mhurhangee/ep-ind-claims huggingface dataset:
An expedited message retransmission method for a computer system, comprising: maintaining, in a storage medium of the computer system, a master journal of sequenced messages generated from a plurality of messages written by applications or processes during operations of the computer system, at least one subset of said applications or processes requiring access to said sequenced messages to function properly; determining an estimated demand for access to said sequenced messages by said at least one subset of applications or processes that may experience failovers; generating, based on said estimated demand, one or more journal copies and/or one or more journal segments by duplicating content of said master journal, each said journal copy or journal segment being independently accessible by a single application or process at any given moment; and allocating said one or more journal copies and/or said one or more journal segments, upon demand, to some of said at least one subset of said applications or processes that have experienced failovers, such that multiple applications or processes can simultaneously access the content of said master journal, thereby expediting access to said sequenced messages in said master journal by said some applications or processes in their recovery from said failovers. maintaining, in a storage medium of the computer system, a master journal of sequenced messages generated from a plurality of messages written by applications or processes during operations of the computer system, at least one subset of said applications or processes requiring access to said sequenced messages to function properly; determining an estimated demand for access to said sequenced messages by said at least one subset of applications or processes that may experience failovers; generating, based on said estimated demand, one or more journal copies and/or one or more journal segments by duplicating content of said master journal, each said journal copy or journal segment being independently accessible by a single application or process at any given moment; and allocating said one or more journal copies and/or said one or more journal segments, upon demand, to some of said at least one subset of said applications or processes that have experienced failovers, such that multiple applications or processes can simultaneously access the content of said master journal, thereby expediting access to said sequenced messages in said master journal by said some applications or processes in their recovery from said failovers.
An isolated bacterial cell for use in isolating DNA-protein complexes, the cell being heat-killed and comprising a plurality of nucleic acid crosslinks, wherein each nucleic acid crosslink comprises a covalently bound furocoumarin, and wherein the isolated DNA-protein complexes are substantially devoid of bacterial cell-derived nucleic acids that are detectable by a procedure requiring strand separation, and wherein the bacterial cell is a protein A-positive Staphylococcus cell, a protein G-positive Streptococcus cell, or a protein L-positive Peptostreptococcus cell.
An extruded floorboard apparatus comprising: an extruded metal body having a cross section perpendicular to a longitudinal length, the cross section including: a horizontal floor section having a flat top; a stiffening rib extending vertically from a central portion of the horizontal floor section; a long leg extending perpendicularly downward from a first end of the horizontal floor section, the long leg having a height and terminating in a foot; a short leg extending perpendicularly downward from a second end of the horizontal floor section, the short leg being shorter than the long leg; a tongue protruding from one of the legs (332, 340) and forming a tee below the flat top; and a U-shaped groove of uniform wall thickness formed in the other of the legs (332, 340), characterized in that a portion below the tee or U-shaped groove on the short leg is configured to be cut off while preserving said tongue or groove, in that the tongue and groove are configured such that when a tongue and a groove of adjacent extruded metal bodies are mated with each other, the short leg of one extruded metal body intimately follows but only partially extends downward along a surface of a long leg of an adjacent metal body, such that the mated short and long legs (332, 340) terminate in the foot of the long leg, and in that the long leg extends vertically down at least 7.6 cm (3.0 inches) more than the tongue, the groove, and the stiffening rib. a horizontal floor section having a flat top; a stiffening rib extending vertically from a central portion of the horizontal floor section; a long leg extending perpendicularly downward from a first end of the horizontal floor section, the long leg having a height and terminating in a foot; a short leg extending perpendicularly downward from a second end of the horizontal floor section, the short leg being shorter than the long leg; a tongue protruding from one of the legs (332, 340) and forming a tee below the flat top; and a U-shaped groove of uniform wall thickness formed in the other of the legs (332, 340), characterized in that a portion below the tee or U-shaped groove on the short leg is configured to be cut off while preserving said tongue or groove, in that the tongue and groove are configured such that when a tongue and a groove of adjacent extruded metal bodies are mated with each other, the short leg of one extruded metal body intimately follows but only partially extends downward along a surface of a long leg of an adjacent metal body, such that the mated short and long legs (332, 340) terminate in the foot of the long leg, and in that the long leg extends vertically down at least 7.6 cm (3.0 inches) more than the tongue, the groove, and the stiffening rib.
Metered dose inhaler device comprising a mechanically activated visual cue representing a number of doses expelled from, or doses remaining in, a drug-containing cartridge or canister locatable within a body of said MDI, said visual cue being visible through at least a portion of the body of said MDI, and a removable data processing system configured to verify the dose of drug administered and/or inhaled, wherein the MDI device further comprises a correlation system configured to correlate physically released doses from the drug containing cartridge or canister with the administration and/or inhalation data stored in the removable data processing system, wherein the correlation system comprises mechanical activation means in contact with a drug containing cartridge of the MDI device, and wherein said mechanical activation means engage with translational movement conversion means configured to convert a translational movement of the mechanical activation means into a rotational movement; wherein the correlation system further comprises at least a first rotational position sensor, at least a second rotational position sensor, wherein the at least first rotational position sensor and the at least second rotational position sensor are configured to convert an angle of rotation into an electrical signal. wherein the correlation system comprises mechanical activation means in contact with a drug containing cartridge of the MDI device, and wherein said mechanical activation means engage with translational movement conversion means configured to convert a translational movement of the mechanical activation means into a rotational movement; wherein the correlation system further comprises at least a first rotational position sensor, at least a second rotational position sensor, wherein the at least first rotational position sensor and the at least second rotational position sensor are configured to convert an angle of rotation into an electrical signal.
An apparatus for printing of cylindrical or conical surfaces, comprising: - a plurality of working stations (20, 25, 26), at least one of said working stations (20, 25, 26) being a printing station and comprising an ink-jet printing device provided with at least one print head; - a plurality of supports for articles, each of said articles having a cylindrical or conical surface to be decorated; - first actuating means to bring the supports in succession to each of said working stations (20, 25, 26), in the printing station the cylindrical or conical surface to be decorated facing the print head; - second actuating means to rotate each of the supports around a rotation axis (X-X) thereof at least when the support is in the printing station, so as to decorate said surface during rotation of the article, characterized in that the apparatus further comprises means for adjusting the distance between the support and the print head, so as to enable decoration of articles with different sizes, wherein the distance-adjusting means comprises a frame carrying the heads and facing a table carrying the supports; said frame being translatable close to or away from the table and lockable relative to said table, based on the selected distance. - a plurality of working stations (20, 25, 26), at least one of said working stations (20, 25, 26) being a printing station and comprising an ink-jet printing device provided with at least one print head; - a plurality of supports for articles, each of said articles having a cylindrical or conical surface to be decorated; - first actuating means to bring the supports in succession to each of said working stations (20, 25, 26), in the printing station the cylindrical or conical surface to be decorated facing the print head; - second actuating means to rotate each of the supports around a rotation axis (X-X) thereof at least when the support is in the printing station, so as to decorate said surface during rotation of the article,
An electric work vehicle that includes a mounted body enabling execution of a specific work and is capable of running by electric power supplied from a battery, the electric work vehicle comprising: left and right main frames that are paired and extend in a vehicle front-rear direction; a cab provided in a front portion of the main frame in the vehicle front-rear direction; an electrical component unit disposed on the main frame in a position lower than a lower surface of the cab; and a PTO unit having a work machine drive unit for driving a work machine to execute the specific work by the mounted body, and a mounted motor for supplying rotational power, by electric power of the battery, to the work machine drive unit, wherein in the PTO unit, the mounted motor is in a position lower than the lower surface of the cab and in a lowermost layer region of a space where the electrical component unit is disposed, and the work machine drive unit is disposed in a position rearward from the mounted motor. left and right main frames that are paired and extend in a vehicle front-rear direction; a cab provided in a front portion of the main frame in the vehicle front-rear direction; an electrical component unit disposed on the main frame in a position lower than a lower surface of the cab; and a PTO unit having a work machine drive unit for driving a work machine to execute the specific work by the mounted body, and a mounted motor for supplying rotational power, by electric power of the battery, to the work machine drive unit, wherein in the PTO unit, the mounted motor is in a position lower than the lower surface of the cab and in a lowermost layer region of a space where the electrical component unit is disposed, and the work machine drive unit is disposed in a position rearward from the mounted motor.
A composition for a glass fiber, comprising, as a glass composition expressed as a mass percent in terms of oxide, 50% to 70% of SiO 2, 21% to 25% of Al 2 O 3, 3% to 13% of MgO, 8% to 15% of CaO, and 0.5% to 5% of B 2 O 3.
Foot section for an operating table having a support column and a patient laying area with a support frame designed to mount the support column which support frame rests on castors, is plate-like and has several corners areas, which support frame has respectively a roller housing connected thereto in its corner areas, in which roller housing a castor is arranged respectively, such that it is adjustable in height between a first position, in which it is supported on the floor and holds the support frame with the roller housings at a distance from the floor, and a second position in which the support frame rests on the floor, wherein the respective castor is secured to a roller support which is mounted on the roller housing to be rotatable about a vertical axis, wherein a setting device is arranged in the roller housing for adjusting the height of the roller support, characterised in that the respective roller housing has a lower housing part secured onto the upper side of the support frame and an upper housing part with an extension arm projecting out over the corner area, in which the roller support is mounted, wherein the upper housing part can be lowered by the setting device onto the lower housing part, wherein in the lowered position of the upper housing part the castor is located in the first position.
Door comprising a door panel and a grip integrated into the door panel, said door panel comprising a front and a back panel (50, 60) which are fixed together at their peripheral edges by door profiles, wherein the front and/or back panel (50, 60) has a substantially straight oblong grip opening (70, 80) being shaped to enable users to handle the integrated grip, and characterised in that the grip is formed by a grip assembly, said grip assembly including: a first and second substantially straight oblong profile extending on opposite sides of the grip opening (70, 80), wherein each profile (110, 120) extend from the front panel to the back panel; a middle wall panel that extends from the first profile to the second profile and in a transverse direction at least partially overlapping with the grip opening; and wherein the edges of the first profile, the second profile and the middle wall panel are fixed together by end pieces of the grip assembly, wherein the grip assembly extends over substantially a complete dimension between the first and second door profile of the door profiles. wherein the front and/or back panel (50, 60) has a substantially straight oblong grip opening (70, 80) being shaped to enable users to handle the integrated grip, and characterised in that the grip is formed by a grip assembly, said grip assembly including: a first and second substantially straight oblong profile extending on opposite sides of the grip opening (70, 80), wherein each profile (110, 120) extend from the front panel to the back panel; a middle wall panel that extends from the first profile to the second profile and in a transverse direction at least partially overlapping with the grip opening; and wherein the edges of the first profile, the second profile and the middle wall panel are fixed together by end pieces of the grip assembly,
A method for producing blanks for an inner wrapper of a cigarette group, wherein the blanks are severed from a continuous material web and wherein, before the blanks are severed, the material web is guided through an embossing device and provided with an embossment (22, 23), and wherein, in order to control a change in the length of the material web or of a blank to be severed from the same, which change in length accompanies the embossment (22, 23), at least one parameter that influences the embossment (22, 23) is varied by means of a control unit, characterized in that the at least one parameter varied by the control unit includes embossing pressure and embossing depth, wherein the embossing pressure and the embossing depth is varied over the length of a blank to be severed from the material web in the area of an embossing device.
A dynamic balance device for a press machine, wherein the press machine includes a crank shaft and a slide adapted to perform press working by converting a rotational motion of the crank shaft into a vertical motion of the slide, and wherein the dynamic balance device is configured to be included into the press machine such as to comprise a balance weight and is characterized by: a plurality of cam portions configured to transmit the vertical motion of the slide to the balance weight to move the balance weight in a reverse direction of the vertical motion of the slide, the plurality of cam portions each being configured to move in a direction substantially orthogonal to the moving direction of the slide, and including: a first inclined surface having an inclination angle corresponding to an inclination angle of an inclined surface formed on the slide or on a member which is provided integrally with the slide and vertically moves together with the slide; and a second inclined surface having an inclination angle corresponding to an inclination angle of an inclined surface formed on the balance weight, such that the inclined surfaces (31, 71) each have a predetermined inclination angle with respect to the vertical moving direction of the slide. a plurality of cam portions configured to transmit the vertical motion of the slide to the balance weight to move the balance weight in a reverse direction of the vertical motion of the slide, the plurality of cam portions each being configured to move in a direction substantially orthogonal to the moving direction of the slide, and including: a first inclined surface having an inclination angle corresponding to an inclination angle of an inclined surface formed on the slide or on a member which is provided integrally with the slide and vertically moves together with the slide; and a second inclined surface having an inclination angle corresponding to an inclination angle of an inclined surface formed on the balance weight, such that the inclined surfaces (31, 71) each have a predetermined inclination angle with respect to the vertical moving direction of the slide.
A method for producing a metal/ceramic circuit board, said method comprising the steps of: forming a metal layer, which contains aluminum as a principal component, on at least one side of a ceramic substrate; forming a resist having a predetermined shape on said metal layer; and etching and removing an undesired portion of said metal layer with an etchant of a mixed solution to form a metal circuit on said at least one side of said ceramic substrate, characterized in that the metal layer is made of an aluminum alloy containing Si, or the metal layer is made of aluminum and formed on the ceramic substrate via a brazing filler metal containing Al and Si; and the etchant is prepared by mixing ferric chloride with water without adding any acids so that the Baumé degree of ferric chloride is higher than 44° Bé. forming a metal layer, which contains aluminum as a principal component, on at least one side of a ceramic substrate; forming a resist having a predetermined shape on said metal layer; and etching and removing an undesired portion of said metal layer with an etchant of a mixed solution to form a metal circuit on said at least one side of said ceramic substrate, characterized in that the metal layer is made of an aluminum alloy containing Si, or the metal layer is made of aluminum and formed on the ceramic substrate via a brazing filler metal containing Al and Si; and the etchant is prepared by mixing ferric chloride with water without adding any acids so that the Baumé degree of ferric chloride is higher than 44° Bé.
At a computing device, a method for adjusting sensitivity of a control stick, the method comprising: receiving a dead zone inflection point defining a boundary of a dead zone region and a playspace region within a normalized two-dimensional movement space of the control stick; receiving, via a user input, a sensitivity inflection point bounding a sensitivity region within the playspace region of the normalized two-dimensional movement space; transforming the sensitivity inflection point to a transformed sensitivity inflection point using a sensitivity scaling function that is the sum of: - a first term comprising the difference between the dead zone inflection point and a maximum possible position of the control stick, as a fraction of the maximum possible position, with the difference multiplied by the sensitivity inflection point, and - a second term comprising the dead zone inflection point; receiving position data representing a current position of the control stick; transforming the current position to a transformed position in the normalized two-dimensional movement space using a mapping function comprising the dead zone inflection point and the transformed sensitivity inflection point; and reporting the current position of the control stick in the transformed coordinate space to adjust sensitivity of the control stick. receiving a dead zone inflection point defining a boundary of a dead zone region and a playspace region within a normalized two-dimensional movement space of the control stick; receiving, via a user input, a sensitivity inflection point bounding a sensitivity region within the playspace region of the normalized two-dimensional movement space; transforming the sensitivity inflection point to a transformed sensitivity inflection point using a sensitivity scaling function that is the sum of: - a first term comprising the difference between the dead zone inflection point and a maximum possible position of the control stick, as a fraction of the maximum possible position, with the difference multiplied by the sensitivity inflection point, and - a second term comprising the dead zone inflection point; - a first term comprising the difference between the dead zone inflection point and a maximum possible position of the control stick, as a fraction of the maximum possible position, with the difference multiplied by the sensitivity inflection point, and - a second term comprising the dead zone inflection point; receiving position data representing a current position of the control stick; transforming the current position to a transformed position in the normalized two-dimensional movement space using a mapping function comprising the dead zone inflection point and the transformed sensitivity inflection point; and reporting the current position of the control stick in the transformed coordinate space to adjust sensitivity of the control stick.
A gas turbine engine augmentor comprising: an inter-liner cavity including an axially extending annular gap for separating the augmentor from tailpipe liners (116, 118), a purge flow cavity radially outwardly open to and in fluid communication with a fan bypass duct and radially inwardly open to and in fluid communication with the inter-liner cavity, an ejector in fluid communication with the fan bypass duct, and the ejector having an ejector nozzle positioned and aimed to direct an ejector nozzle flow from inside the ejector nozzle across the inter-liner cavity, characterized by the ejector having an ejector plenum in fluid communication with the fan bypass duct, the ejector nozzle having a nozzle flowpath therein and extending and converging aftwardly between an ejector nozzle inlet to an ejector nozzle outlet, and the ejector nozzle inlet being open to and in fluid communication with the ejector plenum. an inter-liner cavity including an axially extending annular gap for separating the augmentor from tailpipe liners (116, 118), a purge flow cavity radially outwardly open to and in fluid communication with a fan bypass duct and radially inwardly open to and in fluid communication with the inter-liner cavity, an ejector in fluid communication with the fan bypass duct, and the ejector having an ejector nozzle positioned and aimed to direct an ejector nozzle flow from inside the ejector nozzle across the inter-liner cavity, characterized by the ejector having an ejector plenum in fluid communication with the fan bypass duct, the ejector nozzle having a nozzle flowpath therein and extending and converging aftwardly between an ejector nozzle inlet to an ejector nozzle outlet, and the ejector nozzle inlet being open to and in fluid communication with the ejector plenum.