mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a motor drive of operating the motor drive, the method comprising: determining a USB host is connected to the motor drive via a USB port on the motor drive; enabling the USB host to provide power to the motor drive when the USB host is connected to the motor drive; and taking a common mode noise mitigation action when a motor connected to the motor drive is to be run, wherein taking the common mode noise mitigation action includes preventing the motor from starting until the USB host is disconnected from the motor drive. determining a USB host is connected to the motor drive via a USB port on the motor drive; enabling the USB host to provide power to the motor drive when the USB host is connected to the motor drive; and taking a common mode noise mitigation action when a motor connected to the motor drive is to be run, wherein taking the common mode noise mitigation action includes preventing the motor from starting until the USB host is disconnected from the motor drive.
Module arrangement , comprising an antenna device , at least one electronic component and a dielectric carrier layer , wherein, between a top side and a bottom side of the module arrangement , the antenna device and the at least one electronic component are arranged next to each other in the dielectric carrier layer , characterized in that a shielding device is provided between the antenna device and the at least one electronic component , wherein the shielding device has a shielding effect relative to electromagnetic signals, and wherein the shielding device is formed by two rows of via holes, so-called shielding vias, arranged offset with respect to each other.
Method for providing a clock for an electronic circuit , wherein the method comprises the following steps of: masking clock cycles of a clock signal using a sequence-controlled masking signal in order to obtain a modified clock signal , wherein the masking signal represents a randomly controlled or pseudo-randomly controlled signal; and providing the modified clock signal as the clock for the electronic circuit , characterized in that in the masking step , clock cycles of the clock signal are masked on the basis of a mode signal in order to obtain the modified clock signal , wherein all clock cycles of the clock signal are masked if the mode signal indicates a sleep mode, some of the clock cycles of the clock signal are masked using the masking signal if the mode signal indicates a throttling mode, no clock cycles of the clock signal are masked if the mode signal indicates a normal mode, and a predetermined number of successive clock cycles are masked and a further predetermined number of successive clock cycles are not masked in alternation if the mode signal indicates a memory mode , wherein the memory mode is activated if data are being read from a memory which is operated at a lower clock rate than the electronic circuit . masking clock cycles of a clock signal using a sequence-controlled masking signal in order to obtain a modified clock signal , wherein the masking signal represents a randomly controlled or pseudo-randomly controlled signal; and providing the modified clock signal as the clock for the electronic circuit , characterized in that in the masking step , clock cycles of the clock signal are masked on the basis of a mode signal in order to obtain the modified clock signal , wherein all clock cycles of the clock signal are masked if the mode signal indicates a sleep mode, some of the clock cycles of the clock signal are masked using the masking signal if the mode signal indicates a throttling mode, no clock cycles of the clock signal are masked if the mode signal indicates a normal mode, and a predetermined number of successive clock cycles are masked and a further predetermined number of successive clock cycles are not masked in alternation if the mode signal indicates a memory mode , wherein the memory mode is activated if data are being read from a memory which is operated at a lower clock rate than the electronic circuit .
A method of forming a packaging template for assembly into a box or other packaging material, the method comprising: positioning one or more to-be-packaged items in a receiving portion of a converting machine, the one or more to-be-packaged items having a plurality of outer dimensions including a height, a width, and a length; symmetrically positioning a plurality of components of the converting machine about the positioned items to symmetrically adjust the settings of the converting machine to correspond to one or more of the outer dimensions of the positioned items; advancing a sheet material through the converting machine; performing one or more longitudinal conversion functions on at least a portion of the sheet material as the sheet material is advanced through the converting machine; performing one or more transverse conversion functions on the sheet material after the sheet material has been advanced through the converting machine to a first position; and performing one or more transverse conversion functions on the sheet material after the sheet material has been advanced through the converting machine from the first position to a second position, wherein the sheet material is converted into the packaging template by performance of the one or more transverse conversion functions and the one or more longitudinal conversion functions. positioning one or more to-be-packaged items in a receiving portion of a converting machine, the one or more to-be-packaged items having a plurality of outer dimensions including a height, a width, and a length; symmetrically positioning a plurality of components of the converting machine about the positioned items to symmetrically adjust the settings of the converting machine to correspond to one or more of the outer dimensions of the positioned items; advancing a sheet material through the converting machine; performing one or more longitudinal conversion functions on at least a portion of the sheet material as the sheet material is advanced through the converting machine; performing one or more transverse conversion functions on the sheet material after the sheet material has been advanced through the converting machine to a first position; and performing one or more transverse conversion functions on the sheet material after the sheet material has been advanced through the converting machine from the first position to a second position, wherein the sheet material is converted into the packaging template by performance of the one or more transverse conversion functions and the one or more longitudinal conversion functions.
A method, comprising: receiving, at a server, a public first stream of random numbers (102A-1, 404) from a first random number generator (100A-1); receiving, at the server, a public second stream of random numbers (102A-2, 416) from a second random number generator (100A-2), wherein the first random number generator (100A-1) and the second random number generator (100A-2) are independent of each other; generating, by the server, a third stream of random numbers based at least in part on the first stream of random numbers and based at least in part on the second stream of random numbers; and publicly transmitting, from the server via a transmitter, the third stream of random numbers on a network . receiving, at a server, a public first stream of random numbers (102A-1, 404) from a first random number generator (100A-1); receiving, at the server, a public second stream of random numbers (102A-2, 416) from a second random number generator (100A-2), wherein the first random number generator (100A-1) and the second random number generator (100A-2) are independent of each other; generating, by the server, a third stream of random numbers based at least in part on the first stream of random numbers and based at least in part on the second stream of random numbers; and publicly transmitting, from the server via a transmitter, the third stream of random numbers on a network .
A method, performed by a repository network entity within a telecommunications network, for providing notifications for a subscription to monitor changes of a Network Function, NF, profile of a monitored network entity where the NF profile comprises a set of attributes, the method comprising: - receiving (IVD100), from a subscribing network entity , a subscription request to subscribe to monitor changes to the attributes of a NF profile of the monitored network entity, the subscription request comprising a notification preference that identifies a combination of a subset of the attributes in the NF profile to be monitored as being of interest to the subscribing network entity and a subset of the attributes in the NF profile to be excluded from monitoring as not being of interest to the subscribing network entity while the other attributes in the NF profile are of interest to the subscribing network entity; and - providing (IVD102), to the subscribing network entity, notifications of changes to the attributes of the NF profile of the monitored network entity when any attribute of interest to the subscribing network entity has changed. - receiving (IVD100), from a subscribing network entity , a subscription request to subscribe to monitor changes to the attributes of a NF profile of the monitored network entity, the subscription request comprising a notification preference that identifies a combination of a subset of the attributes in the NF profile to be monitored as being of interest to the subscribing network entity and a subset of the attributes in the NF profile to be excluded from monitoring as not being of interest to the subscribing network entity while the other attributes in the NF profile are of interest to the subscribing network entity; and - providing (IVD102), to the subscribing network entity, notifications of changes to the attributes of the NF profile of the monitored network entity when any attribute of interest to the subscribing network entity has changed.
A mobile hybrid generator system for providing grid-like AC power output to a load at off-grid locations, the hybrid generator system comprising a housing accommodating: - a rechargeable electrical energy storage unit, such as a battery, configured to provide a DC power output, - at least a first primary energy source, such as a combustion engine, for charging the rechargeable energy storage unit, and - an inverter unit configured for converting the DC power output from the rechargeable energy storage unit to the grid-like AC power output, wherein the mobile hybrid generator is configured such that 1) the grid-like AC power output is provided only from the rechargeable energy storage unit via the inverter unit, and 2) the output from the primary energy source is only used to charge the rechargeable energy storage unit, both during normal mode operation, having normal mode power requirements, and during peak power operation, having peak power requirements, the mobile hybrid generator system characterized in that the at least first primary energy source is dimensioned to the normal mode power requirements, i.e. much smaller than for the peak power requirements. - a rechargeable electrical energy storage unit, such as a battery, configured to provide a DC power output, - at least a first primary energy source, such as a combustion engine, for charging the rechargeable energy storage unit, and - an inverter unit configured for converting the DC power output from the rechargeable energy storage unit to the grid-like AC power output, wherein the mobile hybrid generator is configured such that 1) the grid-like AC power output is provided only from the rechargeable energy storage unit via the inverter unit, and 2) the output from the primary energy source is only used to charge the rechargeable energy storage unit, 1) the grid-like AC power output is provided only from the rechargeable energy storage unit via the inverter unit, and 2) the output from the primary energy source is only used to charge the rechargeable energy storage unit, both during normal mode operation, having normal mode power requirements, and during peak power operation, having peak power requirements, the mobile hybrid generator system characterized in that the at least first primary energy source is dimensioned to the normal mode power requirements, i.e. much smaller than for the peak power requirements.
A split type air conditioning unit, comprising: a first component comprising one or more compression means wherein at least one compression means is a thermal compression means, and a condensation means; and one or more second component(s) separate from said first component each provided in a dedicated housing and comprising an evaporation means; each evaporation means being connected to the condensation means through one or more suction line(s) and one or more liquid line(s); said one or more suction line(s) providing discharged refrigerant fluid from each said evaporation means through said one or more compression means to said condensation means; said one or more liquid line(s) conveying refrigerant fluid to each said evaporation means from said condensation means; said thermal compression means is an adsorption unit. a first component comprising one or more compression means wherein at least one compression means is a thermal compression means, and a condensation means; and one or more second component(s) separate from said first component each provided in a dedicated housing and comprising an evaporation means; each evaporation means being connected to the condensation means through one or more suction line(s) and one or more liquid line(s); said one or more suction line(s) providing discharged refrigerant fluid from each said evaporation means through said one or more compression means to said condensation means; said one or more liquid line(s) conveying refrigerant fluid to each said evaporation means from said condensation means; said thermal compression means is an adsorption unit.
Plant material selected from seeds, roots and tubers to which bacteriophage has been covalently attached, wherein the bacteriophage is attached to the plant material by activating the plant material and then attaching the bacteriophage to the activated plant material, and wherein the bacteriophage retains infectivity.
An agricultural baler , comprising: a bale chamber having a bottom wall in which an inlet opening is formed; a feeder duct communicating with the bale chamber through the inlet opening for charges of crop material to be transferred from the feeder duct into the bale chamber , wherein the feeder duct has an upper end facing generally upwardly and communicating with the inlet opening in the bale chamber and a lower end facing generally in a forward direction, the feeder duct has a top wall and a bottom wall extending between the lower end and the upper end of the feeder duct ; a door that defines at least a portion of the bottom wall of the feeder duct , wherein the door is movable between: (i) a door-open-position, in which an opening in the bottom wall is provided; and (ii) a door-closed-position in which the opening is closed; wherein an actuator is configured to move an operational component of the baler between: (i) a first-position; and (ii) a second-position, wherein the operational component of the baler is not the door ; characterised in that the actuator is mechanically coupled to the door of the bottom wall such that movement of the operational component between the first-position and the second-position causes the door to move from the door-open-position to the door-closed-position. a bale chamber having a bottom wall in which an inlet opening is formed; a feeder duct communicating with the bale chamber through the inlet opening for charges of crop material to be transferred from the feeder duct into the bale chamber , wherein the feeder duct has an upper end facing generally upwardly and communicating with the inlet opening in the bale chamber and a lower end facing generally in a forward direction, the feeder duct has a top wall and a bottom wall extending between the lower end and the upper end of the feeder duct ; a door that defines at least a portion of the bottom wall of the feeder duct , wherein the door is movable between: (i) a door-open-position, in which an opening in the bottom wall is provided; and (ii) a door-closed-position in which the opening is closed; wherein an actuator is configured to move an operational component of the baler between: (i) a first-position; and (ii) a second-position, wherein the operational component of the baler is not the door ; characterised in that the actuator is mechanically coupled to the door of the bottom wall such that movement of the operational component between the first-position and the second-position causes the door to move from the door-open-position to the door-closed-position.
Process for the preparation of a dry powder pharmaceutical composition wherein the Volume Mean Diameter VMD d of the particles in said solid dry composition is greater than the Volume Mean Diameter VMD w of the particles of a suspension obtained from said pharmaceutical composition in a water-medium at standard conditions of dispersion, said process comprising the following steps: a). preparing a first phase (A) in which an hydrophobic active principle that can be administered by inhalation is present in a suitable liquid medium; b). preparing a second phase (B) in which one or more sugars are dissolved in an aqueous medium; c). dissolving one or more surfactants selected in the group consisting of polysorbates and polyoxyethylene and polyoxypropylene block copolymers in either one of phase (A) or phase (B) above, depending on the surfactant preferential solubility; d). mixing said phases (A) and (B) to obtain a phase (C) in which the liquid medium is homogeneous; e). drying said phase (C) in controlled conditions in order to obtain a dry powder with particle size between 0.1 and 175 μm; f). collecting said dry powder and shaping it in a suitable form for an extemporaneous preparation of a suspension, wherein the term "standard conditions of dispersion in a water-medium" means those conditions at which an amount of dry powder composition, variable with respect to its active principle content, is dispersed under stirring for 3 minutes in a Sucell SNA (Small Nolume Adapter) dispersion cell of a light scattering Sympatec Oasis analyzer for humid state - analysis, such as to detect, through the light scattering analyzer, an optimal light obscuration. a). preparing a first phase (A) in which an hydrophobic active principle that can be administered by inhalation is present in a suitable liquid medium; b). preparing a second phase (B) in which one or more sugars are dissolved in an aqueous medium; c). dissolving one or more surfactants selected in the group consisting of polysorbates and polyoxyethylene and polyoxypropylene block copolymers in either one of phase (A) or phase (B) above, depending on the surfactant preferential solubility; d). mixing said phases (A) and (B) to obtain a phase (C) in which the liquid medium is homogeneous; e). drying said phase (C) in controlled conditions in order to obtain a dry powder with particle size between 0.1 and 175 μm; f). collecting said dry powder and shaping it in a suitable form for an extemporaneous preparation of a suspension, wherein the term "standard conditions of dispersion in a water-medium" means those conditions at which an amount of dry powder composition, variable with respect to its active principle content, is dispersed under stirring for 3 minutes in a Sucell SNA (Small Nolume Adapter) dispersion cell of a light scattering Sympatec Oasis analyzer for humid state - analysis, such as to detect, through the light scattering analyzer, an optimal light obscuration.
A method for monitoring a combined measuring probe for a pollution removal system of exhaust gas emitted by a heat engine equipping a motor vehicle comprising: - a system for reducing nitrogen oxides contained in the exhaust gases by reaction between ammonia and said nitrogen oxides, and - a catalyst for reducing an excess of ammonia contained in the exhaust gases, said method comprising a step of selective switching between a first item of information (I_NO x ) issued from the probe relating to a measurement of nitrogen oxides, such as the level of nitrogen oxides, contained in the exhaust gases and a second item of information (I_NH 3 ) issued from the probe relating to a measurement of ammonia, such as the level of ammonia, contained in the exhaust gases, as a function of operating conditions of the heat engine and/or of the motor vehicle, the selective switching is carried out as a function of a torque gradient (Grad_C) permitting the anticipation of a transitory operating phase of the heat engine . - a system for reducing nitrogen oxides contained in the exhaust gases by reaction between ammonia and said nitrogen oxides, and - a catalyst for reducing an excess of ammonia contained in the exhaust gases, said method comprising a step of selective switching between a first item of information (I_NO x ) issued from the probe relating to a measurement of nitrogen oxides, such as the level of nitrogen oxides, contained in the exhaust gases and a second item of information (I_NH 3 ) issued from the probe relating to a measurement of ammonia, such as the level of ammonia, contained in the exhaust gases, as a function of operating conditions of the heat engine and/or of the motor vehicle, the selective switching is carried out as a function of a torque gradient (Grad_C) permitting the anticipation of a transitory operating phase of the heat engine .
A method of operating a computer system with a first operating system and a second operating system wherein the first operating system is a host operating system and the second operating system is a containerized operating system hosted by the first system, where the first operating system and the second operating system are separated by a security boundary , the method comprising: anonymizing by the first operating system, identity information related to an authorized user at the first operating system to generate an anonymized user at the second operating system; wherein the anonymized user at the second operating system corresponds to the authorized user at the first operating system; sending an anonymized request from the second operating system for the anonymized user for resources from an external service, that the authorized user is authorized to access through a broker; sending , by the second operating system, a request to the first operating system for proof that the anonymized user is authorized to obtain the resources as a result of the broker's request; receiving , by the second operating system, the proof from the first operating system, based on the anonymized user being associated with the authorized user, that the anonymized user at the second operating system is authorized to access the resources; obtaining , by the second operating system, the resources as a result of providing the proof. anonymizing by the first operating system, identity information related to an authorized user at the first operating system to generate an anonymized user at the second operating system; wherein the anonymized user at the second operating system corresponds to the authorized user at the first operating system; sending an anonymized request from the second operating system for the anonymized user for resources from an external service, that the authorized user is authorized to access through a broker; sending , by the second operating system, a request to the first operating system for proof that the anonymized user is authorized to obtain the resources as a result of the broker's request; receiving , by the second operating system, the proof from the first operating system, based on the anonymized user being associated with the authorized user, that the anonymized user at the second operating system is authorized to access the resources; obtaining , by the second operating system, the resources as a result of providing the proof.