mhurhangee/ep-ind-claims huggingface dataset:
A method for preventing ransomware attacks on a computing system, the computing system having access to computing resources including a source of randomness, which comprises random number or pseudo-random number generation means, and which are accessible through calling interface means, the method comprising the following steps: a) providing predetermined requirements describing a permissible call to said source of randomness comprising random number or pseudo-random number generation means through said calling interface means in a memory element; b) using monitoring means, monitoring the use of said calling interface means, comprising the obtention of data identifying a call (115, 115A, 115B); c) blocking said call to said source of randomness, unless the data identifying said call complies with said predetermined requirements. a) providing predetermined requirements describing a permissible call to said source of randomness comprising random number or pseudo-random number generation means through said calling interface means in a memory element; b) using monitoring means, monitoring the use of said calling interface means, comprising the obtention of data identifying a call (115, 115A, 115B); c) blocking said call to said source of randomness, unless the data identifying said call complies with said predetermined requirements.
A method for forming a flexural mode pressure sensor comprising: forming a base, the base including a cavity formed therein, wherein forming the base includes: providing a lower substrate; and forming the cavity on the lower substrate; wherein the lower substrate is a single crystal sapphire substrate and has a particular orientation; forming a single crystal sapphire membrane on top of the base and over the cavity, wherein forming the sapphire membrane includes disposing the membrane over the cavity in the same orientation as the lower substrate; forming a lower electrode on top of the membrane; forming a piezoelectric material layer on an upper surface of the lower electrode, the piezoelectric material layer being formed of aluminum nitride; and forming at least one upper electrode on an upper surface of the piezoelectric material layer; and wherein the membrane is formed of the same material as the lower substrate. forming a base, the base including a cavity formed therein, wherein forming the base includes: providing a lower substrate; and forming the cavity on the lower substrate; wherein the lower substrate is a single crystal sapphire substrate and has a particular orientation; providing a lower substrate; and forming the cavity on the lower substrate; wherein the lower substrate is a single crystal sapphire substrate and has a particular orientation; forming a single crystal sapphire membrane on top of the base and over the cavity, wherein forming the sapphire membrane includes disposing the membrane over the cavity in the same orientation as the lower substrate; forming a lower electrode on top of the membrane; forming a piezoelectric material layer on an upper surface of the lower electrode, the piezoelectric material layer being formed of aluminum nitride; and forming at least one upper electrode on an upper surface of the piezoelectric material layer; and wherein the membrane is formed of the same material as the lower substrate.
Clamping system for clamping an object, in particular for clamping a cutting tool in a machine tool, comprising a) an accommodating bore for accommodating the object to be clamped, b) a threaded bore which extends in the wall of the accommodating bore transversely to the longitudinal axis of the accommodating bore, c) a clamping screw which is screwable in the threaded bore in order optionally to clamp or release the object dependent upon the screwed position of the clamping screw in the accommodating bore, wherein the clamping screw has a cup socket at its free inserting end, d) an intermediate element arranged between the clamping screw and the object, so that the clamping screw does not directly touch the object to be clamped, but rather indirectly via the intermediate element, wherein the intermediate element has, on the side of the clamping screw, a ball head which is mounted in the cup socket of the clamping screw, so that the intermediate element is pivotable relative to the clamping screw, characterized in e) that the threaded bore is arranged offset eccentrically to the diameter of the accommodating bore. a) an accommodating bore for accommodating the object to be clamped, b) a threaded bore which extends in the wall of the accommodating bore transversely to the longitudinal axis of the accommodating bore, c) a clamping screw which is screwable in the threaded bore in order optionally to clamp or release the object dependent upon the screwed position of the clamping screw in the accommodating bore, wherein the clamping screw has a cup socket at its free inserting end, d) an intermediate element arranged between the clamping screw and the object, so that the clamping screw does not directly touch the object to be clamped, but rather indirectly via the intermediate element, wherein the intermediate element has, on the side of the clamping screw, a ball head which is mounted in the cup socket of the clamping screw, so that the intermediate element is pivotable relative to the clamping screw, characterized in e) that the threaded bore is arranged offset eccentrically to the diameter of the accommodating bore.
An apparatus to treat an eye having a lens, the lens having a capsule, the apparatus comprising: an expandable support comprising a first narrow profile configuration and a second wide profile configuration, the narrow profile configuration sized to pass through an incision, the wide profile configuration sized to extend substantially along an intermediate portion of the lens capsule to decrease radial movement of the intermediate portion and increase an amount of accommodation of the eye. wherein the support in the wide profile configuration comprises an arcuate profile extending along the intermediate portion so as to define an opening having a diameter of 2mm to 6mm.
A device for controlling enrichment of nitric oxide levels within the lungs of a subject, comprising: a detector for detecting a timing of a respiration cycle of the subject, wherein said respiration cycle comprises an alternating occurrence of an inspiration event and an expiration event; a stimulator for applying an acoustic or vibratory stimulus to the subject; and a controller adapted to control the stimulator to operate at a frequency which corresponds to the resonant frequency of a paranasal sinus, characterised in that, the controller is adapted to control the stimulator in dependence on the detected timing of the respiration cycle and/or an event of the respiration cycle, and the controller is further adapted to interpret the output signal of the detector to provide a prediction of the timing of the beginning of a next inspiration event of the respiration cycle, and wherein the controller is adapted to actuate the stimulator a predetermined period of time before the beginning of the inspiration event of the respiration cycle. a detector for detecting a timing of a respiration cycle of the subject, wherein said respiration cycle comprises an alternating occurrence of an inspiration event and an expiration event; a stimulator for applying an acoustic or vibratory stimulus to the subject; and a controller adapted to control the stimulator to operate at a frequency which corresponds to the resonant frequency of a paranasal sinus, characterised in that, the controller is adapted to control the stimulator in dependence on the detected timing of the respiration cycle and/or an event of the respiration cycle, and the controller is further adapted to interpret the output signal of the detector to provide a prediction of the timing of the beginning of a next inspiration event of the respiration cycle, and wherein the controller is adapted to actuate the stimulator a predetermined period of time before the beginning of the inspiration event of the respiration cycle.
A method for preparing a pharmaceutical composition suitable for strengthening the stomach, comprising: mixing following four substances to obtain a mixture, i.e., the pharmaceutical composition for strengthening spleen and stomach; wherein the four substances are ginseng ethanol extract, volatile oil of largehead atractylodes rhizome and tangerine peel, aqueous extract of Indian bread, yamaimo, lotus seed, tangerine peel, liquorice root, hawthorn fruit, germinated barley, largehead atractylodes rhizome and rhizoma alismatis, and fermentation broth of fruits and vegetables, the substance is prepared by a method comprising a step of extracting an extract from ginseng with ethanol water by a reflux extraction to obtain the ginseng ethanol extract, the substance is prepared by a method comprising steps of soaking largehead atractylodes rhizome and tangerine peel in water, distilling the largehead atractylodes rhizome and the tangerine peel to obtain distillate and dregs, and collecting the distillate to obtain the volatile oil of largehead atractylodes rhizome and tangerine peel, the substance is prepared by a method comprising steps of mixing Indian bread, yamaimo, lotus seed, liquorice root, hawthorn fruit, germinated barley, rhizoma alismatis, the dregs obtained in preparation of the substance, and water, processing decoction and filtering, collecting filtrate, adding absolute ethyl alcohol, static standing, and collecting clear solution to obtain the aqueous extract of Indian bread, yamaimo, lotus seed, tangerine peel, liquorice root, hawthorn fruit, germinated barley, largehead atractylodes rhizome and rhizoma alismatis, and the substance is prepared by a method comprising steps of mixing fruits, vegetables, bacteria liquid of Lactobacillus acidophilus, bacteria liquid of Bifidobacterium longum, bacteria liquid of Lactobacillus delbrueckii subsp. bulgaricus, and bacteria liquid of Streptococcus thermophilus, processing fermentation to obtain a fermentation product, i.e., the fermentation broth of fruits and vegetables.
An endoscope system comprising: an endoscope (20, 74); and an accessory (44, 86); a placement means (64, 66, 78) on which the endoscope is adapted to be placed; a detecting means (70a, 70b, 72) configured to detect whether the endoscope is placed on the placement means or not; an actuating means for the accessory; an operating means for operating the actuating means of the accessory; characterized in that it comprises a control means (60, 94) configured to be switched between a normal mode wherein the actuating means of the accessory is controlled according to an operation to the operating means and a restricting mode wherein the actuating means of the accessory is controlled regardless of an operation to the operating means, on the basis of a result of detection by the detecting means. an endoscope (20, 74); and an accessory (44, 86); a placement means (64, 66, 78) on which the endoscope is adapted to be placed; a detecting means (70a, 70b, 72) configured to detect whether the endoscope is placed on the placement means or not; an actuating means for the accessory; an operating means for operating the actuating means of the accessory; characterized in that it comprises a control means (60, 94) configured to be switched between a normal mode wherein the actuating means of the accessory is controlled according to an operation to the operating means and a restricting mode wherein the actuating means of the accessory is controlled regardless of an operation to the operating means, on the basis of a result of detection by the detecting means.
A MEMS device, characterized in that it comprises a chip carrier that includes a plurality of conductive and insulating layers deposited on a silicon substrate, the chip carrier having an acoustic port extending from a first surface to a second surface of the chip carrier that is opposite the first surface, the acoustic port having first and second openings; a MEMS die disposed on the chip carrier to cover the acoustic port at the second surface of the chip carrier, wherein the first opening is laterally offset from the second opening such that debris can thereby be prevented from being transmitted onto the MEMS die; and an enclosure bonded to the chip carrier and encapsulating the MEMS die.
A method for detecting pancreatic exocrine dysfunction, the method comprising measuring in vitro the amount of APOA2-ATQ protein (Apolipoprotein A2-ATQ) or APOA2-AT protein (Apolipoprotein A2-AT) present in body fluid of a test subject, and determining the presence or absence of pancreatic exocrine dysfunction on the basis of the measured amount, wherein, when the amount of the APOA2-ATQ protein in the test subject is smaller than that in normal subjects, the test subject is evaluated to have a pancreas affected by disturbance of pancreatic juice flow, wherein, when the amount of the APOA2-ATQ protein in the test subject is equal to or more than that in the normal subjects and the amount of the APOA2-AT protein in the test subject is smaller than that in the normal subjects, the test subject is evaluated to have a pancreas affected by insufficient production of pancreatic juice.
Device (10, 12) for returning dispensed objects to a carrier tape, - having a carrier tape on which self-adhesive objects are present; - having a dispensing edge by way of which the self-adhesive objects are releasable from the carrier tape; - having at least one deflection roller by way of which the empty carrier tape is guided, - characterized in that - a receptacle unit (36, 52) by way of which the empty carrier tape is guided is present behind the at least one deflection roller in the running direction of the empty carrier tape; - the receptacle unit (36, 52) is at least occasionally positioned in front of the dispensing edge in such a way that self-adhesive objects dispensed by the dispensing edge are able to be transferred directly or indirectly to the empty carrier tape. - having a carrier tape on which self-adhesive objects are present; - having a dispensing edge by way of which the self-adhesive objects are releasable from the carrier tape; - having at least one deflection roller by way of which the empty carrier tape is guided, - characterized in that - a receptacle unit (36, 52) by way of which the empty carrier tape is guided is present behind the at least one deflection roller in the running direction of the empty carrier tape; - the receptacle unit (36, 52) is at least occasionally positioned in front of the dispensing edge in such a way that self-adhesive objects dispensed by the dispensing edge are able to be transferred directly or indirectly to the empty carrier tape.
An insulating assembly for installation around a roof window frame in an roof structure including roofing and roofing supporting structure, said insulating assembly comprising a plurality of insulating assembly pieces (31, 32, 33), and wherein the window frame has a plurality of frame members (11, 12, 13), each frame member having an interior side facing the interior of the building in the mounted state, an exterior side facing the exterior of the building in the mounted state, an inner side and an outer side, an interior-exterior dimension being defined by a direction extending from the interior side to the exterior side in the mounted condition, where at least one first insulating assembly piece (31, 32, 33) made of a low thermal-conductivity material such as polyethylene foam, mineral wool, cellulose, polyurethane foam or foamed ABS is hinged to at least one second insulating assembly piece (31, 32, 33), in such a manner that the angle between said insulating assembly pieces can be changed within a plane substantially parallel to said roof structure when one insulating frame piece is arranged on the roof structure aligned with a side of an opening in said roof structure and/or is abutting an outer side of a frame member of said window frame, and where the at least one first insulating assembly piece (31, 32, 33) is hinged to the at least one second insulating assembly piece (31, 32, 33) by a hinge comprising moving components of the piano, spring, barrel, pivot, mortise, case, concealed, butterfly, flag, strap, or H type or by a hinge where a material with higher compressibility than that of the material of which the insulating assembly pieces are made is inserted in a groove, said groove lying substantially perpendicular to the largest dimension of the insulating assembly piece. where at least one first insulating assembly piece (31, 32, 33) made of a low thermal-conductivity material such as polyethylene foam, mineral wool, cellulose, polyurethane foam or foamed ABS is hinged to at least one second insulating assembly piece (31, 32, 33), in such a manner that the angle between said insulating assembly pieces can be changed within a plane substantially parallel to said roof structure when one insulating frame piece is arranged on the roof structure aligned with a side of an opening in said roof structure and/or is abutting an outer side of a frame member of said window frame, and where the at least one first insulating assembly piece (31, 32, 33) is hinged to the at least one second insulating assembly piece (31, 32, 33) by a hinge comprising moving components of the piano, spring, barrel, pivot, mortise, case, concealed, butterfly, flag, strap, or H type or by a hinge where a material with higher compressibility than that of the material of which the insulating assembly pieces are made is inserted in a groove, said groove lying substantially perpendicular to the largest dimension of the insulating assembly piece.
A filled aluminium container containing a wine characterised in that the maximum oxygen content of the head space is 1 % v/v and the wine prior to filling is micro filtered and dissolved oxygen levels throughout the aluminium container filling process are maintained up to 0.5 mg/L, wherein the dissolved oxygen level at winery and after wine transfer to tanker is less than 0.5 mg/L, the dissolved oxygen level in storage tank at filling facility prior to canning is less than 0.5 mg/L and the maximum wine dissolved oxygen level is less than 0.5 mg/L after filling of the wine into the container, and final levels of dissolved CO 2 are from 50 ppm for sparkling wines, 400 ppm to 800 ppm for still white wines, and from 200 ppm to 400 ppm for still red wines, prior to filling the container, wherein the filled aluminium container of wine has a molecular sulphur dioxide content of between 0.4 and 0.8 mg/L.
An electric storage cell control circuit comprising control means including a storage device, wherein the control means is adapted to perform state monitoring and balancing control for a plurality of electric storage cells connected in series, wherein the control means is adapted to store, in the storage device, information for balancing control calculated on the basis of states of the plurality of electric storage cells and to perform the balancing control on the basis of the information stored in the storage device, the control means is adapted to store, when the balancing control is suspended, present information concerning balancing in the storage device and, the control means is further adapted, when starting the balancing control after the suspension, to acquire the latest information concerning states of the plurality of electric storage cells including the present states of charge (SOCs) of the battery cells, to select, on the basis of a predetermined condition, whether the balancing control is resumed on the basis of said information stored in the storage device or balancing is started anew on the basis of the latest information, and, when the balancing is started anew, to store, in the storage device, information for the balancing control calculated on the basis of the acquired latest information, to estimate whether the SOCs of the plurality of electric storage cells deviate from the SOCs during the last balancing suspension by a predetermined amount or more, and to overwrite, when the SOCs of the plurality of electric storage cells deviate from the SOCs during the last balancing suspension by said predetermined amount or more, information in the storage device by information concerning a discharge end condition calculated from the present SOCs.
A plate member for use with a bone anchor having a head and a shank, the plate member comprising: a plate member having a top side and a bottom side, the plate member defining at least one passage extending from the top side to the bottom side, wherein the at least one passage includes, a first bore with a first end and a second end, the first bore defining a first central axis between the first and second ends, the first end intersecting the top side at a first edge, a seat portion configured to receive, contact, and support the head of the bone anchor, the seat portion comprising a second central axis, a second bore having a first end and a second end, the second end intersecting the bottom side at a second edge, wherein a majority of the first edge has a first radius centered about the first central axis, and a minority of the first edge defines a first clearance outside the first radius for receiving at least one of the shank and the head at an angle relative to first and second central axes (C1, C3), and wherein a majority of the second edge has a second radius, and a minority of the second edge defines a second clearance outside the second radius for receiving the shank at an extreme shank angle extending along a shank axis angled relative to the first and second central axes (C1, C3). a plate member having a top side and a bottom side, the plate member defining at least one passage extending from the top side to the bottom side, wherein the at least one passage includes, a first bore with a first end and a second end, the first bore defining a first central axis between the first and second ends, the first end intersecting the top side at a first edge, a seat portion configured to receive, contact, and support the head of the bone anchor, the seat portion comprising a second central axis, a second bore having a first end and a second end, the second end intersecting the bottom side at a second edge, wherein a majority of the first edge has a first radius centered about the first central axis, and a minority of the first edge defines a first clearance outside the first radius for receiving at least one of the shank and the head at an angle relative to first and second central axes (C1, C3), and wherein a majority of the second edge has a second radius, and a minority of the second edge defines a second clearance outside the second radius for receiving the shank at an extreme shank angle extending along a shank axis angled relative to the first and second central axes (C1, C3).
Personal cleaning system, comprising at least two shaped elements each having a body-sized opening, the opening corresponding to a pose of a person to be cleaned and at least one of the shaped elements containing spray nozzles, characterised by a scanning unit for determining the body dimensions of a person to be cleaned and a conveying device, which conveys the person to be cleaned through the shaped elements, wherein the spray nozzles are adjustable and their distance from the person to be cleaned is adjustable according to the body dimensions of the person to be cleaned, which have been determined by the scanning unit.