mhurhangee/patent-ind-claim-en huggingface dataset:
An air metal battery comprising: a cathode assembly having a cathode surface, the cathode assembly comprising fluid path for pumping an electrolyte fluid through the cathode assembly and out of the cathode surface, thereby producing a hydrostatic force at the cathode surface; an anode disposed proximate the cathode surface, the anode being positioned proximate to the cathode assembly by a thrust bearing that permits the anode to rotate relative to the cathode assembly ; a shaft for rotating the thrust bearing, the shaft being in contact with a sliding conductor that collects electrical charge; wherein, during operation of the air metal battery, the anode remains spaced from the cathode surface by a constant distance due to a hydrodynamic force of the electrolyte fluid. a cathode assembly having a cathode surface, the cathode assembly comprising fluid path for pumping an electrolyte fluid through the cathode assembly and out of the cathode surface, thereby producing a hydrostatic force at the cathode surface; an anode disposed proximate the cathode surface, the anode being positioned proximate to the cathode assembly by a thrust bearing that permits the anode to rotate relative to the cathode assembly ; a shaft for rotating the thrust bearing, the shaft being in contact with a sliding conductor that collects electrical charge; wherein, during operation of the air metal battery, the anode remains spaced from the cathode surface by a constant distance due to a hydrodynamic force of the electrolyte fluid.
A medical imaging system for performing tissue characterization, comprising a processor configured for: receiving a set of medical data; receiving a display attribute pertaining to a tissue characterization process; generating an instruction that affects the tissue characterization process based on the display attribute; performing the tissue characterization process on the set of medical data to determine a constituent tissue element and assign a tissue identifier to the constituent tissue element, the tissue characterization process utilizing the generated instruction; and outputting to a display of the medical imaging system, the set of medical data and the tissue identifier according to the display attribute, wherein the display attribute is applied to a first subset of the set of medical data independent of a second subset of the set of medical data. receiving a set of medical data; receiving a display attribute pertaining to a tissue characterization process; generating an instruction that affects the tissue characterization process based on the display attribute; performing the tissue characterization process on the set of medical data to determine a constituent tissue element and assign a tissue identifier to the constituent tissue element, the tissue characterization process utilizing the generated instruction; and outputting to a display of the medical imaging system, the set of medical data and the tissue identifier according to the display attribute, wherein the display attribute is applied to a first subset of the set of medical data independent of a second subset of the set of medical data.
An apparatus , comprising: at least one processor ; and at least one memory including a computer program comprising instructions which, when the program is executed by the processor; cause the apparatus at least to: determine a first signal quality estimate for a signal; determine a block error rate estimate based on acknowledgements or decoding results for a plurality of data blocks of the signal; determine a second signal quality estimate for the signal based on the block error rate estimate; determine a signal quality offset based on a difference between the first signal quality estimate and the second signal quality estimate; and determine at least one transmission parameter for at least one subsequent data block based on the first signal quality estimate and the signal quality offset, wherein the instructions further cause the apparatus to: determine the signal quality offset based on a time-average of the difference between the first signal quality estimate and the second signal quality estimate. at least one processor ; and at least one memory including a computer program comprising instructions which, when the program is executed by the processor; cause the apparatus at least to: determine a first signal quality estimate for a signal; determine a block error rate estimate based on acknowledgements or decoding results for a plurality of data blocks of the signal; determine a second signal quality estimate for the signal based on the block error rate estimate; determine a signal quality offset based on a difference between the first signal quality estimate and the second signal quality estimate; and determine at least one transmission parameter for at least one subsequent data block based on the first signal quality estimate and the signal quality offset, wherein the instructions further cause the apparatus to: determine the signal quality offset based on a time-average of the difference between the first signal quality estimate and the second signal quality estimate. determine a first signal quality estimate for a signal; determine a block error rate estimate based on acknowledgements or decoding results for a plurality of data blocks of the signal; determine a second signal quality estimate for the signal based on the block error rate estimate; determine a signal quality offset based on a difference between the first signal quality estimate and the second signal quality estimate; and determine at least one transmission parameter for at least one subsequent data block based on the first signal quality estimate and the signal quality offset, wherein the instructions further cause the apparatus to: determine the signal quality offset based on a time-average of the difference between the first signal quality estimate and the second signal quality estimate.
A method for producing an agent for hypodermic injection, wherein the agent comprises a hydrogel containing sintered hydroxyapatite particles, the production method comprises a deaeration step for removing air contained in the agent, the deaeration step is carried out by applying the agent to a centrifuge under reduced pressure, and the hydrogel is a carboxymethylcellulose gel.
A method for establishing a session, comprising: receiving , by an access and mobility management function entity , a session establishment request sent by a user equipment , and sending the session establishment request to a session management function entity ; determining, by the access and mobility management function entity , that a type of the session to be established for the user equipment is a control plane session according to a negotiation result with the user equipment in a registration process of the user equipment ; wherein the negotiation result is Control Plane CIoT EPS optimisation; instructing , by the access and mobility management function entity , the session management function entity to establish the control plane session for the user equipment ; and performing , by the access and mobility management function entity , control plane data transmission with the user equipment through the control plane session and through a Non Access Stratum, NAS, message. receiving , by an access and mobility management function entity , a session establishment request sent by a user equipment , and sending the session establishment request to a session management function entity ; determining, by the access and mobility management function entity , that a type of the session to be established for the user equipment is a control plane session according to a negotiation result with the user equipment in a registration process of the user equipment ; wherein the negotiation result is Control Plane CIoT EPS optimisation; instructing , by the access and mobility management function entity , the session management function entity to establish the control plane session for the user equipment ; and performing , by the access and mobility management function entity , control plane data transmission with the user equipment through the control plane session and through a Non Access Stratum, NAS, message.
A handling module designed to handle a tray filled with rod like articles of the tobacco industry, comprising a turning unit with a rotation shaft adapted to rotate the tray around an axis , a lifting unit adapted to lift and to lower the turning unit , the turning unit is adapted to rotate the tray during the movement of the lifting unit , characterised in that the turning unit is further adapted to add to the rotation of the tray a translation transversely to the axis of the rotation shaft , and in a direction with a tangential component to the rotation.
A multi-connectivity data volume reporting method , comprising: receiving , by a first network device, a second data volume report from a second network device, wherein the second data volume report is used to indicate a volume of data that is of a terminal device and that passes through the second network device, ; obtaining , by the first network device, a first data volume report, based on the second data volume report received from the second network node, wherein information elements, IEs, included in the first data volume report are partially or totally the same as the IEs included in the second data volume report, and sending , by the first network device, the first data volume report to a third network device; characterized in that the first network device comprises a central unit control plane, CU-CP, function, the second network device comprises a central unit user plane, CU-UP, function, and the third network device comprises an access and mobility management function, AMF; and each one of the first data volume report and the second data volume report comprises quality of service QoS flow identifiers, QFIs, of one or more quality of service QoS flows, identifiers of protocol data unit, PDU, sessions to which the one or more QoS flows belong, and data volumes of the one or more QoS flows. receiving , by a first network device, a second data volume report from a second network device, wherein the second data volume report is used to indicate a volume of data that is of a terminal device and that passes through the second network device, ; obtaining , by the first network device, a first data volume report, based on the second data volume report received from the second network node, wherein information elements, IEs, included in the first data volume report are partially or totally the same as the IEs included in the second data volume report, and sending , by the first network device, the first data volume report to a third network device; characterized in that the first network device comprises a central unit control plane, CU-CP, function, the second network device comprises a central unit user plane, CU-UP, function, and the third network device comprises an access and mobility management function, AMF; and each one of the first data volume report and the second data volume report comprises quality of service QoS flow identifiers, QFIs, of one or more quality of service QoS flows, identifiers of protocol data unit, PDU, sessions to which the one or more QoS flows belong, and data volumes of the one or more QoS flows.
An exhaust gas aftertreatment system for an internal combustion engine, said system comprising - an exhaust duct allowing a through-flow of exhaust gas; - a catalytic NOx converter arranged in the exhaust duct ; - a fluid inlet arranged to introduce a liquid reductant into in the exhaust duct upstream the catalytic NOx converter , - a reductant evaporator element arranged in the exhaust duct , wherein the fluid inlet and the reductant evaporator are arranged in relation to each other so that the reductant is introduced in a direction towards said evaporator element ; - a heat absorbing element arranged in the exhaust duct at a distance from the evaporator element in a position where the temperature is higher than at the position of the evaporator during operation of the internal combustion engine; and - a heat transfer element thermally connected to the heat absorbing element and the evaporator element so as to be capable of transferring heat from the heat adsorbing element to the evaporator element during operation of the internal combustion engine, characterized in that the heat absorbing element is arranged upstream the evaporator element , wherein the heat transfer element substantially extends in the longitudinal direction of the exhaust duct , and wherein the heat transfer element comprises guiding fins configured to guide the flow of exhaust gas towards the evaporator element . - an exhaust duct allowing a through-flow of exhaust gas; - a catalytic NOx converter arranged in the exhaust duct ; - a fluid inlet arranged to introduce a liquid reductant into in the exhaust duct upstream the catalytic NOx converter , - a reductant evaporator element arranged in the exhaust duct , wherein the fluid inlet and the reductant evaporator are arranged in relation to each other so that the reductant is introduced in a direction towards said evaporator element ; - a heat absorbing element arranged in the exhaust duct at a distance from the evaporator element in a position where the temperature is higher than at the position of the evaporator during operation of the internal combustion engine; and - a heat transfer element thermally connected to the heat absorbing element and the evaporator element so as to be capable of transferring heat from the heat adsorbing element to the evaporator element during operation of the internal combustion engine,
A method for transmitting a sidelink data signal by a user equipment, UE, in a wireless communication system, the method comprising: randomly selecting a resource for transmitting the sidelink data signal in a resource pool; transmitting a scheduling assignment signal including information about the randomly selected resource; and transmitting the sidelink data signal using the randomly selected resource in a transmission period, wherein the sidelink data signal includes a field indicating whether the randomly selected resource is maintained or not in a next transmission period. randomly selecting a resource for transmitting the sidelink data signal in a resource pool; transmitting a scheduling assignment signal including information about the randomly selected resource; and transmitting the sidelink data signal using the randomly selected resource in a transmission period, wherein the sidelink data signal includes a field indicating whether the randomly selected resource is maintained or not in a next transmission period.
Watch case comprising: a middle provided with a blind hole ; a first mobile horn for fastening a strand of a bracelet, and provided with a through-hole ; a first elastic element arranged to exert a force on the horn that tends to push it back into a position with a widened lug distance (d); a push-button traversing said through-hole and engaged in the blind hole in the middle, arranged so as to be able to slide between a locked position, in which the push-button blocks the displacement of the horn , and a released position in which the displacement of the horn into a pushed-back position is possible, a second elastic element arranged to exert a force on the push-button to push it back into the locked position. a middle provided with a blind hole ; a first mobile horn for fastening a strand of a bracelet, and provided with a through-hole ; a first elastic element arranged to exert a force on the horn that tends to push it back into a position with a widened lug distance (d); a push-button traversing said through-hole and engaged in the blind hole in the middle, arranged so as to be able to slide between a locked position, in which the push-button blocks the displacement of the horn , and a released position in which the displacement of the horn into a pushed-back position is possible, a second elastic element arranged to exert a force on the push-button to push it back into the locked position.
Apparatus for manufacturing coil members for insertion into slots of the core of a dynamo-electric machine; said coil members being formed by bending portions of an electric conductor ; said apparatus comprising: - feeding means configured for feeding portions of said conductor having a predetermined length through an aperture ; said portions being fed along a feeding axis (AC') in a feeding direction and adjacent to at least one engagement member capable of engaging said conductor ; said aperture being positioned before the engagement member in the feeding direction ; and - moving means configured for moving the engagement member with respect to the aperture to engage a part of the conductor with the engagement member in a transverse direction (X, X') to the feeding axis (AC'), so as to bend said conductor ; said apparatus being characterized in that it further comprises a pressing member configured to be moved and to selectively engage said conductor to cause said conductor to engage a reaction surface which is proximate to said aperture ; said pressing member being situated before said engagement member in said feeding direction of said conductor , thereby implying the high accuracy and repeatability of the bending of the conductor obtained by means of said engaging member . - feeding means configured for feeding portions of said conductor having a predetermined length through an aperture ; said portions being fed along a feeding axis (AC') in a feeding direction and adjacent to at least one engagement member capable of engaging said conductor ; said aperture being positioned before the engagement member in the feeding direction ; and - moving means configured for moving the engagement member with respect to the aperture to engage a part of the conductor with the engagement member in a transverse direction (X, X') to the feeding axis (AC'), so as to bend said conductor ;
An apparatus for guarding a seat gap, comprising: a support member configured to be coupled to a repositionable seat ; and one or more deformable guard members fixed to the support member , the one or more deformable guard members configured to press against a surface adjacent to the repositionable seat , wherein the support member is configured to maintain the one or more deformable guard members pressed against the surface adjacent to the repositionable seat when the repositionable seat is transitioned from a first position to a second position, wherein the support member comprises a flexible support member , and at least a portion of the flexible support member bends or unbends to maintain the one or more deformable guard members pressed against the surface adjacent to the repositionable seat when the repositionable seat is transitioned from a first position to a second position characterized in that the flexible support member comprises a plurality of segments with flexible joints in between adjacent segments of the plurality of segments. a support member configured to be coupled to a repositionable seat ; and one or more deformable guard members fixed to the support member , the one or more deformable guard members configured to press against a surface adjacent to the repositionable seat , wherein the support member is configured to maintain the one or more deformable guard members pressed against the surface adjacent to the repositionable seat when the repositionable seat is transitioned from a first position to a second position, wherein the support member comprises a flexible support member , and at least a portion of the flexible support member bends or unbends to maintain the one or more deformable guard members pressed against the surface adjacent to the repositionable seat when the repositionable seat is transitioned from a first position to a second position characterized in that the flexible support member comprises a plurality of segments with flexible joints in between adjacent segments of the plurality of segments.
A thermal energy network interconnecting a plurality of thermal loads (4a, 4b, 4c,...), the network comprising: (i) at least one energy unit capable of functioning as a heat source or a heat sink; (ii) a primary circuit loop for working fluid connected to the energy unit , the primary circuit loop consisting of an upstream outflow line and a downstream return line ; (iii) a primary pump for pumping the working fluid around the primary circuit loop successively from an outlet of the energy unit along the upstream outflow line , along the downstream return line and back to an inlet of the energy unit ; (iv) at least two thermal loads (4a, 4b, 4c,...), each thermal load (4a, 4b, 4c,...) respectively comprising a user circuit loop for working fluid, each user circuit loop being connected to the primary circuit loop by a respective working fluid connection at a respective location along the primary circuit loop , wherein the connection comprises: a first working fluid line having an inlet connected to the upstream outflow line and an outlet connected to the user circuit loop , a second working fluid line having an inlet connected to the downstream return line and an outlet connected to the user circuit loop , and a third working fluid line having an outlet connected to the upstream outflow line and an inlet connected to the user circuit loop ; and (v) a switchable valve system coupled to each user circuit loop for selectively connecting the respective user circuit loop to the primary circuit loop in a selected working fluid flow direction within the respective connection . (i) at least one energy unit capable of functioning as a heat source or a heat sink; (ii) a primary circuit loop for working fluid connected to the energy unit , the primary circuit loop consisting of an upstream outflow line and a downstream return line ; (iii) a primary pump for pumping the working fluid around the primary circuit loop successively from an outlet of the energy unit along the upstream outflow line , along the downstream return line and back to an inlet of the energy unit ; (iv) at least two thermal loads (4a, 4b, 4c,...), each thermal load (4a, 4b, 4c,...) respectively comprising a user circuit loop for working fluid, each user circuit loop being connected to the primary circuit loop by a respective working fluid connection at a respective location along the primary circuit loop , wherein the connection comprises: a first working fluid line having an inlet connected to the upstream outflow line and an outlet connected to the user circuit loop , a second working fluid line having an inlet connected to the downstream return line and an outlet connected to the user circuit loop , and a third working fluid line having an outlet connected to the upstream outflow line and an inlet connected to the user circuit loop ; and (v) a switchable valve system coupled to each user circuit loop for selectively connecting the respective user circuit loop to the primary circuit loop in a selected working fluid flow direction within the respective connection .