mhurhangee/patent-ind-claim-en huggingface dataset:
A process control apparatus , comprising: a program execution unit configured to execute a non-update target program (PA11, PA21) which is not an update target and an update target program (PB12, PB 13, PB21, PB22) which is the update target; a first program update manager configured to pause the non-update target program (PA11, PA21) based on a pause request from an engineering equipment , and to transfer a context of the non-update target program (PA11, PA21); and a second program update manager configured to restore the context of the non-update target program (PA11, PA21) by using the context transferred from the first program update manager , and to initialize a context of the update target program (PB12, PB 13, PB21, PB22) after its update, and to cause the program execution unit to resume the non-update target program (PA11, PA21) and the update target program (PB12, PB 13, PB21, PB22) after its update, based on a resuming request from the engineering equipment , characterized in that when it is determined that processing of the update target program (PB12, PB 13, PB21, PB22) requested by the non-update target program (PA11, PA21) is in progress, the first program update manager is configured to set an execution position of the non-update target program (PA11, PS21) to a position immediately before requesting the processing of the update target program (PB12, PB 13, PB21, PB22) and to delete information indicating that the processing of the update target program (PB12, PB 13, PB21, PB22) is in progress. a program execution unit configured to execute a non-update target program (PA11, PA21) which is not an update target and an update target program (PB12, PB 13, PB21, PB22) which is the update target; a first program update manager configured to pause the non-update target program (PA11, PA21) based on a pause request from an engineering equipment , and to transfer a context of the non-update target program (PA11, PA21); and a second program update manager configured to restore the context of the non-update target program (PA11, PA21) by using the context transferred from the first program update manager , and to initialize a context of the update target program (PB12, PB 13, PB21, PB22) after its update, and to cause the program execution unit to resume the non-update target program (PA11, PA21) and the update target program (PB12, PB 13, PB21, PB22) after its update, based on a resuming request from the engineering equipment , characterized in that when it is determined that processing of the update target program (PB12, PB 13, PB21, PB22) requested by the non-update target program (PA11, PA21) is in progress, the first program update manager is configured to set an execution position of the non-update target program (PA11, PS21) to a position immediately before requesting the processing of the update target program (PB12, PB 13, PB21, PB22) and to delete information indicating that the processing of the update target program (PB12, PB 13, PB21, PB22) is in progress.
An anatomically compatible phakic intraocular lens designed to float in the aqueous humor within the posterior chamber of the eye, between the iris and the natural crystalline lens, said lens comprising a. an optical body having a diameter of from about 3 mm to about 7 mm; b. one or more haptic members that extend from the optic body to give an overall length between about 10.0 mm to about 12.5 mm; c. wherein the lens is designed such that the posterior surface of the lens conforms in whole to the shape of the anterior surface of the natural crystalline lens; and d. a hole or fenestration in the approximate center of the optical body, said hole or fenestration having a diameter between about 0.2 and about 0.5mm, for the purpose of allowing aqueous flow through the hole that acts to improve centration of the floating lens. a. an optical body having a diameter of from about 3 mm to about 7 mm; b. one or more haptic members that extend from the optic body to give an overall length between about 10.0 mm to about 12.5 mm; c. wherein the lens is designed such that the posterior surface of the lens conforms in whole to the shape of the anterior surface of the natural crystalline lens; and d. a hole or fenestration in the approximate center of the optical body, said hole or fenestration having a diameter between about 0.2 and about 0.5mm, for the purpose of allowing aqueous flow through the hole that acts to improve centration of the floating lens.
A system for sensing a temperature of a fluid within a hydraulic vessel, the system comprising: a temperature sensor ; a barrier wall having an exterior surface thermally coupled to the temperature sensor, and an interior surface , opposite the exterior surface, configured to directly contact the fluid within the hydraulic vessel; and a vessel connector configured so as to present the exterior surface to the fluid within the hydraulic vessel via an aperture in a vessel wall extending between an exterior surface of the vessel wall to an interior surface of the vessel wall, an aperture volume defined between an exterior spanning plane extending the exterior surface of the vessel wall so as to span the aperture and an interior spanning plane extending the interior surface of the vessel wall so as to span the aperture, the vessel connector further configured to circumferentially seal the hydraulic vessel about the aperture, and characterized in that the barrier wall has an annular recessed portion circumscribing a projecting portion , the annular recessed portion configured to form, when coupled to the hydraulic vessel via the vessel connector, an annular recess into a portion of the aperture volume, the projecting portion projecting from the annular recessed portion in a projection direction substantially perpendicular to the interior spanning plane, a cavity being formed on an exterior side of the projecting portion of the barrier wall within which the temperature sensor is located. a temperature sensor ; a barrier wall having an exterior surface thermally coupled to the temperature sensor, and an interior surface , opposite the exterior surface, configured to directly contact the fluid within the hydraulic vessel; and a vessel connector configured so as to present the exterior surface to the fluid within the hydraulic vessel via an aperture in a vessel wall extending between an exterior surface of the vessel wall to an interior surface of the vessel wall, an aperture volume defined between an exterior spanning plane extending the exterior surface of the vessel wall so as to span the aperture and an interior spanning plane extending the interior surface of the vessel wall so as to span the aperture, the vessel connector further configured to circumferentially seal the hydraulic vessel about the aperture, and characterized in that the barrier wall has an annular recessed portion circumscribing a projecting portion , the annular recessed portion configured to form, when coupled to the hydraulic vessel via the vessel connector, an annular recess into a portion of the aperture volume, the projecting portion projecting from the annular recessed portion in a projection direction substantially perpendicular to the interior spanning plane, a cavity being formed on an exterior side of the projecting portion of the barrier wall within which the temperature sensor is located.
A housing for a plug having a contact space for contacts, wherein the housing is configured in such a way that it may be plugged together with a counter-plug, having a display unit , wherein the display unit is provided to indicate a complete plugging of the counter-plug into the housing , wherein the display unit is borne in a shiftable manner along a longitudinal axis of the housing between an initial position and an assembly position, wherein the display unit comprises a locking element and a guide element , wherein the locking element comprises a resilient bridge , wherein the bridge is fixed to the guide element by one end , wherein in the initial position of the display unit a first stop of the housing prevents the display unit from shifting by abutment of the free end of the bridge on the first stop of the housing , wherein the free end of the bridge is bent in a bending plane in the direction of the guide element when shifting in the direction of the first stop, wherein a supporting element is arranged between the bridge and the guide element in the bending plane wherein the supporting element on the bridge of the locking element is formed as a further bridge , wherein the further bridge extends starting from the bridge in the direction of a abutment surface of the guide element , wherein the further bridge is arranged in such a way that, when the bridge deforms in the direction of the guide element , the bridge is supported at the guide element via the supporting element and a deformation of the bridge away from the abutment on the first stop is prevented by abutting the further bridge on the abutment surface of the guide element .
Acoustic wave attenuation device, forming a wall of a duct, said acoustic waves propagating in a flow of air passing through said duct, said device having a structure provided with cells constituting an acoustic filter, limited by a first, perforated wall forming the inner wall of the duct and by a second, solid wall forming the outer wall of the duct, said inner wall having perforations placing the cells in communication with the inside of the duct, and having pipes for transporting a heat transfer fluid that are placed on an inner face of the inner wall and/or partially incorporated in said inner wall , said pipes being substantially parallel to one another, each pipe not intersecting the locations of the perforations , and being arranged so as to be located on or in the vicinity of the walls of the cells , characterized in that the base of the structure is made so as to remain in contact with said wall over all its surface area by closely following the relief of the inner face so as to allow the exchange of heat, through the inner wall , between the heat transfer fluid and the flow of air circulating in the duct.
A method for producing a primary amine and a secondary amine, comprising: reducing a primary amide or a secondary amide in the presence of a Grignard reagent and a reducing agent.
An apparatus for conducting an assay in a microfluidic system comprising magnetic beads, said apparatus comprising: a) a platform upon which the microfluidic system can be mounted, b) one or more actuators ; c) wherein the one or more actuators comprise a magnet mounted directly thereupon, or mounted on a spring, a spring assembly or an adjustable mounting assembly; wherein the one or more actuators comprises at least one rotary actuator , wherein the at least one rotary actuator is configured to enable arcuate movement of the magnet in an X and Y axis of an x-y plane, which is the high surface area plane of the mounted microfluidic system, wherein said one or more actuators is configured to directly influence movement of magnetic beads housed within the microfluidic system when the microfluidic system is mounted on said platform, and d) a control means configured to control relative movement of the one or more actuators, and the microfluidic system when mounted, to enable the magnet to trace a desired path across the mounted microfluidic system, said magnet being positionable at any x- and y-coordinates of the mounted microfluidic system, wherein said apparatus further comprises: a means for moving the mounted microfluidic system in a stepwise fashion. a) a platform upon which the microfluidic system can be mounted, b) one or more actuators ; c) wherein the one or more actuators comprise a magnet mounted directly thereupon, or mounted on a spring, a spring assembly or an adjustable mounting assembly; wherein the one or more actuators comprises at least one rotary actuator , wherein the at least one rotary actuator is configured to enable arcuate movement of the magnet in an X and Y axis of an x-y plane, which is the high surface area plane of the mounted microfluidic system, wherein said one or more actuators is configured to directly influence movement of magnetic beads housed within the microfluidic system when the microfluidic system is mounted on said platform, and d) a control means configured to control relative movement of the one or more actuators, and the microfluidic system when mounted, to enable the magnet to trace a desired path across the mounted microfluidic system, said magnet being positionable at any x- and y-coordinates of the mounted microfluidic system, wherein said apparatus further comprises: a means for moving the mounted microfluidic system in a stepwise fashion.
Grinding tool for processing a workpiece , in particular laminated safety glass, comprising a carrier device having a central coupling region for coupling the grinding tool to a rotary drive of a grinding machine and a grinding layer , which is arranged circumferentially on the carrier device and which comprises grinding segments which are spaced apart from one another in a grinding direction (SR), having a first and second group of grinding segments, characterized in that at least the first group of at least two grinding segments following one another in the grinding direction (SR) is provided, the grinding segments of this first group having a first orientation relative to the carrier device , and in that at least, preferably exactly, one further group of at least two grinding segments following one another in the grinding direction (SR) is provided, the grinding segments of the at least one further group having a second orientation relative to the carrier device which differs from the first orientation , and the first and the at least one further group being arranged successively in the grinding direction (SR) on the carrier device .
Switch comprising an outer protective cover having a central orifice , a switch actuator key , a case for carrying contacts and mechanisms of the switch, the case comprising a stem protruding upwards, said key comprising a hollow portion for accommodating the stem inside it, said hollow portion comprising at least one flexible rib , characterised in that said case for carrying contacts and mechanisms of the switch comprises a neck into which the rib of said hollow portion fits, said neck having an inlet diameter smaller than the greatest diameter of the rib so that the rib is resiliently deformed for insertion into the neck .
A composition intended to cover a metal surface and having an organic continuous phase, said organic continuous phase having at least one anticorrosive pigment exhibiting a very low solubility in aqueous solution, which can typically be of the order of a few ppm, characterized in that it further has an hydrophilic phase dispersed in said organic continuous phase, said hydrophilic phase having a chemical agent for the surface treatment of said metal surface, the surface treatment chemical agent exhibiting a solubility in aqueous solution of approximately 100%; - said organic phase comprising at least a resin, a naphthalene aromatic solvent and an ether glycol solvent; - said hydrophilic phase being water and/or an oxygenated solvent and/or and alcohol and/or a ketone; - said surface treatment chemical agent comprising a compound of nitrate or tungstate or vanadate or permanganate or phosphate or phosphomolybdate or phosphotungstate or phosphite or sulfite or molybdate or tungstate or chromate or dichromate or polyphosphate or borate or zirconate or benzoate or citrate or salicylate or adipate type. - said organic phase comprising at least a resin, a naphthalene aromatic solvent and an ether glycol solvent; - said hydrophilic phase being water and/or an oxygenated solvent and/or and alcohol and/or a ketone; - said surface treatment chemical agent comprising a compound of nitrate or tungstate or vanadate or permanganate or phosphate or phosphomolybdate or phosphotungstate or phosphite or sulfite or molybdate or tungstate or chromate or dichromate or polyphosphate or borate or zirconate or benzoate or citrate or salicylate or adipate type.
Quick release device , in particular for at least partially muscle-powered, two-wheeled vehicles such as bicycles, having an axle unit and a clamping mechanism , wherein the axle unit comprises an axle extending in the axial direction , a locking means at the first end of the axle unit , and a fastener at the second end of the axle unit , wherein the clamping mechanism is suitable for mounting and demounting the axle unit to/from a two-wheeled vehicle , wherein the clamping mechanism comprises an operating lever and a clamping component , wherein the clamping component can be non-rotatably coupled with the axle unit , and wherein the clamping component can be decoupled from the axle unit , wherein the clamping mechanism comprises an intermediate device with an actuating unit , and that the actuating unit ensures, in a first position , a non-rotatable connection of the clamping component and the operating lever , and in a second position allows the operating lever to pivot relative to the clamping component , while the clamping component may remain non-rotatably coupled with the axle unit , characterized in that the clamping component comprises a coupling unit having a non-round coupling contour for coupling with a mating connecting unit having a non-round connecting contour on the axle unit , and that the operating lever , the intermediate device and the clamping component each show non-round coupling contours mating with one another, which are engaged with one another in the engagement position , wherein in particular at least part of the non-round coupling contours is configured as toothing on the operating lever and the clamping component and the intermediate device , and wherein the ratio of the length of overlap of the coupling unit in engagement with the connecting unit , relative to a diameter of the coupling unit, is less than 4:1. and that the actuating unit ensures, in a first position , a non-rotatable connection of the clamping component and the operating lever , and in a second position allows the operating lever to pivot relative to the clamping component , while the clamping component may remain non-rotatably coupled with the axle unit , characterized in that the clamping component comprises a coupling unit having a non-round coupling contour for coupling with a mating connecting unit having a non-round connecting contour on the axle unit , and that the operating lever , the intermediate device and the clamping component each show non-round coupling contours mating with one another, which are engaged with one another in the engagement position , wherein in particular at least part of the non-round coupling contours is configured as toothing on the operating lever and the clamping component and the intermediate device , and wherein the ratio of the length of overlap of the coupling unit in engagement with the connecting unit , relative to a diameter of the coupling unit, is less than 4:1.
A method for lubricating a driveline apparatus comprising supplying thereto a lubricant composition comprising (a) an oil of lubricating viscosity and (b) a branched-chain hydrocarbyl-substituted arenesulfonic acid salt comprising a neutral or overbased calcium polyisobutene-substituted toluene sulfonate, said salt being soluble in said oil. (a) an oil of lubricating viscosity and (b) a branched-chain hydrocarbyl-substituted arenesulfonic acid salt comprising a neutral or overbased calcium polyisobutene-substituted toluene sulfonate, said salt being soluble in said oil.
Bucket which has a longitudinal direction and a transverse direction , and a first extent in the longitudinal direction and a second extent in the transverse direction , wherein the first extent is greater than the second extent , comprising two longitudinal sides and also a front transverse side and a rear transverse side and at least one essentially bail-form handle (9, 9.1, 9.2), wherein the at least one handle (9, 9.1, 9.2) extends in the longitudinal direction and can be pivoted in the transverse direction , characterized in that a spout of the bucket is designed in the form of a self-contained through-passage and is arranged in the front transverse side .
A method performed by an overtaking estimating system for estimation of a minimum overtaking speed of a host vehicle, said method comprising: determining in view of a host vehicle a remaining distance (D remaining ) of an overtaking lane contiguous to a driving lane of said host vehicle based on: input derived from a positioning system on-board said host vehicle in combination with map data comprising information regarding said overtaking lane and/or a fixed length thereof , and/or input derived from an image capturing system and/or mono camera on-board said host vehicle of a road sign indicating a fixed length and/or a remainder of said overtaking lane ; determining a delta distance (D delta ) between said host vehicle and a preceding vehicle positioned in said host vehicle driving lane ; determining a delta time for said host vehicle to reach said preceding vehicle ; determining based on said delta distance (D delta ), said delta time and a determined host vehicle speed, a speed of said preceding vehicle ; and determining based on said remaining distance (D remaining ), said delta distance (D delta ), said preceding vehicle speed, and an overtaking-affecting parameter, a minimum overtaking speed of the host vehicle for overtaking said preceding vehicle in the remaining distance (D remaining ) of the overtaking lane . determining in view of a host vehicle a remaining distance (D remaining ) of an overtaking lane contiguous to a driving lane of said host vehicle based on: input derived from a positioning system on-board said host vehicle in combination with map data comprising information regarding said overtaking lane and/or a fixed length thereof , and/or input derived from an image capturing system and/or mono camera on-board said host vehicle of a road sign indicating a fixed length and/or a remainder of said overtaking lane ; input derived from a positioning system on-board said host vehicle in combination with map data comprising information regarding said overtaking lane and/or a fixed length thereof , and/or input derived from an image capturing system and/or mono camera on-board said host vehicle of a road sign indicating a fixed length and/or a remainder of said overtaking lane ; determining a delta distance (D delta ) between said host vehicle and a preceding vehicle positioned in said host vehicle driving lane ; determining a delta time for said host vehicle to reach said preceding vehicle ; determining based on said delta distance (D delta ), said delta time and a determined host vehicle speed, a speed of said preceding vehicle ; and determining based on said remaining distance (D remaining ), said delta distance (D delta ), said preceding vehicle speed, and an overtaking-affecting parameter, a minimum overtaking speed of the host vehicle for overtaking said preceding vehicle in the remaining distance (D remaining ) of the overtaking lane .