mhurhangee/ep-ind-claims huggingface dataset:
A distributed security system that uses one or more threat intelligence feeds that store threat events associated with security incidents, the threat events including threat indicators for characterizing the threat events, the distributed security system comprising: a security policy system that stores observable events for security incidents detected by and sent from user devices within an enterprise network, the observable events including observable indicators for characterizing the observable events, wherein the security policy system is located outside the enterprise network, and an on-premises connector located within the enterprise network that: compares the observable indicators from the security policy system with the threat indicators from the one or more threat intelligence feeds which are located outside the enterprise network; and in response to determining that any of the observable indicators match any of the threat indicators, the on-premises connector provides access to the threat events and the observable events having the matching indicators (60, 70). a security policy system that stores observable events for security incidents detected by and sent from user devices within an enterprise network, the observable events including observable indicators for characterizing the observable events, wherein the security policy system is located outside the enterprise network, and an on-premises connector located within the enterprise network that: compares the observable indicators from the security policy system with the threat indicators from the one or more threat intelligence feeds which are located outside the enterprise network; and in response to determining that any of the observable indicators match any of the threat indicators, the on-premises connector provides access to the threat events and the observable events having the matching indicators (60, 70). compares the observable indicators from the security policy system with the threat indicators from the one or more threat intelligence feeds which are located outside the enterprise network; and in response to determining that any of the observable indicators match any of the threat indicators, the on-premises connector provides access to the threat events and the observable events having the matching indicators (60, 70).
A peptide derived from a hepatitis B virus protein, wherein said peptide is at most 40 amino acids in length, and comprises an amino acid sequence selected from the group consisting of SEQ ID NO: 55, 60, 63, 64, 68, 71, 74, 75, 76, 77 and 1469.
System for connecting parts of a three-dimensional mechanical model consisting of at least two planar connectable parts (1, 2) and a set of connecting elements, said set containing a plate with locks in the form of transverse grooves at opposing ends of one of the surface of the plate, and a thrusting element, furthermore, the plate and the thrusting element have a rectangular cross section, the connectable parts (1, 2) have through-holes, the shape and sizes of which correspond to the shape and size of the cross-section of the locks and the opposing end portions of the thrusting element, and the plate and the thrusting element are designed to be capable of exerting a mutual thrusting effect on one another when the aforementioned parts are assembled by means of a radially-shaped protrusion on the surface of the plate opposite the surface with locks by inserting said thrusting element into said through-holes after said plate has been inserted into said through-holes, characterized in that the thrusting element and the plate are designed to be capable of locking one another in place under the mutual thrusting effect by means of a transverse recess designed on the plate in a central portion of the radially-shaped protrusion, and by means of a transverse protrusion corresponding shape-wise to the aforesaid transverse recess on the interacting surface of the thrusting element, furthermore, said recess and said protrusion are designed so as to be triangular in cross-section.
Clamp that can be opened and reclosed for a flexible tube, notably for an infusion tube, consisting of an essentially U-shaped strip of plastic, the free end of the first branch of the U being bent over, to form the head of the clamp, towards the free end of the second branch, referred to as the back, so that in the closed position, the back end of the back is pressed underneath the free end of the head, whereas in the open position, the free end of the back lies some distance above the free end of the head, the clamp having a pair of spaced-apart openings (114, 134) to allow a flexible tube to extend through the clamp and to be supported thereby, and two opposing projections (113, 123) for closing off the flexible tube by compressing it when the clamp is in the closed position, means being provided for parting the head end from the back end by applying pressure to the head end parallel to the surfaces of overlap of the two ends so as to open the clamp when it is in the closed position, blocking means (112, 122) being provided to prevent the head end from being parted from the back end when the clamp is in the closed position when only pressure is exerted on the head end, the blocking means consisting of a stud situated on the head end and of a recess situated on the back end, the stud and the recess being arranged in such a way that when the clamp is in the closed position, the stud enters the recess, an actuating element preferably being provided on the head end, characterized in that the stud and the recess are each equipped with an abutment surface which surfaces collaborate with one another in such a way that the stud and the recess come into abutment against one another if an attempt is made to separate the head end from the back end in a movement substantially perpendicular to the direction of penetration of the stud, the abutment surfaces of the stud and of the recess being substantially perpendicular to the surface of overlap of the two ends (111, 121) so that, in order to open the clamp, it is necessary first of all to apply pressure to the back in order to move it towards the centre of the clamp so as to cause the stud to leave the recess.
A method for increasing the performance and / or working life of pistons, the method comprising the steps of: a. fixing at least one piston with surface portions (144, 145 A, 145 B) to be coated in a substrate receptacle which is arranged on a substrate holding device using a coupling system, b. introducing the substrate holding device including the piston to be coated into a coating area of the coating chamber, c. coating the surface portions to be coated (144, 145A, 145B), characterized in that d. at least one PVD coating source having target, which coating source is arranged on a wall of the coating chamber, is operated at least temporarily during coating, the target surface to be vaporized is at least largely parallel to the vertical axis, and the surface portions (144, 145A, 145B) are at least temporarily positioned in front of the target surface in the coating area using the holding device, wherein e. using a rotation system, which is simultaneously designed as a coupling system or which is arranged on the coupling system or which is realized as part of the coupling system, the substrate receptacle is at least periodically set in rotational motion in its own axis of rotation, and the axis of rotation forms an angle α greater than 10 ° and less than 180 ° with respect to the vertical axis, such that each part of the individual surface portions (144, 145A, 145B) is reached at least once by the coating material. a. fixing at least one piston with surface portions (144, 145 A, 145 B) to be coated in a substrate receptacle which is arranged on a substrate holding device using a coupling system, b. introducing the substrate holding device including the piston to be coated into a coating area of the coating chamber, c. coating the surface portions to be coated (144, 145A, 145B), characterized in that d. at least one PVD coating source having target, which coating source is arranged on a wall of the coating chamber, is operated at least temporarily during coating, the target surface to be vaporized is at least largely parallel to the vertical axis, and the surface portions (144, 145A, 145B) are at least temporarily positioned in front of the target surface in the coating area using the holding device, wherein e. using a rotation system, which is simultaneously designed as a coupling system or which is arranged on the coupling system or which is realized as part of the coupling system, the substrate receptacle is at least periodically set in rotational motion in its own axis of rotation, and the axis of rotation forms an angle α greater than 10 ° and less than 180 ° with respect to the vertical axis, such that each part of the individual surface portions (144, 145A, 145B) is reached at least once by the coating material.
A modular building with at least an upper and lower prefabricated modular building component, stacked on top of each other, wherein the lower prefabricated modular building component has a lower vertical wall and a ceiling on top of said lower vertical wall, said ceiling comprising a plurality of spaced apart structural support ceiling joists carrying a ceiling member, wherein the upper prefabricated building component comprises a floor and an upper vertical wall on top of said floor, said floor comprising a plurality of spaced apart structural support floor joists carrying a floor member, characterised in that, the upper and lower prefabricated modular buildings, are assembled to form the floor/ceiling joist arrangement of the modular building in such a way that at least part of the floor joists and the ceiling joists are disposed in the space between the ceilings joists and the floor joists respectively, and in that the floor/ceiling joist arrangement has a jointing arrangement having a support means for supporting the floor of the upper building on the ceiling of the lower building in the assembled configuration.
A method for measuring the protease activity of C3 convertase comprising the steps of: a. covalently attaching biotin to C3b to produce biotinylated-C3b (bio-C3b); b. binding biotinylated-C3b to a biotin binding protein immobilized on a solid phase; c. incubating the immobilized biotinylated-C3b, Factor D, and Factor B in a buffer to form a C3 convertase; d. transferring C3 to the buffer to cleave C3 with the convertase to form a C3a and C3b; and e. measuring the amount of C3a with an immunoassay, wherein each of the individual components bio-C3b, Factor B, Factor D, and C3 are substantially homogeneous. a. covalently attaching biotin to C3b to produce biotinylated-C3b (bio-C3b); b. binding biotinylated-C3b to a biotin binding protein immobilized on a solid phase; c. incubating the immobilized biotinylated-C3b, Factor D, and Factor B in a buffer to form a C3 convertase; d. transferring C3 to the buffer to cleave C3 with the convertase to form a C3a and C3b; and e. measuring the amount of C3a with an immunoassay, wherein each of the individual components bio-C3b, Factor B, Factor D, and C3 are substantially homogeneous.
A processor-implemented method comprising: partitioning a display area of a digitized digit symbol substitution test (DSST) device into multiple bins based on distance and degree from a center position of the display area; displaying a series of number symbol pairs as a lookup table on top of the display, termed as a lookup area; displaying a question and answer pair corresponding to the series of number symbol pairs to an examinee in multiple trials, wherein the location of the QA pair is changed in each of the multiple trials so that equal number of pairs are present in the multiple bins; computing feature values for the QA pair in each of the multiple bins in the multiple trials, wherein the feature values comprise a response time and an accuracy of response by the examinee; determining probabilities of the feature values in each of the multiple bins; and computing an entropy value based on the probabilities of the feature values in each of the multiple bins, wherein the entropy value provides information on distribution of the feature values in the display area. partitioning a display area of a digitized digit symbol substitution test (DSST) device into multiple bins based on distance and degree from a center position of the display area; displaying a series of number symbol pairs as a lookup table on top of the display, termed as a lookup area; displaying a question and answer pair corresponding to the series of number symbol pairs to an examinee in multiple trials, wherein the location of the QA pair is changed in each of the multiple trials so that equal number of pairs are present in the multiple bins; computing feature values for the QA pair in each of the multiple bins in the multiple trials, wherein the feature values comprise a response time and an accuracy of response by the examinee; determining probabilities of the feature values in each of the multiple bins; and computing an entropy value based on the probabilities of the feature values in each of the multiple bins, wherein the entropy value provides information on distribution of the feature values in the display area.
A mechanical system comprising a bearing and a shaft coupled to the bearing, equipping an internal combustion engine, said mechanical system being subjected to mean contact pressures less than 200 MPa, characterized in that the shaft comprises at least one area provided with: - an anti-seizure surface coating, having a surface hardness at least twice that of the bearing, and - a microtexturing formed by a set of separated microcavities (31, 32, 33, 34, 35), distributed within said area. - an anti-seizure surface coating, having a surface hardness at least twice that of the bearing, and - a microtexturing formed by a set of separated microcavities (31, 32, 33, 34, 35), distributed within said area.
An ink jet recording apparatus, comprising: a nozzle for ejecting an ink toward a conveying track for a printing object; a charging electrode which is disposed to electrically charge ink particles by generating a charging field in a region where the ink ejected from the nozzle is separated to become the ink particles; deflection electrodes for deflecting the charged ink particles by generating a deflection electric field in a flying path for the ink particles; a deflection power source for applying a deflection voltage to the deflection electrodes; a gutter for recovering the ink particles not used for printing; a rotary encoder for generating a pulse signal depending on a moving speed of a production line; a printing object detecting sensor; and a control portion, characterized in that the apparatus further comprises: an ink curing device for curing the ink; the control portion is configured to receive an output signal of the printing object detecting sensor, count a pulse signal of the encoder, and control the operation start of the ink curing device when the counted number of the pulse signals reaches a value corresponding to a predetermined number of characters scans. a nozzle for ejecting an ink toward a conveying track for a printing object; a charging electrode which is disposed to electrically charge ink particles by generating a charging field in a region where the ink ejected from the nozzle is separated to become the ink particles; deflection electrodes for deflecting the charged ink particles by generating a deflection electric field in a flying path for the ink particles; a deflection power source for applying a deflection voltage to the deflection electrodes; a gutter for recovering the ink particles not used for printing; a rotary encoder for generating a pulse signal depending on a moving speed of a production line; a printing object detecting sensor; and a control portion, characterized in that the apparatus further comprises: an ink curing device for curing the ink; the control portion is configured to receive an output signal of the printing object detecting sensor, count a pulse signal of the encoder, and control the operation start of the ink curing device when the counted number of the pulse signals reaches a value corresponding to a predetermined number of characters scans. an ink curing device for curing the ink; the control portion is configured to receive an output signal of the printing object detecting sensor, count a pulse signal of the encoder, and control the operation start of the ink curing device when the counted number of the pulse signals reaches a value corresponding to a predetermined number of characters scans.
A spherical microphone array comprising: a sound-diffracting structure having a closed three-dimensional shape; at least four cavities in the perimeter of the diffracting structure; and at least four microphones disposed in respective ones of the cavities, where the microphones have a membrane with a first diameter and the cavities have a depth and an opening with a rim of a second diameter, the first diameter being smaller than the second diameter to form both a spatial low-pass filter and a focusing element so that sound entering the cavities in a direction perpendicular to the perimeter of the diffracting structure at the position of the microphones is collected and transferred to the microphones with the least attenuation, whereas signals entering from other directions are attenuated by diffraction, characterized in that the first diameter is smaller than half of the second diameter, in that the cavities are shaped as inverse circular paraboloids, and in that the microphones are disposed at the focal points of the cavities shaped as paraboloids. a sound-diffracting structure having a closed three-dimensional shape; at least four cavities in the perimeter of the diffracting structure; and at least four microphones disposed in respective ones of the cavities, where the microphones have a membrane with a first diameter and the cavities have a depth and an opening with a rim of a second diameter, the first diameter being smaller than the second diameter to form both a spatial low-pass filter and a focusing element so that sound entering the cavities in a direction perpendicular to the perimeter of the diffracting structure at the position of the microphones is collected and transferred to the microphones with the least attenuation, whereas signals entering from other directions are attenuated by diffraction, characterized in that the first diameter is smaller than half of the second diameter, in that the cavities are shaped as inverse circular paraboloids, and in that the microphones are disposed at the focal points of the cavities shaped as paraboloids.
A process for the production of a fat rich and a fat lean product from a plant or animal starting material, comprising the steps of: i) providing a particulate fat containing starting material, ii) mixing the particulate fat containing starting material with ethanol of at least 90 %w/w concentration, iii) heating the mixture, iv) subjecting the heated mixture to a hydrocyclone treatment to provide a fat reduced underflow stream and an overflow stream, v) recovering the fat lean product from the fat reduced underflow stream, vi) recovering the fat rich product from the overflow stream. i) providing a particulate fat containing starting material, ii) mixing the particulate fat containing starting material with ethanol of at least 90 %w/w concentration, iii) heating the mixture, iv) subjecting the heated mixture to a hydrocyclone treatment to provide a fat reduced underflow stream and an overflow stream, v) recovering the fat lean product from the fat reduced underflow stream, vi) recovering the fat rich product from the overflow stream.
A method of making a polycrystalline cubic boron nitride, PCBN, material, the method comprising: providing a matrix precursor powder comprising particles having an average particle size no greater than 250 nm without any prior attrition milling; providing a cubic boron nitride, cBN, powder comprising particles of cBN having an average particle size of at least 0.2 μm; mixing the matrix precursor powder and the cBN powder; and sintering the mixed powders at a temperature of at least 1 100°C and a pressure of at least 3.5 GPa to form the PCBN material comprising particles of cubic boron nitride, cBN dispersed in a matrix material, wherein the step of mixing the matrix powder and the cBN powder consists of: dispersing the matrix precursor powder and the cBN powder in a solvent; mixing the solvent, matrix precursor powder and cBN powder using an ultrasonic mixer; and removing the solvent to leave an intimately mixed powder of matrix precursor particles and cBN particles; wherein the particles sizes are measured using an equivalent circle diameter technique. providing a matrix precursor powder comprising particles having an average particle size no greater than 250 nm without any prior attrition milling; providing a cubic boron nitride, cBN, powder comprising particles of cBN having an average particle size of at least 0.2 μm; mixing the matrix precursor powder and the cBN powder; and sintering the mixed powders at a temperature of at least 1 100°C and a pressure of at least 3.5 GPa to form the PCBN material comprising particles of cubic boron nitride, cBN dispersed in a matrix material, wherein the step of mixing the matrix powder and the cBN powder consists of: dispersing the matrix precursor powder and the cBN powder in a solvent; mixing the solvent, matrix precursor powder and cBN powder using an ultrasonic mixer; and removing the solvent to leave an intimately mixed powder of matrix precursor particles and cBN particles; dispersing the matrix precursor powder and the cBN powder in a solvent; mixing the solvent, matrix precursor powder and cBN powder using an ultrasonic mixer; and removing the solvent to leave an intimately mixed powder of matrix precursor particles and cBN particles;
A method of making a powdered dairy composition, the method comprising: adding a sequestrant for calcium and rennet directly to skim milk to make treated milk; and removing water from the treated milk to form a milk powder. adding a sequestrant for calcium and rennet directly to skim milk to make treated milk; and removing water from the treated milk to form a milk powder.