mhurhangee/patent-ind-claim-en huggingface dataset:
A spray drying apparatus of dehydration filtrate from desulfurization waste water comprising: a gas inlet provided on a side wall in the vicinity of a top portion of a spray drying apparatus main body, for introducing a flue gas for drying a spray liquid ; a rectifying plate provided in the spray drying apparatus main body, for decelerating the introduced flue gas so as to alter the flue gas flow to a laminar flow (X); a spray nozzle for spraying the dehydration filtrate emitted from the desulfurization waste water into the flue gas altered to the laminar flow; a gas outlet provided on a side wall in the vicinity of a bottom portion of the spray drying apparatus main body, for discharging the flue gas contributed to drying of the dehydration filtrate ; and a solid discharging means provided on the bottom portion of the spray drying apparatus main body, for discharging a spray-dried solid , characterized in that the solid discharging means is provided with a discharge hopper and the discharge hopper is provided with a thermal insulation means. a gas inlet provided on a side wall in the vicinity of a top portion of a spray drying apparatus main body, for introducing a flue gas for drying a spray liquid ; a rectifying plate provided in the spray drying apparatus main body, for decelerating the introduced flue gas so as to alter the flue gas flow to a laminar flow (X); a spray nozzle for spraying the dehydration filtrate emitted from the desulfurization waste water into the flue gas altered to the laminar flow; a gas outlet provided on a side wall in the vicinity of a bottom portion of the spray drying apparatus main body, for discharging the flue gas contributed to drying of the dehydration filtrate ; and a solid discharging means provided on the bottom portion of the spray drying apparatus main body, for discharging a spray-dried solid ,
A method for predicting a state of a cell in a radio access network, RAN, the method comprising: - obtaining (S210) information of the cell ; - determining (S220) one or more sets of conditions based on the obtained information, characterized in that at least one of said one or more sets of conditions indicates a decrease of a Random Access Channel, RACH, success rate; and - predicting (S230) that the cell will enter a sleeping state when at least one set of said one or more sets of conditions is fulfilled. - obtaining (S210) information of the cell ; - determining (S220) one or more sets of conditions based on the obtained information, characterized in that at least one of said one or more sets of conditions indicates a decrease of a Random Access Channel, RACH, success rate; and - predicting (S230) that the cell will enter a sleeping state when at least one set of said one or more sets of conditions is fulfilled.
A warm working method for a stainless steel foil, the method comprising: disposing an austenitic stainless steel foil with a thickness equal to or less than 300 μm to face a punch , and subjecting the stainless steel foil to drawing in a state in which an annular region of the stainless steel foil that is in contact with a shoulder portion of the punch is set to a temperature up to 30°C characterized in that an external region outside the annular region is set to a temperature of from 40°C to less than 60°C when the stainless steel foil is subjected to drawing. disposing an austenitic stainless steel foil with a thickness equal to or less than 300 μm to face a punch , and subjecting the stainless steel foil to drawing in a state in which an annular region of the stainless steel foil that is in contact with a shoulder portion of the punch is set to a temperature up to 30°C characterized in that an external region outside the annular region is set to a temperature of from 40°C to less than 60°C when the stainless steel foil is subjected to drawing.
A drug delivery device for dispensing of a liquid medicament, the device comprising: - a housing (20; 120) to accommodate a cartridge filled with the medicament and having a piston slidably displaced inside the cartridge and sealing a proximal end of the cartridge , - at least one resilient member (60; 160) having a first end (61; 161) arranged at an inside facing side wall portion of the housing (20; 120) and having a second end (62; 162) opposite to the first end (61; 161) characterized in that the second end (62; 162) is configured to abut with the piston of the cartridge and in that the drug delivery device comprises - a suction pump to connect to a distal end of the cartridge for a suction-based extraction of the liquid medicament therefrom. - a housing (20; 120) to accommodate a cartridge filled with the medicament and having a piston slidably displaced inside the cartridge and sealing a proximal end of the cartridge , - at least one resilient member (60; 160) having a first end (61; 161) arranged at an inside facing side wall portion of the housing (20; 120) and having a second end (62; 162) opposite to the first end (61; 161) characterized in that the second end (62; 162) is configured to abut with the piston of the cartridge and in that the drug delivery device comprises - a suction pump to connect to a distal end of the cartridge for a suction-based extraction of the liquid medicament therefrom.
An integrated circuit comprising a temperature sensor, the temperature sensor comprising: a first capacitor having a first capacitance relative to a temperature; a second capacitor having a second capacitance relative to the temperature; an integrator comprising an amplifier and a third capacitor configured to provide negative feedback to the amplifier ; wherein said integrator is configured to integrate charge from the first and second capacitors ; a comparator configured to produce a bit stream value per clock cycle based upon an output of the integrator ; a controller configured to determine a ratio of the first capacitance to the second capacitance in order to determine a temperature of a region of the integrated circuit based on the bitstream. a first capacitor having a first capacitance relative to a temperature; a second capacitor having a second capacitance relative to the temperature; an integrator comprising an amplifier and a third capacitor configured to provide negative feedback to the amplifier ; wherein said integrator is configured to integrate charge from the first and second capacitors ; a comparator configured to produce a bit stream value per clock cycle based upon an output of the integrator ; a controller configured to determine a ratio of the first capacitance to the second capacitance in order to determine a temperature of a region of the integrated circuit based on the bitstream.
A hearing protection device comprising: - a first microphone for provision of a first microphone input signal ; - a sub-band splitting module for dividing the first microphone input signal into a plurality of sub-band signals, - an estimator module for estimating a signal strength parameter of respective sub-band signals including a first signal strength parameter of a first sub-band signal and a second signal strength parameter of a second sub-band signal; - a limiter controller connected to a multiband limiter ; and - a receiver for converting an electrical output signal to an audio signal; wherein the first sub-band signal is the sub-band signal with the lowest signal strength parameter; and wherein the limiter controller is configured to determine gain reductions for the sub-band signals of the first microphone input signal, wherein a second gain reduction for the second sub-band signal is based on the first signal strength parameter for the first sub-band signal, wherein the multiband limiter is configured for applying a filter transfer function to the first microphone input signal or the gain reductions to each of the sub-band signals and for forming the electrical output signal, and wherein the limiter controller is configured to control the multiband limiter to apply the filter transfer function based on the second gain reduction to the first microphone input signal or to apply the second gain reduction to the second sub-band signal. - a first microphone for provision of a first microphone input signal ; - a sub-band splitting module for dividing the first microphone input signal into a plurality of sub-band signals, - an estimator module for estimating a signal strength parameter of respective sub-band signals including a first signal strength parameter of a first sub-band signal and a second signal strength parameter of a second sub-band signal; - a limiter controller connected to a multiband limiter ; and - a receiver for converting an electrical output signal to an audio signal; wherein the first sub-band signal is the sub-band signal with the lowest signal strength parameter; and wherein the limiter controller is configured to determine gain reductions for the sub-band signals of the first microphone input signal, wherein a second gain reduction for the second sub-band signal is based on the first signal strength parameter for the first sub-band signal, wherein the multiband limiter is configured for applying a filter transfer function to the first microphone input signal or the gain reductions to each of the sub-band signals and for forming the electrical output signal, and wherein the limiter controller is configured to control the multiband limiter to apply the filter transfer function based on the second gain reduction to the first microphone input signal or to apply the second gain reduction to the second sub-band signal.
A multi-stage method for the anti-corrosion pretreatment of components manufactured at least in part from metal materials, in which firstly i) at least part of the surfaces of the component that are formed by the metal materials is brought into contact with an aqueous composition (A) containing a dissolved and/or dispersed organic polymer P, of which a weight proportion of at least 40%, based on the total proportion of the polymer P, is composed of repeating units R N which have, as a structural element, a heterocycle comprising at least one quaternary nitrogen heteroatom, and secondly ii) at least the same part of the surfaces of the component that are formed by the metal materials is brought into contact, with or without an intermediate rinsing and/or drying step, with an acidic aqueous composition (B) containing one or more water-soluble compounds of the elements Zr, Ti and/or Si. i) at least part of the surfaces of the component that are formed by the metal materials is brought into contact with an aqueous composition (A) containing a dissolved and/or dispersed organic polymer P, of which a weight proportion of at least 40%, based on the total proportion of the polymer P, is composed of repeating units R N which have, as a structural element, a heterocycle comprising at least one quaternary nitrogen heteroatom, and secondly ii) at least the same part of the surfaces of the component that are formed by the metal materials is brought into contact, with or without an intermediate rinsing and/or drying step, with an acidic aqueous composition (B) containing one or more water-soluble compounds of the elements Zr, Ti and/or Si.
A data communications system, comprising a first chassis and a second chassis, characterised in that : the first chassis (A1) comprises a first high-performance switching module (S) and a first low-performance switching module (R1); the second chassis (A2) comprises a second high-performance switching module (S) and a second low-performance switching module (R1); the first high-performance switching module is connected to the second low-performance switching module, and the first low-performance switching module is connected to the second high-performance switching module; the first high-performance switching module is configured to connect to a third low-performance switching module in a third chassis (B1) that is to be added to the communications system, and the second high-performance switching module is configured to connect to a fourth low-performance switching module (R2) in the third chassis that is to be added to the communications system; wherein a high-performance module is connected to one or more low-performance modules, and a low-performance module is connected to one high-performance module but cannot be connected to a plurality of high-performance modules; and wherein in a same chassis, a high-performance module has a higher bandwidth requirement than a low-performance module. the first chassis (A1) comprises a first high-performance switching module (S) and a first low-performance switching module (R1); the second chassis (A2) comprises a second high-performance switching module (S) and a second low-performance switching module (R1); the first high-performance switching module is connected to the second low-performance switching module, and the first low-performance switching module is connected to the second high-performance switching module; the first high-performance switching module is configured to connect to a third low-performance switching module in a third chassis (B1) that is to be added to the communications system, and the second high-performance switching module is configured to connect to a fourth low-performance switching module (R2) in the third chassis that is to be added to the communications system; wherein a high-performance module is connected to one or more low-performance modules, and a low-performance module is connected to one high-performance module but cannot be connected to a plurality of high-performance modules; and wherein in a same chassis, a high-performance module has a higher bandwidth requirement than a low-performance module.
A method for wireless communications by a user equipment "UE", comprising: performing a cell search based on one or more signals received in an anchor resource block "RB" for narrowband communications with a base station "BS"; determining a location of at least one additional RB for the narrowband communications with the BS based on a first indication of an absolute frequency location of the at least one additional RB and a second indication of whether the location of the at least one additional RB is an in-band location, a guard band location, or a standalone location, the first indication and second indication received via radio resource control "RRC" signaling in the anchor RB; and performing narrowband communications with the BS using at least one of: the anchor RB or the at least one additional RB. performing a cell search based on one or more signals received in an anchor resource block "RB" for narrowband communications with a base station "BS"; determining a location of at least one additional RB for the narrowband communications with the BS based on a first indication of an absolute frequency location of the at least one additional RB and a second indication of whether the location of the at least one additional RB is an in-band location, a guard band location, or a standalone location, the first indication and second indication received via radio resource control "RRC" signaling in the anchor RB; and performing narrowband communications with the BS using at least one of: the anchor RB or the at least one additional RB.
Cooking equipment for induction cooking on a porcelain surface, the cooking equipment comprising: a cooking surface ; induction means incorporated below the cooking surface ; a control unit , functioning as electrical and electronic operation and power control means, for controlling the induction means , the induction means being connected to the electrical and electronic operation and power control means; the cooking equipment further comprising thermal insulating separators that are located above the cooking surface ; a remote-control panel ; a plurality of temperature sensors at least one of them being incorporated in each of the thermal insulating separators ; and communication means, the communication means being provided so that the control unit receives information both from the remote control panel and from the temperature sensors located in the separators for regulating the power of the induction means ; characterized in that each separator incorporates a permanent magnet housed therein which allows magnetically fixing it at will to a ferromagnetic surface of a cooking vessel; and wherein each separator further incorporates an inductive pickup coil for picking up the energy of the cooking surface which supplies said energy for the operation of the separator ; a radiofrequency communication module which sends the information with temperature readings to the control unit ; and an electronic control board which converts the signals of the sensor into temperature values and sends them to the radiofrequency communication module ; and wherein the inductive pickup coil , the communication module , and the electronic control board of each separator are coated with a thermal insulating layer made of a high temperature-resistant material, preventing their combustion and deformation.
A method performed by at least one processor of a workflow manager of a media system comprising: obtaining a first network based media processing, NBMP, workflow description document, WDD; creating a first workflow corresponding to the first NBMP WDD; managing at least one media processing entity, MPE, according to the first workflow; obtaining an update comprising a second NBMP WDD, wherein the second NBMP WDD includes a continuity flag indicating whether a second workflow corresponding to the second NBMP WDD is a continuation of the first workflow; creating the second workflow based on the second NBMP WDD; and in response to creating the second workflow, managing the at least one MPE according to the second workflow. obtaining a first network based media processing, NBMP, workflow description document, WDD; creating a first workflow corresponding to the first NBMP WDD; managing at least one media processing entity, MPE, according to the first workflow; obtaining an update comprising a second NBMP WDD, wherein the second NBMP WDD includes a continuity flag indicating whether a second workflow corresponding to the second NBMP WDD is a continuation of the first workflow; creating the second workflow based on the second NBMP WDD; and in response to creating the second workflow, managing the at least one MPE according to the second workflow.
A heat exchanger configured for use with a motor-driven shaft about an axis of rotation (R), the heat exchanger comprising a generally cylindrical base having a plurality of fins integrally formed with and extending generally radially from the base , such that the heat exchanger is substantially axisymmetric about the axis of rotation (R), wherein a portion of each of the plurality of fins adjacent a first end of the base is skewed relative to the axis of rotation (R), the plurality of fins extend generally radially inward from a second surface of the base , and the plurality of fins extend from a first end of the base to a second, opposite end of the base ; characterised in that : a shape of each of the plurality of fins varies from the first end of the base to the second, opposite end of the base .
A UV laser apparatus comprising: a non-linear crystal ; a laser source configured to direct a source beam to the non-linear crystal to produce a UV beam ; a beam-crystal displacer configured to shift the non-linear crystal relative to the source beam at a plurality of shift speeds; a beam parameter monitor configured to measure the UV beam the beam parameter monitor including a lens, an aperture, and a photo diode, the lens is configured to focus the beam to form a beam caustic and the aperture is located along the beam caustic, for example, at a beam waist location, the photo diode being exposed to a selected portion of the beam after passing through the lens and the aperture, with the output of the photo diode measuring changes that correlate to a beam parameter change; and a laser control unit configured to receive the measurement, determine, based on the measurement, an adjustment in shift speed to steer the monitored parameter toward a target value; and output the adjustment to the beam-crystal displacer . a non-linear crystal ; a laser source configured to direct a source beam to the non-linear crystal to produce a UV beam ; a beam-crystal displacer configured to shift the non-linear crystal relative to the source beam at a plurality of shift speeds; a beam parameter monitor configured to measure the UV beam the beam parameter monitor including a lens, an aperture, and a photo diode, the lens is configured to focus the beam to form a beam caustic and the aperture is located along the beam caustic, for example, at a beam waist location, the photo diode being exposed to a selected portion of the beam after passing through the lens and the aperture, with the output of the photo diode measuring changes that correlate to a beam parameter change; and a laser control unit configured to receive the measurement, determine, based on the measurement, an adjustment in shift speed to steer the monitored parameter toward a target value; and output the adjustment to the beam-crystal displacer .
A vehicle seat configured to adjust a position of a seat cushion by a multi-bar link provided at each of both sides of the seat cushion , wherein the multi-bar link comprises one seat cushion frame of a plurality of seat cushion frames forming both side frames of the seat cushion , and front and rear links pivotably connected to the respective front and rear of the one seat cushion frame; wherein the vehicle seat comprises a drive device configured to rotate the multi-bar link such that an end of the front link connected to the one seat cushion frame is lifted up and an end of the rear link connected to the one seat cushion frame is simultaneously moved down, wherein the multi-bar link is a four-bar link comprising the one seat cushion frame , the front link , the rear link , and a fixed part positioned beneath the one seat cushion frame and pivotably connected to the front and rear links ; wherein the drive device comprises a drive source gear provided at the one seat cushion frame , one end of the drive source gear being connected to a rotatable drive source , and a rear link gear provided at the rear link to engage with the drive source gear , the rear link gear allowing the multi-bar link to rotate by rotation of the drive source gear , and wherein an angle formed by the rear link and an imaginary vertical line in an initial position before the rear link is rotated by the drive device, when viewed from the side of a vehicle, is less than or equal to 1/3 of an angle formed by the rear link and the vertical line when the rear link is rotated forward of the vehicle by the drive device.