mhurhangee/patent-ind-claim-en huggingface dataset:
A telecommunications system comprising: a communications network ; and N nodes , where N is an integer greater than or equal to 2, which run a same application and process a same range of application level traffic, wherein the N nodes comprise a signaling process for communicating with each other through the network using signaling transport, SIGTRAN, protocols, the signaling process in each of the N nodes having a full receive state where any type of traffic is sent from the signaling processes of the other nodes to the signaling process of the node and an isolated receive state where only allocated traffic which is related to any ongoing procedure in the node is sent from the signalling processes of the other nodes to the signaling process of the node , the signaling process of the node sending an indication in a SIGTRAN protocol message to the signaling processes of the other nodes at a signaling transport level, indicating whether the signaling process of the node is in the full receive state or the isolated receive state; and a signaling process for recalculating percentages of non-allocated traffic to be sent to the signalling processes when there is a change of weight of at least one signaling process that serves the same application, wherein the weight changes to a value of zero if the signaling process is in the isolated receive state and wherein the weight changes to a value different to zero if the signaling process is in the full receive state. a communications network ; and N nodes , where N is an integer greater than or equal to 2, which run a same application and process a same range of application level traffic, wherein the N nodes comprise a signaling process for communicating with each other through the network using signaling transport, SIGTRAN, protocols, the signaling process in each of the N nodes having a full receive state where any type of traffic is sent from the signaling processes of the other nodes to the signaling process of the node and an isolated receive state where only allocated traffic which is related to any ongoing procedure in the node is sent from the signalling processes of the other nodes to the signaling process of the node , the signaling process of the node sending an indication in a SIGTRAN protocol message to the signaling processes of the other nodes at a signaling transport level, indicating whether the signaling process of the node is in the full receive state or the isolated receive state; and a signaling process for recalculating percentages of non-allocated traffic to be sent to the signalling processes when there is a change of weight of at least one signaling process that serves the same application,
Method of detection of valley inductance current (IL) polarity change in a pulse width modulated circuit charged with an inductive charge , the method being characterised by the following steps: detecting and comparing respective times of reaching a predetermined voltage (Vbat/2, VDD/2) between respective outputs , which are voltages at common node of transistors during a non-overlapping conduction period (Tnov1), of said charged circuit and of a pulse width modulated reference circuit with no inductive charge, the reference output of said reference circuit being configured to possess the same time characteristics as the output that would be generated by a zero valley inductance current (IL) of the charged circuit, and assessing the valley inductance current (IL) polarity change in the charged circuit according to the comparison result wherein a negative valley inductance current is assessed when said charged circuit reaches said predetermined voltage (Vbat/2, VDD/2) before said reference circuit , said charged circuit being then switched to pulse skipping mode, and wherein a positive valley inductance current is assessed when said reference circuit reaches said predetermined voltage (Vbat/2, VDD/2) before said charged circuit , said charged circuit being then kept in or switched back to pulse width modulation mode. detecting and comparing respective times of reaching a predetermined voltage (Vbat/2, VDD/2) between respective outputs , which are voltages at common node of transistors during a non-overlapping conduction period (Tnov1), of said charged circuit and of a pulse width modulated reference circuit with no inductive charge, the reference output of said reference circuit being configured to possess the same time characteristics as the output that would be generated by a zero valley inductance current (IL) of the charged circuit, and assessing the valley inductance current (IL) polarity change in the charged circuit according to the comparison result wherein a negative valley inductance current is assessed when said charged circuit reaches said predetermined voltage (Vbat/2, VDD/2) before said reference circuit , said charged circuit being then switched to pulse skipping mode, and wherein a positive valley inductance current is assessed when said reference circuit reaches said predetermined voltage (Vbat/2, VDD/2) before said charged circuit , said charged circuit being then kept in or switched back to pulse width modulation mode.
A fire detection system , the system comprising: one or more fire sensors installed in a building for detecting indications of fire and generating alarm signals; one or more override panels (50-1, 50-2) that enable occupants of the building to generate override commands; and a monitoring system for generating a fire alarm in response to the alarm signals from the fire sensors and whether or not the override commands have been generated, wherein in response to information indicative of the presence or absence of occupants, the monitoring system determines whether to generate a local alarm, the generation of which is a precondition for the monitoring system generating the fire alarm, wherein the local alarm is generated only if occupants are present in proximity to one of said one or more override panels (50-1, 50-2). one or more fire sensors installed in a building for detecting indications of fire and generating alarm signals; one or more override panels (50-1, 50-2) that enable occupants of the building to generate override commands; and a monitoring system for generating a fire alarm in response to the alarm signals from the fire sensors and whether or not the override commands have been generated, wherein in response to information indicative of the presence or absence of occupants, the monitoring system determines whether to generate a local alarm, the generation of which is a precondition for the monitoring system generating the fire alarm, wherein the local alarm is generated only if occupants are present in proximity to one of said one or more override panels (50-1, 50-2).
Transporting device for launching and hauling a boat, which device comprises a frame including a pair of longitudinal beams , parallel to each other and spaced apart from each other, each of said longitudinal beams carrying one or more supporting elements arranged to support said boat, wherein said transporting device is provided with at least two pairs of wheels , each pair of wheels being formed by two wheels arranged aligned to each other on the opposite sides of said frame , each pair of wheels being formed by two wheels, which are made as steering wheels and are mounted aligned to each other on a respective longitudinal beam , wherein said transporting device is further provided with at least two tracks mounted on said frame , each of said tracks being mounted on a respective longitudinal beam characterized in that said tracks are arranged between said longitudinal beams , said wheels and said tracks being mounted on said longitudinal beams so as to be movable relative to said frame in a direction perpendicular to the plane of said frame, i.e. in vertical direction and in that said wheels and said tracks can be selectively brought into contact with the underlying ground or moved away from ground, so as to choose every time the configuration that is the most suitable depending on the kind of terrain on which the device is moving.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, control information for scheduling downlink transmission using at least one transmission reception point, TRP; identifying that at least a part of a signal, transmitted by a first TRP of the at least one TRP, is to be retransmitted by a second TRP of the at least one TRP not transmitting the initial transmission of the signal, based on the control information; identifying at least one demodulation reference signal, DMRS, port of the second TRP for receiving the at least the part of the signal based on DMRS port information indicating at least one DMRS port of the second TRP and comprised in the control information; and receiving, from the second TRP, the at least the part of the signal via the at least one DMRS port of the second TRP. receiving, from a base station, control information for scheduling downlink transmission using at least one transmission reception point, TRP; identifying that at least a part of a signal, transmitted by a first TRP of the at least one TRP, is to be retransmitted by a second TRP of the at least one TRP not transmitting the initial transmission of the signal, based on the control information; identifying at least one demodulation reference signal, DMRS, port of the second TRP for receiving the at least the part of the signal based on DMRS port information indicating at least one DMRS port of the second TRP and comprised in the control information; and receiving, from the second TRP, the at least the part of the signal via the at least one DMRS port of the second TRP.
A process combustion transmitter comprising; a process probe extendible into a flow of process combustion exhaust, the process probe having a measurement cell and a diffuser , the measurement cell and the diffuser defining a chamber within the process probe ; electronic circuitry coupled to the measurement cell and configured to provide an indication relative to a combustion process based on an output signal of the measurement cell; a pressure sensor operably coupled to the electronic circuitry and fluidically coupled to the chamber ; and wherein the electronic circuitry is configured to provide an adjusted calibration based on the pressure of a calibration gas measured within the chamber and on the output signal of the measurement cell during a calibration.
A suction method of performing suction of a Fabry-Perot interference filter including: a substrate ; a laminated structure that is provided on the substrate and that includes a main surface facing a side opposite to the substrate ; and a thinned portion that is located outside the laminated structure when viewed in a direction intersecting the main surface and that is recessed to a side of the substrate with respect to the main surface , by using a suction collet , the method comprising: a first step of arranging the suction collet so as to face the main surface ; a second step of bringing the suction collet into contact with the Fabry-Perot interference filter after the first step; and a third step of suctioning the Fabry-Perot interference filter by using the suction collet after the second step, wherein the suction collet includes: a main body having a surface provided with an opening for air intake; and a contact portion that is provided on the surface so as to protrude from the surface and that includes a contact surface , the laminated structure is provided with a membrane structure (M) including a first mirror portion and a second mirror portion facing each other via a gap and in which a distance from each other is variable and including a portion of the main surface , in the first step, the suction collet is arranged such that the contact surface faces a bottom surface of the thinned portion , in the second step, the contact surface is brought into contact with the bottom surface while forming a space between the surface and the main surface , and in the third step, an inside of the space is exhausted by the air intake through the opening . a first step of arranging the suction collet so as to face the main surface ; a second step of bringing the suction collet into contact with the Fabry-Perot interference filter after the first step; and a third step of suctioning the Fabry-Perot interference filter by using the suction collet after the second step, wherein the suction collet includes: a main body having a surface provided with an opening for air intake; and a contact portion that is provided on the surface so as to protrude from the surface and that includes a contact surface , the laminated structure is provided with a membrane structure (M) including a first mirror portion and a second mirror portion facing each other via a gap and in which a distance from each other is variable and including a portion of the main surface , in the first step, the suction collet is arranged such that the contact surface faces a bottom surface of the thinned portion , in the second step, the contact surface is brought into contact with the bottom surface while forming a space between the surface and the main surface , and in the third step, an inside of the space is exhausted by the air intake through the opening .
A machine for preparing beverages, comprising a water tank (401; 404), a box-like body (1, 2; 4) which houses a boiler (502; 504), a pump (602; 604) and control means (212; 214), and a beverage dispensing unit placed in the head (102; 104) of said box-like body (1, 2; 4), said machine being fitted frontally with a compartment (10; 40) for the placement of a collection container for the prepared drink, said compartment (10; 40) being comprised between a base platform (301; 304), two side walls (11; 41), a rear wall (12; 42), and a ceiling wall, comprising the dispensing unit of the drink, in turn comprising supply means of water under pressure and removable filter holder means (3; 5; 7), wherein said group of beverage dispensing is mounted movable relative to the base platform of said cavity and can be disposed in a position closer and in a more distant position with respect to said platform, there being provided suitable guide means (101, 201; 504 ; 524) and the locking means (211, 221; 514), being allowed in this manner to said chamber (10; 40) a substantial increase in volume (10'; 40'), characterised in that the guide means comprise substantial portions of the side walls (101, 201; 504; 524) of the said box-like body (1.2; 4) of the machine, provided telescopically sliding inside one another.
A method implemented by a host computing device including at least one field-programmable gate array, FPGA, and a FPGA virtualization manager configured to virtualize the at least one FPGA the method comprising: receiving a request from a virtual machine that requests a FPGA program is loaded on the host device to program FPGAs to provide hardware-implemented functionality; obtaining, in response to receiving the request, a FPGA program that is configured to program the at least one FPGAs of the host computing device to provide the requested hardware-implemented functionality as a hardware-implementation of a respective program or of a respective device; determining whether the FPGA program is trusted to program the FPGAs by verifying a digital signature associated with the FPGA program based on at least one of a list of trusted host providers and a list of trusted program providers maintained by the host device to make trust determinations; responsive to a determination that the FPGA program is trusted, loading the FPGA program to program the FPGAs to provide the functionality ; and generating a virtual device to expose the programmed FPGAs as the virtual device to provide the requested functionality to a plurality of virtual machines by relaying data between the virtual machines and the programmed FPGAs receiving a request from a virtual machine that requests a FPGA program is loaded on the host device to program FPGAs to provide hardware-implemented functionality; obtaining, in response to receiving the request, a FPGA program that is configured to program the at least one FPGAs of the host computing device to provide the requested hardware-implemented functionality as a hardware-implementation of a respective program or of a respective device; determining whether the FPGA program is trusted to program the FPGAs by verifying a digital signature associated with the FPGA program based on at least one of a list of trusted host providers and a list of trusted program providers maintained by the host device to make trust determinations; responsive to a determination that the FPGA program is trusted, loading the FPGA program to program the FPGAs to provide the functionality ; and generating a virtual device to expose the programmed FPGAs as the virtual device to provide the requested functionality to a plurality of virtual machines by relaying data between the virtual machines and the programmed FPGAs
A production method of a negative electrode active material for non-aqueous electrolyte secondary batteries containing SiO x wherein 0.5≤x≤1.6 as a silicon compound that contains Li, comprising the steps of: preparing SiO x wherein 0.5≤x≤1.6 as a silicon compound; forming a carbon film on a surface of the silicon compound; inserting lithium into the silicon compound covered with the carbon film; making the silicon compound into which the lithium has been inserted contact with a solution B containing a polycyclic aromatic compound or a derivative thereof or both thereof and one or more kinds selected from an ether-based solvent, a ketone-based solvent, an ester-based solvent, an alcohol-based solvent, and an amine-based solvent as the solvent to thereby desorb a part of the lithium from the silicon compound wherein the lithium is inserted; and making the silicon compound that has been contacted with the solution B contact with a solution C containing one or more kinds selected from the alcohol-based solvent, a carboxylic acid-based solvent, and water as the solvent. preparing SiO x wherein 0.5≤x≤1.6 as a silicon compound; forming a carbon film on a surface of the silicon compound; inserting lithium into the silicon compound covered with the carbon film; making the silicon compound into which the lithium has been inserted contact with a solution B containing a polycyclic aromatic compound or a derivative thereof or both thereof and one or more kinds selected from an ether-based solvent, a ketone-based solvent, an ester-based solvent, an alcohol-based solvent, and an amine-based solvent as the solvent to thereby desorb a part of the lithium from the silicon compound wherein the lithium is inserted; and making the silicon compound that has been contacted with the solution B contact with a solution C containing one or more kinds selected from the alcohol-based solvent, a carboxylic acid-based solvent, and water as the solvent.
A surgical instrument comprising: a body extending along an axis and having a first working end spaced from a second working end along the axis, wherein the first working end is configured to transmit a force to a surgical device in a direction about the axis and the second working end is configured to transmit a force to the surgical device in a direction generally transverse to the axis, characterized in that the body is cannulated along the axis from the first working end to the second working end. a body extending along an axis and having a first working end spaced from a second working end along the axis, wherein the first working end is configured to transmit a force to a surgical device in a direction about the axis and the second working end is configured to transmit a force to the surgical device in a direction generally transverse to the axis, characterized in that the body is cannulated along the axis from the first working end to the second working end.
A security inspection system, comprising - a luggage drop-off region with at least one drop-off station for dropping off a person's luggage into at least one load carrier , - a luggage inspection station for imaging examination of the luggage, - a luggage pick-up region for luggage not objected to at the luggage inspection station, - a follow-up inspection region with at least one follow-up inspection station accessible from two sides for manual follow-up inspection of luggage objected to at the luggage inspection station by security personnel in the presence of the person to whom the luggage belongs, - a transport system for transporting the load carriers laden with luggage from the luggage drop-off region via the luggage inspection station to the luggage pick-up region or to the follow-up inspection region and for returning empty load carriers to the luggage drop-off region , wherein - the follow-up inspection region has at least one removal station associated with the follow-up inspection station for emptying of the load carrier by the person to whom the luggage belongs, - the follow-up inspection region has at least one transfer system for automated transfer of the load carrier laden with luggage to the follow-up inspection station and from the follow-up inspection station to the associated removal station , wherein the transfer system is designed for automated transfer of a load carrier to the follow-up inspection station irrespective of whether the associated removal station is occupied by a load carrier . - a luggage drop-off region with at least one drop-off station for dropping off a person's luggage into at least one load carrier , - a luggage inspection station for imaging examination of the luggage, - a luggage pick-up region for luggage not objected to at the luggage inspection station, - a follow-up inspection region with at least one follow-up inspection station accessible from two sides for manual follow-up inspection of luggage objected to at the luggage inspection station by security personnel in the presence of the person to whom the luggage belongs, - a transport system for transporting the load carriers laden with luggage from the luggage drop-off region via the luggage inspection station to the luggage pick-up region or to the follow-up inspection region and for returning empty load carriers to the luggage drop-off region , - the follow-up inspection region has at least one removal station associated with the follow-up inspection station for emptying of the load carrier by the person to whom the luggage belongs, - the follow-up inspection region has at least one transfer system for automated transfer of the load carrier laden with luggage to the follow-up inspection station and from the follow-up inspection station to the associated removal station , wherein the transfer system is designed for automated transfer of a load carrier to the follow-up inspection station irrespective of whether the associated removal station is occupied by a load carrier .