mhurhangee/patent-ind-claim-en huggingface dataset:
A mechanical system forming a cam follower or a rocker arm, the mechanical system comprising: - a support element , - a pin extending between two opposite ends along a first axis (X1) and supported by the support element , and - a roller mounted on the pin , movable in rotation relative to the pin around the first axis (X1) and adapted to roll on a cam , - an insert for supporting the pin wherein the insert is made from three separate parts including : - holding members , generally parallel with a longitudinal axis (Y1) of mechanical system , said longitudinal axis being perpendicular to the first axis (X1), whereas the holding members support the pin ends , and - a connecting portion perpendicular to the holding members; characterized in that each holding member has a blind cylindrical recess having a diameter roughly equal to the diameter of pin ends , for receiving one of the opposite ends of the pin . - a support element , - a pin extending between two opposite ends along a first axis (X1) and supported by the support element , and - a roller mounted on the pin , movable in rotation relative to the pin around the first axis (X1) and adapted to roll on a cam , - an insert for supporting the pin - holding members , generally parallel with a longitudinal axis (Y1) of mechanical system , said longitudinal axis being perpendicular to the first axis (X1), whereas the holding members support the pin ends , and - a connecting portion perpendicular to the holding members;
Nebulizer for aerosolizing a liquid comprising : - a reservoir for receiving a liquid to be aerosolized, - a nebulizer body comprising an aerosol-generating system (4; 23, 24) for generating an aerosol and a nebulization chamber for containing the aerosol, said aerosol-generating system (4; 23, 24) comprising a nozzle element comprising an orifice and a deflector element facing the orifice of the nozzle element , ; - a cover forming the top of the nebulizer , the cover being detachably fixed to the nebulizer body , and further comprising a one-way inspiration valve allowing air entering into the nebulization chamber ; wherein - the reservoir comprises a liquid tank for receiving a liquid to be aerosolized, and an inner conduit projecting axially and upwardly into the liquid tank , - the nebulizer body comprises an axially-arranged inner conduit comprising a lower end projecting into the liquid tank of the reservoir , the lower end of the inner conduit terminating close to the bottom of the liquid tank , the axially-arranged inner conduit being arranged as a sleeve around a downstream end of the inner conduit of the reservoir , - the nozzle element and the deflector element of the aerosol-generating system (4; 23, 24) are arranged into the lumen of the inner conduit of the nebulizer body , and - the inspiration valve of the cover is facing and in fluid communication with an air inlet located at an upper end of the axially-arranged inner conduit , characterized in that the cover further comprises a one-way expiration valve allowing gas exiting the nebulization chamber . - a reservoir for receiving a liquid to be aerosolized, - a nebulizer body comprising an aerosol-generating system (4; 23, 24) for generating an aerosol and a nebulization chamber for containing the aerosol, said aerosol-generating system (4; 23, 24) comprising a nozzle element comprising an orifice and a deflector element facing the orifice of the nozzle element , ; - a cover forming the top of the nebulizer , the cover being detachably fixed to the nebulizer body , and further comprising a one-way inspiration valve allowing air entering into the nebulization chamber ; wherein - the reservoir comprises a liquid tank for receiving a liquid to be aerosolized, and an inner conduit projecting axially and upwardly into the liquid tank , - the nebulizer body comprises an axially-arranged inner conduit comprising a lower end projecting into the liquid tank of the reservoir , the lower end of the inner conduit terminating close to the bottom of the liquid tank , the axially-arranged inner conduit being arranged as a sleeve around a downstream end of the inner conduit of the reservoir , - the nozzle element and the deflector element of the aerosol-generating system (4; 23, 24) are arranged into the lumen of the inner conduit of the nebulizer body , and - the inspiration valve of the cover is facing and in fluid communication with an air inlet located at an upper end of the axially-arranged inner conduit ,
An optical fiber cable , comprising: an optical fiber sensor having a first end ; a first metal tube containing the first end of the optical fiber sensor, the first metal tube having a first termination portion adjacent to the first end, the first termination portion including a first closed end of the first metal tube that includes a convex external shape; and an encapsulation layer surrounding the first metal tube . an optical fiber sensor having a first end ; a first metal tube containing the first end of the optical fiber sensor, the first metal tube having a first termination portion adjacent to the first end, the first termination portion including a first closed end of the first metal tube that includes a convex external shape; and an encapsulation layer surrounding the first metal tube .
A plaster profile , which extends in a longitudinal direction (L), comprising a corner portion and at least one limb which adjoins the corner portion transversely to the longitudinal direction (L), wherein the corner portion comprises a flat, at least regionally closed strip which is bent over along a corner edge aligned in parallel with the longitudinal direction (L), and wherein the at least one limb comprises an areal wire structure of wires connected to one another, characterized in that at least one reinforcement fabric is provided at the plaster profile , said reinforcement fabric being partly integrated into the wire structure of a respective limb and projecting over the respective limb in a direction facing away from the corner portion .
A method of preparing an ABS-based graft copolymer having improved impact strength, the method comprising: a) a step of polymerizing 100 parts by weight of a conjugated diene-based monomer, 0.5 to 5 parts by weight of an emulsifier, and 0.01 to 6 parts by weight of a water-soluble polymerization initiator; b) a step of adding 0.01 to 5 parts by weight of an emulsifier thereto when a polymerization conversion rate is 60 to 85 %, after step a); c) a step of terminating polymerization when a polymerization conversion rate is 90 to 99 % to obtain a large-diameter diene-based rubber latex; and d) a step of graft-polymerizing 100 parts by weight of a monomer mixture comprising 40 to 70 % by weight (based on solids) of the large-diameter diene-based rubber latex, 15 to 35 % by weight of an aromatic vinyl monomer, and 5 to 25 % by weight of a vinyl cyan monomer with 0.01 to 3 parts by weight of an emulsifier, 0.01 to 3 parts by weight of an initiator, and 0.001 to 1 part by weight of an oxidation-reduction catalyst, wherein the emulsifiers of steps a) and d) are a multimeric acid of an unsaturated fatty acid or a metal salt thereof.
Spout for separating a primary flow from a secondary flow in a turbomachine with double flow, the spout being characterized in that it has a one-piece structure comprising an outer annular wall , an inner annular wall , a radial annular wall and an inner annular deflector defining a first cavity between the outer annular wall and the inner annular deflector , and a second cavity between the inner annular wall , the radial annular wall and the inner annular deflector .
A system comprising: a rotatable retracting mechanism; a leash coiled around the rotatable retracting mechanism and configured to be uncoiled from and recoiled to the rotatable retracting mechanism; an end-of-leash detection mechanism (230 and 240) configured to determine when the leash is nearing a maximum uncoiled state as the leash is being uncoiled; and a warning mechanism operatively connected to the end-of-leash detection mechanism and configured to generate a warning signal in response to the end-of-leash detection mechanism determining when the leash is nearing the maximum uncoiled state, wherein the end-of-leash detection mechanism (230 and 240) includes a spring component and the warning mechanism includes a rattle component operatively connected to the spring component , characterized in that the spring component is configured to build up stored energy as the leash uncoils in response to rotation of the rotatable retracting mechanism, and in that the spring component is further configured to release the stored energy when the leash is nearing the maximum uncoiled state, and in that the rattle component is configured to make a rattling sound in response to the stored energy being released. a rotatable retracting mechanism; a leash coiled around the rotatable retracting mechanism and configured to be uncoiled from and recoiled to the rotatable retracting mechanism; an end-of-leash detection mechanism (230 and 240) configured to determine when the leash is nearing a maximum uncoiled state as the leash is being uncoiled; and a warning mechanism operatively connected to the end-of-leash detection mechanism and configured to generate a warning signal in response to the end-of-leash detection mechanism determining when the leash is nearing the maximum uncoiled state, wherein the end-of-leash detection mechanism (230 and 240) includes a spring component and the warning mechanism includes a rattle component operatively connected to the spring component , characterized in that the spring component is configured to build up stored energy as the leash uncoils in response to rotation of the rotatable retracting mechanism, and in that the spring component is further configured to release the stored energy when the leash is nearing the maximum uncoiled state, and in that the rattle component is configured to make a rattling sound in response to the stored energy being released.
An apparatus for providing pressurized ventilatory assistance to a patient comprising a blower for delivering pressure support ventilation to a patient, a controller , a flow sensor ; and a low pass filter having a peak hold tendency and wherein the controller is configured to decrease the effect of rapid change of a leak carrying out the following steps: - determining an estimated respiratory flow - processing the estimated respiratory flow with the low pass filter to produce an estimate of a residual uncompensated-for leak (L) - calculating a fuzzy measure R of the extent to which leak is changing rapidly, wherein 0 < R < 1, and wherein when the absolute value of L is small, R is 0, when the absolute value of L is large, R is 1 and in between R is interpolated linearly decreasing the rate of pressure support adjustment by multiplying the rate of adjustment of pressure support amplitude (dA/dt) by (1-R). - determining an estimated respiratory flow - processing the estimated respiratory flow with the low pass filter to produce an estimate of a residual uncompensated-for leak (L) - calculating a fuzzy measure R of the extent to which leak is changing rapidly, wherein 0 < R < 1, and wherein when the absolute value of L is small, R is 0, when the absolute value of L is large, R is 1 and in between R is interpolated linearly
Machine head group for a continuous casting plant for continuous casting of semi-finished products, preferably slabs or thin slabs for production of flat products from steel, wherein the machine head group comprises at least one first machine head and second machine head , the first machine head comprises a funnel mould and the second machine head comprises a mould with a portion of constant casting cross-section in conveying direction (F) of the strip-shaped product, wherein the first machine head and the second machine head are constructed to be interchangeable in the continuous casting plant .
A manufacturing machine for the production of capsules for smoking articles, in particular for filters, designed to contain a liquid to be used in the cooling of the smoke; wherein each capsule comprises a cup-shaped body , which is defined by a side wall and, at one end, by a bottom wall ; the side wall has a longitudinal axis and delimits, with the bottom wall , a compartment , which is suitable for containing a predetermined amount of liquid; the capsule comprising a portion of the side wall at the end opposite the bottom wall , which defines a collar; the manufacturing machine comprises: - a moulding station (S1) for the cup-shaped bodies ; - a first control station (S2), which is arranged downstream of the moulding station (S1) to check the conformity of the collar or of the terminal end of the side wall opposite the collar; - a first transfer station (S3) for the cup-shaped bodies arranged downstream of the first control station (S2), where the cup-shaped bodies are translated along their longitudinal axis so as to allow a second portion of the cup-shaped body to be inspected; and - a second control station (S4), which is arranged downstream of the transfer station (S3) to check the conformity of the collar or of the terminal end of the side wall opposite the collar. - a moulding station (S1) for the cup-shaped bodies ; - a first control station (S2), which is arranged downstream of the moulding station (S1) to check the conformity of the collar or of the terminal end of the side wall opposite the collar; - a first transfer station (S3) for the cup-shaped bodies arranged downstream of the first control station (S2), where the cup-shaped bodies are translated along their longitudinal axis so as to allow a second portion of the cup-shaped body to be inspected; and - a second control station (S4), which is arranged downstream of the transfer station (S3) to check the conformity of the collar or of the terminal end of the side wall opposite the collar.
A nonvolatile memory device comprising: a memory cell array including a meta data region storing chip-level information; control logic configured to identify a target cell in response to a received command; machine learning, ML, logic configured to infer an optimum parameter based on the chip-level information and physical information associated with the target cell applied as inputs to an artificial neural network model; and a buffer memory configured to store weight parameters of the artificial neural network model, wherein the memory cell array is implemented in a first chip manufactured on a first wafer, the ML logic and the buffer memory are implemented on a second chip manufactured on a second wafer different from the first wafer, and the first chip and the second chip are bonded using a chip-to-chip, C2C, bonding method, wherein the chip-level information includes wafer location information, wafer reliability information, and program/erase, P/E, cycle information, and wherein the physical information is associated with programming, reading and/or erasing the target cell and includes block information, word line information, and string selection information of the target cell. a memory cell array including a meta data region storing chip-level information; control logic configured to identify a target cell in response to a received command; machine learning, ML, logic configured to infer an optimum parameter based on the chip-level information and physical information associated with the target cell applied as inputs to an artificial neural network model; and a buffer memory configured to store weight parameters of the artificial neural network model, wherein the memory cell array is implemented in a first chip manufactured on a first wafer, the ML logic and the buffer memory are implemented on a second chip manufactured on a second wafer different from the first wafer, and the first chip and the second chip are bonded using a chip-to-chip, C2C, bonding method, wherein the chip-level information includes wafer location information, wafer reliability information, and program/erase, P/E, cycle information, and wherein the physical information is associated with programming, reading and/or erasing the target cell and includes block information, word line information, and string selection information of the target cell. wherein the chip-level information includes wafer location information, wafer reliability information, and program/erase, P/E, cycle information, and wherein the physical information is associated with programming, reading and/or erasing the target cell and includes block information, word line information, and string selection information of the target cell.
An adapter (Q) with LC-type two-core shutter, the adapter (Q) including: an upper lid housing which is provided in right and left wall surfaces with locking projections and provided in an upper wall surface with an arm ; a shutter plate which is arranged in an opening side of the upper lid housing in a rising direction and freely opens and closes; a sleeve holder which has two split sleeves built-in; and a lower lid housing which is provided in right and left wall surfaces with locked hole portions for fitting the locking projections and provided in an upper wall surface with a locking concave portion locking the arm , wherein the upper lid housing and the lower lid housing are connected while holding the sleeve holder therebetween, by engaging the arm and the locking concave portion , and by engaging the locking projections and the locked hole portions , and an end face of the sleeve holder is formed into a downward inclined surface shape from an upper side toward a lower side so as to prevent an upper side of the shutter plate from coming into contact with the sleeve holder when opening and closing the shutter plate . an upper lid housing which is provided in right and left wall surfaces with locking projections and provided in an upper wall surface with an arm ; a shutter plate which is arranged in an opening side of the upper lid housing in a rising direction and freely opens and closes; a sleeve holder which has two split sleeves built-in; and a lower lid housing which is provided in right and left wall surfaces with locked hole portions for fitting the locking projections and provided in an upper wall surface with a locking concave portion locking the arm , wherein the upper lid housing and the lower lid housing are connected while holding the sleeve holder therebetween, by engaging the arm and the locking concave portion , and by engaging the locking projections and the locked hole portions , and an end face of the sleeve holder is formed into a downward inclined surface shape from an upper side toward a lower side so as to prevent an upper side of the shutter plate from coming into contact with the sleeve holder when opening and closing the shutter plate .
A surgical instrument comprising: (a) a body ; (b) a shaft assembly extending distally from the body; (c) a stapling head assembly located at the distal end of the shaft assembly, wherein the stapling head assembly is operable to drive an annular array of staples through tissue; (d) an anvil , wherein the anvil is configured to cooperate with the stapling head assembly to deform staples driven through tissue by the stapling head assembly; (e) a firing assembly, wherein the firing assembly is operable to actuate the stapling head assembly to drive the annular array of staples toward the anvil; (f) a load sensor operable to sense a load in the firing assembly while the firing assembly actuates the stapling head assembly; and (g) an indicator operable to provide feedback based on the load sensed by the load sensor wherein the firing assembly comprises a translating member , wherein the load sensor is operable to sense a longitudinally oriented load in the translating member, characterised in that the load sensor comprises: (i) a first portion secured to the translating member, wherein the first portion comprises elongate contacts, and (ii) a second portion secured relative to the body, wherein the second portion comprises resiliently biased contact features configured to slide along the elongate contacts while maintaining electrical continuity with the elongate contacts. (a) a body ; (b) a shaft assembly extending distally from the body; (c) a stapling head assembly located at the distal end of the shaft assembly, wherein the stapling head assembly is operable to drive an annular array of staples through tissue; (d) an anvil , wherein the anvil is configured to cooperate with the stapling head assembly to deform staples driven through tissue by the stapling head assembly; (e) a firing assembly, wherein the firing assembly is operable to actuate the stapling head assembly to drive the annular array of staples toward the anvil; (f) a load sensor operable to sense a load in the firing assembly while the firing assembly actuates the stapling head assembly; and (g) an indicator operable to provide feedback based on the load sensed by the load sensor (i) a first portion secured to the translating member, wherein the first portion comprises elongate contacts, and (ii) a second portion secured relative to the body, wherein the second portion comprises resiliently biased contact features configured to slide along the elongate contacts while maintaining electrical continuity with the elongate contacts.
A battery monitor, comprising: a means for estimating a first voltage threshold of a battery that is being discharged, wherein the first voltage threshold corresponds to a low capacity of the battery ; a means for retrieving a battery voltage and a battery current of the discharging battery ; a means for re-scaling the battery current based on an amount of time that the battery needs to discharge from the measured present voltage level to the estimated first voltage threshold; and a means for calculating, based on re-scaling the battery current, the battery's capacity before the battery voltage level decreases below the first voltage threshold. a means for estimating a first voltage threshold of a battery that is being discharged, wherein the first voltage threshold corresponds to a low capacity of the battery ; a means for retrieving a battery voltage and a battery current of the discharging battery ; a means for re-scaling the battery current based on an amount of time that the battery needs to discharge from the measured present voltage level to the estimated first voltage threshold; and a means for calculating, based on re-scaling the battery current, the battery's capacity before the battery voltage level decreases below the first voltage threshold.
Cooling system , particularly for cooling an electronic apparatus, such as an avionic apparatus, the cooling system comprising at least one plate member forming a wall of a casing inside which the apparatus is intended to be accommodated in use, said at least one plate member having a first side facing in use towards the apparatus and a second side opposite to the first side , and a fluid circuit formed in said at least one plate member , characterized in that the fluid circuit comprises a first duct formed on the first side of said at least one plate member and extending along a first labyrinth path and a second duct formed on the second side of said at least one plate member and extending along a second labyrinth path, in that said at least one plate member has a first through hole and a second through hole , through which the first duct and the second duct are in fluid communication with each other, and in that the fluid circuit further comprises a porous separation element which is placed in the first through hole and through which a working fluid flows by capillarity from the second duct to the first duct , the working fluid being in vapour phase in the first duct and in liquid phase in the second duct .