mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a printed circuit board assembly (300, 800), comprising: providing a printed circuit board; providing a plurality of conductive layers on the printed circuit board, each conductive layer having a first portion and a second portion separated by a gap where gaps in alternating conductive layers are misaligned, where first portions of the conductive layers form a first functional area and second portions of the conductive layers form a second functional area, and where at least one conductive layer is a ground plane; providing a plurality of dielectric layers on the printed circuit board, each dielectric layer of the plurality of dielectric layers disposed between a pair of conductive layers in the plurality of conductive layers; and providing a plurality of RF capacitors connected to the ground plane allowing signals at RF frequencies to pass through the plurality of RF capacitors maintaining continuity of the ground plane, where the plurality of RF capacitors extend from the first functional area to the second functional area across the gap. providing a printed circuit board; providing a plurality of conductive layers on the printed circuit board, each conductive layer having a first portion and a second portion separated by a gap where gaps in alternating conductive layers are misaligned, where first portions of the conductive layers form a first functional area and second portions of the conductive layers form a second functional area, and where at least one conductive layer is a ground plane; providing a plurality of dielectric layers on the printed circuit board, each dielectric layer of the plurality of dielectric layers disposed between a pair of conductive layers in the plurality of conductive layers; and providing a plurality of RF capacitors connected to the ground plane allowing signals at RF frequencies to pass through the plurality of RF capacitors maintaining continuity of the ground plane, where the plurality of RF capacitors extend from the first functional area to the second functional area across the gap.
A dispensing nozzle assembly for mixing a sweetener stream and a diluent stream, comprising: a sweetener path; a diluent path; and a diversion path between the sweetener path and the diluent path for a partial volume of the diluent stream to mix with the sweetener stream to form a diluted sweetener stream such that the diluent stream and the diluted sweetener stream exit the assembly. a sweetener path; a diluent path; and a diversion path between the sweetener path and the diluent path for a partial volume of the diluent stream to mix with the sweetener stream to form a diluted sweetener stream such that the diluent stream and the diluted sweetener stream exit the assembly.
A transmitter coupled to each of a plurality of wheel assemblies included in a vehicle and configured to function in one of a plurality of formats that are selectable by a command from a trigger device, the transmitter comprising: a pressure sensor configured to detect a pressure of a tire; a memory configured to store an ID code and various programs to control the transmitter; a transmission unit configured to transmit a signal; a controller configured to control the transmitter; and a trigger reception unit configured to receive a trigger signal including the command from the trigger device, characterized in that the controller is configured so that when the trigger reception unit receives a trigger signal including a command designating a format of the transmitter, the controller is configured to select a program for having the transmitter function in the designated format and to control the transmission unit to transmit the signal including the ID code to register the ID code to an in-vehicle receiver. a pressure sensor configured to detect a pressure of a tire; a memory configured to store an ID code and various programs to control the transmitter; a transmission unit configured to transmit a signal; a controller configured to control the transmitter; and a trigger reception unit configured to receive a trigger signal including the command from the trigger device, characterized in that the controller is configured so that when the trigger reception unit receives a trigger signal including a command designating a format of the transmitter, the controller is configured to select a program for having the transmitter function in the designated format and to control the transmission unit to transmit the signal including the ID code to register the ID code to an in-vehicle receiver.
A mounting combination comprising a clip, a sheet, an elongate element, and a lashing point, the sheet constituting a liner, cover or curtain and having an elongate attachment zone which is thicker than the material of the sheet, the clip being formed with an elongate hollow portion having a longitudinal slit along the length thereof, said attachment zone being in said hollow portion with the sheet emerging from said portion through the slit, and the elongate element connected to the lashing point, said clip having a passageway through which said elongate element passes thereby to attach said clip and the attachment zone to said lashing point, characterised in that said elongate element is a cable tie including a block which has a slot through it, a ratchet tooth in the slot and a strap which has a plurality of transverse ribs, the strap extending from the block and the ribs and ratchet tooth coming into interlocking engagement when the strap is pushed through the slot thereby to prevent the strap being withdrawn from the slot in the opposite direction, said passageway being constituted by an aperture of the clip into which said block fits.
A method comprising: receiving, at data processing hardware, a microphone audio signal and a playout audio signal; determining, by the data processing hardware, a frequency representation of the microphone audio signal and a frequency representation of the playout audio signal; for each frequency representation, determining, by the data processing hardware, features based on the frequency representation, each feature corresponds to a pair of frequencies of the frequency representation and a period of time between the pair of frequencies; determining, by the data processing hardware, that a match occurs between a first feature based on the frequency representation of the microphone audio signal and a second feature based on the frequency representation of the playout audio signal; and determining, by the data processing hardware, that a delay value between the first feature and the second feature corresponds to an echo within the microphone audio signal. receiving, at data processing hardware, a microphone audio signal and a playout audio signal; determining, by the data processing hardware, a frequency representation of the microphone audio signal and a frequency representation of the playout audio signal; for each frequency representation, determining, by the data processing hardware, features based on the frequency representation, each feature corresponds to a pair of frequencies of the frequency representation and a period of time between the pair of frequencies; determining, by the data processing hardware, that a match occurs between a first feature based on the frequency representation of the microphone audio signal and a second feature based on the frequency representation of the playout audio signal; and determining, by the data processing hardware, that a delay value between the first feature and the second feature corresponds to an echo within the microphone audio signal.
A method for facilitating communication between a first communication device and a second communication device using a network supporting first and second different communication methods, comprising the steps of: initiating, by the first communication device, communication between the first communication device and the second communication device using the first communication method; determining a first communication device status indicator indicative of the ability of the first communication device to communicate using the second communication method based on a current network connectivity of the first communication device; registering, by the first communication device, the first communication device on a service platform of the network; requesting from the service platform a second communication device status indicator indicative of the ability of the second communication device to communicate using the second communication method based on a current network connectivity of the second communication device, when a user of the first communication device selects a user of the second communication device from a display of users on the first communication device; receiving the second communication device status indicator from the service platform; and allowing, by displaying communication options at the first communication device, the first communication device to communicate with the second communication device using the second communication method in dependence on the first communication device status indicator and the received second communication device status indicator. initiating, by the first communication device, communication between the first communication device and the second communication device using the first communication method; determining a first communication device status indicator indicative of the ability of the first communication device to communicate using the second communication method based on a current network connectivity of the first communication device; registering, by the first communication device, the first communication device on a service platform of the network; requesting from the service platform a second communication device status indicator indicative of the ability of the second communication device to communicate using the second communication method based on a current network connectivity of the second communication device, when a user of the first communication device selects a user of the second communication device from a display of users on the first communication device; receiving the second communication device status indicator from the service platform; and allowing, by displaying communication options at the first communication device, the first communication device to communicate with the second communication device using the second communication method in dependence on the first communication device status indicator and the received second communication device status indicator.
An endometrial tissue treatment device, comprising: an elongate positioning member; and an energy applicator coupled to a distal end of the positioning member, the energy applicator comprising a tissue contacting member and an expandable-collapsible support structure underlying the tissue contacting member, characterized in that the expandable-collapsible support structure comprises a substantially non-compliant elongate balloon (276, 276') disposed within the tissue contacting member that, when inflated, has a length oriented substantially transverse to the positioning member and a width oriented substantially along the positioning member, including a first closed end that positions a corresponding first corner portion of the tissue contacting member in a first cornu of a uterine cavity, and a second closed end that positions a corresponding second corner portion of the tissue contacting member in a second cornu of the uterine cavity. an elongate positioning member; and an energy applicator coupled to a distal end of the positioning member, the energy applicator comprising a tissue contacting member and an expandable-collapsible support structure underlying the tissue contacting member, characterized in that the expandable-collapsible support structure comprises a substantially non-compliant elongate balloon (276, 276') disposed within the tissue contacting member that, when inflated, has a length oriented substantially transverse to the positioning member and a width oriented substantially along the positioning member, including a first closed end that positions a corresponding first corner portion of the tissue contacting member in a first cornu of a uterine cavity, and a second closed end that positions a corresponding second corner portion of the tissue contacting member in a second cornu of the uterine cavity.
An infusion pump for delivering any one of drug, blood, and a nutrient by causing a distal opening portion of an endovascular indwelling catheter or an indwelling needle which communicates with an infusion tube to indwell inside a vein or an intestinal tract of a patient, the infusion pump comprising: an occlusion sensor (52, 53) that detects an occlusion of the infusion tube when delivering the drug; and a control unit that is supplied with an output voltage of the occlusion sensor (52, 53), wherein the occlusion sensor (52, 53) includes a movement member, adapted to be pressed against the infusion tube, which has a plurality of magnets (411, 412) and is arranged in a linearly movable manner, and wherein the occlusion sensor (52, 53) includes a Hall element fixed to the infusion pump on a main body side, wherein the Hall element detects a variation in magnetic fluxes of the plurality of magnets (411, 412), wherein the magnetic fluxes vary in accordance with a linear movement of the movement member relative to the Hall element, wherein the linear movement is caused by an outer diametral variation of the infusion tube that results from the occlusion of the infusion tube, the occlusion sensor (52, 53) changes the outer diametral variation of the infusion tube into the output voltage, characterized in that when a movement distance of the movement member increases to a plurality of predetermined positions, the control unit is configured to obtain a linear relationship between an increase of the output voltage of the Hall element and an increase of the movement distances to the plurality of positions by applying a plurality of predetermined impression voltages to the Hall element for each of the movement distances to the plurality of positions so as to select from the plurality of impression voltages applied for each of the movement distances to the plurality of positions. an occlusion sensor (52, 53) that detects an occlusion of the infusion tube when delivering the drug; and a control unit that is supplied with an output voltage of the occlusion sensor (52, 53), wherein the occlusion sensor (52, 53) includes a movement member, adapted to be pressed against the infusion tube, which has a plurality of magnets (411, 412) and is arranged in a linearly movable manner, and wherein the occlusion sensor (52, 53) includes a Hall element fixed to the infusion pump on a main body side, wherein the Hall element detects a variation in magnetic fluxes of the plurality of magnets (411, 412), wherein the magnetic fluxes vary in accordance with a linear movement of the movement member relative to the Hall element, wherein the linear movement is caused by an outer diametral variation of the infusion tube that results from the occlusion of the infusion tube, the occlusion sensor (52, 53) changes the outer diametral variation of the infusion tube into the output voltage,
A method of detecting testicular intraepithelial neoplasia in a subject, the method comprising determining the expression level of miR-371a-3p in a blood serum sample from the subject, wherein the expression level of miR-371a-3p is indicative of the presence or absence of TIN in the subject.
Household appliance, in particular a dishwasher, having - a carcass - a door that can be pivoted about a horizontal axis of rotation, which in its closed position assumes a substantially vertical position and closes a treatment chamber, - an unlocking module and a locking arrangement, by means of which the door can be locked in its closed position, in the form of a door lock, which are each arranged below an upper covering of the carcass, and - a door weight compensation system for damping an opening movement and/or for assisting a closing movement of the door, wherein the axis of rotation of the door is arranged behind the centre of gravity of the door in the depthwise direction of the household appliance and the door weight compensation system is designed and set up in such a manner that in the unlocked state, without additional components, the primary purpose of which is to generate a torque for the automatic opening of the door, the door assumes a partially open position, in which it is open to some degree, substantially on account of the weight-induced force exerted by the door. - a carcass - a door that can be pivoted about a horizontal axis of rotation, which in its closed position assumes a substantially vertical position and closes a treatment chamber, - an unlocking module and a locking arrangement, by means of which the door can be locked in its closed position, in the form of a door lock, which are each arranged below an upper covering of the carcass, and - a door weight compensation system for damping an opening movement and/or for assisting a closing movement of the door,
A method of uplink leveling a communication path in a distributed antenna system, the method comprising: generating a test signal of a select frequency and select power level in an uplink direction of the communication path; time synchronizing signal power level measurements of the test signal with a broadband power detector of a base station point of interface that is communicatively coupled to the communication path and a signal measurement receiver that is communicatively coupled to the communication path; the method being characterized by: determining a correction factor based on a comparison of a first power measurement taken at the select frequency associated with the test signal and a second power measurement over a broadband frequency in which the base station point of interface operates; determining gain adjustments based on the signal power level measurement of the broadband power detector and the correction factor; and leveling the communication path based on the determined gain adjustments. generating a test signal of a select frequency and select power level in an uplink direction of the communication path; time synchronizing signal power level measurements of the test signal with a broadband power detector of a base station point of interface that is communicatively coupled to the communication path and a signal measurement receiver that is communicatively coupled to the communication path; the method being characterized by: determining a correction factor based on a comparison of a first power measurement taken at the select frequency associated with the test signal and a second power measurement over a broadband frequency in which the base station point of interface operates; determining gain adjustments based on the signal power level measurement of the broadband power detector and the correction factor; and leveling the communication path based on the determined gain adjustments. determining a correction factor based on a comparison of a first power measurement taken at the select frequency associated with the test signal and a second power measurement over a broadband frequency in which the base station point of interface operates; determining gain adjustments based on the signal power level measurement of the broadband power detector and the correction factor; and leveling the communication path based on the determined gain adjustments.
An apparatus comprising: a debug interface configured to receive instructions from a debugger; processing circuitry configured to, in a debug state, execute instructions received from the debug interface; control circuitry configured to, if a control parameter has a predefined value, prohibit execution of instructions when the processing circuitry is in a predefined privilege mode while the processing circuitry is in the debug state; and signalling circuitry configured to, in response to a first exception to be handled at the predefined privilege mode being signalled while the processing circuitry is in the debug state and the control parameter having the predefined value, signal a second exception to be handled at a different privilege mode, and to set information identifying a type of the first exception. a debug interface configured to receive instructions from a debugger; processing circuitry configured to, in a debug state, execute instructions received from the debug interface; control circuitry configured to, if a control parameter has a predefined value, prohibit execution of instructions when the processing circuitry is in a predefined privilege mode while the processing circuitry is in the debug state; and signalling circuitry configured to, in response to a first exception to be handled at the predefined privilege mode being signalled while the processing circuitry is in the debug state and the control parameter having the predefined value, signal a second exception to be handled at a different privilege mode, and to set information identifying a type of the first exception.
A Process for the manufacture of a peptide or peptide analog, which comprises (a) producing a persilylated peptide or persilylated peptide analogue by silylating a corresponding peptide by reaction with a silylating agent other than trimethylsilylcyanide and (b) reacting a compound of formula X-A-COOH wherein X is an amino protecting group, A is a peptide or a peptide analogue residue and -COOH designates an optionally activated carboxylic group, with the persilylated peptide or a persilylated peptide analogue containing from 4 to 15 aminoacids and wherein the process step (b) is carried out in the liquid phase in the presence of a carboxylic acid activating agent, wherein A comprises from 2 to 20 aminoacids.
A gas chromatograph-mass spectrometer, wherein the ion source of the mass spectrometer comprises an ionization chamber, wherein the internal surface of at least one wall of said ionization chamber has the chemical structure of at least one layer of graphene and wherein the gas chromatograph-mass spectrometer comprises means to provide a gaseous sample comprising hydrogen as carrier gas.
Motor drive system for driving a rolling shutter submerged in a swimming pool, incorporating at least one motor-driven reduction gear with an electric motor, a reduction gear, a fixed drive shaft, a flange servo-controlled by a system driven in rotation by the motor-driven reduction gear, and a fixed body accommodating the electric motor and the reduction gear, and a system for detecting the position of the fixed body in relation to the flange, in order to establish the number of revolutions performed by the motor-driven reduction gear, with the said detection system incorporating at least one switch integral with the body of the motor-driven reduction gear, and having a finger able to bear against a crown, characterized in that the crown has, on its face, in an alternating arrangement at regular intervals, a series of concave and convex shapes in a continuous and regularly alternating arrangement, thereby creating a series of waves able to cause a movement of the finger during the rotation of the flange.