mhurhangee/patent-ind-claim-en huggingface dataset:
A method for enzymatically providing a steviol glycoside that is only trans-glucosylated at the C-19 site, comprising incubating a steviol glycoside substrate in the presence of sucrose as a glucose donor and a mutant of the glucansucrase GTF180 of Lactobacillus reuteri strain 180, wherein said mutant GTF180 glucansucrase is a truncated variant lacking the N-terminal variable domain (GTF180-ΔN), or the N- and C-terminal domain V fragments (GTF180-ΔNΔV), said truncated variant comprising one or more of the following amino acid substitutions: S1137Y, Q1140E / F / N / Y, L981A, W1065L / E / Q / F, and having the desired transglycosylation activity, and wherein said steviol glycoside substrate is Rebaudioside A [13-({β-D-glueopyranosyl-(1→2)-[β-D-glueopyranosyl-(1→3)-]β-D-glueopyranosyl}oxy)ent-kaur-16-en-19-oic acid α-D-glucopyranosyl ester]. wherein said mutant GTF180 glucansucrase is a truncated variant lacking the N-terminal variable domain (GTF180-ΔN), or the N- and C-terminal domain V fragments (GTF180-ΔNΔV), said truncated variant comprising one or more of the following amino acid substitutions: S1137Y, Q1140E / F / N / Y, L981A, W1065L / E / Q / F, and having the desired transglycosylation activity, and wherein said steviol glycoside substrate is Rebaudioside A [13-({β-D-glueopyranosyl-(1→2)-[β-D-glueopyranosyl-(1→3)-]β-D-glueopyranosyl}oxy)ent-kaur-16-en-19-oic acid α-D-glucopyranosyl ester].
A network access method to be performed by a Non-3GPP Interworking Function, N3IWF, to cause a communication terminal performing a non-cellular communication to access a slice corresponding to a service network providing a service, the network access method comprising: an acquisition step (S4) of acquiring, from the communication terminal , an access request including terminal identification information identifying the communication terminal and optionally network identification information identifying the slice that the communication terminal requests to access; a selection step (S5) of selecting based on the acquired access request, an Access and Mobility Management Function, AMF, , wherein if the network identification information is included in the acquired access request, the AMF is selected based on the network identification information, otherwise, the AMF is selected based on the position information of the communication terminal which is acquired based on the terminal identification information included in the acquired access request; a transmission step (S6) of transferring the access request to the selected AMF ; and a reception step (S13) of receiving a message including an allowed network slice selection assistance information, NSSAI, to be transmitted (S15) to the communication terminal , wherein the allowed NSSAI identifies the slice the communication terminal can use. an acquisition step (S4) of acquiring, from the communication terminal , an access request including terminal identification information identifying the communication terminal and optionally network identification information identifying the slice that the communication terminal requests to access; a selection step (S5) of selecting based on the acquired access request, an Access and Mobility Management Function, AMF, , wherein if the network identification information is included in the acquired access request, the AMF is selected based on the network identification information, otherwise, the AMF is selected based on the position information of the communication terminal which is acquired based on the terminal identification information included in the acquired access request; if the network identification information is included in the acquired access request, the AMF is selected based on the network identification information, otherwise, the AMF is selected based on the position information of the communication terminal which is acquired based on the terminal identification information included in the acquired access request; a transmission step (S6) of transferring the access request to the selected AMF ; and a reception step (S13) of receiving a message including an allowed network slice selection assistance information, NSSAI, to be transmitted (S15) to the communication terminal , wherein the allowed NSSAI identifies the slice the communication terminal can use.
An apparatus comprising a gas turbine engine subsonic strut having an airfoil shape structured to be disposed in a flow path having subsonic flow and including a forebody located forward of a maximum thickness of the strut and an aft body located aft of the maximum thickness, the aft body of the gas turbine engine subsonic strut having an inflection point configured to produce a subsonic shock pressure recovery when disposed in a flow path having subsonic flow, the aft body including an upstream portion having a constant radius curve of a first radius (r1) that transitions at the inflection point to a downstream portion having a different constant radius curve (r2), wherein the forebody is axially longer than the aft body .
Bending machine with a lower machine part and an upper machine part , which are arranged movably relative to one another in a feed direction of a workpiece to be bent, with a lower holding beam and with a lower bending beam , which are associated with the lower machine part , with an upper holding beam and with an upper bending beam , which are associated with the upper machine part , wherein the four beams being aligned transversely to the said feed direction and the workpiece to be bent being insertable between the said four beams between the machine parts , the upper holding beam clamping the workpiece to be bent in a first clamping position with respect to the lower holding beam , the upper holding beam clamping the workpiece to be bent in a second clamping position with respect to the lower holding beam horizontally offset in the feed direction , wherein in the first clamping position the upper bending beam is arranged to bend the workpiece to be bent downwards about the front edge of the lower bending beam , wherein in the second clamping position the lower bending beam is arranged to bend the workpiece to be bent upwards about the front edge of the upper bending beam , characterised in that in that the upper machine part can be pivoted with respect to the lower machine part about a first pivot axis aligned horizontally and transversely with respect to the feed direction , and in that the upper machine part can be pivoted with respect to the lower machine part about a second pivot axis aligned horizontally and transversely with respect to the feed direction , so that the two clamping positions are reached via a curved path deviating from the feed direction , wherein the first and the second pivot axis is arranged above the respective articulation point (93 and 94) of the upper machine part .
A reusable assembly adapted for use in one or more of foiling, embossing and debossing, the assembly comprising: - a chase , the chase having a first surface with a plurality of user identifiable discrete grid positions arranged within a grid, the chase adapted for connection to an embossing, debossing or foiling press; and - a die assembly comprising a die defining a first surface adapted for one or more of foiling, embossing and debossing and a linkage mechanically connected to the die between the first surface of the chase and the die , the linkage defining a second surface adapted for separable engagement with the first surface of the chase at various grid positions . - a chase , the chase having a first surface with a plurality of user identifiable discrete grid positions arranged within a grid, the chase adapted for connection to an embossing, debossing or foiling press; and - a die assembly comprising a die defining a first surface adapted for one or more of foiling, embossing and debossing and a linkage mechanically connected to the die between the first surface of the chase and the die , the linkage defining a second surface adapted for separable engagement with the first surface of the chase at various grid positions .
A flue pipe assembly for a gas appliance comprising at least a first pipe section and a second pipe section , and a first electrical conductor and a second electrical conductor attached to the first and the second pipe sections respectively; wherein the flue pipe assembly further comprises a pipe connection mechanism , and said pipe connection mechanism is disposed between the first and the second pipe sections to establish a mechanical connection therebetween, and in the mean time to establish an electrical connection between the first and the second electrical conductors ; wherein said pipe connection mechanism comprises a connecting ring covering adjacent end portions of the first and the second pipe sections, and further comprises electrical terminals disposed on the connecting ring to electrically connect the first and the second electrical conductors .
A method of controlling inter-cell interference by a base station, BS, in a wireless communication system, the method comprising: receiving a demodulation reference signal, DMRS, from a user equipment, LTE, of a cell to which the BS belongs in a predefined physical resource region; measuring interference on a resource on which the DMRS is transmitted based on an interference measurement type corresponding to the predefined physical resource region; characterized in that based on the strength of the measured interference being greater than a predetermined threshold, determining the LTE as a victim LTE for the predefined physical resource region, transmitting, to the determined victim LTE, information related to an almost black resource, ABR, and receiving, from the determined victim UE, uplink data transmission on the predefined physical resource region except for the ABR, wherein based on an interference measurement type being interference measurement of a same beam pair using the DMRS, the information related to the ABR includes a symbol index, wherein based on the interference measurement type being interference measurement of a same transmission reception point, TRP, reception, Rx beam using the DMRS, the information related to the ABR includes a TRP Rx index, wherein the predefined physical resource region is for the uplink data transmission of a cell to which the BS belongs and for uplink beam sweeping of a neighboring cell to which a neighboring BS belongs. receiving a demodulation reference signal, DMRS, from a user equipment, LTE, of a cell to which the BS belongs in a predefined physical resource region; measuring interference on a resource on which the DMRS is transmitted based on an interference measurement type corresponding to the predefined physical resource region; characterized in that based on the strength of the measured interference being greater than a predetermined threshold, determining the LTE as a victim LTE for the predefined physical resource region, transmitting, to the determined victim LTE, information related to an almost black resource, ABR, and receiving, from the determined victim UE, uplink data transmission on the predefined physical resource region except for the ABR, wherein based on an interference measurement type being interference measurement of a same beam pair using the DMRS, the information related to the ABR includes a symbol index, wherein based on the interference measurement type being interference measurement of a same transmission reception point, TRP, reception, Rx beam using the DMRS, the information related to the ABR includes a TRP Rx index, wherein the predefined physical resource region is for the uplink data transmission of a cell to which the BS belongs and for uplink beam sweeping of a neighboring cell to which a neighboring BS belongs.
A lithium sulfur battery comprising: a positive electrode and a negative electrode disposed opposite to each other; a separator positioned between the positive electrode and the negative electrode; and a gel polymer electrolyte positioned between the separator and the positive electrode, wherein the gel polymer electrolyte comprises LiNO 3 , wherein the gel polymer electrolyte comprises a polymer matrix, and an organic solvent and a lithium salt supported on the polymer matrix, and wherein the polymer matrix is prepared by polymerizing a trimethylolpropane ethoxylate triacrylate monomer, the trimethylolpropane ethoxylate triacrylate having a weight average molecular weight of from 200 g/mol to 1000 g/mol. a positive electrode and a negative electrode disposed opposite to each other; a separator positioned between the positive electrode and the negative electrode; and a gel polymer electrolyte positioned between the separator and the positive electrode, wherein the gel polymer electrolyte comprises LiNO 3 , wherein the gel polymer electrolyte comprises a polymer matrix, and an organic solvent and a lithium salt supported on the polymer matrix, and wherein the polymer matrix is prepared by polymerizing a trimethylolpropane ethoxylate triacrylate monomer, the trimethylolpropane ethoxylate triacrylate having a weight average molecular weight of from 200 g/mol to 1000 g/mol.
An FPGA upgrade method, wherein the FPGA upgrade method is performed by an FPGA , the FPGA communicates with a host through a PCIe link, the FPGA is further connected to an FPGA configuration memory , and the FPGA configuration memory stores configuration data required for upgrading the FPGA ; and the method comprises: receiving an upgrade instruction delivered by the host ; continuously monitoring in an expiration time whether a status of the PCIe link is changed to link down, wherein link down is a status of the PCIe link after the host uninstalls a PCIe driver corresponding to the FPGA ; if it is detected in the expiration time that the PCIe link is changed to link down, loading the configuration data from the FPGA configuration memory for upgrade; and after upgrade is completed, negotiating with the FPGA to restore the status of the PCIe link to link up, wherein link up is used for reloading the PCIe driver upon detection by the host . receiving an upgrade instruction delivered by the host ; continuously monitoring in an expiration time whether a status of the PCIe link is changed to link down, wherein link down is a status of the PCIe link after the host uninstalls a PCIe driver corresponding to the FPGA ; if it is detected in the expiration time that the PCIe link is changed to link down, loading the configuration data from the FPGA configuration memory for upgrade; and after upgrade is completed, negotiating with the FPGA to restore the status of the PCIe link to link up, wherein link up is used for reloading the PCIe driver upon detection by the host .
A pressure coupling chamber for comparison calibration of hydrophones, comprising; - At least one hydrophone , - At least one hydrophone adapter intertwined with the hydrophone , - Suitable fastener for providing sealing between the hydrophone and the hydrophone adapter, - At least one thread adapter located at the top of the hydrophone adapter , - Suitable fastener for sealing to provide sealing between the hydrophone adapter and the thread adapter , - Suitable fastener for fixing the thread adapter to the hydrophone adapter , - Pressure coupling chamber body located between the thread adapter and the reference receiver unit sealing tube , - Internal volume of the pressure coupling chamber (A) formed between the pressure coupling chamber body and the hydrophone, - At least one thread pin and an acoustic cap in the pressure coupling chamber body , and fixed with suitable fasteners for fixing to the acoustic cap , - At least one reference receiver unit fixed to the upper part of the hydrophone with fasteners suitable for sealing and sealed with the sealing tube , the pressure coupling chamber for comparison calibration of hydrophones being characterized by - At least two acoustic sources , located and evenly spaced around the pressure-sensitive active surface of the hydrophone element and mounted to the pressure coupling chamber body symmetrically, - Laboratory standard microphones (LS1 or LS2) as a reference receiver unit , - Air medium in the internal volume of pressure coupling chamber (A), which is not subjected to a separate pressurization externally. - At least one hydrophone , - At least one hydrophone adapter intertwined with the hydrophone , - Suitable fastener for providing sealing between the hydrophone and the hydrophone adapter, - At least one thread adapter located at the top of the hydrophone adapter , - Suitable fastener for sealing to provide sealing between the hydrophone adapter and the thread adapter , - Suitable fastener for fixing the thread adapter to the hydrophone adapter , - Pressure coupling chamber body located between the thread adapter and the reference receiver unit sealing tube , - Internal volume of the pressure coupling chamber (A) formed between the pressure coupling chamber body and the hydrophone, - At least one thread pin and an acoustic cap in the pressure coupling chamber body , and fixed with suitable fasteners for fixing to the acoustic cap , - At least one reference receiver unit fixed to the upper part of the hydrophone with fasteners suitable for sealing and sealed with the sealing tube , the pressure coupling chamber for comparison calibration of hydrophones being characterized by - At least two acoustic sources , located and evenly spaced around the pressure-sensitive active surface of the hydrophone element and mounted to the pressure coupling chamber body symmetrically, - Laboratory standard microphones (LS1 or LS2) as a reference receiver unit , - Air medium in the internal volume of pressure coupling chamber (A), which is not subjected to a separate pressurization externally.
A component mounting line changeover support system for a component mounting line that is configured to mount components on a circuit board using multiple component mounters lined up along a conveyance path of a circuit board , the component mounting line changeover support system comprising: a batch exchange unit set on each of the multiple component mounters , the batch exchange unit being configured for batch exchanging multiple feeders that are configured to supply components or multiple suction nozzles that are configured to pick up the components and mount the components on the circuit board ; multiple exchange-use batch exchange units configured to be exchanged with the batch exchange units set on the component mounters; a memorizing means configured to memorize setup information that is information of feeders or suction nozzles loaded on each of the multiple exchange-use batch exchange units ; and a changeover determining means configured to decide and notify to an operator a combination of batch exchange units that include all of the feeders or suction nozzles to be used in a post-changeover production from among the multiple exchange-use batch exchange units , based on the setup information memorized on the memorizing means that is information of the feeders or suction nozzles loaded on the batch exchange units used in a pre-changeover production. a batch exchange unit set on each of the multiple component mounters , the batch exchange unit being configured for batch exchanging multiple feeders that are configured to supply components or multiple suction nozzles that are configured to pick up the components and mount the components on the circuit board ; multiple exchange-use batch exchange units configured to be exchanged with the batch exchange units set on the component mounters; a memorizing means configured to memorize setup information that is information of feeders or suction nozzles loaded on each of the multiple exchange-use batch exchange units ; and a changeover determining means configured to decide and notify to an operator a combination of batch exchange units that include all of the feeders or suction nozzles to be used in a post-changeover production from among the multiple exchange-use batch exchange units , based on the setup information memorized on the memorizing means that is information of the feeders or suction nozzles loaded on the batch exchange units used in a pre-changeover production.
A method for a first playback device the method comprising: receiving an input for playback in a first bonded zone , the first bonded zone comprising the first playback device; in response to receiving the input for playback, determining whether a second playback device that is sharable between the first bonded zone and a second bonded zone comprising a third playback device is currently active in the first bonded zone; if the second playback device is not currently active in the first bonded zone, determining whether the second playback device is available to join the first bonded zone; if the second playback device is available to join the first bonded zone, causing the second playback device to join the first bonded zone; and in response to the second playback device joining the first bonded zone, adjusting one or more audio parameters of the playback devices of the first bonded zone. receiving an input for playback in a first bonded zone , the first bonded zone comprising the first playback device; in response to receiving the input for playback, determining whether a second playback device that is sharable between the first bonded zone and a second bonded zone comprising a third playback device is currently active in the first bonded zone; if the second playback device is not currently active in the first bonded zone, determining whether the second playback device is available to join the first bonded zone; if the second playback device is available to join the first bonded zone, causing the second playback device to join the first bonded zone; and in response to the second playback device joining the first bonded zone, adjusting one or more audio parameters of the playback devices of the first bonded zone.
An apparatus for use in a borehole intersecting an earth formation, the apparatus comprising: a downhole tool comprising an outer member configured for conveyance in the borehole; a pressure barrel positioned inside the outer member; a substantially cylindrical pod positioned inside the pressure barrel, the pod comprising: at least one rigid outer surface forming an exterior surface of the pod and supported by a central frame extending across a diameter of the pod; at least one downhole electronic component mounted between the exterior surface and the frame. a downhole tool comprising an outer member configured for conveyance in the borehole; a pressure barrel positioned inside the outer member; a substantially cylindrical pod positioned inside the pressure barrel, the pod comprising: at least one rigid outer surface forming an exterior surface of the pod and supported by a central frame extending across a diameter of the pod; at least one downhole electronic component mounted between the exterior surface and the frame. at least one rigid outer surface forming an exterior surface of the pod and supported by a central frame extending across a diameter of the pod; at least one downhole electronic component mounted between the exterior surface and the frame.
A composite web, comprising: - a mass of meltblown fibres comprising at least a first, melted and blown thermoplastic material and a hydrophilic additive melted and blown together with the first thermoplastic material, the hydrophilic additive making the fibres hydrophilic; the composite web further comprising - a particulate material dispersed among the fibres and at least partly adherent thereto, wherein the first thermoplastic material is an elastomer and the particulate material comprises an absorbent or superabsorbent material. - a mass of meltblown fibres comprising at least a first, melted and blown thermoplastic material and a hydrophilic additive melted and blown together with the first thermoplastic material, the hydrophilic additive making the fibres hydrophilic; the composite web further comprising - a particulate material dispersed among the fibres and at least partly adherent thereto, wherein the first thermoplastic material is an elastomer and the particulate material comprises an absorbent or superabsorbent material.