mhurhangee/ep-ind-claims huggingface dataset:
Method for tracking a target (2, 32) by means of a radar, comprising: - a step of transmitting signals towards the target; - a step of receiving signals which are backscattered by the target and obtaining measurements relating to the target from the backscattered signals; - a step of estimating parameters of the trajectory of the target by applying an extended Kalman filter, characterised in that the estimation step comprises a prediction step and a filtering step which are iterated in accordance with a time increment: • the prediction step having at the input a first status vector which is from the filtering step and which contains the coordinates x, y, z of the position of the target in an absolute reference system, the components t x, t y, t z, n x, n y, n z, b x, b y, b z of the basis vectors of a Frenet reference system linked to the target, the curve κ and the torsion τ of the trajectory, the standard υ of the speed of the target and the tangential acceleration α T relative to the trajectory; • the filtering step having at the input: i. a second status vector which is from the prediction step and which contains the position coordinates x, y, z, speed coordinates ẋ,ẏ,ż, acceleration coordinates ẍ, ÿ, z̈ and derivative coordinates of the acceleration,, of the target in the absolute reference system; ii. the measurements relating to the target sampled in accordance with the time increment; the status vector originating from the filtering step comprising the estimated parameters of the trajectory. - a step of transmitting signals towards the target; - a step of receiving signals which are backscattered by the target and obtaining measurements relating to the target from the backscattered signals; - a step of estimating parameters of the trajectory of the target by applying an extended Kalman filter, • the prediction step having at the input a first status vector which is from the filtering step and which contains the coordinates x, y, z of the position of the target in an absolute reference system, the components t x, t y, t z, n x, n y, n z, b x, b y, b z of the basis vectors of a Frenet reference system linked to the target, the curve κ and the torsion τ of the trajectory, the standard υ of the speed of the target and the tangential acceleration α T relative to the trajectory; • the filtering step having at the input: i. a second status vector which is from the prediction step and which contains the position coordinates x, y, z, speed coordinates ẋ,ẏ,ż, acceleration coordinates ẍ, ÿ, z̈ and derivative coordinates of the acceleration,, of the target in the absolute reference system; ii. the measurements relating to the target sampled in accordance with the time increment; i. a second status vector which is from the prediction step and which contains the position coordinates x, y, z, speed coordinates ẋ,ẏ,ż, acceleration coordinates ẍ, ÿ, z̈ and derivative coordinates of the acceleration,, of the target in the absolute reference system; ii. the measurements relating to the target sampled in accordance with the time increment;
An implant composition for use in repairing a bone defect in a living organism, comprising: a plurality of biocompatible granules formed of biocompatible particles and a biocompatible polymer coated on at least a portion of said biocompatible particles, said biocompatible granules being packed or agglomerated to form an implant mass; a liquid plasticizer in said implant mass in an amount sufficient to reduce a T g of said biocompatible polymer to a temperature which is below room temperature so that said implant mass is initially plastically deformable to a desired shape and then hardenable upon removal of at least a portion of said liquid plasticizer from said implant mass in situ or ex situ. a plurality of biocompatible granules formed of biocompatible particles and a biocompatible polymer coated on at least a portion of said biocompatible particles, said biocompatible granules being packed or agglomerated to form an implant mass; a liquid plasticizer in said implant mass in an amount sufficient to reduce a T g of said biocompatible polymer to a temperature which is below room temperature so that said implant mass is initially plastically deformable to a desired shape and then hardenable upon removal of at least a portion of said liquid plasticizer from said implant mass in situ or ex situ.
Tool for cleaning the rollers (2a, 2b) of container- or can-closing machines; including a head that can be coupled to a motor and on which the following are mounted: - tractor discs which rotate the rollers (2a, 2b) to be cleaned, and which comprise at least one element in contact with these rollers to transmit traction to them, - at least one actuating disc (15, 16) which rotates in a different direction and/or at a different speed from the tractor discs, and has at least one element for cleaning the rollers (2a, 2b), and - a transmission arranged between the motor and the tractor discs and the at least one actuating disc (15, 16). - tractor discs which rotate the rollers (2a, 2b) to be cleaned, and which comprise at least one element in contact with these rollers to transmit traction to them, - at least one actuating disc (15, 16) which rotates in a different direction and/or at a different speed from the tractor discs, and has at least one element for cleaning the rollers (2a, 2b), and - a transmission arranged between the motor and the tractor discs and the at least one actuating disc (15, 16).
An implantable biosensor comprising the following functional layers produced from an organosilicon polymer: an anti-interference layer, an enzyme layer, a regulation layer and a biocompatibility layer, and raw materials of the organosilicon polymer comprise: at least one active organosiloxane with two or more functional groups; at least one curing agent; at least one hydrophilic copolymer; at least one modifier and/or filler; wherein the curing agent is selected from a chain extender with two degrees of functionality or a cross-linking agent with three or more functional groups, characterized by the chain extender is a silane chain extender or glutaraldehyde; the cross-linking agent is a silane cross-linking agent; the organosilicon polymer is a network polymer.
Device for local anesthesia having an outlet opening through which coolant, in particular gas, is directed at a site to be treated, the device having a cyclone nozzle connected with the outlet opening from which the coolant flows out towards a site to be treated, the cyclone nozzle having an upstream cylindrical segment and an adjoining downstream segment in the form of a truncated cone, the device further comprising means for the tangential introduction of the coolant into the interior of the cylindrical segment; the coolant being forced into a circular path by the tangential introduction into the interior of the cylindrical segment and consequently flowing downwards in an eddy directed downward; and the tapering of the segment having the form of a truncated cone effecting volume displacement towards the inside and banking in the region of the segment having the form a truncated cone which is furthest downstream; characterized in that the cyclone nozzle comprises an outer sheath extending around the cylindrical segment, and in that the device further comprises means for the introduction of compressed air into the space between the outer sheath and the cylindrical segment; the cylindrical segment being provided with at least one opening so as to allow mixing of the compressed air and the coolant.
A method for flag handling, the method comprising: determining at least one destination flag from dispatched instructions; renaming the at least one destination flag based on data dependencies of the dispatched instructions by assigning a free flag register number; writing each renamed flag to an out of order flag mapping table; writing write flags to an in order flag mapping table, wherein the write flags are generated by an out of order execution of the dispatched instructions; and performing a flush operation based on the write flags, wherein the flush operation restores the out of order flag mapping table based on the in order flag mapping table. determining at least one destination flag from dispatched instructions; renaming the at least one destination flag based on data dependencies of the dispatched instructions by assigning a free flag register number; writing each renamed flag to an out of order flag mapping table; writing write flags to an in order flag mapping table, wherein the write flags are generated by an out of order execution of the dispatched instructions; and performing a flush operation based on the write flags, wherein the flush operation restores the out of order flag mapping table based on the in order flag mapping table.
A ram air fan control system, comprising: a ram air fan motor, the ram air fan motor being a pole-change induction motor (401;501) with at least two pole-count configurations; a ram air fan contactor in electrical communication with a first pole-count configuration of the ram air fan motor over a first conductor bus; a common contactor in electrical communication with a second pole-count configuration of the ram air fan motor over a second conductor bus; and a common power controller in electrical communication with the common contactor; characterised by: a ram air fan power controller in operative communication with the ram air fan contactor; a common power controller in operative communication with the common contactor; wherein the ram air fan contactor is in electrical communication with the first pole-count configuration of the ram air fan motor over the first conductor bus and the common contactor is in electrical communication with the second pole-count configuration of the ram air fan motor over the second conductor bus, which is separate and electrically isolated from the first conductor bus. a ram air fan motor, the ram air fan motor being a pole-change induction motor (401;501) with at least two pole-count configurations; a ram air fan contactor in electrical communication with a first pole-count configuration of the ram air fan motor over a first conductor bus; a common contactor in electrical communication with a second pole-count configuration of the ram air fan motor over a second conductor bus; and a common power controller in electrical communication with the common contactor; characterised by: a ram air fan power controller in operative communication with the ram air fan contactor; a common power controller in operative communication with the common contactor; wherein the ram air fan contactor is in electrical communication with the first pole-count configuration of the ram air fan motor over the first conductor bus and the common contactor is in electrical communication with the second pole-count configuration of the ram air fan motor over the second conductor bus, which is separate and electrically isolated from the first conductor bus. a ram air fan power controller in operative communication with the ram air fan contactor; a common power controller in operative communication with the common contactor; wherein the ram air fan contactor is in electrical communication with the first pole-count configuration of the ram air fan motor over the first conductor bus and the common contactor is in electrical communication with the second pole-count configuration of the ram air fan motor over the second conductor bus, which is separate and electrically isolated from the first conductor bus.
A method, in a network node for dynamic resource allocation for control channels, comprising: - monitoring a control channel load on the network node; - adjusting resource allocation for control channels based on the control channel load; and - assigning at least one of the control channels to a user device, wherein said adjusting comprises: - determining a current load status of the network node based on the control channel load; - increasing a number of control channels on the network node if the current load status is determined to be overloaded with respect to the control channel load; and - decreasing a number of control channels on the network node if the current load status is determined to be underloaded with respect to the control channel load, and wherein said assigning is based on one of: - one or more bands supported by the user device, or - a traffic requirement of the user device, wherein the traffic requirement comprises at least one of: a delay requirement, a throughput requirement and a quality of service requirement. - monitoring a control channel load on the network node; - adjusting resource allocation for control channels based on the control channel load; and - assigning at least one of the control channels to a user device, - determining a current load status of the network node based on the control channel load; - increasing a number of control channels on the network node if the current load status is determined to be overloaded with respect to the control channel load; and - decreasing a number of control channels on the network node if the current load status is determined to be underloaded with respect to the control channel load, and - one or more bands supported by the user device, or - a traffic requirement of the user device, wherein the traffic requirement comprises at least one of: a delay requirement, a throughput requirement and a quality of service requirement.
A support for tools comprising at least one modular component comprising a main body, defining a lateral wall and two base surfaces and extending from a first end to a second end configured to realize a rest and/or a stop for a tool, said main body being connectable to a wall or panel, preferably perforated walls or panels, according to a first fixing configuration, wherein said base surfaces are parallel to the wall or panel, or a second fixing configuration wherein said base surfaces are perpendicular to said wall or panel; said main body being further configured to realize a reversible connection between said modular component and one or more further modular components; said main body extends from said first end to said second end with a substantially tapered shape; wherein said main body has at said first or second end one or at a support body one or more gaps configured to contain the tools. said main body being connectable to a wall or panel, preferably perforated walls or panels, according to a first fixing configuration, wherein said base surfaces are parallel to the wall or panel, or a second fixing configuration wherein said base surfaces are perpendicular to said wall or panel; said main body being further configured to realize a reversible connection between said modular component and one or more further modular components; said main body extends from said first end to said second end with a substantially tapered shape; wherein said main body has at said first or second end one or at a support body one or more gaps configured to contain the tools.
A therapeutic nanoparticle comprising: a substantially hydrophobic acid; a therapeutic agent, wherein the pKa of the protonated therapeutic agent is at least about 1.0 pKa units greater than the pKa of the hydrophobic acid, and wherein the therapeutic agent is 1-(4-{[4-(dimethylamino)piperidin-1-yl]carbonyl}phenyl)-3-[4-(4,6-dimorpholin-4-yl-1,3,5-triazin-2-yl)phenyl]urea or pharmaceutically acceptable salt thereof; and a polymer selected from diblock poly(lactic) acid-poly(ethylene)glycol copolymer or a diblock poly(lactic acid-co-glycolic acid)-poly(ethylene)glycol copolymer and combination thereof; for use as a medicament. a substantially hydrophobic acid; a therapeutic agent, wherein the pKa of the protonated therapeutic agent is at least about 1.0 pKa units greater than the pKa of the hydrophobic acid, and wherein the therapeutic agent is 1-(4-{[4-(dimethylamino)piperidin-1-yl]carbonyl}phenyl)-3-[4-(4,6-dimorpholin-4-yl-1,3,5-triazin-2-yl)phenyl]urea or pharmaceutically acceptable salt thereof; and a polymer selected from diblock poly(lactic) acid-poly(ethylene)glycol copolymer or a diblock poly(lactic acid-co-glycolic acid)-poly(ethylene)glycol copolymer and combination thereof; for use as a medicament.
An assembly for protecting an SMD component from environmental influences comprising - at least one SMD component, - a metallic wiring adapted and arranged to lead current from the at least one SMD component to an external circuit, - at least one protection element adapted and arranged to cover all outer surface of the at least one SMD component and at least parts of the metallic wiring, - the at least one SMD component comprises at least one external electrode, wherein the metallic wiring is soldered to the external electrode, wherein the assembly has a structure of a molded module, and wherein the at least one SMD component comprises a rechargeable all solid-state battery. - at least one SMD component, - a metallic wiring adapted and arranged to lead current from the at least one SMD component to an external circuit, - at least one protection element adapted and arranged to cover all outer surface of the at least one SMD component and at least parts of the metallic wiring, - the at least one SMD component comprises at least one external electrode, wherein the metallic wiring is soldered to the external electrode, wherein the assembly has a structure of a molded module, and wherein the at least one SMD component comprises a rechargeable all solid-state battery.
A method executed on a computing device for providing a rule based analysis of content to manage activation of a web extension, the web extension being an application provided by a hosted communication service, the method comprising: retrieving a rule that is pre-defined and supported by a web extension framework, wherein the rule is one of: received from a manifest of the web extension, a dynamic code provided by a developer for execution by a client application in order to determine activation, and a user built rule stored in a manifest of the web extension; loading the rule and the content into memory; processing the content using the rule and by accessing the memory containing the content to determine a match between the rule and the content; and upon determining the match, displaying, in a web extension pane, a web extension associated with the rule and an activation control for the web extension, the activation control being usable to activate the web extension. retrieving a rule that is pre-defined and supported by a web extension framework, wherein the rule is one of: received from a manifest of the web extension, a dynamic code provided by a developer for execution by a client application in order to determine activation, and a user built rule stored in a manifest of the web extension; loading the rule and the content into memory; processing the content using the rule and by accessing the memory containing the content to determine a match between the rule and the content; and upon determining the match, displaying, in a web extension pane, a web extension associated with the rule and an activation control for the web extension, the activation control being usable to activate the web extension.
An assembly comprising a clamp and a strap and a rod, the strap having a longitudinal direction, the strap being suitable for possibly directly attaching a load for suspension from the rod and/or the clamp via at least one end of the strap, the clamp comprising a contractible gripping part provided for gripping around the rod for enabling a clamping of the clamp on the rod, the strap engaging with the clamp along a first contact line and along a second contact line, each contact line (11, 12) crossing the longitudinal direction of the strap, wherein the two parts of the strap adjacent to the first contact line form an angle around the first contact line, such that, when a load is suspended from the at least one end of the strap, the strap exerts a force on the clamp at the first contact line, said force pushing the clamp at the first contact line in a direction relative to the second contact line, said direction representing a closing direction of the clamp, thereby pressing the gripping part against the rod, wherein the gripping part is resilient, and characterised in that the gripping part is provided with a pretension for pressing against the rod even when no load is suspended from the at least one end of the strap.
A method of wireless communication by a base station configured to provide a cell, and configured to send at least one narrowband reference signal, NRS, in at least one paging occasion, PO, on a narrowband control channel, the method characterized by: calculating a scheduling value based on a number of groups associated with a set of user equipments, UEs operating on the cell, wherein the scheduling value is calculated based on a rate value R, the rate value R being associated with a periodicity at which the at least one NRS is sent in the at least one PO, wherein the scheduling value is calculated further based on a maximum between 1 and the rate value R divided by the number of groups; sending, the at least one NRS in the at least one PO based on the calculated scheduling value; and sending in the cell, at least one system information block, SIB, wherein the at least one SIB indicates the number of groups associated with the set of UEs and the rate value R. calculating a scheduling value based on a number of groups associated with a set of user equipments, UEs operating on the cell, wherein the scheduling value is calculated based on a rate value R, the rate value R being associated with a periodicity at which the at least one NRS is sent in the at least one PO, wherein the scheduling value is calculated further based on a maximum between 1 and the rate value R divided by the number of groups; sending, the at least one NRS in the at least one PO based on the calculated scheduling value; and sending in the cell, at least one system information block, SIB, wherein the at least one SIB indicates the number of groups associated with the set of UEs and the rate value R.