mhurhangee/patent-ind-claim-en huggingface dataset:
A method of printing with an ablation-type printing member comprising (i) an oleophilic substrate , (ii) over and in contact with the substrate , an ablatable imaging layer , and (iii) over and in contact with the imaging layer , a cured oleophobic polymer layer , the method comprising the steps of: a) exposing the printing member to imaging radiation in an imagewise pattern, the imaging radiation at least partially ablating the imaging layer where exposed; b) with the printing member on a printing press comprising (i) a plate cylinder for retaining the printing member , (ii) an inking system for transferring ink to the printing member on the plate cylinder , (iii) an impression cylinder for retaining a recording medium, and (iv) a blanket cylinder engageable to rolling contact with the plate cylinder and the impression cylinder for transferring ink from the plate to the recording medium, operating the press in an on impression mode to engage the blanket cylinder but not engage the inking system, whereby the blanket cylinder is brought into rolling contact with the uninked printing member so as to remove ablation debris therefrom and thereby create an imagewise lithographic pattern thereon, rendering the printing member suitable for printing; and c) thereafter, engaging the inking system to cause transfer of ink to the printing member and thereafter from the printing member to a recording medium, via the blanket cylinder , in the imagewise pattern. a) exposing the printing member to imaging radiation in an imagewise pattern, the imaging radiation at least partially ablating the imaging layer where exposed; b) with the printing member on a printing press comprising (i) a plate cylinder for retaining the printing member , (ii) an inking system for transferring ink to the printing member on the plate cylinder , (iii) an impression cylinder for retaining a recording medium, and (iv) a blanket cylinder engageable to rolling contact with the plate cylinder and the impression cylinder for transferring ink from the plate to the recording medium, operating the press in an on impression mode to engage the blanket cylinder but not engage the inking system, whereby the blanket cylinder is brought into rolling contact with the uninked printing member so as to remove ablation debris therefrom and thereby create an imagewise lithographic pattern thereon, rendering the printing member suitable for printing; and c) thereafter, engaging the inking system to cause transfer of ink to the printing member and thereafter from the printing member to a recording medium, via the blanket cylinder , in the imagewise pattern.
A catheter assembly comprising a distal shaft having a guide lumen ; a proximal shaft connected to the distal shaft , the proximal shaft defining an aspiration lumen opening at or near the distal shaft , and an inflating lumen ; an inflatable member at a distal end of the inflating lumen , the inflatable member configured to inflate upon receiving a fluid from the inflating lumen ; wherein the catheter assembly is configured to be displaced percutaneously in an artery by the guide lumen moving along a guide wire ; characterized in that the distal shaft has an infusion lumen ; and a stylet tube extends along the aspiration lumen and is in fluid communication with the infusion lumen , the stylet tube configured to supply the infusion lumen with a pharmacologic agent. a distal shaft having a guide lumen ; a proximal shaft connected to the distal shaft , the proximal shaft defining an aspiration lumen opening at or near the distal shaft , and an inflating lumen ; an inflatable member at a distal end of the inflating lumen , the inflatable member configured to inflate upon receiving a fluid from the inflating lumen ; wherein the catheter assembly is configured to be displaced percutaneously in an artery by the guide lumen moving along a guide wire ; characterized in that the distal shaft has an infusion lumen ; and a stylet tube extends along the aspiration lumen and is in fluid communication with the infusion lumen , the stylet tube configured to supply the infusion lumen with a pharmacologic agent.
A polymer film comprising: a reaction product of a prepolymer solution comprising at least one monomer including at least one functional group, and at least one crosslinker selected from bi-functionalized methacryloyl-Ala-Pro-Gly-Leu-AEE-methacrylate, wherein a, b, c, d, e, and f are each independently 1-20; wherein the polymer film has a thickness between 40 μm and 1,200 μm and is biodegradable. a reaction product of a prepolymer solution comprising at least one monomer including at least one functional group, and at least one crosslinker selected from bi-functionalized methacryloyl-Ala-Pro-Gly-Leu-AEE-methacrylate, wherein a, b, c, d, e, and f are each independently 1-20; wherein the polymer film has a thickness between 40 μm and 1,200 μm and is biodegradable. wherein a, b, c, d, e, and f are each independently 1-20; wherein the polymer film has a thickness between 40 μm and 1,200 μm and is biodegradable.
A system for canceling acoustic echoes comprising: a microphone configured to pick up sound generated by a sound source and transferred from the sound source to the microphone via an unknown transfer path having an unknown transfer function, and to provide an electrical microphone signal therefrom; an adaptive filter configured to approximate the unknown transfer function with an estimated transfer function and to filter an electrical signal representative of the sound generated by the sound source with the estimated transfer function to provide an estimated signal therefrom, the adaptive filter having an adaptive adaptation step size; and an adaptive post filter configured to filter a difference signal being the difference between the microphone signal and the estimated signal with a post filter transfer function, wherein the post filter transfer function is the difference between one and the adaptive adaptation step size, and the adaptive post filter is configured to have a minimum damping, the minimum damping being limited to a minimum threshold; characterized in that the system further comprises a filter control block that is configured to control the adaptive filter and the adaptive post filter, wherein the filter control block is configured to evaluate an adaptation step size of the adaptive filter dependent on a statistical analysis of a system distance of the adaptive filter . a microphone configured to pick up sound generated by a sound source and transferred from the sound source to the microphone via an unknown transfer path having an unknown transfer function, and to provide an electrical microphone signal therefrom; an adaptive filter configured to approximate the unknown transfer function with an estimated transfer function and to filter an electrical signal representative of the sound generated by the sound source with the estimated transfer function to provide an estimated signal therefrom, the adaptive filter having an adaptive adaptation step size; and an adaptive post filter configured to filter a difference signal being the difference between the microphone signal and the estimated signal with a post filter transfer function, wherein the post filter transfer function is the difference between one and the adaptive adaptation step size, and the adaptive post filter is configured to have a minimum damping, the post filter transfer function is the difference between one and the adaptive adaptation step size, and the adaptive post filter is configured to have a minimum damping, the minimum damping being limited to a minimum threshold; characterized in that the system further comprises a filter control block that is configured to control the adaptive filter and the adaptive post filter, wherein the filter control block is configured to evaluate an adaptation step size of the adaptive filter dependent on a statistical analysis of a system distance of the adaptive filter .
A pulmonary administration device, comprising a spray nozzle unit and a cartridge containing an aqueous solution comprising from 70 to 400 mg A/mL of a sulfomethylated polymyxin.
System for producing multi-packs from at least two packagings filled with a fluid level of liquid filling material, which comprises a treatment segment (BS) along which the packagings are transported and packed to form multi-packs , wherein a multi-pack contains at least two packagings standing next to one another, comprising at least one first function unit (F1), which is configured as a packaging unit for the application of a shrink film onto the packagings , wherein the system comprises at least one second function unit (F2) which is arranged after the first function unit (F1) in a transport direction (A) and is configured as a shrink unit for shrinking the shrink film applied in the packaging unit by heating, characterised in that the system comprises, in the transport direction (A), before the second function unit (F2), at least one spraying device and/or cooling device for applying a spraying medium and/or cooling medium to the packagings at least in their upper region.
An apparatus that is applied to a first terminal, comprising a receiving unit , a sending unit , and a processing unit , wherein the receiving unit is configured to receive a link configuration request message sent by a second terminal , wherein the link configuration request message carries context information of the second terminal , and the context information comprises at least an identifier ID of the second terminal ; the sending unit is configured to send a bearer configuration request message to a network-side device according to the link configuration request message, wherein the bearer configuration request message comprises a radio bearer modification request message or a bearer resource modification request message, the bearer configuration request message carries the context information, the bearer configuration request message is used to request the network-side device to configure a service bearer, and the service bearer is used to transmit service data of the second terminal ; the receiving unit is further configured to receive a bearer configuration complete message that is sent by the network-side device according to the bearer configuration request message, wherein the bearer configuration complete message carries an ID of the service bearer; the processing unit is configured to establish a mapping relationship between the service bearer and the second terminal ; and the sending unit is further configured to send a link configuration complete message to the second terminal after the mapping relationship is established, so that the second terminal performs data transmission with the network-side device over the service bearer by using the first terminal ; characterized in that the network-side device is a mobility management entity, MME, and in that when sending the bearer configuration request message to the MME according to the link configuration request message, the sending unit is specifically configured to: send the bearer resource modification request message to the MME according to the context information, so that the MME configures a second Si bearer between a first base station eNB and a serving gateway S-GW, and the MME controls the first eNB to configure a first radio bearer between the first eNB and the first terminal , wherein the second Si bearer and the first radio bearer are used to transmit the service data of the second terminal .
A time alignment method for a differential protection device for a power line, comprising: obtaining, from a merging unit of the power line, a plurality of current sampled values of the power line and a count value of each of the plurality of current sampled values, a sampling moment of a current sampled value whose count value is a first value in the plurality of current sampled values is a moment of generation of a pulse-per-second (PPS) signal of a satellite positioning module of the merging unit; resampling the plurality of current sampled values according to a sampling frequency of J points/cycle of the differential protection device to obtain a plurality of current resampled values, the plurality of current resampled values comprises a reference current resampled value corresponding to the current sampled value whose count value is the first value, wherein J is an integer greater than 1; and performing Fourier transform on the plurality of current resampled values to obtain a plurality of temporally arranged current Fourier values, the plurality of current Fourier values comprises a reference current Fourier value corresponding to the sampling moment of the current sampled value whose count value is the first value in the plurality of current sampled values, and the reference current Fourier value is determined based on the reference current resampled value and the J-1 current resampled values that temporally arranged before the reference current resampled value. obtaining, from a merging unit of the power line, a plurality of current sampled values of the power line and a count value of each of the plurality of current sampled values, a sampling moment of a current sampled value whose count value is a first value in the plurality of current sampled values is a moment of generation of a pulse-per-second (PPS) signal of a satellite positioning module of the merging unit; resampling the plurality of current sampled values according to a sampling frequency of J points/cycle of the differential protection device to obtain a plurality of current resampled values, the plurality of current resampled values comprises a reference current resampled value corresponding to the current sampled value whose count value is the first value, wherein J is an integer greater than 1; and performing Fourier transform on the plurality of current resampled values to obtain a plurality of temporally arranged current Fourier values, the plurality of current Fourier values comprises a reference current Fourier value corresponding to the sampling moment of the current sampled value whose count value is the first value in the plurality of current sampled values, and the reference current Fourier value is determined based on the reference current resampled value and the J-1 current resampled values that temporally arranged before the reference current resampled value.
A method for classifying a voltage fault condition of a battery for a vehicle, the battery comprising a plurality of cells, the method comprises: - detecting a cell voltage of one of the cells; - determining if the cell has a voltage fault condition based on the cell voltage being outside a predetermined voltage range; - classifying a severity of the voltage fault condition based on the cell voltage; - performing at least one diagnostic test routine, based on the severity of the voltage fault condition, to provide a cause for the voltage fault condition; - selecting and adapting a battery operation condition, based on the severity of the voltage fault condition and the cause, such that the battery is enabled to continue to operate the vehicle, characterized in that the step of classifying the severity of the voltage fault condition further comprises classifying the voltage fault condition to be of low severity, medium severity, high severity or breakdown severity and that the method further comprises increasing the severity of the voltage fault condition if a voltage fault condition has occurred previously for the cell. - detecting a cell voltage of one of the cells; - determining if the cell has a voltage fault condition based on the cell voltage being outside a predetermined voltage range; - classifying a severity of the voltage fault condition based on the cell voltage; - performing at least one diagnostic test routine, based on the severity of the voltage fault condition, to provide a cause for the voltage fault condition; - selecting and adapting a battery operation condition, based on the severity of the voltage fault condition and the cause, such that the battery is enabled to continue to operate the vehicle, characterized in that
A battery box, characterized by comprising: a box frame, a heat management component and an outer plate, wherein the heat management component is arranged on one side of the box frame, and is configured to adjust temperature of a battery; and the outer plate is arranged adjacent to the heat management component and is configured to cover the heat management component on the box frame, and a balance valve is arranged on the outer plate, and the balance valve is configured to make a cavity between the outer plate and the heat management component communicated with outside air, wherein the outer plate is provided with a fixing hole; and the balance valve comprises a balance valve body, and a fixing structure is arranged on the balance valve body, and the fixing structure cooperates with the fixing hole to fix the balance valve on one side of the outer plate. the heat management component is arranged on one side of the box frame, and is configured to adjust temperature of a battery; and the outer plate is arranged adjacent to the heat management component and is configured to cover the heat management component on the box frame, and a balance valve is arranged on the outer plate, and the balance valve is configured to make a cavity between the outer plate and the heat management component communicated with outside air, wherein the outer plate is provided with a fixing hole; and the balance valve comprises a balance valve body, and a fixing structure is arranged on the balance valve body, and the fixing structure cooperates with the fixing hole to fix the balance valve on one side of the outer plate.
A latch assembly for a storage device comprising: a case having an interior space which extends in a first direction wherein the case includes a protruding pin protruding from a surface thereof and configured to pass-through a through-hole portion (TRH) of a storage device; a locking lever including a lever portion which is rotatable about a first rotation axis extending in a second direction intersecting the first direction, a plate portion which extends from the lever portion and which is exposed at the case, an arm portion which extends in the second direction from the plate portion, and a first locking portion which protrudes from the arm portion and is configured to be disposed in an expansion hole portion (ENH) of a storage device, wherein the plate portion extends from a first side of the arm portion and the first locking portion extends from a second side of the arm portion opposite the first side, and wherein the first locking portion is disposed in a position corresponding to the protruding pin, and wherein, as the lever portion rotates about the first rotation axis, the first locking portion comes into contact with the protruding pin; and a first elastic member in the interior space of the case, the first elastic member configured to elastically connect the case and the locking lever in the interior space of the case. a case having an interior space which extends in a first direction wherein the case includes a protruding pin protruding from a surface thereof and configured to pass-through a through-hole portion (TRH) of a storage device; a locking lever including a lever portion which is rotatable about a first rotation axis extending in a second direction intersecting the first direction, a plate portion which extends from the lever portion and which is exposed at the case, an arm portion which extends in the second direction from the plate portion, and a first locking portion which protrudes from the arm portion and is configured to be disposed in an expansion hole portion (ENH) of a storage device, wherein the plate portion extends from a first side of the arm portion and the first locking portion extends from a second side of the arm portion opposite the first side, and wherein the first locking portion is disposed in a position corresponding to the protruding pin, and wherein, as the lever portion rotates about the first rotation axis, the first locking portion comes into contact with the protruding pin; and wherein the plate portion extends from a first side of the arm portion and the first locking portion extends from a second side of the arm portion opposite the first side, and wherein the first locking portion is disposed in a position corresponding to the protruding pin, and wherein, as the lever portion rotates about the first rotation axis, the first locking portion comes into contact with the protruding pin; and a first elastic member in the interior space of the case, the first elastic member configured to elastically connect the case and the locking lever in the interior space of the case.
A composition comprising recombinant collagen 7, about 10 mM sodium phosphate, about 5 mM sodium citrate, about 70 mM sodium chloride, about 100 mM arginine, about 50 mM sucrose, and about 0.05% polysorbate 20.
A method for determining an amount of charge a switching power converter delivers to a load , said method comprising the steps of : transferring energy from a primary winding of a transformer of a switching power converter to the load via a secondary-winding and to an auxiliary-winding of the transformer for an auxiliary power supply during mutually exclusive periods of time by at least controlling: - a first value of a reflected voltage of the auxiliary-winding to be lower than a reflected voltage of the secondary-winding during transfer of energy to the auxiliary-winding until all energy in the primary winding is transferred to the auxiliary winding and - a second value of the reflected voltage of the auxiliary-winding to be greater than the reflected voltage of the secondary-winding during transfer of energy to the secondary-winding until all energy in the primary winding is transferred to the secondary winding said first and second reflected voltages being controlled by providing a low impedance current path for an auxiliary current when transferring energy to the auxiliary winding and by providing a high impedance current path for the auxiliary current when transferring energy to the secondary-winding . transferring energy from a primary winding of a transformer of a switching power converter to the load via a secondary-winding and to an auxiliary-winding of the transformer for an auxiliary power supply during mutually exclusive periods of time by at least controlling: - a first value of a reflected voltage of the auxiliary-winding to be lower than a reflected voltage of the secondary-winding during transfer of energy to the auxiliary-winding until all energy in the primary winding is transferred to the auxiliary winding and - a second value of the reflected voltage of the auxiliary-winding to be greater than the reflected voltage of the secondary-winding during transfer of energy to the secondary-winding until all energy in the primary winding is transferred to the secondary winding said first and second reflected voltages being controlled - a first value of a reflected voltage of the auxiliary-winding to be lower than a reflected voltage of the secondary-winding during transfer of energy to the auxiliary-winding until all energy in the primary winding is transferred to the auxiliary winding and - a second value of the reflected voltage of the auxiliary-winding to be greater than the reflected voltage of the secondary-winding during transfer of energy to the secondary-winding until all energy in the primary winding is transferred to the secondary winding said first and second reflected voltages being controlled by providing a low impedance current path for an auxiliary current when transferring energy to the auxiliary winding and by providing a high impedance current path for the auxiliary current when transferring energy to the secondary-winding .