mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: performing parallel lookups to a probe filter and an early probe cache responsive to receiving a memory request, wherein the probe filter is configured to track cache lines that are cached by a plurality of processing nodes and the early probe cache is configured to cache recent lookups to the probe filter, wherein the early probe cache stores entries on a region basis, wherein a region comprises a plurality of cache lines; maintaining a confidence indicator in a first entry of the early probe cache that indicates a level of confidence in whether a node identified by the first entry is an owner of a cache line targeted by a memory request; retrieving an identifier of a first processing node from the first entry of the early probe cache responsive to a lookup of the early probe cache matching the first entry, wherein the first entry identifies the first processing node as an owner of a first region targeted by the memory request; and sending an early probe to the first processing node responsive to determining the confidence indicator of the first entry is greater than a threshold, wherein the early probe is sent prior to a lookup to the probe filter completing. performing parallel lookups to a probe filter and an early probe cache responsive to receiving a memory request, wherein the probe filter is configured to track cache lines that are cached by a plurality of processing nodes and the early probe cache is configured to cache recent lookups to the probe filter, wherein the early probe cache stores entries on a region basis, wherein a region comprises a plurality of cache lines; maintaining a confidence indicator in a first entry of the early probe cache that indicates a level of confidence in whether a node identified by the first entry is an owner of a cache line targeted by a memory request; retrieving an identifier of a first processing node from the first entry of the early probe cache responsive to a lookup of the early probe cache matching the first entry, wherein the first entry identifies the first processing node as an owner of a first region targeted by the memory request; and sending an early probe to the first processing node responsive to determining the confidence indicator of the first entry is greater than a threshold, wherein the early probe is sent prior to a lookup to the probe filter completing.
Method of controlling an electronic device comprising a microprocessor adapted to interact with a telephone network subscriber identity card comprising a microprocessor associated with a non-volatile memory containing an autorun program that may be executed by the electronic device, comprising the following steps: - detection (E602-E608), by the microprocessor of the card, of a start of interaction between the card and the device and declaration, by this microprocessor of the card, of at least part of the non-volatile memory of the card, which contains said autorun program, to be a backing store; - detection of this autorun program by the microprocessor of the electronic device and command to transfer said program from the card to the device, subject to the condition, at least, of said detection; - execution of the transferred autorun program by the microprocessor of the electronic device, characterized by a verification step including: - reception, by the microcircuit card, of an identifier of the electronic device; - comparison of the identifier received to an identifier stored in the card and relating to an electronic device to which the transfer step has already been effected; - inhibition of the automatic execution of the program if the identifiers are equal or, if not, activation of the option of executing said program and storage, in the card, of the identifier of the electronic device. - detection (E602-E608), by the microprocessor of the card, of a start of interaction between the card and the device and declaration, by this microprocessor of the card, of at least part of the non-volatile memory of the card, which contains said autorun program, to be a backing store; - detection of this autorun program by the microprocessor of the electronic device and command to transfer said program from the card to the device, subject to the condition, at least, of said detection; - execution of the transferred autorun program by the microprocessor of the electronic device, characterized by a verification step including: - reception, by the microcircuit card, of an identifier of the electronic device; - comparison of the identifier received to an identifier stored in the card and relating to an electronic device to which the transfer step has already been effected; - inhibition of the automatic execution of the program if the identifiers are equal or, if not, activation of the option of executing said program and storage, in the card, of the identifier of the electronic device.
Apparatus for painting products, comprising: a conveying system; at least one device for applying the paint fixed to a shuttling arm, at least one suction system, a plenum that is provided with a longitudinal axis which is perpendicular to a direction of advancement of the products, wherein the plenum is of semicylindrical shape; characterised in that the shuttling arm has a shape that is at least partially complementary to that of the plenum.
Drive assembly for a manually driven vehicle, in particular a bicycle or a pedelec, comprising an electrical auxiliary drive, the drive assembly having a first drive shaft for a manual drive and a rotor of the electrical auxiliary drive, and the first drive shaft and the rotor of the electrical auxiliary drive being coupled to a common output element, the first drive shaft and the rotor of the electrical auxiliary drive being coupled to the output element by means of a strain wave gearing, the strain wave gearing having an outer sleeve which has an internal toothing, a deformable inner sleeve which has an external toothing, and a wave generator, the wave generator being at least indirectly connected to the rotor of the electrical auxiliary drive for rotation therewith, the deformable inner sleeve being at least indirectly connected to the first drive shaft for rotation therewith, and the outer sleeve forming the output element, characterized in that the first drive shaft has a first end and a second end which are opposite one another and on each of which a pedal can be arranged for rotation therewith.
Trailer with shower cabins (2, 3), wherein two rows (5, 6) of shower cabins (2, 3) aligned in the direction of travel of the trailer are arranged adjacent to one another and wherein an access (7, 8) for the shower cabins (2, 3) is provided from an outer side (9, 10) of the trailer, characterized in that the trailer has flaps (13, 14) on its outer sides (9, 10) for closing the outer sides (9, 10), which in the opened state each form a canopy.
A device for stimulation of hair re-growth on an area of skin of a subject, the device comprising an array of electrodes a plurality of protruding elements comprising elongated teeth, said array of electrodes comprising at least one contact electrode, and at least one ground electrode, each of said contact electrodes configured to conduct electrical current to a surface of an area of skin via a contact surface of a said contact electrode, wherein said electrical current is adapted to deliver energy sufficient to cause localized heating of said area of skin, characterized in that said contact electrode and said ground electrode are both embedded within a distal end of said elongated protruding teeth, such that a contact surface of said contact electrode is exposed.
A computer-implemented method of providing delayed error processing, comprising: providing a system management interrupt handler; executing, in a single node running on an operating system instance, a first container and a second container; detecting an uncorrectable error in the first container; responsive to the detecting, notifying a system agent of a degraded system state; providing, by the system agent, an SMI for an initial degraded response handling to the SMI handler; identifying, by the SMI handler, that the system is in a degraded state and notifying the operating system of a planned shutdown or maintenance cycle; instructing the second container to seek a recoverable state in which the node's workload is completed, minimized, or reduced, wherein said instructing includes an orchestrator or controller instructing a load balancer to direct less traffic to the second container; determining, by the system agent, that the second container has entered a recoverable state; and initiating, by the system agent, a recovery operation. providing a system management interrupt handler; executing, in a single node running on an operating system instance, a first container and a second container; detecting an uncorrectable error in the first container; responsive to the detecting, notifying a system agent of a degraded system state; providing, by the system agent, an SMI for an initial degraded response handling to the SMI handler; identifying, by the SMI handler, that the system is in a degraded state and notifying the operating system of a planned shutdown or maintenance cycle; instructing the second container to seek a recoverable state in which the node's workload is completed, minimized, or reduced, wherein said instructing includes an orchestrator or controller instructing a load balancer to direct less traffic to the second container; determining, by the system agent, that the second container has entered a recoverable state; and initiating, by the system agent, a recovery operation.
A lawnmower comprising a chassis, a pair of rear wheels (130L, 130R) with one wheel mounted at each side of the chassis, wherein the chassis and the pair of rear wheels (130L, 130R) are movable relative to one another to adjust the height-of-cut of the lawnmower within a range of heights-of-cut, characterized in that, a transversely mounted skid which extends substantially the full width of the spacing between the rear wheels (130L, 130R), the lower surface of the skid having a substantially uniform profile across the majority of its width, and wherein the skid moves relative to the chassis during adjustment of the height-of-cut such that the skid is maintained at or above a minimum height position (H min) for the full height-of-cut adjustment range, the minimum height position (H min) being a position in which the lowest point of the lower surface profile of the skid is at a predetermined height above a transverse line connecting the lowest point of each wheel.
An electrical contact receptacle comprising: a base having a front surface and opposite side edge regions (20a,20b), opposed contact portions (22,24) extending forwardly of said front surface from respective ones of said opposite side edge regions (20a,20b) and being angled inwardly toward one another, wherein each of said contact portions (22,24) has a respective inner contact surface for conductively engaging a respective opposite planar face of a blade terminal or a bus bar; and wherein said front surface of said base is sized and shaped to conductively engage a side edge of the blade terminal or bus bar in a first orientation in which the longitudinal axis of the blade terminal or bus bar is parallel to said base simultaneously with said contact portions (22,24) conductively engaging the respective opposite planar surfaces of the blade terminal or bus bar characterised in that said base comprises inwardly-facing surfaces (33a-d) defining a through-opening between said opposite side edge regions (20a,20b); wherein said through-opening is sized and shaped to receive the blade terminal or bus bar in a second orientation in which a longitudinal axis of the blade terminal or bus bar is perpendicular to said base with at least one of said inwardly facing surfaces conductively engaging the respective opposite planar faces of the blade terminal or bus bar a base having a front surface and opposite side edge regions (20a,20b), opposed contact portions (22,24) extending forwardly of said front surface from respective ones of said opposite side edge regions (20a,20b) and being angled inwardly toward one another, wherein each of said contact portions (22,24) has a respective inner contact surface for conductively engaging a respective opposite planar face of a blade terminal or a bus bar; and wherein said front surface of said base is sized and shaped to conductively engage a side edge of the blade terminal or bus bar in a first orientation in which the longitudinal axis of the blade terminal or bus bar is parallel to said base simultaneously with said contact portions (22,24) conductively engaging the respective opposite planar surfaces of the blade terminal or bus bar characterised in that said base comprises inwardly-facing surfaces (33a-d) defining a through-opening between said opposite side edge regions (20a,20b); wherein said through-opening is sized and shaped to receive the blade terminal or bus bar in a second orientation in which a longitudinal axis of the blade terminal or bus bar is perpendicular to said base with at least one of said inwardly facing surfaces conductively engaging the respective opposite planar faces of the blade terminal or bus bar
Disc brake, in particular for a commercial vehicle, comprising a brake calliper, which straddles a brake disc which can be brought into operative contact with brake pads, each comprising a backing plate and, fastened thereon, a friction lining, and further comprising at least one closure cover which closes off the brake calliper and is fastened thereto by means of screws, characterised in that the closure cover and the backing plate each have at least one high spot and recess corresponding to one another in the manner of a coding facility, wherein a screw head of at least one of the screws of the closure cover forms the high spot which extends into an associated recess of the backing plate.
A process for preparing diisocyanates by reaction of the corresponding amines with phosgene, if appropriate in the presence of inerts, wherein the reaction takes place at least partly in an apparatus whose fluid contact surface has an average peak-to-valley height Rz in accordance with DIN EN ISO 4287 (October 1998 version) of not more than 10 μm and wherein the arithmetic mean roughness value Ra in accordance with DIN EN ISO 4287 (October 1998 version) is not more than 1.0 μm.
A mold member for use in forming a contact lens, the mold member comprising: a cavity-defining portion configured to define at least part of a cavity in which the contact lens is to be formed by placing and polymerizing a polymerizable contact lens precursor material in the cavity, the cavity-defining portion being formed of a material that is soluble in a solvent in which the contact lens is not soluble; a support portion extending from the cavity-defining portion and configured to be held whilst the cavity-defining portion of the mold member is immersed in the solvent; CHARACTERISED IN THAT the cavity-defining portion of the mold member further defines a first part of a channel configured to receive an excess of said precursor material when said precursor material is placed in the cavity; and the support portion of the mold member defines a second part of the channel that is in fluid communication with the first part of the channel and thereby configured to receive a portion of said excess precursor material. a cavity-defining portion configured to define at least part of a cavity in which the contact lens is to be formed by placing and polymerizing a polymerizable contact lens precursor material in the cavity, the cavity-defining portion being formed of a material that is soluble in a solvent in which the contact lens is not soluble; a support portion extending from the cavity-defining portion and configured to be held whilst the cavity-defining portion of the mold member is immersed in the solvent; CHARACTERISED IN THAT the cavity-defining portion of the mold member further defines a first part of a channel configured to receive an excess of said precursor material when said precursor material is placed in the cavity; and the support portion of the mold member defines a second part of the channel that is in fluid communication with the first part of the channel and thereby configured to receive a portion of said excess precursor material.
A two part adhesive composition comprising: a) one or more isocyanate functional prepolymers; b) from 0.05 to 20.0 percent by weight based on the weight of the composition of one or more compounds containing a cycloaliphatic tertiary amine; c) one or more compounds containing a peroxide group; and, d) an acrylate containing component; wherein components a) and b) are kept separate from component c) until cure is desired; and wherein the weight ratio of one or more compounds containing a peroxide group to the one or more compounds containing a cycloaliphatic tertiary amine is from 1.0:1.0 to 200:1.0. a) one or more isocyanate functional prepolymers; b) from 0.05 to 20.0 percent by weight based on the weight of the composition of one or more compounds containing a cycloaliphatic tertiary amine; c) one or more compounds containing a peroxide group; and, d) an acrylate containing component;
Battery cell for a battery of a motor vehicle having a galvanic element, a battery cell housing for accommodating the galvanic element, and at least two microelectronic circuits (6, 7, 27, 28) for monitoring the battery cell, wherein a first microelectronic circuit of the at least two microelectronic circuits (6, 7, 27, 28) is attached to a first carrier, wherein a second microelectronic circuit of the at least two microelectronic circuits (6, 7, 27, 28) is attached to a separate second carrier, wherein the two carriers (10, 11) are arranged on top of one another and thus form a stack, so that a top side of the first carrier is facing toward a bottom side of the second carrier, characterised in that the stack comprising the two carriers (10, 11) is coupled mechanically and/or thermally to an inside of a wall of the battery cell housing.
A flip-top dispensing closure comprising: a base; a lid; and a dispensing spout provided on or by the base, the lid comprising a cover and a fixing ring, wherein the cover is hingedly connected to the ring so as to be moveable between a closed and open position, the ring comprising spaced inner and outer walls (23, 24), the ring and the spout comprising locking means (20, 27) for securing the lid to the base, and characterised in that: the lid comprises a tamper-evident member forming part of an outer cap of the cover, the tamper-evident member being visible prior to first opening of the closure, the tamper-evident member moving at least partly into a void upon first opening of the cover, wherein the void is formed between the inner and outer walls (23, 24) of the ring of the lid. a base; a lid; and a dispensing spout provided on or by the base, the lid comprising a cover and a fixing ring, wherein the cover is hingedly connected to the ring so as to be moveable between a closed and open position, the ring comprising spaced inner and outer walls (23, 24), the ring and the spout comprising locking means (20, 27) for securing the lid to the base, and characterised in that: the lid comprises a tamper-evident member forming part of an outer cap of the cover, the tamper-evident member being visible prior to first opening of the closure, the tamper-evident member moving at least partly into a void upon first opening of the cover, wherein the void is formed between the inner and outer walls (23, 24) of the ring of the lid. the lid comprises a tamper-evident member forming part of an outer cap of the cover, the tamper-evident member being visible prior to first opening of the closure, the tamper-evident member moving at least partly into a void upon first opening of the cover, wherein the void is formed between the inner and outer walls (23, 24) of the ring of the lid.
A treatment instrument for endoscope comprising an insertion section adapted to be inserted into a body, the insertion section comprises a treatment section (20, 120, 130) provided at a distal end of the insertion section, the treatment section (20, 120, 130) comprises a conductor (30,124, 134) configured to be connected to a hight frequency source wherein the treatment section (20, 120, 130) is is configured in a sandwich structure comprising said conductor (30; 124; 134), a distal end side non-conductor (28; 122; 132) provided on the distal end of the treatment section, and a proximal end side non-conductor (32; 126; 136) provided on the other side of the conductor opposite to the distal end side non-conductor; said conductor is provided between the distal end side non-conductor and the proximal end side non-conductor so as to be exposed in a strip-shape at a side surface of the treatment section, and the side surfaces of the conductor and non-conductors are coplanar and the proximal end side non-conductor is exposed in a circumferentially-extended strip-shape at the side surface of the treatment section, wherein the treatment section (20, 120, 130) is formed to have a gear-like shape in which a plurality of peaks and valleys are alternately arranged in a circumferential direction of the treatment section (20, 120, 130) and upon application of a current to the conductor (30, 124, 134) by the high frequency source, the conductor (30, 124, 134) which is exposed in a stripe shape at the side surface of the treatment section is brought into contact with a side of a part of the body to be cut.