mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a terminal in a wireless communication system, the method comprising: identifying whether an active uplink bandwidth part, BWP, is configured with a physical random access channel, PRACH, occasion, upon triggering of a random access procedure on a serving cell; in case that the active uplink BWP is configured with the PRACH occasion: identifying whether a 2-step random access channel, RACH, configuration was received for the active uplink BWP, in case that the terminal supports a 2-step random access procedure; in case that the 2-step RACH configuration was not received for the active uplink BWP, switching the active uplink BWP to an initial uplink BWP and performing the 2-step random access procedure in the initial uplink BWP; and in case that the 2-step RACH configuration was received for the active uplink BWP, performing the 2-step random access procedure in the active uplink BWP without switching the active uplink BWP; and in case that the active uplink BWP is not configured with the PRACH occasion: switching the active uplink BWP to the initial uplink BWP and performing the triggered random access procedure in the initial uplink BWP. identifying whether an active uplink bandwidth part, BWP, is configured with a physical random access channel, PRACH, occasion, upon triggering of a random access procedure on a serving cell; in case that the active uplink BWP is configured with the PRACH occasion: identifying whether a 2-step random access channel, RACH, configuration was received for the active uplink BWP, in case that the terminal supports a 2-step random access procedure; in case that the 2-step RACH configuration was not received for the active uplink BWP, switching the active uplink BWP to an initial uplink BWP and performing the 2-step random access procedure in the initial uplink BWP; and in case that the 2-step RACH configuration was received for the active uplink BWP, performing the 2-step random access procedure in the active uplink BWP without switching the active uplink BWP; and identifying whether a 2-step random access channel, RACH, configuration was received for the active uplink BWP, in case that the terminal supports a 2-step random access procedure; in case that the 2-step RACH configuration was not received for the active uplink BWP, switching the active uplink BWP to an initial uplink BWP and performing the 2-step random access procedure in the initial uplink BWP; and in case that the 2-step RACH configuration was received for the active uplink BWP, performing the 2-step random access procedure in the active uplink BWP without switching the active uplink BWP; and in case that the active uplink BWP is not configured with the PRACH occasion: switching the active uplink BWP to the initial uplink BWP and performing the triggered random access procedure in the initial uplink BWP.
A method of refilling a used flexible toner container having a plurality of toner openings configured to discharge toner during a print operation, the method comprising: forming a fill opening in the used flexible toner container , the fill opening being formed separately from the toner openings ; attaching a toner seal to the flexible toner container to cover the plurality of toner openings ; after attaching the toner seal , refilling the flexible toner container via the fill opening ; and sealing the fill opening , wherein the toner seal is a used toner seal that was previously removed from the flexible toner container , and wherein attaching the toner seal to the flexible toner container includes reattaching the used toner seal to the flexible toner container , wherein the used toner seal was previously removed from the flexible toner container by a seal puller to which the used toner seal is coupled, and wherein the used toner seal remains coupled to the seal puller while the used toner seal is reattached to the flexible toner container . forming a fill opening in the used flexible toner container , the fill opening being formed separately from the toner openings ; attaching a toner seal to the flexible toner container to cover the plurality of toner openings ; after attaching the toner seal , refilling the flexible toner container via the fill opening ; and sealing the fill opening , wherein the toner seal is a used toner seal that was previously removed from the flexible toner container , and wherein attaching the toner seal to the flexible toner container includes reattaching the used toner seal to the flexible toner container , wherein the used toner seal was previously removed from the flexible toner container by a seal puller to which the used toner seal is coupled, and wherein the used toner seal remains coupled to the seal puller while the used toner seal is reattached to the flexible toner container .
Onboard electrical system for a motor vehicle, having a primary power supply network and a secondary power supply network electrically connected to the primary power supply network via a DC-DC converter , wherein the primary power supply network and the secondary power supply network are connected to one another via a blocking diode of the DC-DC converter and the blocking diode has its forward direction from the primary power supply network toward the secondary power supply network , and wherein an insulation monitoring device having a measuring resistor is associated with the secondary power supply network for determining an insulation fault, characterised in that an additional resistor is connected in parallel with the blocking diode for the bridging thereof, such that by means of the insulation monitoring device an insulation fault common to the primary power supply network and the secondary power supply network can be determined.
An apparatus , comprising: an instrumentation, adapted to measure a melt flow index for a polymer, at a location: characterized by a controller , configured to determine a melt flow index for the polymer at standard gravity, wherein the melt flow index for the polymer at standard gravity is determined based at least upon the melt flow index measured at the location using the instrumentation, and a value representing an extent to which gravitational force at the location varies from standard gravity. characterized by a controller , configured to determine a melt flow index for the polymer at standard gravity, wherein the melt flow index for the polymer at standard gravity is determined based at least upon the melt flow index measured at the location using the instrumentation, and a value representing an extent to which gravitational force at the location varies from standard gravity.
A salt of Formula (I) in Crystal modification 1 comprising methyl -3-{[(4-{methyl[(4-methylpiperazin-1-yl)acetyl]amino}phenyl)amino]-(phenyl)methylidene}-2-oxo-2,3-dihydro-1H-indole-6-carboxylate and at least one acid component (HX), wherein the acid addition salt is in a crystalline form and the acid component (HX) is methanesulfonic acid, characterized in that it shows X-ray powder diffraction pattern which comprises characteristic peaks at 9.8; 14.1; 17.2; 20.0 and 22.8° ± 0.2° 2-theta measured by CuKα radiation.
An automatic dishwashing composition comprising a heterogenous bleach catalyst comprising a mixed metal oxide.
An aspiration system to control vacuum pressure in an ultrasonic surgical handpiece to result in improved control responsiveness during aspiration, the system comprising: a vacuum pump ; a vacuum path that extends at least partially between a surgical handpiece connector and the vacuum pump , the vacuum path further including a joint , wherein the joint divides the vacuum path into at least two flow paths; a first sensor coupled to a first portion of the vacuum path , the first portion of the vacuum path positioned between a surgical waste receiver connector and the vacuum pump , the first sensor configured to monitor a waste receiver pressure and provide a waste receiver pressure signal ; a first vent valve coupled to the first portion of the vacuum path ; a second vent valve coupled to a terminal end of a second portion of the vacuum path , the second portion of the vacuum path originating from the joint ; a second sensor coupled to the second portion of the vacuum path and configured to monitor a vacuum pressure associated with a tip of the ultrasonic surgical handpiece and provide a tip pressure signal ; and a controller configured to control a position of the first vent valve based on the waste receiver pressure signal and control a position of the second vent valve based on the tip pressure signal . a vacuum pump ; a vacuum path that extends at least partially between a surgical handpiece connector and the vacuum pump , the vacuum path further including a joint , wherein the joint divides the vacuum path into at least two flow paths; a first sensor coupled to a first portion of the vacuum path , the first portion of the vacuum path positioned between a surgical waste receiver connector and the vacuum pump , the first sensor configured to monitor a waste receiver pressure and provide a waste receiver pressure signal ; a first vent valve coupled to the first portion of the vacuum path ; a second vent valve coupled to a terminal end of a second portion of the vacuum path , the second portion of the vacuum path originating from the joint ; a second sensor coupled to the second portion of the vacuum path and configured to monitor a vacuum pressure associated with a tip of the ultrasonic surgical handpiece and provide a tip pressure signal ; and a controller configured to control a position of the first vent valve based on the waste receiver pressure signal and control a position of the second vent valve based on the tip pressure signal .
A sutureless anchoring module for the fixation of at least one device in a body of a patient, wherein said module comprises: at least one main housing head provided with at least one guide channel to receive and hold inside at least a part of said at least one device; at least one secondary closing head arranged in said main housing head and which has at least a first unidirectional locking hole and a second unidirectional locking hole ; at least one first tie having a first end connected to said main housing head and a free end designed to operatively pass through said first unidirectional locking hole and lock in said first unidirectional locking hole, to secure said part of said at least one device within said at least one guide channel of the main housing head , and at least one second tie having a first end connected to the main housing head and a free end designed to operatively pass through said second unidirectional locking hole and lock into said second unidirectional locking hole, to hold on to a part of the body of the patient, wherein said at least one guide channel has at least one longitudinal cut such that said at least one guide channel has a "C"-shaped cross section. at least one main housing head provided with at least one guide channel to receive and hold inside at least a part of said at least one device; at least one secondary closing head arranged in said main housing head and which has at least a first unidirectional locking hole and a second unidirectional locking hole ; at least one first tie having a first end connected to said main housing head and a free end designed to operatively pass through said first unidirectional locking hole and lock in said first unidirectional locking hole, to secure said part of said at least one device within said at least one guide channel of the main housing head , and at least one second tie having a first end connected to the main housing head and a free end designed to operatively pass through said second unidirectional locking hole and lock into said second unidirectional locking hole, to hold on to a part of the body of the patient, wherein said at least one guide channel has at least one longitudinal cut such that said at least one guide channel has a "C"-shaped cross section.
A method for inter-device communication handoff, comprising: determining a communication is to be handed off from a first communications device; wherein the determining comprises at least one of estimating an energy consumption mitigation of the first communications device, estimating a direct link connection strength with a wireless wide area network WWAN, estimating an amount of energy consumed by the first communications device to communicate over a direct link with the wireless wide area network WWAN, or combinations thereof; selecting a second communications device from a plurality of communications devices to which the communication is to be handed off; observing a synchronization period phase; transferring information that facilitates the handoff, from the first communications device to the second communications device, during the observed synchronization period phase; using a common identity associated with the wireless wide area network WWAN for the first communications device and the second communications device; and handing off the communication to the second communications device, wherein the first communications device comprises a first WWAN modem and the second communications device comprises a second WWAN modem wherein one of the first WWAN modem or the second WWAN modem is used for the communication with a WWAN, wherein the WWAN does not assist with the handing off. determining a communication is to be handed off from a first communications device; wherein the determining comprises at least one of estimating an energy consumption mitigation of the first communications device, estimating a direct link connection strength with a wireless wide area network WWAN, estimating an amount of energy consumed by the first communications device to communicate over a direct link with the wireless wide area network WWAN, or combinations thereof; selecting a second communications device from a plurality of communications devices to which the communication is to be handed off; observing a synchronization period phase; transferring information that facilitates the handoff, from the first communications device to the second communications device, during the observed synchronization period phase; using a common identity associated with the wireless wide area network WWAN for the first communications device and the second communications device; and handing off the communication to the second communications device, wherein the first communications device comprises a first WWAN modem and the second communications device comprises a second WWAN modem wherein one of the first WWAN modem or the second WWAN modem is used for the communication with a WWAN, wherein the WWAN does not assist with the handing off.
A method of operation of a secure programming system comprising: receiving a target payload at a programming unit ; extracting a silicon vendor device certificate from a programmable device mounted in a programmer of the programming unit ; authenticating the silicon vendor device certificate using a silicon vendor public key at a factory security system ; generating at the factory security system an OEM device certificate for the programmable device based on the silicon vendor device certificate , the OEM device certificate signed with an OEM private key ; transferring the OEM device certificate and the target payload to the programmable device mounted in the programmer ; extracting the OEM device certificate and the silicon vendor device certificate from the programmable device after the OEM device certificate and the target payload are transferred into the programmable device ; generating a validation status at the factory security system by authenticating the OEM device certificate using the OEM public key and authenticating the silicon vendor device certificate using the silicon vendor public key , the validation status set to invalid if the either the OEM device certificate or the silicon vendor device certificate are not successfully authenticated; and sorting the programmable device into an output receptacle of the programmer based on the validation status . receiving a target payload at a programming unit ; extracting a silicon vendor device certificate from a programmable device mounted in a programmer of the programming unit ; authenticating the silicon vendor device certificate using a silicon vendor public key at a factory security system ; generating at the factory security system an OEM device certificate for the programmable device based on the silicon vendor device certificate , the OEM device certificate signed with an OEM private key ; transferring the OEM device certificate and the target payload to the programmable device mounted in the programmer ; extracting the OEM device certificate and the silicon vendor device certificate from the programmable device after the OEM device certificate and the target payload are transferred into the programmable device ; generating a validation status at the factory security system by authenticating the OEM device certificate using the OEM public key and authenticating the silicon vendor device certificate using the silicon vendor public key , the validation status set to invalid if the either the OEM device certificate or the silicon vendor device certificate are not successfully authenticated; and sorting the programmable device into an output receptacle of the programmer based on the validation status .
A system for generating a three-dimensional object, the system comprising: at least one agent distributor to selectively deliver coalescing agent at a first density onto portions of a layer of build material and at a second density lower than the first density; an energy source and a controller to control the at least one agent distributor to selectively deliver the coalescing agent at the first and second densities onto respective first and second portions of the layer in respective first and second patterns derived from data representing the three-dimensional object to be generated, so that when energy is applied to the layer the build material is to heat up above the melting point of the build material, coalesce and solidify to form a slice of the three-dimensional object in accordance with the first pattern, wherein the second portion is in proximity to a boundary of the first portion, wherein presence of the coalescing agent in the second portion is to prevent at least some heat from flowing away from the first portion when the energy is applied. at least one agent distributor to selectively deliver coalescing agent at a first density onto portions of a layer of build material and at a second density lower than the first density; an energy source and a controller to control the at least one agent distributor to selectively deliver the coalescing agent at the first and second densities onto respective first and second portions of the layer in respective first and second patterns derived from data representing the three-dimensional object to be generated, so that when energy is applied to the layer the build material is to heat up above the melting point of the build material, coalesce and solidify to form a slice of the three-dimensional object in accordance with the first pattern, wherein the second portion is in proximity to a boundary of the first portion, wherein presence of the coalescing agent in the second portion is to prevent at least some heat from flowing away from the first portion when the energy is applied.
A prosthetic heart valve , comprising: a collapsible and expandable annular frame that is configured to be collapsed to a radially collapsed state for mounting on a delivery apparatus and expanded to a radially expanded state inside the body, the frame having an inflow end , an outflow end , and a longitudinal axis extending from the inflow end to the outflow end , the frame comprising a plurality of struts defining a plurality of rows of a plurality of cells; a collapsible and expandable valve member mounted within the annular frame ; a collapsible and expandable annular skirt assembly mounted within the annular frame , characterized in that the skirt assembly comprises an upper skirt , a lower skirt , and a sealing skirt positioned radially outward from the upper and lower skirts so that the upper and lower skirts prevent the sealing skirt from contacting the valve member , wherein when the annular frame is expanded to its radially expanded state, portions of the sealing skirt protrude outwardly through cells of the frame . a collapsible and expandable annular frame that is configured to be collapsed to a radially collapsed state for mounting on a delivery apparatus and expanded to a radially expanded state inside the body, the frame having an inflow end , an outflow end , and a longitudinal axis extending from the inflow end to the outflow end , the frame comprising a plurality of struts defining a plurality of rows of a plurality of cells; a collapsible and expandable valve member mounted within the annular frame ; a collapsible and expandable annular skirt assembly mounted within the annular frame , characterized in that the skirt assembly comprises an upper skirt , a lower skirt , and a sealing skirt positioned radially outward from the upper and lower skirts so that the upper and lower skirts prevent the sealing skirt from contacting the valve member , wherein when the annular frame is expanded to its radially expanded state, portions of the sealing skirt protrude outwardly through cells of the frame .
A backpack support system for transporting a bike on the back of a wearer in a hands-free way, comprising a frame equipped with shoulder straps and a bike mount for fastening the bike to the frame, wherein the bike mount comprises a first anchoring point and a second anchoring point which are embodied spaced apart from each other, characterized in that the first and the second anchoring points are mounted at different heights in the direction along the vertical axis of the wearer that is predetermined with proper use by the shoulder straps , and the first and the second anchoring points are each rigid hooks , wherein the first hook lies in a horizontal plane and the second hook lies in a vertical plane.
A food preparation device, comprising a body and a container assembly , characterized in that , a locking member is movably connected to the body , and the locking member is configured to be driven by the container assembly to rotate in a circumferential direction of the body when the container assembly is pressed towards the body in a mounting direction to be mounted on the body , so as to lock the container assembly onto the body .
A digital loudspeaker, comprising: a substrate ; a first stator fixed with respect to the substrate ; a second stator fixed with respect to the substrate and spaced at a distance from the first stator; a membrane between the first stator and the second stator and displaceable between a first position in which the membrane mechanically contacts the first stator and a second position in which the membrane mechanically contacts the second stator , wherein the first stator and the second stator are arranged to electrostatically move the membrane from a rest position spaced apart from the first position and the second position to the first position and the second position, respectively; wherein the substrate comprises a cavity adjacent to the first stator . a substrate ; a first stator fixed with respect to the substrate ; a second stator fixed with respect to the substrate and spaced at a distance from the first stator; a membrane between the first stator and the second stator and displaceable between a first position in which the membrane mechanically contacts the first stator and a second position in which the membrane mechanically contacts the second stator , wherein the first stator and the second stator are arranged to electrostatically move the membrane from a rest position spaced apart from the first position and the second position to the first position and the second position, respectively; wherein the substrate comprises a cavity adjacent to the first stator .