mhurhangee/ep-ind-claims huggingface dataset:
A method for channel switching, comprising: acquiring, by an Optical Network Unit, ONU, channel information of a first Time Wavelength Division Multiplexing, TWDM, channel, wherein the channel information of the first TWDM channel is used for indicating an uplink wavelength and/or downlink wavelength of the first TWDM channel; and tuning, by the ONU, an uplink wavelength and/or downlink wavelength of the ONU into the uplink wavelength and/or downlink wavelength of the first TWDM channel according to the channel information of the first TWDM channel; the method characterzied in that acquiring, by the ONU, the channel information of the first TWDM channel comprises: receiving, by the ONU, channel information of multiple TWDM channels, wherein the channel information of the multiple TWDM channels is used for indicating uplink wavelengths and/or downlink wavelengths of the multiple TWDM channels and a corresponding relationship between each TWDM channel and a standby TWDM channel of the TWDM channel; determining, by the ONU, a standby TWDM channel corresponding to a second TWDM channel as the first TWDM channel according to the corresponding relationship. acquiring, by an Optical Network Unit, ONU, channel information of a first Time Wavelength Division Multiplexing, TWDM, channel, wherein the channel information of the first TWDM channel is used for indicating an uplink wavelength and/or downlink wavelength of the first TWDM channel; and tuning, by the ONU, an uplink wavelength and/or downlink wavelength of the ONU into the uplink wavelength and/or downlink wavelength of the first TWDM channel according to the channel information of the first TWDM channel; the method characterzied in that acquiring, by the ONU, the channel information of the first TWDM channel comprises: receiving, by the ONU, channel information of multiple TWDM channels, wherein the channel information of the multiple TWDM channels is used for indicating uplink wavelengths and/or downlink wavelengths of the multiple TWDM channels and a corresponding relationship between each TWDM channel and a standby TWDM channel of the TWDM channel; determining, by the ONU, a standby TWDM channel corresponding to a second TWDM channel as the first TWDM channel according to the corresponding relationship. receiving, by the ONU, channel information of multiple TWDM channels, wherein the channel information of the multiple TWDM channels is used for indicating uplink wavelengths and/or downlink wavelengths of the multiple TWDM channels and a corresponding relationship between each TWDM channel and a standby TWDM channel of the TWDM channel; determining, by the ONU, a standby TWDM channel corresponding to a second TWDM channel as the first TWDM channel according to the corresponding relationship.
Method for producing any desired portions and formats of products, with a lining-up belt which conveys the products and transfers them, at a transfer edge, to a portioning belt, by which the products are conveyed onwards in the form of a corresponding portion and/or in the respective format, wherein - the position of the transfer edge is altered relative to the portioning belt at least in one direction (7, 8), and/or - the position of the portioning belt is moved at least in one direction (9, 10) relative to the transfer edge, and - the formats produced are inserted into a corresponding format in packaging trays, which are transported along a packaging machine, characterized in that, prior to the portions being inserted, the portioning belt is rotated along a guide track and/or a kinematic lever mechanism. - the position of the transfer edge is altered relative to the portioning belt at least in one direction (7, 8), and/or - the position of the portioning belt is moved at least in one direction (9, 10) relative to the transfer edge, and - the formats produced are inserted into a corresponding format in packaging trays, which are transported along a packaging machine,
A colored metal composite comprising: a metal matrix; and colored particles distributed throughout the metal matrix, wherein the colored particles are allochromatic and comprise an ionic compound, the metal matrix comprises an engineering metal and the colored metal composite has a surface and the colored particles have a surface density at the surface that is between 25 and 50% by surface area. a metal matrix; and colored particles distributed throughout the metal matrix, wherein the colored particles are allochromatic and comprise an ionic compound, the metal matrix comprises an engineering metal and the colored metal composite has a surface and the colored particles have a surface density at the surface that is between 25 and 50% by surface area.
A digital measurement apparatus, comprising: a holding unit on which a measurement object to be measured is placed; and a measurement unit for measuring the measurement object by comparing an image of the measurement object placed on the holding unit with a preset reference value and for providing a reference for adjusting a length of a new measurement object based on a measured value of the measurement object, by adjusting a position of a stopper; wherein the holding unit comprises a flat holder on which the measurement object is placed, and reference information for setting the reference value is displayed on the holder, and wherein the measurement unit comprises a photographing unit that is configured to face the holding unit and is responsible for photographing the measurement object; a calculator for carrying out the step of calculating the measured value by performing calibration on the image photographed by the photographing unit based on the reference value; and a controller for carrying out the step of providing a reference for adjusting a length of the new measurement object based on the measured value, characterized in that the controller comprises a display means for carrying out the step of displaying an image corresponding to the measured value calculated by the calculator to provide the image as a reference, and wherein the controller is provided in the holding unit. a holding unit on which a measurement object to be measured is placed; and a measurement unit for measuring the measurement object by comparing an image of the measurement object placed on the holding unit with a preset reference value and for providing a reference for adjusting a length of a new measurement object based on a measured value of the measurement object, by adjusting a position of a stopper; wherein the holding unit comprises a flat holder on which the measurement object is placed, and reference information for setting the reference value is displayed on the holder, and a calculator for carrying out the step of calculating the measured value by performing calibration on the image photographed by the photographing unit based on the reference value; and a controller for carrying out the step of providing a reference for adjusting a length of the new measurement object based on the measured value, characterized in that the controller comprises a display means for carrying out the step of displaying an image corresponding to the measured value calculated by the calculator to provide the image as a reference, and wherein the controller is provided in the holding unit.
A bit sequence generation apparatus comprising: a glitch generating unit that generates a glitch; a glitch waveform acquisition unit that acquires a waveform of the glitch generated by the glitch generating unit; a bit data generating unit that generates 1-bit data indicating either one of 1 and 0, based on the waveform of the glitch acquired by the glitch waveform acquisition unit; and a bit sequence generating unit that generates a bit sequence composed of a plurality of the 1-bit data generated by the bit data generating unit, characterized in that the glitch generating unit includes a combinational circuit, wherein a plurality of logic circuits are combined, to generate the glitch, due to a transition, in response to input data inputted and output the glitch, and the glitch waveform acquisition unit includes a glitch delay unit to input the glitch from the combinational circuit, and delay the glitch inputted, and a sampling unit to sample the glitch delayed by the glitch delay unit. a glitch generating unit that generates a glitch; a glitch waveform acquisition unit that acquires a waveform of the glitch generated by the glitch generating unit; a bit data generating unit that generates 1-bit data indicating either one of 1 and 0, based on the waveform of the glitch acquired by the glitch waveform acquisition unit; and a bit sequence generating unit that generates a bit sequence composed of a plurality of the 1-bit data generated by the bit data generating unit, characterized in that the glitch generating unit includes a combinational circuit, wherein a plurality of logic circuits are combined, to generate the glitch, due to a transition, in response to input data inputted and output the glitch, and the glitch waveform acquisition unit includes a glitch delay unit to input the glitch from the combinational circuit, and delay the glitch inputted, and a sampling unit to sample the glitch delayed by the glitch delay unit.
Use of a combination of miRNAs (microRNAs) or the corresponding nucleic acid sequences or complementary sequences thereof, wherein said combination of microRNAs is selected from the following group: let-7d and let-7g, let-7d and let-7i, let-7d and let-7g and let-7i, wherein they are used as the internal reference genes for microRNAs normalization.
A yarn winding machine comprising: a first yarn winding unit adapted to form a first package by winding a first yarn; a second yarn winding unit arranged adjacent to the first yarn winding unit along a predetermined direction and adapted to form a second package by winding a second yarn; and a yarn joining device arranged in common only for the first yarn winding unit and the second yarn winding unit and adapted to perform yarn joining in each of the first yarn winding unit and the second yarn winding unit. a first yarn winding unit adapted to form a first package by winding a first yarn; a second yarn winding unit arranged adjacent to the first yarn winding unit along a predetermined direction and adapted to form a second package by winding a second yarn; and a yarn joining device arranged in common only for the first yarn winding unit and the second yarn winding unit and adapted to perform yarn joining in each of the first yarn winding unit and the second yarn winding unit.
A device for therapy delivery, the device comprising: a stimulation circuit (202, 204); and a processing circuit (210, 502) configured to: determine that a set amount of time elapsed; adjust a first therapy parameter from a first level to a second level different than the first level after the set amount of time is elapsed; responsive to the adjustment of the first therapy parameter, compare a level of an evoked compound action potential (ECAP) generated in response to therapy delivered with the adjusted first therapy parameter to an ECAP threshold; adjust a second therapy parameter from a third level to a fourth level different than the third level based on the comparison, wherein the second therapy parameter is different than the first therapy parameter; and cause the stimulation circuit to deliver therapy with the first therapy parameter at the second level and the second therapy parameter at the fourth level. a stimulation circuit (202, 204); and a processing circuit (210, 502) configured to: determine that a set amount of time elapsed; adjust a first therapy parameter from a first level to a second level different than the first level after the set amount of time is elapsed; responsive to the adjustment of the first therapy parameter, compare a level of an evoked compound action potential (ECAP) generated in response to therapy delivered with the adjusted first therapy parameter to an ECAP threshold; adjust a second therapy parameter from a third level to a fourth level different than the third level based on the comparison, wherein the second therapy parameter is different than the first therapy parameter; and cause the stimulation circuit to deliver therapy with the first therapy parameter at the second level and the second therapy parameter at the fourth level. determine that a set amount of time elapsed; adjust a first therapy parameter from a first level to a second level different than the first level after the set amount of time is elapsed; responsive to the adjustment of the first therapy parameter, compare a level of an evoked compound action potential (ECAP) generated in response to therapy delivered with the adjusted first therapy parameter to an ECAP threshold; adjust a second therapy parameter from a third level to a fourth level different than the third level based on the comparison, wherein the second therapy parameter is different than the first therapy parameter; and cause the stimulation circuit to deliver therapy with the first therapy parameter at the second level and the second therapy parameter at the fourth level.
A key assembly (100, 600, 700, 800) comprising: a housing (102, 1) comprising a sliding groove on an inner surface of the housing (102, 1) and further comprising a contact surface above the sliding groove; a plunger (104, 2) at least partially fitted into the housing (102, 1), the plunger (104, 2) comprising a protrusion; a sound producing member (106, 3) provided at least partially in the sliding groove, the sound producing member (106, 3) configured to produce sound by impacting the contact surface; wherein the sound producing member (106, 3) comprises a main portion, a connecting portion, an abutting portion arranged below the protrusion and an edge portion; wherein the main portion bends inward towards the plunger (104, 2) to extend to the connecting portion; wherein the connecting portion, that extends from the main portion, bends downwards and extends to the abutting portion; wherein the abutting portion bends outward away from the plunger (104, 2) to extend to the edge portion; wherein the plunger is displaceable downwards to deform the connecting portion via the protrusion abutting the abutting portion of the sound producing member (106, 3), wherein the sound producing member (106,3) is vertically displaceable along the sliding groove such that upon rebounding of the deformed connection portion, the sound producing member (106, 3) displaces upwards to impact the contact surface; wherein the edge portion does not come into contact with the main body except when the connecting portion is pushed towards the main body by the protrusion. a housing (102, 1) comprising a sliding groove on an inner surface of the housing (102, 1) and further comprising a contact surface above the sliding groove; a plunger (104, 2) at least partially fitted into the housing (102, 1), the plunger (104, 2) comprising a protrusion; a sound producing member (106, 3) provided at least partially in the sliding groove, the sound producing member (106, 3) configured to produce sound by impacting the contact surface; wherein the sound producing member (106, 3) comprises a main portion, a connecting portion, an abutting portion arranged below the protrusion and an edge portion; wherein the main portion bends inward towards the plunger (104, 2) to extend to the connecting portion; wherein the connecting portion, that extends from the main portion, bends downwards and extends to the abutting portion; wherein the abutting portion bends outward away from the plunger (104, 2) to extend to the edge portion; wherein the plunger is displaceable downwards to deform the connecting portion via the protrusion abutting the abutting portion of the sound producing member (106, 3), wherein the sound producing member (106,3) is vertically displaceable along the sliding groove such that upon rebounding of the deformed connection portion, the sound producing member (106, 3) displaces upwards to impact the contact surface; wherein the edge portion does not come into contact with the main body except when the connecting portion is pushed towards the main body by the protrusion.
An image acquisition system for acquiring iris images for use in biometric recognition of a subject, the system including an optical system comprising a cluster of at least 2 lenses (22, 24; 52, 54, 56; 62,64,66,68) arranged in front of a common image sensor with each lens optical axis in parallel spaced apart relationship, where each lens comprises a pair of optical elements: a single front converging optical element (22A,24A) and a single rear diverging optical element (22B, 24B) disposed between said front optical element and said image sensor, each lens forming a primary image on said image sensor, said front optical elements for each lens of a cluster are formed on a common substrate (28; 50; 60) and said rear optical elements for each lens of a cluster are formed on a common substrate (28; 50; 60), each lens having a fixed different focus and a different aperture to provide a respective angular field of view, the lens with the closest focus having the smallest aperture and the lens with the farthest focus having the largest aperture so that iris images can be acquired across a focal range of at least from 200mm to 300mm.
A recording method for recording a forthcoming broadcast program that is to be broadcast as announced by a trailer being viewed or heard by a user, the recording method comprising the steps of: - continuously recording broadcasting that is being viewed by the user and conserving that recording at least over a recording period preceding the present viewing instant; - while the trailer of the forthcoming broadcast program is playing, receiving a recording request signal issued by the user; - analyzing the recording of the broadcasting that is being viewed over the recording period preceding reception of the recording request signal in order to obtain programming parameters, the analysis starting after reception of the recording request signal; - recording the forthcoming broadcast program by using the programming parameters. - continuously recording broadcasting that is being viewed by the user and conserving that recording at least over a recording period preceding the present viewing instant; - while the trailer of the forthcoming broadcast program is playing, receiving a recording request signal issued by the user; - analyzing the recording of the broadcasting that is being viewed over the recording period preceding reception of the recording request signal in order to obtain programming parameters, the analysis starting after reception of the recording request signal; - recording the forthcoming broadcast program by using the programming parameters.
An inflatable air-bag, the air-bag being provided with a controllable vent formed in the fabric of the air-bag, the vent comprising a hole formed in the fabric of the air-bag, and a flexible vent-tube which extends inwardly of the air-bag from said hole to terminate in an open free-end located within the air-bag, the free-end of the vent-tube normally being tethered within the air-bag so as to maintain the vent in a closed condition, but being releasable in response to a signal from a sensor so as to open the vent, characterised in that said vent-tube is fixed to the inner surface of the air-bag fabric around said hole and is configured so as to have a tapering cross-section which is smaller at the free end of the tube than at the fixed end of the tube.
Wiper blade without a retaining yoke for a windscreen wiper, with a permanently elastic supporting element and an elongate rubber-elastic wiper strip (3, 13) which is connected to said supporting element, lies against a vehicle windscreen and consists of an upper part (5, 15) which is provided with a wind-directing profile and is connected to the supporting element, and of a lower part (7, 16) which is connected to the upper part (5, 15) via at least one tilting web (6, 14, 17) and has a wiper lip, characterized in that a plurality of outwardly extending damping webs (10, 18, 20, 24) are integrally formed in a manner distributed in the gaps (9, 19, 21) of the tilting web (6, 14, 17), the gaps being formed between the upper part (5, 15), the lower part (7, 16) and the tilting web (6, 14, 17), which damping webs are of tapered or rectangular design in a sectional plane arranged between the upper part (5, 15) and the lower part (7, 16) in the region of the tilting web (6, 14, 17), wherein the free ends of the damping webs (10, 18, 20, 24) between the respective upper part (5, 15) and the respective lower part (7, 16) are curved concavely.
An apparatus comprising: a first receiver configured to receive, on a control channel, a first schedule indicating when a device is to receive data on a downlink; a second receiver that consumes more power than the first receiver, the second receiver configured to receive the data on the downlink according to the first schedule; and a receiver selector configured to: enable the first receiver to receive the control channel on the downlink from a node; enable the second receiver to receive the data on the downlink according to the first schedule and to receive the control channel; disable the first receiver while the second receiver receives the data on the downlink, and re-enable the first receiver for receiving the control channel on the downlink subsequent to the second receiver receiving the data based on expiration of a timer having an associated timer duration, the timer duration is based on a period of network activity or a network parameter associated with discontinuous reception. a first receiver configured to receive, on a control channel, a first schedule indicating when a device is to receive data on a downlink; a second receiver that consumes more power than the first receiver, the second receiver configured to receive the data on the downlink according to the first schedule; and a receiver selector configured to: enable the first receiver to receive the control channel on the downlink from a node; enable the second receiver to receive the data on the downlink according to the first schedule and to receive the control channel; disable the first receiver while the second receiver receives the data on the downlink, and re-enable the first receiver for receiving the control channel on the downlink subsequent to the second receiver receiving the data based on expiration of a timer having an associated timer duration, enable the first receiver to receive the control channel on the downlink from a node; enable the second receiver to receive the data on the downlink according to the first schedule and to receive the control channel; disable the first receiver while the second receiver receives the data on the downlink, and re-enable the first receiver for receiving the control channel on the downlink subsequent to the second receiver receiving the data based on expiration of a timer having an associated timer duration, the timer duration is based on a period of network activity or a network parameter associated with discontinuous reception.