mhurhangee/patent-ind-claim-en huggingface dataset:
A cubic press system comprising a unitary steel press frame having a substantially spherical central chamber for housing a capsule to be pressurised, and a cartridge assembly , the press frame 500 having six sides, each side provided with a bore hole for accommodating a respective hydraulic cartridge assembly , each cartridge assembly comprising a chamber for containing hydraulic fluid, an intensifier element capable of reciprocating in the chamber and displacing the hydraulic fluid responsive to a drive means acting on the intensifier element and a piston capable of reciprocating in the chamber and being displaceable responsive to a change in the pressure of the hydraulic fluid; the cartridge assembly configured so that when the pressure in the fluid increases responsive to a first force being applied by the drive means on the intensifier , the hydraulic fluid will exert a second force on the piston , the second force being greater than the first force; the mass of the hydraulic fluid being substantially conserved within the cartridge assembly , characterised in that each cartridge assembly mechanically fastened to the press frame by respective axial and radial fastening mechanisms , the axial fastening mechanism comprising three sets of ribs , the sets of ribs being equidistantly spaced apart from each other circumferentially around a body of the cartridge assembly and slotting between three sets of corresponding ribs 515 in the bore 510, the ribs 515 being equidistantly spaced apart from each other circumferentially around the bore 510, and the radial fastening mechanism comprising three abutment lobes projecting radially outward from the cartridge assembly and a corresponding number of abutment lobes projecting radially inward from the bore hole of the press frame , the three abutment lobes being equidistantly spaced apart from each other around the circumference of the cartridge assembly on the one hand and in the bore hole on the other, wherein, when being inserted into the bore hole in an unlocked condition, the cartridge assembly will be oriented with its abutment lobes circumferentially between those of the frame and there will be a clearance gap between the cartridge assembly and the bore hole including between their respective abutment lobes so that the cartridge assembly can be freely inserted and withdrawn without contacting the bore hole , and once inserted, the cartridge assembly can be put into the locked condition by rotating it by 60 degrees about the longitudinal axis thereof, causing the respective abutment lobes to abut each other radially, and at the same time, the axial fastening mechanism will be engaged.
A method for operating a hybrid electric aircraft propulsion system , the method comprising: providing alternating current (AC) electric power from a generator to a first electric motor to drive a first rotating propulsor ; providing the first electric motor with AC electric power from at least one motor inverter (208A, 208B; 308) operatively coupled to a direct current (DC) power source ; detecting a failure in a path to the first electric motor ; and selectively rearranging a first switching arrangement between the generator , the at least one motor inverter (208A, 208B; 308), and the first electric motor to compensate for the failure in the path to the first electric motor , characterised in that : the first electric motor comprises a first motor stator and a second motor stator , the first motor stator is connected to the generator and the second motor stator is connected to the at least one motor inverter (208A, 208B; 308), and wherein providing AC electric power to the first electric motor comprises applying AC electric power to the second motor stator of the first electric motor . providing alternating current (AC) electric power from a generator to a first electric motor to drive a first rotating propulsor ; providing the first electric motor with AC electric power from at least one motor inverter (208A, 208B; 308) operatively coupled to a direct current (DC) power source ; detecting a failure in a path to the first electric motor ; and selectively rearranging a first switching arrangement between the generator , the at least one motor inverter (208A, 208B; 308), and the first electric motor to compensate for the failure in the path to the first electric motor , characterised in that : the first electric motor comprises a first motor stator and a second motor stator , the first motor stator is connected to the generator and the second motor stator is connected to the at least one motor inverter (208A, 208B; 308), and wherein providing AC electric power to the first electric motor comprises applying AC electric power to the second motor stator of the first electric motor .
A smokeless tobacco product container , comprising a container body including a base portion and at least one container body side wall extending from the base portion , the base portion and the at least one container body side wall cooperating to define a tobacco storage volume therein, the at least one container body side wall including a lid engagement region ; a lid including a top portion and at least one lid side wall extending therefrom, the at least one lid side wall including a container body engagement region , the container body engagement region configured to selectively contact the lid engagement region , the lid and the container body being separate components; and a coating layer comprising methyl salicylate, the coating layer positioned on at least one of the lid engagement region and the container body engagement region such that, when the lid is removed from the container body , the methyl salicylate is exposed to an environment outside of the tobacco storage volume . a container body including a base portion and at least one container body side wall extending from the base portion , the base portion and the at least one container body side wall cooperating to define a tobacco storage volume therein, the at least one container body side wall including a lid engagement region ; a lid including a top portion and at least one lid side wall extending therefrom, the at least one lid side wall including a container body engagement region , the container body engagement region configured to selectively contact the lid engagement region , the lid and the container body being separate components; and a coating layer comprising methyl salicylate, the coating layer positioned on at least one of the lid engagement region and the container body engagement region such that, when the lid is removed from the container body , the methyl salicylate is exposed to an environment outside of the tobacco storage volume .
A locking mechanism comprising: a base defining an open mouthed recess for receiving a member to be selectively retained in the recess ; a pair of locking elements mounted for rotational movement between a retracted position in which they permit access to the recess and an extended position in which they extend at least partially across the mouth of the recess ; and a drive for simultaneously moving the locking elements in opposite rotational directions; characterised in that : said drive comprises a rotary drive shaft having a right handed thread portion for driving one locking element and a left handed thread portion for driving the other locking element , said threaded portions of said drive shaft being coupled to the respective locking elements through a drive element , said drive element having a treaded nut portion for engaging the drive shaft and a lost motion coupling to the locking element , the lost motion coupling comprising a slot , said locking element having a drive pin received in said slot , said slot permitting linear movement of the drive pin along the slot during rotational movement of the locking elements . a base defining an open mouthed recess for receiving a member to be selectively retained in the recess ; a pair of locking elements mounted for rotational movement between a retracted position in which they permit access to the recess and an extended position in which they extend at least partially across the mouth of the recess ; and a drive for simultaneously moving the locking elements in opposite rotational directions; characterised in that : said drive comprises a rotary drive shaft having a right handed thread portion for driving one locking element and a left handed thread portion for driving the other locking element , said threaded portions of said drive shaft being coupled to the respective locking elements through a drive element , said drive element having a treaded nut portion for engaging the drive shaft and a lost motion coupling to the locking element , the lost motion coupling comprising a slot , said locking element having a drive pin received in said slot , said slot permitting linear movement of the drive pin along the slot during rotational movement of the locking elements .
A method of manufacturing a blind rivet , comprising the steps of: a. providing a rivet sleeve which comprises a sleeve head and a sleeve shaft extending along a longitudinal axis (X) from the sleeve head to a foot end , wherein a longitudinal bore extends through the rivet sleeve , wherein the sleeve shaft has a first portion adjacent the sleeve head and a second portion adjoining same and extending to the foot end, b. providing a mandrel , the mandrel having a mandrel shaft with a mandrel head , c. passing the mandrel through the longitudinal bore of the rivet sleeve so that the mandrel head is operatively connected to the foot end, d. providing an embossing tool , e. connecting the mandrel with the rivet sleeve by means of the embossing tool, characterized in that prior to connection of the rivet mandrel to the rivet sleeve , the first portion has an outer surface radially outwardly displaced relative to the second portion so that a shoulder is formed between the outer surfaces of the first and second portions , and that the embossing tool has an embossing jaw with a first embossing region and a second embossing region , wherein the first embossing region acts with the first portion and the second embossing region acts with the second portion , wherein the first embossing region hardens the first portion during connection of the rivet mandrelwith the rivet sleeve such that the strength of the first portion of the rivet sleeve is increased over the strength of the second portion, and wherein the shoulder between the outer surfaces of the first and second portions is maintained after hardening. a. providing a rivet sleeve which comprises a sleeve head and a sleeve shaft extending along a longitudinal axis (X) from the sleeve head to a foot end , wherein a longitudinal bore extends through the rivet sleeve , wherein the sleeve shaft has a first portion adjacent the sleeve head and a second portion adjoining same and extending to the foot end, b. providing a mandrel , the mandrel having a mandrel shaft with a mandrel head , c. passing the mandrel through the longitudinal bore of the rivet sleeve so that the mandrel head is operatively connected to the foot end, d. providing an embossing tool , e. connecting the mandrel with the rivet sleeve by means of the embossing tool,
A cover glass that is used as an interior member for transportation device, comprising a glass article having a three-dimensional shape having a first surface and at least one second surface opposite to the first surface, and comprising a bent part in at least one place of the first surface or the second surface, wherein the second surface of the glass article has a static friction coefficient of 1.0 or less when the static friction coefficient is measured in a touch angle evaluation meter TL201 Ts manufactured by Trinity-Lab Inc. by placing a pseudo-finger contactor manufactured by the same company on the second surface of the glass and moving the pseudo-finger contactor at a rate of 10 mm/second in a state of applying a load of 30 g, wherein the static friction coefficient is the friction coefficient at the time when the contactor begins moving from a stationary state.
Diffuser for a pressurized container provided with a valve, in particular for an aerosol generator, which diffuser is provided with - a base body formed of a wall having a concave face forming a cavity, and having a finger tab intended to be depressed by the user to actuate the valve, and - an outlet conduit placed in the cavity of the base body , which conduit has a first end provided with means for cooperating with the valve of the pressurized container, and a second end for the outlet of the product contained in the pressurized container, the outlet conduit and the base body being two distinct parts which are connected together by mechanical fastening means , wherein anti-rotation means can be provided to prevent the outlet conduit from rotating relative to the base body, the mechanical fastening means being constituted by a fastening tenon and a fastening hole , the fastening tenon being placed on the outlet conduit and the fastening hole being made in the wall of the base body and opening into the cavity, an orifice being made in the wall of the base body, facing the second end of the outlet conduit and at a distance from the fastening hole , characterized in that the fastening hole is a hole passing through the wall of the base body, and is intended to receive and retain the fastening tenon of the outlet conduit. - a base body formed of a wall having a concave face forming a cavity, and having a finger tab intended to be depressed by the user to actuate the valve, and - an outlet conduit placed in the cavity of the base body , which conduit has a first end provided with means for cooperating with the valve of the pressurized container, and a second end for the outlet of the product contained in the pressurized container, the outlet conduit and the base body being two distinct parts which are connected together by mechanical fastening means , wherein anti-rotation means can be provided to prevent the outlet conduit from rotating relative to the base body, the mechanical fastening means being constituted by a fastening tenon and a fastening hole , the fastening tenon being placed on the outlet conduit and the fastening hole being made in the wall of the base body and opening into the cavity, an orifice being made in the wall of the base body, facing the second end of the outlet conduit and at a distance from the fastening hole ,
A non-aqueous lubricant composition comprising: a base stock; and at least 0.02wt% of a friction reducing additive which consists essentially of a block co-polymer of at least one block A which is an oligo- or polyester residue of a hydroxycarboxylic acid and at least one block B which is a residue of a polyalkylene glycol, and wherein the block co-polymer has an HLB value of at least 6.5. a base stock; and at least 0.02wt% of a friction reducing additive which consists essentially of a block co-polymer of at least one block A which is an oligo- or polyester residue of a hydroxycarboxylic acid and at least one block B which is a residue of a polyalkylene glycol,
A method of producing alpha-tocotrienol quinone of Formula I: or a stereoisomer thereof, the method comprising selective-opening of alpha-tocotrienol to alpha-tocotrienol quinone of Formula I in the presence of non-alpha-tocotrienols by oxidizing alpha-tocotrienol with a metal salt oxidizing agent wherein the metal salt oxidizing agent is an iron(III) salt, wherein the stoichiometric ratio of metal salt oxidizing agent/alpha-tocotrienol is at least 4:1 and wherein said metal salt oxidizing agent is serially added in multiple portions, such that the metal salt oxidizing agent is added and the mixture is allowed to settle.
A download booth comprising a local file server operatively connected to a removable disk drive containing, in use, multimedia content, the local file server further comprising a network interface operatively connected to a plurality of wireless access points and a connection manager,wherein the connection manager is configured to authenticate incoming connection requests from a plurality of wireless devices and upon authentication, to temporarily connect each authenticated wireless device to its own access point connection for the duration of a connection session characterised in that : the local file server comprises a connection table containing data relating to concurrent and/or historic connection sessions; and in that the connection manager is configured to queue connection requests when the number of concurrent connection requests exceeds the number of available access points , the connection manager being configured to queue further connection requests dynamically whereby the connection manager populates the connection table with the further connection requests : the connection requests containing data indicating the size of a file to be downloaded from the download booth, and wherein the connection manager is configured to prioritise the connection requests according to an estimated aggregated end time for completing the download of the connection requests . the local file server comprises a connection table containing data relating to concurrent and/or historic connection sessions; and in that the connection manager is configured to queue connection requests when the number of concurrent connection requests exceeds the number of available access points , the connection manager being configured to queue further connection requests dynamically whereby the connection manager populates the connection table with the further connection requests : the connection requests containing data indicating the size of a file to be downloaded from the download booth, and wherein the connection manager is configured to prioritise the connection requests according to an estimated aggregated end time for completing the download of the connection requests .
A method of estimating compaction in a formation comprising: a. obtaining a first initial value of gravity from a first location in the formation , and which represents the force of gravity at the first location at an initial time; b. obtaining a second initial value of gravity at a second location that is spaced vertically away from the first location, and which represents the force of gravity at the second location at about the initial time; c. comparing the first and second initial values of gravity to obtain an initial difference in gravity values; d. obtaining a first later in time value of gravity from the first location, and which represents the force of gravity at the first location at a point in time later than the initial time; e. obtaining a second later in time value of gravity from the second location, and which represents the force of gravity at the second location at a point in time later than the initial time; f. obtaining a later point in time difference in gravity value by comparing the first and second later in time values of gravity; and g. estimating formation compaction by comparing the initial difference in gravity values and the later point in time difference in gravity values. a. obtaining a first initial value of gravity from a first location in the formation , and which represents the force of gravity at the first location at an initial time; b. obtaining a second initial value of gravity at a second location that is spaced vertically away from the first location, and which represents the force of gravity at the second location at about the initial time; c. comparing the first and second initial values of gravity to obtain an initial difference in gravity values; d. obtaining a first later in time value of gravity from the first location, and which represents the force of gravity at the first location at a point in time later than the initial time; e. obtaining a second later in time value of gravity from the second location, and which represents the force of gravity at the second location at a point in time later than the initial time; f. obtaining a later point in time difference in gravity value by comparing the first and second later in time values of gravity; and g. estimating formation compaction by comparing the initial difference in gravity values and the later point in time difference in gravity values.
Use of an ampholyte copolymer as a colloidal stabilizer in the preparation of a core-shell microcapsules, containing a fragrance, which microcapsules are made of the reaction product of at least one anionically modified polyisocyanate with at least one polyamine or at least one polyfunctional alcohol, wherein the ampholyte copolymer comprises: - 2 to 99 mol% of cationic monomer having at least one quaternary ammonium group, - 1 to 98 mol% of acrylic based monomer, - 0 to 97 mol% of non-ionic monomer, and wherein the ampholyte copolymer has more cationic charges than anionic charges, wherein the cationic charges of the ampholyte copolymer are exclusively due to the at least one quaternary ammonium group of the cationic monomer. - 2 to 99 mol% of cationic monomer having at least one quaternary ammonium group, - 1 to 98 mol% of acrylic based monomer, - 0 to 97 mol% of non-ionic monomer,
Differential gear , in particular for a motor vehicle, having a pinion-driven, ring-shaped gear wheel arranged on a differential housing that is rotatably mounted in a gearing housing by means of rolling bearings on both sides, wherein, in the differential housing , planetary gears are mounted on at least one driving pin , said planetary gears meshing with axially parallel output gears on output half-shafts , wherein the gear wheel is fitted on the differential housing in a peripheral direction without an interlocking connection and said gear wheel has recesses into which the at least one driving pin projects in a peripheral direction in an interlocking manner, wherein the differential housing is formed in two parts with a cup-shaped section and a cover , characterised in that the cup-shaped section and the cover of the differential housing are held in the axial and radial direction without fastening means by the rolling bearings on both sides, and in that the gear wheel is supported opposite the gearing housing with a ring-shaped extension directly on one of the rolling bearings on both sides.
A liquid-emitting device for gravity-based irrigation systems, comprising: - a support structure that defines a first longitudinal axis (X 1 ) and has a nozzle for generating an irrigation jet (J) coaxial with said first axis (X 1 ); - a substantially tubular body located below said support structure ; - a substantially circular baffle plate facing said nozzle and rotatably mounted in said tubular body to rotate about a second longitudinal axis (X 2 ); characterized in that said first axis (X 1 ) and said nozzle are stationary relative to said support structure , said second longitudinal axis (X 2 ) being free to rotate about said first axis (X 1 ) with a precessional motion, guide means being designed to be removably coupled to said tubular body to interact with said baffle plate and prevent said precessional motion about said first axis (X 1 ) while allowing the rotational motion about said second axis (X 2 ), a diverting member being removably placed downstream of said nozzle to direct the jet (J) over a sector portion of said baffle plate and distribute the liquid over a sector area of the soil. - a support structure that defines a first longitudinal axis (X 1 ) and has a nozzle for generating an irrigation jet (J) coaxial with said first axis (X 1 ); - a substantially tubular body located below said support structure ; - a substantially circular baffle plate facing said nozzle and rotatably mounted in said tubular body to rotate about a second longitudinal axis (X 2 );