mhurhangee/patent-ind-claim-en huggingface dataset:
A deviation detection method for use, in an online manner, with an automatic recommendation system of when a given saw blade may be changed, the method comprising: a. updating a long-term Kernel Density Estimator, KDE, of at least one stream of event data over a first time window, wherein the first time window spans substantially the entirety of the at least one stream of event data, wherein the event data represents an actual wood cut length for the given saw blade in industrial tree cutting; b. updating a short-term KDE of the at least one stream of event data over a second time window, the second time window being of a shorter duration than the first time window; c. computing a first distance between an ideal density distribution and the long-term KDE, the first distance representing the expected and typical deviation of the stream; d. computing a second distance between the ideal density distribution and the short-term KDE, the second distance representing the current deviation of the stream; e. computing a deviation based on the first and second distances; f. comparing the deviation to a threshold value, wherein the threshold value represents a target wood length; g. displaying a result of the comparing of the deviation to the threshold value on a display of the automatic recommendation system of when the given saw blade may be changed; and h. repeating steps a. to g. as further monitored events are provided by the at least one stream of event data. a. updating a long-term Kernel Density Estimator, KDE, of at least one stream of event data over a first time window, wherein the first time window spans substantially the entirety of the at least one stream of event data, wherein the event data represents an actual wood cut length for the given saw blade in industrial tree cutting; b. updating a short-term KDE of the at least one stream of event data over a second time window, the second time window being of a shorter duration than the first time window; c. computing a first distance between an ideal density distribution and the long-term KDE, the first distance representing the expected and typical deviation of the stream; d. computing a second distance between the ideal density distribution and the short-term KDE, the second distance representing the current deviation of the stream; e. computing a deviation based on the first and second distances; f. comparing the deviation to a threshold value, wherein the threshold value represents a target wood length; g. displaying a result of the comparing of the deviation to the threshold value on a display of the automatic recommendation system of when the given saw blade may be changed; and h. repeating steps a. to g. as further monitored events are provided by the at least one stream of event data.
A method for welding thermoplastic rotor blade components together, the method comprising: arranging a first thermoplastic rotor blade component and a second thermoplastic rotor blade component together at an interface ; determining a size of a tolerance gap between the first and second thermoplastic rotor blade components at the interface ; placing a thermoplastic insert between the first and second thermoplastic rotor blade components at the interface , the thermoplastic insert being larger than the tolerance gap; heating the thermoplastic insert and the first and second thermoplastic rotor blade components such that the thermoplastic insert begins to flow so as to fill the tolerance gap between the first and second thermoplastic rotor blade components ; applying pressure to the interface such that the thermoplastic insert and the first and second thermoplastic rotor blade components remain substantially in direct contact with each other at the interface ; and, welding the thermoplastic insert and the first and second thermoplastic rotor blade components together at the interface , wherein the heat and the applied pressure between the thermoplastic insert and the first and second thermoplastic rotor blade components at the interface maintain the thermoplastic insert and the first and second rotor blade components substantially in direct contact at the interface during welding. arranging a first thermoplastic rotor blade component and a second thermoplastic rotor blade component together at an interface ; determining a size of a tolerance gap between the first and second thermoplastic rotor blade components at the interface ; placing a thermoplastic insert between the first and second thermoplastic rotor blade components at the interface , the thermoplastic insert being larger than the tolerance gap; heating the thermoplastic insert and the first and second thermoplastic rotor blade components such that the thermoplastic insert begins to flow so as to fill the tolerance gap between the first and second thermoplastic rotor blade components ; applying pressure to the interface such that the thermoplastic insert and the first and second thermoplastic rotor blade components remain substantially in direct contact with each other at the interface ; and, welding the thermoplastic insert and the first and second thermoplastic rotor blade components together at the interface , wherein the heat and the applied pressure between the thermoplastic insert and the first and second thermoplastic rotor blade components at the interface maintain the thermoplastic insert and the first and second rotor blade components substantially in direct contact at the interface during welding.
A hazardous substance sensing device configured to use a reagent chemical to which an indicator substance, which is different from a hazardous substance as a detection target, is added, and configured to be calibrated based on the detection target included in the reagent chemical, the device comprising: an analysis unit configured to perform mass analysis or ion mobility analysis of a sample; and a determination unit configured to determine that the detection target is included in said sample, in a case where a peak corresponding to the indicator substance is not included and a peak (1; 2; 3) corresponding to the substance as the detection target is included in a spectrum as an analysis result of the analysis unit . an analysis unit configured to perform mass analysis or ion mobility analysis of a sample; and a determination unit configured to determine that the detection target is included in said sample, in a case where a peak corresponding to the indicator substance is not included and a peak (1; 2; 3) corresponding to the substance as the detection target is included in a spectrum as an analysis result of the analysis unit .
A honeycomb structure comprising a plurality of cells , with each cell being defined by a wall, said structure comprising an integrity checking device comprising: - at least one piezoelectric transducer that is capable of emitting an elastic wave so that said emitted wave propagates over a given distance in the structure and that is positioned on the wall of a cell of said structure so as to have at least one point of contact with said cell; - at least one piezoelectric transducer that is capable of receiving, from the emitted elastic wave , an elastic wave that has propagated over a given distance in the structure and that is positioned on the wall of a cell of said structure so as to have at least one point of contact with said cell; with at least one cell comprising a plurality of piezoelectric transducers , thus forming a block of transducers. - at least one piezoelectric transducer that is capable of emitting an elastic wave so that said emitted wave propagates over a given distance in the structure and that is positioned on the wall of a cell of said structure so as to have at least one point of contact with said cell; - at least one piezoelectric transducer that is capable of receiving, from the emitted elastic wave , an elastic wave that has propagated over a given distance in the structure and that is positioned on the wall of a cell of said structure so as to have at least one point of contact with said cell;
A motor comprising: a motor part comprising a stator and a rotor; and an amplifier (10; 10A; 10B; 10C) configured to supply electric power to the motor part , wherein the amplifier (10; 10A; 10B; 10C) comprises: a first frame constituting a housing of the amplifier (10; 10A; 10B; 10C); a second frame (7; 7a; 7b; 7c; 7d; 7e; 7f; 7g; 7h; 7i) which is arranged on a first face located in a direction perpendicular to a rotation axis direction of the rotor at the first frame and to which at least one substrate housed in the first frame is attached, characterized in that the amplifier (10; 10A; 10B; 10C) further comprises a heat sink which is arranged on a second face different from the first face at the first frame and to which at least another substrate different from the at least one substrate housed in the first frame is attached. a motor part comprising a stator and a rotor; and an amplifier (10; 10A; 10B; 10C) configured to supply electric power to the motor part , wherein the amplifier (10; 10A; 10B; 10C) comprises: a first frame constituting a housing of the amplifier (10; 10A; 10B; 10C); a second frame (7; 7a; 7b; 7c; 7d; 7e; 7f; 7g; 7h; 7i) which is arranged on a first face located in a direction perpendicular to a rotation axis direction of the rotor at the first frame and to which at least one substrate housed in the first frame is attached, characterized in that the amplifier (10; 10A; 10B; 10C) further comprises a heat sink which is arranged on a second face different from the first face at the first frame and to which at least another substrate different from the at least one substrate housed in the first frame is attached. a first frame constituting a housing of the amplifier (10; 10A; 10B; 10C); a second frame (7; 7a; 7b; 7c; 7d; 7e; 7f; 7g; 7h; 7i) which is arranged on a first face located in a direction perpendicular to a rotation axis direction of the rotor at the first frame and to which at least one substrate housed in the first frame is attached, characterized in that the amplifier (10; 10A; 10B; 10C) further comprises a heat sink which is arranged on a second face different from the first face at the first frame and to which at least another substrate different from the at least one substrate housed in the first frame is attached.
A method of manufacturing a spunbonded non-woven fabric, the method comprising: a step of melt-spinning a thermoplastic polymer to form a crimped fiber; and a step of collecting the crimped fiber and pressing the collected crimped fiber at a linear pressure of from 5.1 N/mm or more to 7.0 N/mm or less by a compaction roll, wherein the thermoplastic polymer includes an olefinic polymer including a propylene-based polymer. a step of melt-spinning a thermoplastic polymer to form a crimped fiber; and a step of collecting the crimped fiber and pressing the collected crimped fiber at a linear pressure of from 5.1 N/mm or more to 7.0 N/mm or less by a compaction roll, wherein the thermoplastic polymer includes an olefinic polymer including a propylene-based polymer.
A composite construction panel comprising: a substrate layer; a cover layer over the substrate layer and separated from the substrate layer by one or more first spacers; and a plurality of mats disposed between the substrate layer and the cover layer, wherein the mats are vertically separated from one another in a stacked configuration by one or more second spacers and comprise at least one phase change material disposed in at least one phase change region. a substrate layer; a cover layer over the substrate layer and separated from the substrate layer by one or more first spacers; and a plurality of mats disposed between the substrate layer and the cover layer, wherein the mats are vertically separated from one another in a stacked configuration by one or more second spacers and comprise at least one phase change material disposed in at least one phase change region.
A system for removing salt from a rich MEG stream being fed into a flash separator , the system comprising: a first desanding hydrocyclone located in a recirculation loop of the flash separator and arranged so an underflow of the first desanding hydrocyclone is introduced into a brine column of the flash separator ; a first solids fluidization device arranged at a lower end of the brine column and in communication with a first motive fluid stream , the first solids fluidization device including a device having a plurality of spaced-apart vertical slots arranged tangential to and surrounding a central bore of the first fluidization device to cause the first motive fluid stream to swirl when exiting the first fluidization device ; and a slurry discharge head located above the first solids fluidization device and arranged to carry a first salt slurry stream created by the swirling motive fluid away from the brine column to a second desanding hydrocyclone located outside of the brine column . a first desanding hydrocyclone located in a recirculation loop of the flash separator and arranged so an underflow of the first desanding hydrocyclone is introduced into a brine column of the flash separator ; a first solids fluidization device arranged at a lower end of the brine column and in communication with a first motive fluid stream , the first solids fluidization device including a device having a plurality of spaced-apart vertical slots arranged tangential to and surrounding a central bore of the first fluidization device to cause the first motive fluid stream to swirl when exiting the first fluidization device ; and a slurry discharge head located above the first solids fluidization device and arranged to carry a first salt slurry stream created by the swirling motive fluid away from the brine column to a second desanding hydrocyclone located outside of the brine column .
A monoclonal or polyclonal antibody directed against the BDCA-2 protein for use in the prevention or the treatment of pathologies involving activation of plasmacytoid dendritic cells, said pathologies being autoimmune diseases or inflammatory diseases, said antibody having a fucosylation level of less than 60% of glycosylated forms, and said antibody involving destruction of plasmacytoid DC cells by the ADCC mechanism.
A system comprising an intraocular lens insertion apparatus and a toric intraocular lens housed in the intraocular lens insertion apparatus , the toric intraocular lens comprising a lens body having a flat meridian (EX) and a steep meridian, a pair of support portions for positioning the lens body in an eyeball, and connecting portions for connecting the lens body and the support portions , wherein the intraocular lens insertion apparatus comprises a tubular apparatus body having an insertion tube at a distal end of the apparatus body for inserting the toric intraocular lens into the eyeball and a plunger for moving the toric intraocular lens to a distal end of the insertion tube , wherein each of the connecting portions is arranged at a position where the connecting portions face each other across a center of an optical axis (O) of the lens body , and characterized in that one end of the flat meridian (EX) of the lens body is located on the opposite side of an axis (DX) that passes through the center of the optical axis (O) and connects the connecting portions with each other, with respect to a position (P) at which a circumference of the lens body is configured to be contacted by a tip of the plunger of the intraocular lens insertion apparatus , and an angle (Θ) between the flat meridian (EX) of the lens body and a central axis (CX) of the plunger is larger than 0° and equal to or smaller than 90°. the toric intraocular lens comprising a lens body having a flat meridian (EX) and a steep meridian, a pair of support portions for positioning the lens body in an eyeball, and connecting portions for connecting the lens body and the support portions , wherein the intraocular lens insertion apparatus comprises a tubular apparatus body having an insertion tube at a distal end of the apparatus body for inserting the toric intraocular lens into the eyeball and a plunger for moving the toric intraocular lens to a distal end of the insertion tube , wherein each of the connecting portions is arranged at a position where the connecting portions face each other across a center of an optical axis (O) of the lens body , and characterized in that one end of the flat meridian (EX) of the lens body is located on the opposite side of an axis (DX) that passes through the center of the optical axis (O) and connects the connecting portions with each other, with respect to a position (P) at which a circumference of the lens body is configured to be contacted by a tip of the plunger of the intraocular lens insertion apparatus , and an angle (Θ) between the flat meridian (EX) of the lens body and a central axis (CX) of the plunger is larger than 0° and equal to or smaller than 90°.
A maintenance system for a fuel injection system equipping an internal combustion engine, the fuel injection system defining a hydraulic circuit including a high-pressure pump , a solenoid valve , a pressure sensor , a metering solenoid valve , a common rail and injectors , characterized in that the maintenance system includes a manual control unit connected to a hydraulic unit , the hydraulic unit being able to be inserted into the hydraulic circuit of the fuel injection system and including a test solenoid valve and a test pressure sensor mounted in a body having an inlet port , an outlet port and a leakage port so that in use the test solenoid valve generates an artificial leak between a minimum fuel leakage volume and a maximum leakage volume inclusive, the test pressure sensor measuring the pressure in the body of the hydraulic unit and generating a signal indicating the read pressure value, said signal being sent to the manual control unit .
Method for determining a rank index for a content distribution network, CDN, included in a system comprising a plurality of CDNs (CDN1 ... CDNk) and at least one aggregate of addresses associated with users (S1 ... Sq), wherein the aggregate of addresses represents a subset of all addresses to which a CDN distributes content, the method comprising the steps of: - receiving (S110) telemetry data relating to a measurement of quality tied to a provision of one or more services delivered, in a given time interval (Δt), by means of each CDN of said plurality of CDNs (CDN1 ... CDNk) to users of said at least one aggregate of addresses (S1 ... Sq); - determining (S120), based on said telemetry data, a set of CDN-aggregate performance indexes (KPI.,.,Δt), wherein each CDN-aggregate performance index indicates a level of performance shown by a CDN in providing one or more services to users associated with an aggregate of addresses, and wherein the set of CDN-aggregate performance indexes includes CDN-aggregate performance indexes for each combination of a CDN of said plurality of CDNs and said at least one aggregate of addresses; - determining (S130), based on the set of CDN-aggregate performance indexes, a rank index (KPI*k,q,Δt) for a given CDN (CDNk) of said plurality of CDNs with respect to said at least one aggregate of addresses, said rank index indicating a rank level of the CDN-aggregate index of said predetermined CDN relative to the rank indexes of the CDNs of said plurality of CDNs. - receiving (S110) telemetry data relating to a measurement of quality tied to a provision of one or more services delivered, in a given time interval (Δt), by means of each CDN of said plurality of CDNs (CDN1 ... CDNk) to users of said at least one aggregate of addresses (S1 ... Sq); - determining (S120), based on said telemetry data, a set of CDN-aggregate performance indexes (KPI.,.,Δt), wherein each CDN-aggregate performance index indicates a level of performance shown by a CDN in providing one or more services to users associated with an aggregate of addresses, and wherein the set of CDN-aggregate performance indexes includes CDN-aggregate performance indexes for each combination of a CDN of said plurality of CDNs and said at least one aggregate of addresses; - determining (S130), based on the set of CDN-aggregate performance indexes, a rank index (KPI*k,q,Δt) for a given CDN (CDNk) of said plurality of CDNs with respect to said at least one aggregate of addresses, said rank index indicating a rank level of the CDN-aggregate index of said predetermined CDN relative to the rank indexes of the CDNs of said plurality of CDNs.
A surgical device comprising: a closure assembly including: a latch unit comprising: a hook latch , having a home position, and a bias member ; a movement unit including a bar that is movable relative to the latch unit so that the bar is movable in a prescribed motion into contact with the latch unit to create a locked state; and wherein the bar moves into contact with the hook latch driving the hook latch in a first direction, away relative to the home position, and the hook latch is movable by the bar in a second direction relative to the home position, characterized in that the latch unit further comprises a forward bias constraint and a rearward bias constraint , and that the bias member extends between the forward bias constraint and the rearward bias constraint so that the bias member has a pre-load when the hook latch is in the home position, so that a loading of the bias member is increased from the pre-load when the hook latch is moved in either the first direction away from the home position or the second direction away from the home position. a closure assembly including: a latch unit comprising: a hook latch , having a home position, and a bias member ; a movement unit including a bar that is movable relative to the latch unit so that the bar is movable in a prescribed motion into contact with the latch unit to create a locked state; and a latch unit comprising: a hook latch , having a home position, and a bias member ; a hook latch , having a home position, and a bias member ; a movement unit including a bar that is movable relative to the latch unit so that the bar is movable in a prescribed motion into contact with the latch unit to create a locked state; and wherein the bar moves into contact with the hook latch driving the hook latch in a first direction, away relative to the home position, and the hook latch is movable by the bar in a second direction relative to the home position, characterized in that the latch unit further comprises a forward bias constraint and a rearward bias constraint , and that the bias member extends between the forward bias constraint and the rearward bias constraint so that the bias member has a pre-load when the hook latch is in the home position, so that a loading of the bias member is increased from the pre-load when the hook latch is moved in either the first direction away from the home position or the second direction away from the home position.