mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus converting feedstock into oil and fertilizer, comprising: a reaction chamber having a reaction zone and a wall ; a feedstock input configured to provide feedstock to the reaction chamber ; a burner configured to provide heat to an interior of the reaction chamber ; a combustion fuel input configured to provide combustion fuel to the burner ; at least one feedstock stirrer configured to stir feedstock within the reaction chamber ; a fertilizer support comprising an ash plate disposed below the reaction chamber and configured to collect fertilizer from the reaction chamber , wherein the ash plate is supported by an electrical insulator to cause the fertilizer support to be substantially electrically isolated from the reaction chamber wall ; at least one processor configured to control the feedstock input, the combustion fuel input, and the at least one feedstock stirrer to cause an electric current to flow from the wall of the reaction chamber to reaction products in the reaction zone; evacuation structure configured to evacuate reaction byproducts from above the reaction zone; and oil separation structure configured to separate oil from the evacuated reaction byproducts, and to provide an oil output. a reaction chamber having a reaction zone and a wall ; a feedstock input configured to provide feedstock to the reaction chamber ; a burner configured to provide heat to an interior of the reaction chamber ; a combustion fuel input configured to provide combustion fuel to the burner ; at least one feedstock stirrer configured to stir feedstock within the reaction chamber ; a fertilizer support comprising an ash plate disposed below the reaction chamber and configured to collect fertilizer from the reaction chamber , wherein the ash plate is supported by an electrical insulator to cause the fertilizer support to be substantially electrically isolated from the reaction chamber wall ; at least one processor configured to control the feedstock input, the combustion fuel input, and the at least one feedstock stirrer to cause an electric current to flow from the wall of the reaction chamber to reaction products in the reaction zone; evacuation structure configured to evacuate reaction byproducts from above the reaction zone; and oil separation structure configured to separate oil from the evacuated reaction byproducts, and to provide an oil output.
A medical implant delivery system comprising: an implant ; a delivery catheter ; at least one tether within said delivery catheter and having a distal end and a proximal end, said distal end releasably attached to said implant; a pusher catheter slidingly disposed within said delivery catheter; characterized by an inversion mechanism that is arranged to selectively associate and disassociate movement of said at least one tether with the relative movement between the delivery catheter and the pusher catheter , wherein said inversion mechanism comprises: a carriage attached to said proximal end of said at least one tether ; a handle assembly at a proximal end of said delivery catheter and slidably housing said carriage therein; an activation mechanism arranged to change a linear position of said implant relative to said delivery catheter such that operation of said activation mechanism automatically engages and disengages said carriage such that said carriage slides within said handle assembly for only a portion of a range of said activation mechanism. an implant ; a delivery catheter ; at least one tether within said delivery catheter and having a distal end and a proximal end, said distal end releasably attached to said implant; a pusher catheter slidingly disposed within said delivery catheter; a carriage attached to said proximal end of said at least one tether ; a handle assembly at a proximal end of said delivery catheter and slidably housing said carriage therein; an activation mechanism arranged to change a linear position of said implant relative to said delivery catheter such that operation of said activation mechanism automatically engages and disengages said carriage such that said carriage slides within said handle assembly for only a portion of a range of said activation mechanism.
A waveguide optical device comprising: a waveguide comprising a first surface , and a second surface opposite to the first surface ; an input coupler configured to input light into the waveguide ; and an output coupler configured to output the light propagating in the waveguide to an outside, wherein the output coupler comprises a plurality of grating regions spaced apart from each other, wherein areas of the plurality of grating regions increase in a first direction, in which the light propagates in the waveguide . a waveguide comprising a first surface , and a second surface opposite to the first surface ; an input coupler configured to input light into the waveguide ; and an output coupler configured to output the light propagating in the waveguide to an outside, wherein the output coupler comprises a plurality of grating regions spaced apart from each other, wherein areas of the plurality of grating regions increase in a first direction, in which the light propagates in the waveguide .
Supercontinuum optical source including a MOPA architecture, comprising: an optical source apparatus comprising at least one optical source , said optical source apparatus comprising a first signal source and a second signal source configured for respectively providing first and second signals; a modulation apparatus for modulating at least one of the first and second signals, wherein the modulation apparatus is downstream of the optical source apparatus ; a combiner downstream of the modulation apparatus for combining first and second signals provided by the first and second signal sources; an amplifier downstream of the combiner for amplifying the first and second signals after combination; a nonlinear element in optical communication with and downstream of both the modulation apparatus and the amplifier , the nonlinear element comprising a photonic crystal fibre for providing spectral broadening responsive to the first signal and wherein the second signal does not substantially contribute to said spectral broadening; and an output for outputting nonlinearly generated light, wherein the optical source is configured such that the first and second signals are provided to the amplifier so as to be modulated substantially out of phase with each other. an optical source apparatus comprising at least one optical source , said optical source apparatus comprising a first signal source and a second signal source configured for respectively providing first and second signals; a modulation apparatus for modulating at least one of the first and second signals, wherein the modulation apparatus is downstream of the optical source apparatus ; a combiner downstream of the modulation apparatus for combining first and second signals provided by the first and second signal sources; an amplifier downstream of the combiner for amplifying the first and second signals after combination; a nonlinear element in optical communication with and downstream of both the modulation apparatus and the amplifier , the nonlinear element comprising a photonic crystal fibre for providing spectral broadening responsive to the first signal and wherein the second signal does not substantially contribute to said spectral broadening; and an output for outputting nonlinearly generated light, wherein the optical source is configured such that the first and second signals are provided to the amplifier so as to be modulated substantially out of phase with each other.
Method for operating a 3D body scanner for generating a 3D body model with the following steps: calculating an optimal scanning distance between a person to be scanned and the 3D body scanner by a control unit and projecting an optical indicator for the person to be scanned on a floor in front of the 3D body scanner at the optimal scanning distance from the 3D body scanner by a position indicator projector , characterized by the step of measuring an installation geometry of the 3D body scanner and calculating the optimal scanning distance between the person to be scanned and the 3D body scanner by the control unit on basis of at least the installation geometry. calculating an optimal scanning distance between a person to be scanned and the 3D body scanner by a control unit and projecting an optical indicator for the person to be scanned on a floor in front of the 3D body scanner at the optimal scanning distance from the 3D body scanner by a position indicator projector , characterized by the step of measuring an installation geometry of the 3D body scanner and calculating the optimal scanning distance between the person to be scanned and the 3D body scanner by the control unit on basis of at least the installation geometry.
An apparatus for measuring performance of a network connection, the apparatus comprising: means for receiving a performance indication for a first portion of a network path for a network connection, the first portion between a first node and a second node in the network path; characterized in that the apparatus comprises: means for receiving an indication of a geographic location of a third node in the network path, the indication included in a message from the second node, a path between the second node and the third node comprising a second portion of the network path, the second portion not including the first portion; means for generating a performance measurement for the network connection based on the performance indication and the indication of the geographic location of the third node; and means for initiating an adjustment of the network connection based on the performance measurement. means for receiving a performance indication for a first portion of a network path for a network connection, the first portion between a first node and a second node in the network path; characterized in that the apparatus comprises: means for receiving an indication of a geographic location of a third node in the network path, the indication included in a message from the second node, a path between the second node and the third node comprising a second portion of the network path, the second portion not including the first portion; means for generating a performance measurement for the network connection based on the performance indication and the indication of the geographic location of the third node; and means for initiating an adjustment of the network connection based on the performance measurement. means for receiving an indication of a geographic location of a third node in the network path, the indication included in a message from the second node, a path between the second node and the third node comprising a second portion of the network path, the second portion not including the first portion; means for generating a performance measurement for the network connection based on the performance indication and the indication of the geographic location of the third node; and means for initiating an adjustment of the network connection based on the performance measurement.
A method of making an isomerized ester or acid, comprising: providing an unsaturated fatty acid ester that comprises a terminal olefin ester having the following structure: wherein X is a C 3 -C 18 saturated or unsaturated alkyl chain, and R is an alkyl group; and optionally, prior to the isomerizing step, hydrolyzing the unsaturated fatty acid ester to form the unsaturated fatty acid; and isomerizing the unsaturated fatty acid or the unsaturated fatty acid ester in the presence of heat or an isomerization catalyst to form an isomerized acid or isomerized acid ester, wherein the isomerization catalyst is (PCy 3 ) 2 (Cl)(H)Ru(CO) or a sulfonated tetrafluoroethylene polymer. providing an unsaturated fatty acid ester that comprises a terminal olefin ester having the following structure: wherein X is a C 3 -C 18 saturated or unsaturated alkyl chain, and R is an alkyl group; and optionally, prior to the isomerizing step, hydrolyzing the unsaturated fatty acid ester to form the unsaturated fatty acid; and isomerizing the unsaturated fatty acid or the unsaturated fatty acid ester in the presence of heat or an isomerization catalyst to form an isomerized acid or isomerized acid ester, wherein the isomerization catalyst is (PCy 3 ) 2 (Cl)(H)Ru(CO) or a sulfonated tetrafluoroethylene polymer.
Multi-component composition comprising A) a solid component (A) comprising calcined paper sludge and one or more aggregates, and B) a binder component (B) comprising an organic binder selected from one or more polyols and one or more epoxy resins and, C) a hardener component (C) comprising an isocyanate hardener for polyol or an amine hardener for epoxy resin, wherein the multi-component composition further comprises water which is contained in the binder component (B) and/or in the hardener component (C). A) a solid component (A) comprising calcined paper sludge and one or more aggregates, and B) a binder component (B) comprising an organic binder selected from one or more polyols and one or more epoxy resins and, C) a hardener component (C) comprising an isocyanate hardener for polyol or an amine hardener for epoxy resin,
A method perfomed by a network exposure node, the method comprising: receiving , from a first node, a first message for deleting an event subscription for at least one user equipment, UE, the first message including service capability exposure function, SCEF, Reference ID of a previously accepted Monitoring Event which needs cancellation and an indicator which indicates whether the at least one UE is a group member UE; determining based on the first message, whether the at least one UE is an individual UE or a group member UE; sending a second message to a second node, wherein when the at least one UE is a group member UE, the second message includes UE identification information of the at least one UE, wherein the UE identification information comprises External Identifier, and/or Mobile Subscriber International Integrated Services Digital Network number, MSISDN, of the at least one UE, wherein the first node is subscriber server, and wherein the second node is application server; wherein the first node is one of an Home Subscriber, HSS, a Home Location Register, HLR, or Unified Data Management, UDM. receiving , from a first node, a first message for deleting an event subscription for at least one user equipment, UE, the first message including service capability exposure function, SCEF, Reference ID of a previously accepted Monitoring Event which needs cancellation and an indicator which indicates whether the at least one UE is a group member UE; determining based on the first message, whether the at least one UE is an individual UE or a group member UE; sending a second message to a second node, wherein when the at least one UE is a group member UE, the second message includes UE identification information of the at least one UE, wherein the UE identification information comprises External Identifier, and/or Mobile Subscriber International Integrated Services Digital Network number, MSISDN, of the at least one UE, wherein the first node is subscriber server, and wherein the second node is application server;
A communication method for a wireless network comprising, at a first peer-to-peer, P2P, station, STA: receiving, from an access point, AP, a triggering frame reserving a transmission opportunity, TXOP, the triggering frame allocating one direct link, DiL, resource unit, RU, to the first P2P STA for DiL communication characterized by the triggering frame further allocating one or more uplink, UL, RUs for UL communication during a specified UL duration, and during the specified UL duration, transmitting, to a second P2P STA, a first frame over a first part of the allocated DiL RU; and receiving a second frame from the second P2P STA over a second part of the DiL RU. receiving, from an access point, AP, a triggering frame reserving a transmission opportunity, TXOP, the triggering frame allocating one direct link, DiL, resource unit, RU, to the first P2P STA for DiL communication characterized by the triggering frame further allocating one or more uplink, UL, RUs for UL communication during a specified UL duration, and during the specified UL duration, transmitting, to a second P2P STA, a first frame over a first part of the allocated DiL RU; and receiving a second frame from the second P2P STA over a second part of the DiL RU. transmitting, to a second P2P STA, a first frame over a first part of the allocated DiL RU; and receiving a second frame from the second P2P STA over a second part of the DiL RU.
A tire comprising a tread portion provided with a band composed of at least one band cord wound spirally and circumferentially of the tire and embedded in the tread portion , characterized in that when a band cord piece is taken out from said at least one band cord embedded in the tread portion and measured for the length, at least in a part of the tread portion , a length Lb is smaller than a length La, where the length Lb is measured at a first point of time after the band cord piece has been taken out, and the length La is measured at a second point of time after the first point of time. when a band cord piece is taken out from said at least one band cord embedded in the tread portion and measured for the length, at least in a part of the tread portion , a length Lb is smaller than a length La, where the length Lb is measured at a first point of time after the band cord piece has been taken out, and the length La is measured at a second point of time after the first point of time.
A method for wireless communication by a first user equipment, UE , in communication with a base station , comprising: receiving radio resource control signaling from the base station configuring the first UE to monitor for preemption of downlink transmissions; receiving a downlink grant that assigns resources of one or more symbols in a variable length downlink transmission time interval, TTI, for a transmission to the first UE ; monitoring one or more of the one or more symbols based on the configuration for a control signal indicating that a portion of the resources assigned by the downlink grant is to be preempted for a transmission to a second UE ; and determining whether to cancel a remaining portion of the resources assigned by the downlink grant based at least in part on the control signal, wherein cancelling the remaining portion of the resources comprises not operating on all of the resources assigned by the downlink grant. receiving radio resource control signaling from the base station configuring the first UE to monitor for preemption of downlink transmissions; receiving a downlink grant that assigns resources of one or more symbols in a variable length downlink transmission time interval, TTI, for a transmission to the first UE ; monitoring one or more of the one or more symbols based on the configuration for a control signal indicating that a portion of the resources assigned by the downlink grant is to be preempted for a transmission to a second UE ; and determining whether to cancel a remaining portion of the resources assigned by the downlink grant based at least in part on the control signal, wherein cancelling the remaining portion of the resources comprises not operating on all of the resources assigned by the downlink grant.
A method for controlling a wireless backhaul link, wherein the method comprises: determining, by a first device, to manage a first radio link control, RLC, bearer on a wireless backhaul link between a first backhaul node and a second device, wherein the second device is a parent node of the first backhaul node, the first device is a centralized unit, CU, of a donor base station, and the second device is a distributed unit, DU, of the donor base station; or the second device is a second backhaul node, and the first device is the donor base station; or the first device is the CU, and the second device is the second backhaul node; and sending, by the first device, a backhaul type indicator and management information of the first RLC bearer to the first backhaul node, wherein the backhaul type indicator is used to indicate that the first RLC bearer is used to transmit backhaul traffic of a terminal. determining, by a first device, to manage a first radio link control, RLC, bearer on a wireless backhaul link between a first backhaul node and a second device, wherein the second device is a parent node of the first backhaul node, the first device is a centralized unit, CU, of a donor base station, and the second device is a distributed unit, DU, of the donor base station; or the second device is a second backhaul node, and the first device is the donor base station; or the first device is the CU, and the second device is the second backhaul node; and sending, by the first device, a backhaul type indicator and management information of the first RLC bearer to the first backhaul node, wherein the backhaul type indicator is used to indicate that the first RLC bearer is used to transmit backhaul traffic of a terminal.
A device for processing an electrical cable having a sheath and, lying therebelow, a cable film , comprising a functional group of mutually independent modules (33, MD1, MD2, MD3, MD4) for removing a piece (6`) of the sheath and a piece of the cable film from the cable , wherein the functional group has a first module (MD1) for severing the piece of the sheath from the cable , a second module (MD2), downstream of the first module (MD1), for reducing the mechanical load-bearing capability of the cable film at an envisaged tearing position (R P ), and a third module (MD3), downstream of the second module (MD2), for removing in an automated manner the piece of the sheath and the piece of the cable film from the cable , characterized in that the third module (MD3) has means for twisting and/or bending the cable in the region of the piece of the cable film to be removed.
Recombinant human acid α-glucosidase (GAA) produced in Chinese hamster ovary cell culture for use in a method of treatment of glycogen storage disease type II in a human that is CRIM (cross-reactive immunological material)-positive for endogenous GAA but who has, or is at risk of having anti-GAA antibodies, wherein said recombinant human acid α-glucosidase is to be administered in conjunction with an immunosuppressive or immunotherapeutic regimen, and wherein the immunosuppressive or immunotherapeutic regimen is to be administered prior to the first administration of said recombinant human acid α-glucosidase.
A method comprising: detecting, by a magnetic field sensor , a magnetic field ; generating a magnetic field signal representing the detected magnetic field ; driving a driven signal representing the magnetic field signal onto an output node of the magnetic field sensor; receiving, by the magnetic field sensor, the driven signal on the output node as a received signal; interrupting the driven signal; determining if the driven signal is interrupted by an external source ; wherein the step of determining is performed by comparing the received signal to the driven signal by determining if a voltage of the output node was driven to a predetermined voltage state during transmission of the driven signal; and when it is determined that the driven signal is interrupted, initiating a self-test. detecting, by a magnetic field sensor , a magnetic field ; generating a magnetic field signal representing the detected magnetic field ; driving a driven signal representing the magnetic field signal onto an output node of the magnetic field sensor; receiving, by the magnetic field sensor, the driven signal on the output node as a received signal; interrupting the driven signal; determining if the driven signal is interrupted by an external source ; wherein the step of determining is performed by comparing the received signal to the driven signal by determining if a voltage of the output node was driven to a predetermined voltage state during transmission of the driven signal; and when it is determined that the driven signal is interrupted, initiating a self-test.