mhurhangee/ep-ind-claims huggingface dataset:
An embolic device deployment system to place an embolic device at a predetermined site within a vessel comprising: an elongated flexible deployment catheter having a first lumen extending therethrough and having proximal and distal ends; a notch section disposed in the first lumen of the catheter and forming a second lumen; an embolic device having a retaining ring at the proximal end thereof; an engagement member partially disposed in the second lumen, comprising: a distal loop extending through the retaining ring; and a proximal loop extending into the first lumen; and an elongated detachment member being slidably disposed within the first lumen of the deployment catheter and disposed through the proximal and distal loops, comprising a detachment member bump disposed on the detachment member between the proximal and distal loops; wherein when the detachment member is disposed within the distal loop and the distal loop is disposed within the retaining ring, the embolic device is in an engaged position, wherein when the detachment member is pulled proximally, the detachment member is withdrawn from the distal loop and the detachment member bump contacts the proximal loop and proximally displaces the engagement member to assist in the disengagement of the distal loop from the retaining ring to thereby release the embolic device. an elongated flexible deployment catheter having a first lumen extending therethrough and having proximal and distal ends; a notch section disposed in the first lumen of the catheter and forming a second lumen; an embolic device having a retaining ring at the proximal end thereof; an engagement member partially disposed in the second lumen, comprising: a distal loop extending through the retaining ring; and a proximal loop extending into the first lumen; and a distal loop extending through the retaining ring; and a proximal loop extending into the first lumen; and an elongated detachment member being slidably disposed within the first lumen of the deployment catheter and disposed through the proximal and distal loops, comprising a detachment member bump disposed on the detachment member between the proximal and distal loops; wherein when the detachment member is disposed within the distal loop and the distal loop is disposed within the retaining ring, the embolic device is in an engaged position, wherein when the detachment member is pulled proximally, the detachment member is withdrawn from the distal loop and the detachment member bump contacts the proximal loop and proximally displaces the engagement member to assist in the disengagement of the distal loop from the retaining ring to thereby release the embolic device.
A stent delivery device for delivering at least one stent to a treatment site, the device comprising: a catheter shaft having a proximal end and a distal end; at least one stent comprising a plurality of separable stent segments positionable on the catheter shaft; a stent deployment mechanism for deploying at least a portion of the stent at the treatment site, the deployment mechanism comprising a stent expansion member coupled with the catheter shaft near the distal end thereof, the stent deployment mechanism allowing a length of the deployed portion of the stent to be selected; characterised by a dilatation member for dilating at least a portion of a lesion at the treatment site independently of deploying the at least one stent, wherein the dilatation member is independently expandable of the stent expansion member. a catheter shaft having a proximal end and a distal end; at least one stent comprising a plurality of separable stent segments positionable on the catheter shaft; a stent deployment mechanism for deploying at least a portion of the stent at the treatment site, the deployment mechanism comprising a stent expansion member coupled with the catheter shaft near the distal end thereof, the stent deployment mechanism allowing a length of the deployed portion of the stent to be selected; characterised by a dilatation member for dilating at least a portion of a lesion at the treatment site independently of deploying the at least one stent, wherein the dilatation member is independently expandable of the stent expansion member.
Method for processing a communication intended for at least one destination terminal, said method comprising: - a step of receiving a communication intended for said at least one destination terminal; - a step (E200, E300) of obtaining a certified identifier and an uncertified identifier (FROM) of a sender of said communication, said identifiers being contained in a signalling message of said communication, said certified identifier identifying the physical line connecting said sender and a communication network; - a step of comparing said certified identifier with said uncertified identifier (FROM); and - a step of processing said communication including a step of searching for said certified identifier in a list containing certified identifiers of senders associated with uncertified identifiers of these senders, said processing step being carried out depending on the results of said comparing step and said searching step. - a step of receiving a communication intended for said at least one destination terminal; - a step (E200, E300) of obtaining a certified identifier and an uncertified identifier (FROM) of a sender of said communication, said identifiers being contained in a signalling message of said communication, said certified identifier identifying the physical line connecting said sender and a communication network; - a step of comparing said certified identifier with said uncertified identifier (FROM); and - a step of processing said communication including a step of searching for said certified identifier in a list containing certified identifiers of senders associated with uncertified identifiers of these senders, said processing step being carried out depending on the results of said comparing step and said searching step.
Coated paper making apparatus comprising: a transport path along which a web to be formed into coated paper is transported; a liquid-form coating material coating unit arranged on said transport path to apply a liquid-form coating material to one side of the web; a pre-dryer arranged downstream of said liquid-form coating material coating unit to dry the web; a water coating unit arranged downstream of said pre-dryer to apply water to the web, all over a surface thereof; a post-dryer arranged downstream of said water coating unit to dry the web; a smoothing roller rotatably arranged between said water coating unit and said post-dryer to flatten wrinkles in the web passing around said smoothing roller; measurement means for measuring wrinkles possibly remaining in the web having passed through said post-dryer and supplying measurements; and quality control means for managing the measurements received from said measurement means. a transport path along which a web to be formed into coated paper is transported; a liquid-form coating material coating unit arranged on said transport path to apply a liquid-form coating material to one side of the web; a pre-dryer arranged downstream of said liquid-form coating material coating unit to dry the web; a water coating unit arranged downstream of said pre-dryer to apply water to the web, all over a surface thereof; a post-dryer arranged downstream of said water coating unit to dry the web; a smoothing roller rotatably arranged between said water coating unit and said post-dryer to flatten wrinkles in the web passing around said smoothing roller; measurement means for measuring wrinkles possibly remaining in the web having passed through said post-dryer and supplying measurements; and quality control means for managing the measurements received from said measurement means.
A mobile device (150, 250, 350, 502) comprising: a processor configured to: transmit a first mobile device beacon message that includes a first discovery threshold to one or more control devices (114, 136, 236, 310, 1200); receive one or more control device beacon messages transmitted by the one or more control devices (114, 136, 236, 310, 1200); determine a number of discovered control devices based on the received control device beacon messages; compare the number of discovered control devices to a target range; determine that the number of discovered control devices is greater than a first high-side threshold value greater than the target range; adjust the first discovery threshold based on the number of discovered control devices being greater than or less than the target range, wherein the processor being configured to adjust the first discovery threshold comprises the processor being configured to increase the first discovery threshold by a first threshold increment; and transmit a second mobile device beacon message that includes the adjusted discovery threshold. transmit a first mobile device beacon message that includes a first discovery threshold to one or more control devices (114, 136, 236, 310, 1200); receive one or more control device beacon messages transmitted by the one or more control devices (114, 136, 236, 310, 1200); determine a number of discovered control devices based on the received control device beacon messages; compare the number of discovered control devices to a target range; determine that the number of discovered control devices is greater than a first high-side threshold value greater than the target range; adjust the first discovery threshold based on the number of discovered control devices being greater than or less than the target range, wherein the processor being configured to adjust the first discovery threshold comprises the processor being configured to increase the first discovery threshold by a first threshold increment; and transmit a second mobile device beacon message that includes the adjusted discovery threshold.
An apparatus comprising: an amplifier; a pre-distortion circuit coupled to an input of the amplifier and receiving an input signal; and a control circuit, wherein the amplifier produces an output signal having a maximum output power at a pre-distortion input saturation value of the input signal of the pre-distortion circuit, wherein an input target value of the input signal is determined according to the pre-distortion input saturation value, the input target value corresponding to a target output power of the output signal of the amplifier, and wherein an average value of the input signal is controlled by the control circuit to be equal to the input target value. an amplifier; a pre-distortion circuit coupled to an input of the amplifier and receiving an input signal; and a control circuit, wherein the amplifier produces an output signal having a maximum output power at a pre-distortion input saturation value of the input signal of the pre-distortion circuit, wherein an input target value of the input signal is determined according to the pre-distortion input saturation value, the input target value corresponding to a target output power of the output signal of the amplifier, and wherein an average value of the input signal is controlled by the control circuit to be equal to the input target value.
A method for constructing a library based on an RNA sample, the method comprising: step 1 of subjecting the RNA sample to a reverse transcription reaction to obtain DNA-RNA hybrid strands; step 2 of performing reaction of the DNA-RNA hybrid strands with an endoribonuclease, a first DNA polymerase, a second DNA polymerase, and dATPs to obtain a double-stranded DNA added with dA-tailing, wherein the first DNA polymerase has a 5'-3' exonuclease activity and a 3'-5' exonuclease activity, and the second DNA polymerase has no 3'-5' exonuclease activity; step 3 of ligating the double-stranded DNA added with dA-tail and a sequencing adaptor to obtain a ligated product; and step 4 of subjecting the ligated product to PCR amplification to obtain a sequencing library. step 1 of subjecting the RNA sample to a reverse transcription reaction to obtain DNA-RNA hybrid strands; step 2 of performing reaction of the DNA-RNA hybrid strands with an endoribonuclease, a first DNA polymerase, a second DNA polymerase, and dATPs to obtain a double-stranded DNA added with dA-tailing, wherein the first DNA polymerase has a 5'-3' exonuclease activity and a 3'-5' exonuclease activity, and the second DNA polymerase has no 3'-5' exonuclease activity; step 3 of ligating the double-stranded DNA added with dA-tail and a sequencing adaptor to obtain a ligated product; and step 4 of subjecting the ligated product to PCR amplification to obtain a sequencing library.
A method for executing a smart contract, comprising: starting, by a blockchain node of a blockchain network after a smart contract has been deployed and consensus has been reached in the blockchain network, to compile a bytecode of the smart contract into a machine code by using ahead of time, AoT, compilation and storing the machine code; and interpreting and executing, by the blockchain node in executing the smart contract that has been deployed, the bytecode corresponding to an invoked function in the smart contract in response to the machine code of the smart contract not being locally stored in the blockchain node, the interpreting and executing comprising: querying, by the blockchain node in executing the smart contract that has been deployed, a current AoT compilation status of the bytecode of the smart contract in response to the machine code of the smart contract not being locally stored in the blockchain node; in response to that the bytecode is in AoT compilation, interpreting and executing the bytecode of the smart contract; and in response to that the bytecode is not in AoT compilation, starting AoT compilation to interpret and execute the bytecode of the smart contract. starting, by a blockchain node of a blockchain network after a smart contract has been deployed and consensus has been reached in the blockchain network, to compile a bytecode of the smart contract into a machine code by using ahead of time, AoT, compilation and storing the machine code; and interpreting and executing, by the blockchain node in executing the smart contract that has been deployed, the bytecode corresponding to an invoked function in the smart contract in response to the machine code of the smart contract not being locally stored in the blockchain node, the interpreting and executing comprising: querying, by the blockchain node in executing the smart contract that has been deployed, a current AoT compilation status of the bytecode of the smart contract in response to the machine code of the smart contract not being locally stored in the blockchain node; in response to that the bytecode is in AoT compilation, interpreting and executing the bytecode of the smart contract; and in response to that the bytecode is not in AoT compilation, starting AoT compilation to interpret and execute the bytecode of the smart contract. querying, by the blockchain node in executing the smart contract that has been deployed, a current AoT compilation status of the bytecode of the smart contract in response to the machine code of the smart contract not being locally stored in the blockchain node; in response to that the bytecode is in AoT compilation, interpreting and executing the bytecode of the smart contract; and in response to that the bytecode is not in AoT compilation, starting AoT compilation to interpret and execute the bytecode of the smart contract.
A tension element for carrying at least a part of a structural element, the tension element comprising a cable and at least one a strake, the cable defining an outer surface onto which the at least one strake forms a protrusion for reducing rain and wind induced vibrations, wherein the strake has a height being a distance from a strake root part connected to the outer surface of the cable and a strake end part terminating the strake outwards away from the cable, the strake having a width being transverse to the height, the width decreasing in the direction from the strake root part towards the strake end part, characterised in that the height is less than 5 percent of the diameter of the cable, and wherein the strake comprises a first strake surface portion (108, 113) facing away from the cable, the first strake surface portion being concave or straight, and wherein the first strake surface portion (108, 113) extends from the strake root part to the strake end part to provide a ramp for rivulets flowing longitudinally along the outer surface of the cable.
Adjusting device, in particular for the backrest inclination adjustment of a vehicle seat, which has a first fitting member and a second fitting member, wherein the first fitting member can be rotated relative to the second fitting member about a rotation axis and wherein the adjusting device has at least one coupling means for coupling the first fitting member and the second fitting member, characterized in that at least a portion of a surface of the coupling means and/or the first fitting member and/or the second fitting member has a structuring, wherein the structuring is formed in a first contact region between the coupling means and the first fitting member and/or in a second contact region between the coupling means and the second fitting member, wherein the coupling means and the first fitting member and/or the second fitting member are produced from the same material.
A method for providing communication in an electronic device (101, 200), the method comprising: identifying whether to control a communication module of the electronic device (101, 200) based on at least a part of information related to communication between the electronic device and an external device, based on the identification result, transmitting at least one signal through the communication module in an idle state of the electronic device (101, 200); obtaining a control value for the communication module based on the transmission of the at least one signal; and controlling an impedance of the communication module by using at least a part of the obtained control value, wherein the idle state of the electronic device (101, 200) is a state in which there is no data transmission between the electronic device (101, 200) and the external device. identifying whether to control a communication module of the electronic device (101, 200) based on at least a part of information related to communication between the electronic device and an external device, based on the identification result, transmitting at least one signal through the communication module in an idle state of the electronic device (101, 200); obtaining a control value for the communication module based on the transmission of the at least one signal; and controlling an impedance of the communication module by using at least a part of the obtained control value, wherein the idle state of the electronic device (101, 200) is a state in which there is no data transmission between the electronic device (101, 200) and the external device.
A differential cross-coupled common-source or common-emitter low-noise amplifier (100, 200, 300, 400, 500, 606) having capacitive degeneration (110, 112; 210, 212; 302, 304), comprising a first capacitive cross coupling (102, 202, 402) from gate or base of a first input transistor (104, 204) to source or emitter of a second input transistor (106, 206), and a second capacitive cross coupling (108, 208, 404) from gate or base of the second input transistor (106, 206) to source or emitter of the first input transistor (104, 204), adapted such that current in the first and second capacitive cross couplings (102, 202, 402, 108, 208, 404) dominate over current in transistor intrinsic capacitances providing a net positive real part of an input impedance of the differential cross-coupled common-source or common-emitter low-noise amplifier (100, 200, 300, 400, 500, 606); a first capacitive degeneration circuit (110, 210, 302) operatively connected to source or emitter of the first input transistor (104, 204); and a second capacitive degeneration circuit (112, 212, 304) operatively connected to source or emitter of the second input transistor (106, 206), wherein properties of the capacitive cross couplings (102, 202, 402, 108, 208, 404) and the capacitive degeneration circuits (110, 210, 302, 112, 212, 304) are capacitive at a working frequency of the amplifier(100, 200, 300, 400, 500, 606, 1200); and the amplifier (100, 200, 300, 400, 500, 606) comprises inductors (114, 116, 214, 216) arranged to connect inputs of the amplifier (100, 200, 300, 400, 500, 606) to the gates or bases of the first and second input transistors (104, 106, 204, 206), respectively, wherein the inductors (114, 116, 214, 216) are arranged to decrease a reactive part of input impedance at the working frequency by resonating with capacitances of the amplifier (100, 200, 300, 400, 500, 606).
An adjustable pillow device, comprising: a main body, a height of which is adjustable according to sleeping posture information and body figure data of a sleeper; an inflation-deflation mechanism, connected to the main body, and programmed to perform regional height adjustment of the main body; a sensor, programmed to collect and feed back the sleeping posture information about the sleeper; and a central information processor, connected to the sensor and to a control terminal of the inflation-deflation mechanism respectively, and configured to receive the sleeping posture information from the sensor, and send an adjusting direction to the control terminal of the inflation-deflation mechanism based on the sleeping posture information and the body figure data of the sleeper, so as to maintain a physiological curve of a cervical spine of the sleeper; wherein the main body includes a cervical spine supporting area and a head supporting area, the cervical spine supporting area has a height higher than the head supporting area, and each of the cervical spine supporting area and the head supporting area is provided with at least one air bag; wherein the sensor includes an accelerometer to be located below the main body, or on the chest back, hip or head of the sleeper; wherein the body figure data comprises pre-entered data from at least one of a head, a neck, shoulders, and a chest of the sleeper. a main body, a height of which is adjustable according to sleeping posture information and body figure data of a sleeper; an inflation-deflation mechanism, connected to the main body, and programmed to perform regional height adjustment of the main body; a sensor, programmed to collect and feed back the sleeping posture information about the sleeper; and a central information processor, connected to the sensor and to a control terminal of the inflation-deflation mechanism respectively, and configured to receive the sleeping posture information from the sensor, and send an adjusting direction to the control terminal of the inflation-deflation mechanism based on the sleeping posture information and the body figure data of the sleeper, so as to maintain a physiological curve of a cervical spine of the sleeper; wherein the main body includes a cervical spine supporting area and a head supporting area, the cervical spine supporting area has a height higher than the head supporting area, and each of the cervical spine supporting area and the head supporting area is provided with at least one air bag; wherein the sensor includes an accelerometer to be located below the main body, or on the chest back, hip or head of the sleeper; wherein the body figure data comprises pre-entered data from at least one of a head, a neck, shoulders, and a chest of the sleeper.
An antibody that binds specifically to human TNFα, comprising: a) a variable light chain comprising the sequence of SEQ ID NO: 2 or SEQ ID NO: 14; and b) a variable heavy chain comprising the sequence of SEQ ID NO: 5. a) a variable light chain comprising the sequence of SEQ ID NO: 2 or SEQ ID NO: 14; and b) a variable heavy chain comprising the sequence of SEQ ID NO: 5.