherein the pushrods are mounted rotatably in relation to the rocker lever and the valve tappet, characterized in that the pushrods are arranged radially offset from and parallel to the central axis of the valve tappet.
Compressor blade of a gas turbine, having a blade aerofoil and a blade root, wherein the blade root and the blade aerofoil are produced in one piece from a fibre composite material, and having a front edge protector, which is produced from a metallic sheet-metal material, wherein the blade aerofoil is provided with a radial groove which extends substantially over the entire length of the blade aerofoil and which is formed on the blade pressure side of the blade aerofoil, and wherein the front edge protector is detachably clamped onto the blade aerofoil and is axially fixed with an end-side flanging in the radial groove of the blade aerofoil, characterized in that, for the purpose of radial securing, the front edge protector extends into the blade root and is anchored thereto.
A combined baler and bale wrapping apparatus, comprising - a baler configured to form a bale from a fibrous material, and - a bale wrapping apparatus provided with a supporting frame, wherein - the supporting frame (210, 211) is moveable into a closed position in which the supporting frame (210, 211) is adapted to receive the bale released from the baler and support the bale for wrapping with a wrapping material, and - the supporting frame (210, 211) encircles a working space where the bale is placed for wrapping at least on two sides in the closed position, characterized in that - an encircling part of the supporting frame (201, 211) is essentially extending in a horizontal plane, and - the supporting frame (210, 211) is moveable between the closed position and an open position in which the supporting frame (210, 211) is configured to allow the bale released from the baler to pass through the supporting frame (210, 211) without being held in or by the supporting frame (210, 211). - a baler configured to form a bale from a fibrous material, and - a bale wrapping apparatus provided with a supporting frame, wherein - the supporting frame (210, 211) is moveable into a closed position in which the supporting frame (210, 211) is adapted to receive the bale released from the baler and support the bale for wrapping with a wrapping material, and - the supporting frame (210, 211) encircles a working space where the bale is placed for wrapping at least on two sides in the closed position, - the supporting frame (210, 211) is moveable into a closed position in which the supporting frame (210, 211) is adapted to receive the bale released from the baler and support the bale for wrapping with a wrapping material, and - the supporting frame (210, 211) encircles a working space where the bale is placed for wrapping at least on two sides in the closed position, - an encircling part of the supporting frame (201, 211) is essentially extending in a horizontal plane, and - the supporting frame (210, 211) is moveable between the closed position and an open position in which the supporting frame (210, 211) is configured to allow the bale released from the baler to pass through the supporting frame (210, 211) without being held in or by the supporting frame (210, 211).
A method of operating a wireless communications device which supports peer to peer communications, the method comprising: receiving control signals from a base station at a first rate, said control signals providing peer to peer communications resource control information to said wireless communications device, said control information including scheduling priority information indicating a peer to peer transmission priority to be used by said wireless communications device when making a traffic transmission decision; and making peer to peer traffic transmission decisions based on peer to peer communications resource control information included in a control signal received from said base station and peer to peer traffic scheduling information at a second rate which is faster than said first rate; wherein said scheduling priority information indicates a maximum portion of peer to peer transmission resources that said wireless communications device can use; and further wherein said maximum portion is indicated as a percentage of total peer to peer transmission resources said wireless communications device is allowed to use. receiving control signals from a base station at a first rate, said control signals providing peer to peer communications resource control information to said wireless communications device, said control information including scheduling priority information indicating a peer to peer transmission priority to be used by said wireless communications device when making a traffic transmission decision; and making peer to peer traffic transmission decisions based on peer to peer communications resource control information included in a control signal received from said base station and peer to peer traffic scheduling information at a second rate which is faster than said first rate; wherein said scheduling priority information indicates a maximum portion of peer to peer transmission resources that said wireless communications device can use; and further wherein said maximum portion is indicated as a percentage of total peer to peer transmission resources said wireless communications device is allowed to use.
An information transmission method in a client device provided in a mobile object, the information transmission method comprising: obtaining sensor information that has been obtained by a plurality of sensors provided in the mobile object and indicates a surrounding state of the mobile object, and storing the sensor information into a storage; determining whether the mobile object is present in an environment in which the mobile object is capable of transmitting data to a server; when the mobile object is determined to be present in the environment in which the mobile object is capable of transmitting data to the server, selecting in accordance with communication conditions, out of the stored sensor information, sensor information obtained by a sensor out of the plurality of sensors to be transmitted based on a respective data size of said sensor information in the storage, said communication conditions including whether or not a high-speed communication is available, transmitting the selected sensor information to the server, characterized in that point cloud data, of which a data size is large, is selected when high-speed communication is available, and a visible light image, of which a data size is small, is selected when high-speed communication is not available. obtaining sensor information that has been obtained by a plurality of sensors provided in the mobile object and indicates a surrounding state of the mobile object, and storing the sensor information into a storage; determining whether the mobile object is present in an environment in which the mobile object is capable of transmitting data to a server; when the mobile object is determined to be present in the environment in which the mobile object is capable of transmitting data to the server, selecting in accordance with communication conditions, out of the stored sensor information, sensor information obtained by a sensor out of the plurality of sensors to be transmitted based on a respective data size of said sensor information in the storage, said communication conditions including whether or not a high-speed communication is available, transmitting the selected sensor information to the server, selecting in accordance with communication conditions, out of the stored sensor information, sensor information obtained by a sensor out of the plurality of sensors to be transmitted based on a respective data size of said sensor information in the storage, said communication conditions including whether or not a high-speed communication is available, transmitting the selected sensor information to the server, characterized in that point cloud data, of which a data size is large, is selected when high-speed communication is available, and a visible light image, of which a data size is small, is selected when high-speed communication is not available.
A dynamic urine monitor comprising a case, inside of said case being equipped with: a urine collection device; a pipeline (91, 92, 93, 94, 95, 96) for flowing urine to the urine collection device; a measurement system comprising a weight measurement subsystem, said weight measurement subsystem comprising a weight sensor and a weight information ADC; said weight sensor being connected with the urine collection device; wherein the measurement system further comprises a density measurement subsystem; said density measurement system comprising a density sensor and a density information ADC; said density sensor being used to dynamically measure urine density and being serially connected to said pipeline (91, 92, 93, 94, 95, 96) in the upstream of the urine collection device; and an input-output module for carrying on data exchange for the weight information ADC and the density information ADC with outside; the dynamic urine monitor being characterised in that: the case is equipped inside with a washing device; said washing device comprises a water pump; said water pump is connected with a water inlet pipe and a water outlet pipe; and said water outlet pipe is connected with the density sensor. a urine collection device; a pipeline (91, 92, 93, 94, 95, 96) for flowing urine to the urine collection device; a measurement system comprising a weight measurement subsystem, said weight measurement subsystem comprising a weight sensor and a weight information ADC; said weight sensor being connected with the urine collection device; wherein the measurement system further comprises a density measurement subsystem; said density measurement system comprising a density sensor and a density information ADC; said density sensor being used to dynamically measure urine density and being serially connected to said pipeline (91, 92, 93, 94, 95, 96) in the upstream of the urine collection device; and an input-output module for carrying on data exchange for the weight information ADC and the density information ADC with outside; the case is equipped inside with a washing device; said washing device comprises a water pump; said water pump is connected with a water inlet pipe and a water outlet pipe; and said water outlet pipe is connected with the density sensor.
A speaker verification method, comprising: acquiring an audio recording; extracting speech signals from the audio recording; extracting features of the extracted speech signals; and determining whether the extracted speech signals represent speech by a predetermined speaker based on the extracted features and a speaker model trained with reference voice data of the predetermined speaker wherein extracting the speech signals comprises: determining energy levels of the audio recording comprising determining a Resonator Time-Frequency Image (RTFI) spectrum of the audio recording; and extracting the speech signals based on the energy levels. acquiring an audio recording; extracting speech signals from the audio recording; extracting features of the extracted speech signals; and determining whether the extracted speech signals represent speech by a predetermined speaker based on the extracted features and a speaker model trained with reference voice data of the predetermined speaker wherein extracting the speech signals comprises: determining energy levels of the audio recording comprising determining a Resonator Time-Frequency Image (RTFI) spectrum of the audio recording; and extracting the speech signals based on the energy levels. determining energy levels of the audio recording comprising determining a Resonator Time-Frequency Image (RTFI) spectrum of the audio recording; and extracting the speech signals based on the energy levels.
A process for the production, enrichment and/or isolation of d-alpha-tocotrienol from a plant extract that comprises at least one non-alpha tocotrienol and that optionally comprises alpha-tocopherol and optionally comprises other tocols, non-tocols and/or organic impurities, comprising the steps of: 1a.) reacting the plant extract with suitable reagents which react with the one or more non-alpha-tocols to introduce a functional group in the free 5 and/or 7 position of the one or more non-alpha-tocols, wherein said functional group is an amino-alkyl, wherein the suitable reagents for the amino-alkylation comprise a formaldehyde equivalent and an amine, wherein the amine comprises 1-methylpiperazine; 1b.) separating the one or more non-alpha-tocols that have been functionalized in step from the alpha-tocotrienol and optional alpha tocopherol and other non-tocol compounds that may be present; 1c.) optionally further separating the alpha-tocotrienol in the mixture separated in step, from the optional alpha tocopherol and from optional other non-tocols; 1d.) chemically reacting the separated one or more non-alpha-tocols that have been functionalized from step to give alpha-tocotrienol; and 1e.) optionally combining the alpha-tocotrienol from step with the alpha-tocotrienol from step to give alpha-tocotrienol. 1a.) reacting the plant extract with suitable reagents which react with the one or more non-alpha-tocols to introduce a functional group in the free 5 and/or 7 position of the one or more non-alpha-tocols, wherein said functional group is an amino-alkyl, wherein the suitable reagents for the amino-alkylation comprise a formaldehyde equivalent and an amine, wherein the amine comprises 1-methylpiperazine; 1b.) separating the one or more non-alpha-tocols that have been functionalized in step from the alpha-tocotrienol and optional alpha tocopherol and other non-tocol compounds that may be present; 1c.) optionally further separating the alpha-tocotrienol in the mixture separated in step, from the optional alpha tocopherol and from optional other non-tocols; 1d.) chemically reacting the separated one or more non-alpha-tocols that have been functionalized from step to give alpha-tocotrienol; and 1e.) optionally combining the alpha-tocotrienol from step with the alpha-tocotrienol from step to give alpha-tocotrienol.
A method for processing instant messaging information, characterized by comprising: each powered-on terminal under a same account of a user respectively receiving priority information corresponding to each terminal and sent from a cloud server, wherein, the priority information corresponding to the each terminal is preset by the user; and when a powered-on terminal receives instant messaging information, the terminal judging whether the terminal's own priority is the highest or not according to the received priority information, and if yes, processing the received instant messaging information; if no, not performing any response to the received instant messaging information. each powered-on terminal under a same account of a user respectively receiving priority information corresponding to each terminal and sent from a cloud server, wherein, the priority information corresponding to the each terminal is preset by the user; and when a powered-on terminal receives instant messaging information, the terminal judging whether the terminal's own priority is the highest or not according to the received priority information, and if yes, processing the received instant messaging information; if no, not performing any response to the received instant messaging information.