mhurhangee/ep-ind-claims huggingface dataset:
A clot retrieval device for removing occlusive clot from a blood vessel comprising a clot engaging element having a constrained delivery configuration and an expanded deployed configuration, the clot engaging element having a first peripheral portion, a second peripheral portion and a clot engaging section extending between the first and second peripheral portions wherein, in the expanded configuration, the peripheral portions are laterally spaced-apart, the clot engaging section extends between the peripheral portions, and wherein the clot engaging element has a longitudinally extending undulating edge such that the clot engaging element forms a longitudinal wave shape; and characterised in that the clot retrieval device further comprises an activator for modifying the longitudinal wave shape to engage with a clot, wherein the activator comprises at least one push wire and/or at least one pull wire (853, 854, 861, 862).
A playground equipment comprising a platform for a user to sit or stand on, wherein the platform is configured to be mounted to the ground via a first shaft and a second shaft which are connected to each other at an angle, wherein the platform rotates with the first shaft around a first rotational axis aligned with the rotational axis of the first shaft and the entire equipment rotates around a second rotational axis aligned with the rotational axis of the second shaft and wherein the shafts are coupled in a gear transmission system with a gear ratio different from one such that a first rotational speed of the first shaft yields a second rotational speed of the second shaft different from the first rotational speed such that a user on the platform can by use of his or her body weight set the platform into motion wherein the platform rotates with the first shaft around the first rotational axis, while the entire equipment rotates around the second rotational axis but at a rotational speed different from the rotational speed of the first shaft.
A computer implemented method comprising: maintaining, by a computing device, a data store including a plurality of web content filtering rules; receiving, by the computing device, a filtering rules query from a client device (38, 40, 42, 44), via a network (14, 18), in response to the client device requesting web content; transmitting, by the computing device, one or more web content filtering rules to the client device (38, 40, 42, 44) via the network, wherein the one or more web content filtering rules transmitted to the client device is applicable to the web content requested by the client device, wherein the one or more web content filtering rules transmitted to the client device in response to the client device requesting web content include an identification of a portion of the web content to filter and instructions for rendering the web content; prior to rendering the requested web content, filtering, by the client device, a portion of the web content based upon, at least in part, the transmitted one or more web content filtering rules; and prior to rendering the requested web content, replacing, by the client device, the filtered portion of the web content with content from a dynamic source. maintaining, by a computing device, a data store including a plurality of web content filtering rules; receiving, by the computing device, a filtering rules query from a client device (38, 40, 42, 44), via a network (14, 18), in response to the client device requesting web content; transmitting, by the computing device, one or more web content filtering rules to the client device (38, 40, 42, 44) via the network, wherein the one or more web content filtering rules transmitted to the client device is applicable to the web content requested by the client device, wherein the one or more web content filtering rules transmitted to the client device in response to the client device requesting web content include an identification of a portion of the web content to filter and instructions for rendering the web content; prior to rendering the requested web content, filtering, by the client device, a portion of the web content based upon, at least in part, the transmitted one or more web content filtering rules; and prior to rendering the requested web content, replacing, by the client device, the filtered portion of the web content with content from a dynamic source.
Engine control configured to determine a setpoint torque on the basis of a driver-requested torque and a torque demand of an idle-speed control, wherein the driver-requested torque and a first portion of the torque demand of the idle-speed control enter into the setpoint torque in a formed state, and a second portion of the torque demand of the idle-speed control enters into the setpoint torque in an unformed state, wherein the second portion of the torque demand of the idle-speed control is formed by weighting the torque demand of the idle-speed control with a weighting factor, and the first portion of the torque demand of the idle-speed control is formed by weighting the torque demand of the idle-speed control with a modified weighting factor, wherein the modified weighting factor is formed by subtracting the weighting factor from one, wherein the weighting factor is determined from a situational awareness, wherein the situational awareness is based upon one or more of the following pieces of information: state of the drive train, actual rotational speed value, rotational speed setpoint, torque demand of the idle controller, torque demand of the driver, and driving speed.
An apparatus comprising: a target for a magnetic field position sensor system, the system comprising magnetic field sensors (1602, 1604), the target comprising: a first portion of conductive material having a response to a generated magnetic field, which response varies along a length of the conductive material, said first portion being adapted to conduct an eddy current generated by said magnetic field in the first portion of said conductive material, which eddy current varies with a varying position detected by said position sensor system, and said first portion being adapted to bear an induced magnetic field which varies with said varying position; said target further comprising one or more reference portions of conductive material having a response to the generated magnetic field, which response is relatively invariable to changes in said detected position, said reference portion or portions being adapted to conduct an eddy current generated by said magnetic field in the reference portion or portions, which eddy current does not vary with a varying position detected by said position sensor system, and said reference portion or portions being adapted to bear an induced magnetic field which does not vary with said varying position. a first portion of conductive material having a response to a generated magnetic field, which response varies along a length of the conductive material, said first portion being adapted to conduct an eddy current generated by said magnetic field in the first portion of said conductive material, which eddy current varies with a varying position detected by said position sensor system, and said first portion being adapted to bear an induced magnetic field which varies with said varying position; said target further comprising one or more reference portions of conductive material having a response to the generated magnetic field, which response is relatively invariable to changes in said detected position, said reference portion or portions being adapted to conduct an eddy current generated by said magnetic field in the reference portion or portions, which eddy current does not vary with a varying position detected by said position sensor system, and said reference portion or portions being adapted to bear an induced magnetic field which does not vary with said varying position.
A high pressure canister unit (10, 70, 80, 90) comprising: a plurality of arrayed canister bodies, each canister body being formed in a circular cylinder shape, and comprising an opening at at least one end portion in its axial direction; a coupling member (20, 21) that is connected to the opening of each of the canister bodies and that couples the plurality of canister bodies together, and the coupling member (20, 21) comprising a flow path placing interiors of the canister bodies in communication with each other; a box-shaped case (22, 93) housing the plurality of canister bodies and the coupling member (20, 21), the case comprising a through hole; and a leader tube that is provided to the coupling member (20, 21), that leads out to an exterior of the case (22, 93) through the through hole of the case (22, 93), and to which a valve capable of opening and closing the flow path is attached, and wherein the case (22, 93) comprises: a case body (40, 94) comprising a bottom wall (44, 95) and a frame-shaped peripheral wall (46, 96) projecting upward from the bottom wall (44, 95) and surrounding the plurality of canister bodies, and a cover member (42, 81, 91); and the peripheral wall (46, 96) of the case body (40, 94) has a closed cross-section structure. a plurality of arrayed canister bodies, each canister body being formed in a circular cylinder shape, and comprising an opening at at least one end portion in its axial direction; a coupling member (20, 21) that is connected to the opening of each of the canister bodies and that couples the plurality of canister bodies together, and the coupling member (20, 21) comprising a flow path placing interiors of the canister bodies in communication with each other; a box-shaped case (22, 93) housing the plurality of canister bodies and the coupling member (20, 21), the case comprising a through hole; and a leader tube that is provided to the coupling member (20, 21), that leads out to an exterior of the case (22, 93) through the through hole of the case (22, 93), and to which a valve capable of opening and closing the flow path is attached, and wherein the case (22, 93) comprises: a case body (40, 94) comprising a bottom wall (44, 95) and a frame-shaped peripheral wall (46, 96) projecting upward from the bottom wall (44, 95) and surrounding the plurality of canister bodies, and a cover member (42, 81, 91); and a case body (40, 94) comprising a bottom wall (44, 95) and a frame-shaped peripheral wall (46, 96) projecting upward from the bottom wall (44, 95) and surrounding the plurality of canister bodies, and a cover member (42, 81, 91); and the peripheral wall (46, 96) of the case body (40, 94) has a closed cross-section structure.
A method for fabricating a superconducting integrated circuit, the method comprising: depositing a first superconducting metal layer on a substrate, the first superconducting metal layer which is superconductive in a respective range of temperatures; patterning the first superconducting metal layer to form a first wiring layer, the first wiring layer comprising a first set of one or more superconducting traces; depositing a second superconducting metal layer to overlie at least a portion of the first wiring layer, the second superconducting metal layer which is superconductive in a respective range of temperatures; patterning the second superconducting metal layer to form a first plurality of superconducting stud vias in the second superconducting metal layer, each superconducting stud via of the first plurality of superconducting stud vias electrically coupled to at least one of the traces in the first set of one or more superconducting traces; depositing a kinetic inductance layer to overlie at least one of the plurality of superconducting stud vias, wherein the kinetic inductance layer comprises a material superconductive in a respective range of temperatures, the material which causes a larger proportion of energy stored in the kinetic inductance layer to be stored as kinetic inductance than magnetic inductance, patterning the kinetic inductance layer to form a kinetic inductor comprising two electrodes (230, 232) and depositing a first passivation layer to overlie at least a portion of the kinetic inductance layer. depositing a first superconducting metal layer on a substrate, the first superconducting metal layer which is superconductive in a respective range of temperatures; patterning the first superconducting metal layer to form a first wiring layer, the first wiring layer comprising a first set of one or more superconducting traces; depositing a second superconducting metal layer to overlie at least a portion of the first wiring layer, the second superconducting metal layer which is superconductive in a respective range of temperatures; patterning the second superconducting metal layer to form a first plurality of superconducting stud vias in the second superconducting metal layer, each superconducting stud via of the first plurality of superconducting stud vias electrically coupled to at least one of the traces in the first set of one or more superconducting traces; depositing a kinetic inductance layer to overlie at least one of the plurality of superconducting stud vias, wherein the kinetic inductance layer comprises a material superconductive in a respective range of temperatures, the material which causes a larger proportion of energy stored in the kinetic inductance layer to be stored as kinetic inductance than magnetic inductance, patterning the kinetic inductance layer to form a kinetic inductor comprising two electrodes (230, 232) and depositing a first passivation layer to overlie at least a portion of the kinetic inductance layer.
A method for continuous production of non-meat food product without the use of extrusion comprising: mixing dry ingredients comprising vegetable proteins with wet ingredients comprising oil to form a non-meat dough; heating the non-meat dough under pressure; and gradually cooling the heated non-meat dough to form a non-meat food product, wherein the heated non-meat dough undergoes gradually decreasing pressure during the gradual cooling. mixing dry ingredients comprising vegetable proteins with wet ingredients comprising oil to form a non-meat dough; heating the non-meat dough under pressure; and gradually cooling the heated non-meat dough to form a non-meat food product,
A method, comprising: receiving, by a first storage device in a storage cluster comprising a plurality of storage devices, a request for reading a data, the storage cluster having a cache memory accessible by the plurality of storage devices, and the cache memory comprising a plurality of memories located in the respective plurality of storage devices; locating a first address array upon receipt of the request, the first address array comprising one or more addresses; determining a first address from the first address array in accordance with the request, and the first address identifying a memory location of a second address array, the second address array comprising one or more memory addresses; determining a second address from the second address array in accordance with request, the second address identifying a memory location of the data that has been cached in the cache memory; and reading the data from the cache memory in accordance with the second address. receiving, by a first storage device in a storage cluster comprising a plurality of storage devices, a request for reading a data, the storage cluster having a cache memory accessible by the plurality of storage devices, and the cache memory comprising a plurality of memories located in the respective plurality of storage devices; locating a first address array upon receipt of the request, the first address array comprising one or more addresses; determining a first address from the first address array in accordance with the request, and the first address identifying a memory location of a second address array, the second address array comprising one or more memory addresses; determining a second address from the second address array in accordance with request, the second address identifying a memory location of the data that has been cached in the cache memory; and reading the data from the cache memory in accordance with the second address.
An electrode for a rechargeable battery in which a current collector is coated with an electrode mixture including an electrode active material and a binder, the electrode comprising: a first electrode composite layer including PVdF as a first binder and the electrode active material and applied on a current collector; and a second electrode composite layer including a second binder and an electrode active material and applied on the first electrode composite layer, wherein crystallinity of the first binder is 58 or greater and crystallinity of the second binder is less than 58, wherein the thickness of the first electrode composite layer is smaller than the thickness of the second electrode composite layer, wherein crystallinity represents a weight ratio of a crystal part in the entirety of a polymer solid including the crystal part and a non-crystal part, and is measured by an NMR measurement method as defined in the description. a first electrode composite layer including PVdF as a first binder and the electrode active material and applied on a current collector; and a second electrode composite layer including a second binder and an electrode active material and applied on the first electrode composite layer, wherein crystallinity of the first binder is 58 or greater and crystallinity of the second binder is less than 58, wherein the thickness of the first electrode composite layer is smaller than the thickness of the second electrode composite layer, wherein crystallinity represents a weight ratio of a crystal part in the entirety of a polymer solid including the crystal part and a non-crystal part, and is measured by an NMR measurement method as defined in the description.
- Biodegradable mulch for agricultural applications characterised in that its composition comprises: - compostable biodegradable biopolymer A that complies with the EN13432 standard, that incorporates potato starch in a proportion of between 50 and 70% by weight of the end product and that has a particle size of between 1.5 and 2.4 mm, a molten density of between 1.1 and 1.2 g/cm3, a density of between 1.2 and 1.3 g/cm3, a bulk density of between 740 and 800 kg/m 3, and a melt flow index MFI of between 2.5 and 5.5 g/10 min, at a temperature of 190°C and with a weight of 5 kg on the piston, - compostable biodegradable biopolymer B that complies with the EN13432 standard and that includes potato starch in a proportion of between 10 and 40% by weight of the end product, - black masterbatch in a proportion of between 5 and 10% by weight of the end product, and - biodegradable recycled polymers in a proportion of between 0 and 30% by weight of the end product. - compostable biodegradable biopolymer A that complies with the EN13432 standard, that incorporates potato starch in a proportion of between 50 and 70% by weight of the end product and that has a particle size of between 1.5 and 2.4 mm, a molten density of between 1.1 and 1.2 g/cm3, a density of between 1.2 and 1.3 g/cm3, a bulk density of between 740 and 800 kg/m 3, and a melt flow index MFI of between 2.5 and 5.5 g/10 min, at a temperature of 190°C and with a weight of 5 kg on the piston, - compostable biodegradable biopolymer B that complies with the EN13432 standard and that includes potato starch in a proportion of between 10 and 40% by weight of the end product, - black masterbatch in a proportion of between 5 and 10% by weight of the end product, and - biodegradable recycled polymers in a proportion of between 0 and 30% by weight of the end product.
An apparatus of user equipment, UE, the apparatus comprising: processing circuitry; and transceiver circuitry controlled by the processing circuitry, the processing and transceiver circuitry being configured to: configure the UE to concurrently communicate with a primary cell, PCell, and a secondary cell, SCell via associated channels; when a total desired power exceeds a maximum power for a subframe: allocate a minimum power for a scheduled uplink transmission to the channels associated with the SCell and the PCell; allocate at least some remaining power to a scheduled uplink transmission to the PCell based on a priority of the scheduled uplink transmission when the scheduled uplink transmission to the SCell includes control information and when the scheduled uplink transmission to the SCell and the scheduled uplink transmission to the PCell are concurrent; and transmit the scheduled uplink transmission to the SCell and the scheduled uplink transmission to the PCell in accordance with respective power allocations. configure the UE to concurrently communicate with a primary cell, PCell, and a secondary cell, SCell via associated channels; when a total desired power exceeds a maximum power for a subframe: allocate a minimum power for a scheduled uplink transmission to the channels associated with the SCell and the PCell; allocate at least some remaining power to a scheduled uplink transmission to the PCell based on a priority of the scheduled uplink transmission when the scheduled uplink transmission to the SCell includes control information and when the scheduled uplink transmission to the SCell and the scheduled uplink transmission to the PCell are concurrent; and allocate a minimum power for a scheduled uplink transmission to the channels associated with the SCell and the PCell; allocate at least some remaining power to a scheduled uplink transmission to the PCell based on a priority of the scheduled uplink transmission when the scheduled uplink transmission to the SCell includes control information and when the scheduled uplink transmission to the SCell and the scheduled uplink transmission to the PCell are concurrent; and transmit the scheduled uplink transmission to the SCell and the scheduled uplink transmission to the PCell in accordance with respective power allocations.
A prostatic stent comprising a flexible tubular member having a lateral wall equipped with anchoring means, adapted for anchoring the prostatic stent into the prostatic urethra, said anchoring means comprise a succession of hollow and projecting elements (7, 8) defining a continuous and smooth anchoring profile, thereby forming an anchor for the prostatic stent in place into the prostatic urethra, and adapted to avoid any lesion of the urethra during insertion or withdrawal of the stent, characterized in that: - the anchoring means comprise an helical groove which allows the prostatic stent to be sufficiently flexible and also rigid enough in order to be easily inserted into the urethra so that in a bended state of the prostatic stent, where the tubular member is bent with an angle α less than 90 degrees, a lumen formed by the tubular member in a bent region is not closed, - the tubular member is made of silicone. - the anchoring means comprise an helical groove which allows the prostatic stent to be sufficiently flexible and also rigid enough in order to be easily inserted into the urethra so that in a bended state of the prostatic stent, where the tubular member is bent with an angle α less than 90 degrees, a lumen formed by the tubular member in a bent region is not closed, - the tubular member is made of silicone.