mhurhangee/patent-ind-claim-en huggingface dataset:
A system for abatement of pollutants in an exhaust gas stream of an internal combustion engine, the system comprising: a catalytic article downstream of and in fluid communication with the internal combustion engine; a hydrogen generation system comprising an ammonia decomposition article configured to generate hydrogen, the ammonia decomposition article comprising an ammonia/ organic solvent reservoir or an ammonia storage tank, and a catalytic reactor configured to decompose ammonia into hydrogen and nitrogen from ammonia; a hydrogen injection article in fluid communication with the catalytic article and with the exhaust gas stream of the internal combustion engine and configured to introduce hydrogen into the exhaust gas stream upstream of the catalytic article; and a hydrogen storage article; wherein the hydrogen injection article is configured to introduce hydrogen from the hydrogen storage article and is configured to introduce hydrogen during a cold-start period; wherein the hydrogen injection article is configured to introduce hydrogen when the exhaust gas stream entering the catalytic article is at a temperature of from 0°C to 180°C. a catalytic article downstream of and in fluid communication with the internal combustion engine; a hydrogen generation system comprising an ammonia decomposition article configured to generate hydrogen, the ammonia decomposition article comprising an ammonia/ organic solvent reservoir or an ammonia storage tank, and a catalytic reactor configured to decompose ammonia into hydrogen and nitrogen from ammonia; a hydrogen injection article in fluid communication with the catalytic article and with the exhaust gas stream of the internal combustion engine and configured to introduce hydrogen into the exhaust gas stream upstream of the catalytic article; and a hydrogen storage article; wherein the hydrogen injection article is configured to introduce hydrogen from the hydrogen storage article and is configured to introduce hydrogen during a cold-start period; wherein the hydrogen injection article is configured to introduce hydrogen when the exhaust gas stream entering the catalytic article is at a temperature of from 0°C to 180°C.
A method for determining whether a subject suffers from a liver dysfunction comprising measuring the binding capacities of gold (Au), copper (Cu), cadmium (cd), L-thyroxine and dansylsarcosine to serum albumin in a sample that has been obtained from the subject wherein said measured binding capacities indicate whether the subject suffers from a liver dysfunction.
Sealing or moulding tool of a packaging machine , having a heating element with a heating plate which is provided on a support and which is covered by a covering element , wherein the covering element is connected to the support by means of a multiplicity of connecting means, wherein the heating plate is constructed from a multiplicity of modules , characterized in that a gap is located between the modules.
A drain assembly, comprising a sewer tube , a connecting pole , a connecting seat having a sewer outlet , and a sewer lid to close or open the sewer outlet , wherein the connecting seat is connected to the sewer tube , the connecting pole is inside the sewer tube , the sewer lid is connected to an upper end of the connecting pole , the sewer tube comprises a fixing seat on a side wall, the fixing seat comprises a driving component to drive the connecting pole , the driving component comprises a swing component , a swing component mounting seat , a connecting steel wire and a handle , the swing component is hinged to the swing component mounting seat to enable the swing component to swing with a hinge shaft as a center, the handle is connected to an end of the connecting steel wire , the other end of the connecting steel wire is connected to an end of the swing component , the other end of the swing component is used to drive the connecting pole to move along the sewer tube so that the sewer lid closes or opens the sewer outlet , and a friction force inducing component is arranged between the swing component and the swing component mounting seat to induce friction on the swing component so that the swing component can stay in a determined position during swinging, the swing component comprises a spherical ball , the swing component mounting cavity comprises a round cavity adapted to the spherical ball , and the friction force induced by contact of an inner surface of the round cavity with an outer surface of the spherical ball causes the swing component to stay in the determined position during swinging, characterized in that the swing component mounting seat comprises a first seat body and a second seat body , the first seat body is located on a side of the swing component which is near the sewer tube , the second seat body is located on a side of the swing component which is away from the sewer tube , the first seat body and the second seat body comprise a swing component mounting cavity , the swing component is arranged in the swing component mounting cavity .
A 4-1BBL trimer-containing antigen binding molecule comprising (a) one Fab molecule capable of specific binding to a target cell antigen, wherein the Fab heavy chain is fused at its C-terminus to the N-terminus of a CH2 domain in the Fc domain, (b) a polypeptide comprising the amino acid sequence of SEQ ID NO:5 or SEQ ID NO:103 comprising three ectodomains of 4-1BBL, wherein the polypeptide comprising three ectodomains of 4-1BBL is fused at its C-terminal amino acid to the N-terminal amino acid of the other CH2 domain of the Fc domain, and (c) a Fc domain composed of a first and a second subunit capable of stable association, wherein the Fc domain is an IgG1 Fc domain comprising the amino acid substitutions L234A, L235A and P329G (EU numbering). (a) one Fab molecule capable of specific binding to a target cell antigen, wherein the Fab heavy chain is fused at its C-terminus to the N-terminus of a CH2 domain in the Fc domain, (b) a polypeptide comprising the amino acid sequence of SEQ ID NO:5 or SEQ ID NO:103 comprising three ectodomains of 4-1BBL, wherein the polypeptide comprising three ectodomains of 4-1BBL is fused at its C-terminal amino acid to the N-terminal amino acid of the other CH2 domain of the Fc domain, and (c) a Fc domain composed of a first and a second subunit capable of stable association, wherein the Fc domain is an IgG1 Fc domain comprising the amino acid substitutions L234A, L235A and P329G (EU numbering).
An absorption chiller comprising: a refrigeration cycle unit including a regenerator , a condenser , an evaporator , and an absorber ; a first supply flow path (L9) configured to supply an absorption liquid inside the absorber into the evaporator ; a first control valve (V1) opening and closing the first supply flow path (L9); a first pump (P2) configured to generate power to supply the absorption liquid inside the absorber into the evaporator ; a control unit configured to control opening and closing of the first control valve (V1) and an operation of the first pump (P2), the control unit being configured to open the first control valve (V1) and operate the first pump (P2) such that a liquid inside the evaporator is mixed with the absorption liquid, after an operation of the absorption chiller is stopped, and a second supply flow path (L10) configured to supply the liquid inside the evaporator into the absorber ; a second control valve (V2) opening and closing the second supply flow path (L10); and a second pump (P3) configured to generate power to supply the liquid inside the evaporator into the absorber , wherein the control unit is configured to open the second control valve (V2) and operate the second pump (P3), after the operation of the absorption chiller is stopped and before the first control valve (V1) is opened and the first pump (P2) is operated. a refrigeration cycle unit including a regenerator , a condenser , an evaporator , and an absorber ; a first supply flow path (L9) configured to supply an absorption liquid inside the absorber into the evaporator ; a first control valve (V1) opening and closing the first supply flow path (L9); a first pump (P2) configured to generate power to supply the absorption liquid inside the absorber into the evaporator ; a control unit configured to control opening and closing of the first control valve (V1) and an operation of the first pump (P2), the control unit being configured to open the first control valve (V1) and operate the first pump (P2) such that a liquid inside the evaporator is mixed with the absorption liquid, after an operation of the absorption chiller is stopped, and a second supply flow path (L10) configured to supply the liquid inside the evaporator into the absorber ; a second control valve (V2) opening and closing the second supply flow path (L10); and a second pump (P3) configured to generate power to supply the liquid inside the evaporator into the absorber , wherein the control unit is configured to open the second control valve (V2) and operate the second pump (P3), after the operation of the absorption chiller is stopped and before the first control valve (V1) is opened and the first pump (P2) is operated.
A mesh fixation device comprising: a plurality of elongate members , each elongate member comprising: a plurality of longitudinally extending support members , each support member connected to an adjacent support member by a plurality of connecting members , the elongate member defining at least one opening extending therethrough between adjacent support members and adjacent connecting members; a plurality of legs extending from each support member, the plurality of legs adapted for insertion through a mesh and into a body tissue to secure the mesh to the body tissue, wherein each elongate member is removably attached to an adjacent elongate member through an attachment joint . a plurality of longitudinally extending support members , each support member connected to an adjacent support member by a plurality of connecting members , the elongate member defining at least one opening extending therethrough between adjacent support members and adjacent connecting members; a plurality of legs extending from each support member, the plurality of legs adapted for insertion through a mesh and into a body tissue to secure the mesh to the body tissue, wherein each elongate member is removably attached to an adjacent elongate member through an attachment joint .
A method for producing GDP-fucose using a recombinant prokaryotic microorganism host cell, the recombinant prokaryotic host cell comprising a cytoplasm and at least one membrane, the method comprising the steps of: a) providing a recombinant prokaryotic microorganism host cell, said recombinant prokaryotic microorganism host cell being transformed to comprise at least one nucleic acid sequence heterologous to said recombinant prokaryotic microorganism cell, said nucleic acid heterologous to said recombinant prokaryotic microorganism cell comprising a nucleic acid sequence encoding a transporter protein for GDP-fucose that is fused to a signal sequence which transports the protein through a cellular membrane of the host cell; and b) growing, under suitable nutrient conditions permissive for the production of GDP-fucose, said recombinant prokaryotic host cell under conditions so as to allow said recombinant prokaryotic microorganism host cell to express said transporter protein for GDP-fucose, whereby the GDP-fucose is transported over the membrane; and thereby providing the GDP-fucose in the periplasm of said recombinant prokaryotic microorganism cell or the medium of its growth. a) providing a recombinant prokaryotic microorganism host cell, said recombinant prokaryotic microorganism host cell being transformed to comprise at least one nucleic acid sequence heterologous to said recombinant prokaryotic microorganism cell, said nucleic acid heterologous to said recombinant prokaryotic microorganism cell comprising a nucleic acid sequence encoding a transporter protein for GDP-fucose that is fused to a signal sequence which transports the protein through a cellular membrane of the host cell; and b) growing, under suitable nutrient conditions permissive for the production of GDP-fucose, said recombinant prokaryotic host cell under conditions so as to allow said recombinant prokaryotic microorganism host cell to express said transporter protein for GDP-fucose, whereby the GDP-fucose is transported over the membrane; and thereby providing the GDP-fucose in the periplasm of said recombinant prokaryotic microorganism cell or the medium of its growth.
A parking lock actuator comprising an output element that is adapted for being connected to a rotatable component of a parking lock, the output element being rotatably mounted so as to be rotatable between a locking position and a release position, a spindle drive that includes an electric motor , a spindle rotatably connected with the electric motor and a nut non-rotatably accommodated on the spindle , and a lever for converting a translational movement of the nut into a rotation of the output element , the nut being connected to the lever and the lever being connected to the output element in a torque-transmitting manner, the lever being pivotally fixed at a pivot axis and having only one degree of freedom in a pivot plane perpendicular to an extension of the output element , wherein a spring element is provided, characterized in that the spring element acts on the lever and biases the lever in a lever release direction (R L ) towards the release position of the output element , supporting the nut in providing part of the torque required for rotating the output element in a release direction.
Method for spectrum sharing in a communication network comprising at least a first network comprising first transmission systems S 1 and a second network comprising second transmission systems S 2 , the networks operating in frequency ranges which can be at least partially superimposed and in the same geographical zone, leading to a spectrum band being shared, characterised in that it comprises at least the following steps: • affiliating the at least first system and the at least second system with a server and communicating to the server spectrum sharing rules, • determining whether there is a constrained system for which the frequency band is fixed and, if yes, attributing to the constrained system a first spectrum sub-band of the shared spectrum band for a specific geographic zone, generating an alarm if this is not possible, • carrying out this attribution for all the geographic zones covered by the constrained system, • identifying the non-constrained systems and, while applying the spectrum sharing rules, attributing to each of the non-constrained systems and each defined geographic zone a spectrum sub-band for each of the systems in accordance with the geographic zone covered by the network, and, if it is impossible to find a spectrum sub-band, generating an alarm. • affiliating the at least first system and the at least second system with a server and communicating to the server spectrum sharing rules, • determining whether there is a constrained system for which the frequency band is fixed and, if yes, attributing to the constrained system a first spectrum sub-band of the shared spectrum band for a specific geographic zone, generating an alarm if this is not possible, • carrying out this attribution for all the geographic zones covered by the constrained system, • identifying the non-constrained systems and, while applying the spectrum sharing rules, attributing to each of the non-constrained systems and each defined geographic zone a spectrum sub-band for each of the systems in accordance with the geographic zone covered by the network, and, if it is impossible to find a spectrum sub-band, generating an alarm.
A method to provide a data protection feature for a storage service, wherein access to data stored at the storage service is subject to a first authentication process, the method comprising: receiving a selection of the data protection feature that includes elevation of the first authentication process; detecting an attempted operation performed on a portion of data at a device on which the portion of data is stored locally and provided to the storage service through a synchronization process; in response to a determination that the attempted operation was performed on the portion of data at the device and is deletion or modification of the portion of data, prompting a second authentication process to enable the attempted operation to be performed on the portion of data at the storage service, wherein the second authentication process is elevated compared to the first authentication process, and placing a hold on an upload of the deleted or modified data to the storage service through the synchronization process; and removing the hold if the second elevated authentication process is validated to enable the attempted operation to be performed on the portion of data at the storage service. receiving a selection of the data protection feature that includes elevation of the first authentication process; detecting an attempted operation performed on a portion of data at a device on which the portion of data is stored locally and provided to the storage service through a synchronization process; performed on a portion of data at a device on which the portion of data is stored locally and provided to the storage service through a synchronization process; in response to a determination that the attempted operation was performed on the portion of data at the device and is deletion or modification of the portion of data, prompting a second authentication process to enable the attempted operation to be performed on the portion of data at the storage service, wherein the second authentication process is elevated compared to the first authentication process, and placing a hold on an upload of the deleted or modified data to the storage service through the synchronization process; and removing the hold if the second elevated authentication process is validated to enable the attempted operation to be performed on the portion of data at the storage service.
A system comprising a server computer and a bone alignment device , the bone alignment device including components capable of sensing forces that are being transmitted through the bone alignment device wherein the system is configured to: communicate, by the server computer, a set of instructions, the instructions comprising a prescription for the bone alignment device to be accomplished over a predetermined period of time to a patient device to achieve alignment of one or more bones by adjustment of a bone alignment device coupled to a patient ; determine, by the bone alignment device, information comprising readings of forces being transmitted through parts of the bone alignment device; receive, by the server computer, the information from the patient device after communication of the instructions to the patient device regarding one or more adjustments made to the bone alignment device ; analyze, by the server computer, the information received from the patient device , wherein analyzing the information includes analyzing the readings of forces being transmitted through parts of the bone alignment device; calculate, by the server computer, a revised set of instructions to be accomplished over a predetermined period of time to achieve alignment of the one or more bones by adjustment of the bone alignment device coupled to the patient based on the information received ; and communicate, by the server computer, the revised set of instructions to the patient device to enable transformation of the bone alignment device in accordance with the revised set of instructions. communicate, by the server computer, a set of instructions, the instructions comprising a prescription for the bone alignment device to be accomplished over a predetermined period of time to a patient device to achieve alignment of one or more bones by adjustment of a bone alignment device coupled to a patient ; determine, by the bone alignment device, information comprising readings of forces being transmitted through parts of the bone alignment device; receive, by the server computer, the information from the patient device after communication of the instructions to the patient device regarding one or more adjustments made to the bone alignment device ; analyze, by the server computer, the information received from the patient device , wherein analyzing the information includes analyzing the readings of forces being transmitted through parts of the bone alignment device; calculate, by the server computer, a revised set of instructions to be accomplished over a predetermined period of time to achieve alignment of the one or more bones by adjustment of the bone alignment device coupled to the patient based on the information received ; and communicate, by the server computer, the revised set of instructions to the patient device to enable transformation of the bone alignment device in accordance with the revised set of instructions.
An isolator for isolating a device driven by an engine via an endless drive member , comprising: a shaft adapter that is connectable with a shaft of the device; a rotary drive member that is engageable with the endless drive member ; a first isolation spring arrangement that is positioned to transfer torque between the shaft adapter and the rotary drive member ; and a position-based damping structure that is positioned to transfer torque via a frictional damping force between the rotary drive member and the shaft adapter at a selected amount of relative movement therebetween, wherein the selected amount of relative movement is selected to be less than a maximum permitted amount of flexure of the first isolation spring arrangement, characterized in that the damping structure includes a first spreader member and first and second force transfer members , wherein the selected amount of relative movement between the rotary drive member and the shaft adapter drives the spreader member circumferentially into engagement with the force transfer members , which in turn transfer force from the spreader member into an axial force on first and second friction members respectively to generate the frictional damping force. a shaft adapter that is connectable with a shaft of the device; a rotary drive member that is engageable with the endless drive member ; a first isolation spring arrangement that is positioned to transfer torque between the shaft adapter and the rotary drive member ; and a position-based damping structure that is positioned to transfer torque via a frictional damping force between the rotary drive member and the shaft adapter at a selected amount of relative movement therebetween, wherein the selected amount of relative movement is selected to be less than a maximum permitted amount of flexure of the first isolation spring arrangement, characterized in that the damping structure includes a first spreader member and first and second force transfer members , wherein the selected amount of relative movement between the rotary drive member and the shaft adapter drives the spreader member circumferentially into engagement with the force transfer members , which in turn transfer force from the spreader member into an axial force on first and second friction members respectively to generate the frictional damping force.