mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of generating a behavioral signature for detecting malicious software (malware) comprising: establishing a malware dataset holding samples of known malware; establishing a goodware dataset holding samples of known goodware; collecting malware behavior traces of malware in the malware. dataset, the malware behavior traces describing sequential behaviors performed by the malware; collecting goodware behavior traces of goodware in the goodware dataset, the goodware behavior traces describing sequential behaviors performed by the goodware; normalizing the malware behavior traces for the malware to produce malware behavior sequences; normalizing the goodware behavior traces for the goodware to produce goodware behavior sequences; clustering similar malware and goodware behavior sequences together in a cluster, wherein the malware behavior sequences in the cluster describe behaviors of a malware family; characterized by analyzing the cluster of malware and goodware behavior sequences to identify a behavior subsequence common to only the malware family; and creating a behavioral signature for the malware family using the behavior subsequence common to only the malware family. establishing a malware dataset holding samples of known malware; establishing a goodware dataset holding samples of known goodware; collecting malware behavior traces of malware in the malware. dataset, the malware behavior traces describing sequential behaviors performed by the malware; collecting goodware behavior traces of goodware in the goodware dataset, the goodware behavior traces describing sequential behaviors performed by the goodware; normalizing the malware behavior traces for the malware to produce malware behavior sequences; normalizing the goodware behavior traces for the goodware to produce goodware behavior sequences; clustering similar malware and goodware behavior sequences together in a cluster, wherein the malware behavior sequences in the cluster describe behaviors of a malware family; characterized by analyzing the cluster of malware and goodware behavior sequences to identify a behavior subsequence common to only the malware family; and creating a behavioral signature for the malware family using the behavior subsequence common to only the malware family.
A staple cartridge assembly, comprising: a proximal end; a distal end; a cartridge body comprising a base and a blunt nose at said distal end; a plurality of staple cavities defined within said cartridge body, wherein said plurality of staple cavities extends longitudinally from said proximal end to said distal end; a plurality of staples removably stored within said plurality of staple cavities; a driver configured to support at least one of said plurality of staples; and a sled movable toward said distal end during a firing stroke, wherein said sled comprises: a first ramp (25272, 25274); and a second ramp (25272, 25274), wherein said first ramp (25272, 25274) is laterally offset from said second ramp (25272, 25274), wherein said first ramp (25272, 25274) and said second ramp (25272, 25274) are configured to lift said driver, and wherein said blunt nose of said cartridge body comprises a first recess formed within said distal end configured to receive said first ramp (25272, 25274) of said sled after the completion of said firing stroke and a second recess formed within said distal end configured to receive said second ramp of said sled after said firing stroke has been completed characterised in that the angle of the blunt nose of the cartridge body with respect to the base of the cartridge body is between 45° and 60°. a proximal end; a distal end; a cartridge body comprising a base and a blunt nose at said distal end; a plurality of staple cavities defined within said cartridge body, wherein said plurality of staple cavities extends longitudinally from said proximal end to said distal end; a plurality of staples removably stored within said plurality of staple cavities; a driver configured to support at least one of said plurality of staples; and a sled movable toward said distal end during a firing stroke, a first ramp (25272, 25274); and a second ramp (25272, 25274), wherein said first ramp (25272, 25274) is laterally offset from said second ramp (25272, 25274), wherein said first ramp (25272, 25274) and said second ramp (25272, 25274) are configured to lift said driver, and wherein said blunt nose of said cartridge body comprises a first recess formed within said distal end configured to receive said first ramp (25272, 25274) of said sled after the completion of said firing stroke and a second recess formed within said distal end configured to receive said second ramp of said sled after said firing stroke has been completed characterised in that the angle of the blunt nose of the cartridge body with respect to the base of the cartridge body is between 45° and 60°.
Composition for oral care, wherein the composition is an aqueous composition, and, besides water, comprises (in weight percentages): Peppermint oil: 0.05 - 10% Rosemary oil: 0.05 - 5% Alcohol, namely ethyl alcohol: 5 - 75%
A heat dissipation coating agent, comprising infrared radiation powder and a binder and applied on a surface of a heat-dissipating plate of an electric/electronic part, wherein the infrared radiation powder is any one or a mixture of two or more selected from among jade, sericite, cordierite, germanium, iron oxide, mica, manganese dioxide, silicon carbide, Macsumsuk, carbon, copper oxide, cobalt oxide, nickel oxide, antimony pentoxide, tin oxide, and chromium oxide, characterised in that the binder is any one selected from among an inorganic binder and an organic-inorganic hybrid binder, wherein the inorganic binder is formed by adding a material including one or more ions selected from among Li<+>, Na<+>, K<+>, Mg<2+>, Pb<2+>, and Ca<2+> to water-dispersed colloidal silica, wherein the material including one or more ions selected from among Li<+>, Na<+>, K<+>, Mg<2+>, Pb<2+>, and Ca<2+> is a hydroxide, including LiOH, NaOH, KOH, Mg 2, Pb 2, Ca 2. and wherein the organic-inorganic hybrid binder is formed by mixing 100 parts by weight of colloidal inorganic particles with 0.1 ∼ 150 parts by weight of silane or 0.1 ∼ 150 parts by weight of an organic resin, wherein the colloidal inorganic particles include one or more selected from among silica, alumina, magnesium oxide, titania, zirconia, tin oxide, zinc oxide, barium titanate, zirconium titanate and strontium titanate.
A permission management method, comprising: when it is detected that an application is being installed, obtaining one or more permissions that the application needs to apply for during running; if the one or more permissions comprise a special permission and an installation package of the application does not comprise a special permission certificate, setting the special permission to an unavailable state, wherein the special permission certificate is used to record a special permission that the application is allowed to apply for during running; establishing an unavailable permission list in the installation package of the application; recording, in the unavailable permission list, the special permission that is set to the unavailable state in the special permission comprised in the one or more permissions; continuing to install the application; when the application is run, if it is detected that a first special permission that the application applies for is comprised in the unavailable permission list, granting the first special permission to the application; and returning preset data to the application when it is detected that the application invokes an application programming interface managed and controlled by the first special permission, wherein the preset data comprises empty data or false data, and the false data is data different from data managed and controlled by the first special permission. when it is detected that an application is being installed, obtaining one or more permissions that the application needs to apply for during running; if the one or more permissions comprise a special permission and an installation package of the application does not comprise a special permission certificate, setting the special permission to an unavailable state, wherein the special permission certificate is used to record a special permission that the application is allowed to apply for during running; establishing an unavailable permission list in the installation package of the application; recording, in the unavailable permission list, the special permission that is set to the unavailable state in the special permission comprised in the one or more permissions; continuing to install the application; when the application is run, if it is detected that a first special permission that the application applies for is comprised in the unavailable permission list, granting the first special permission to the application; and returning preset data to the application when it is detected that the application invokes an application programming interface managed and controlled by the first special permission, wherein the preset data comprises empty data or false data, and the false data is data different from data managed and controlled by the first special permission.
A voltage controlled oscillator, comprising: a transistor having base, emitter and collector terminals (b, e, c); a coarse-tuning network and a fine-tuning network coupled to the base (b) of the transistor, the coarse-tuning network and the fine-tuning network being operable to tune the operating frequency of the oscillator over a frequency band; a noise filter (240, 420, 730) coupled with its one end to the emitter (e) of the transistor, configured to filter harmonic contents of phase noise over a tuning band; a dynamically-tuned coupled-line resonator network, coupled at its input to the other end of the noise filter, and coupled symmetrically at its output to the coarse-tuning network, a tracking filter (734, 920) coupled to the collector (c) of the transistor and the coarse-tuning network and the fine-tuning network; circuitry including a tuning diode coupled via a capacitor to the base (b) of the transistor, for electronically tuning the conduction angle of the transistor as the operating frequency of the oscillator is tuned over the frequency band, and the dynamically-tuned coupled resonator network at one end, and at the other end to ground; and a noise feedback and bias circuit (208, 410, 708, 930) coupled between the collector (c) and base (b) of the transistor for maintaining a voltage level appearing at the collector (c) over an operating temperature range of the oscillator, wherein the voltage level appearing at the collector is a constant bias voltage. a transistor having base, emitter and collector terminals (b, e, c); a coarse-tuning network and a fine-tuning network coupled to the base (b) of the transistor, the coarse-tuning network and the fine-tuning network being operable to tune the operating frequency of the oscillator over a frequency band; a noise filter (240, 420, 730) coupled with its one end to the emitter (e) of the transistor, configured to filter harmonic contents of phase noise over a tuning band; a dynamically-tuned coupled-line resonator network, coupled at its input to the other end of the noise filter, and coupled symmetrically at its output to the coarse-tuning network, a tracking filter (734, 920) coupled to the collector (c) of the transistor and the coarse-tuning network and the fine-tuning network; circuitry including a tuning diode coupled via a capacitor to the base (b) of the transistor, for electronically tuning the conduction angle of the transistor as the operating frequency of the oscillator is tuned over the frequency band, and the dynamically-tuned coupled resonator network at one end, and at the other end to ground; and a noise feedback and bias circuit (208, 410, 708, 930) coupled between the collector (c) and base (b) of the transistor for maintaining a voltage level appearing at the collector (c) over an operating temperature range of the oscillator, wherein the voltage level appearing at the collector is a constant bias voltage.
A mounting system for arranging for example electric devices, in particular in electrical enclosures, wherein the mounting system has at least one preferably horizontal mounting strip to which at least one device can be secured, wherein the mounting system has an ordering means which can be connected to the mounting strip for ordering the connecting lines (34, 35) of the device to be secured to the mounting strip, wherein the ordering means has a plurality of ordering segments (7, 9, 11) which can be interconnected or resting against one another along the longitudinal direction of the mounting strip, and wherein individual or several ordering segments (7, 9, 11) can be selectively detached from the ordering means and be removed therefrom so as to leave a gap in the ordering means or be replaced by another ordering segment (7, 9, 11), characterised in that the mounting system has different ordering segments (7, 9, 11) for different dimensions of the connecting lines to be ordered, wherein the different ordering segments (7, 9, 11) are preferably of equal length, and that the different ordering segments (7, 9, 11) can optionally be lined up next to each other along the mounting strip.
A tool for unlocking and/or measuring a lock, comprising: a main panel (101, 203, 1103), a support body (102, 202, 301, 603, 1102, 1205), a key body (103, 201, 401, 501, 701, 901, 1001, 1101), a rotation rod (104, 204, 1104), and at least one swing arm (105, 205, 302, 303, 304, 305, 402, 403, 502, 601, 602, 801, 802, 803, 804, 902, 903, 1002, 1105, 1106, 1201, 1202, 1203, 1204), wherein the support body (102, 202, 301, 603, 1102, 1205) is fixed at one end to the main panel (101, 203, 1103) and is fixed at the other end to the key body (103, 201, 401, 501, 701, 901, 1001, 1101), and the rotation rod (104, 204, 1104) and the swing arm (105, 205, 302, 303, 304, 305, 402, 403, 502, 601, 602, 801, 802, 803, 804, 902, 903, 1002, 1105, 1106, 1201, 1202, 1203, 1204) are connected with the support body (102, 202, 301, 603, 1102, 1205) respectively; the rotation of the rotation rod (104, 204, 1104) can drive the support body (102, 202, 301, 603, 1102, 1205) to rotate; the main panel (101, 203, 1103) is provided thereon with scale lines; the key body (103, 201, 401, 501, 701, 901, 1001, 1101) can be inserted into a lock hole of the lock to be measured, and the key body (103, 201, 401, 501, 701, 901, 1001, 1101) is provided thereon with a via hole corresponding to a resilient tongue of the lock to be measured; the swing arm (105, 205, 302, 303, 304, 305, 402, 403, 502, 601, 602, 801, 802, 803, 804, 902, 903, 1002, 1105, 1106, 1201, 1202, 1203, 1204) can move on the support body (102, 202, 301, 603, 1102, 1205) and is provided at its end with a top hook, the top hook can pass through the via hole on the key body (103, 201, 401, 501, 701, 901, 1001, 1101) and trigger the resilient tongues of the lock to be measured, and every time when one of the resilient tongues is triggered, a pointer on the respective swing arm (105, 205, 302, 303, 304, 305, 402, 403, 502, 601, 602, 801, 802, 803, 804, 902, 903, 1002, 1105, 1106, 1201, 1202, 1203, 1204) points to the scale line corresponding to the current triggering; characterized in that the swing arm is provided thereon with a rotation shaft which is fixed between the top hook and the pointer; the support body is provided thereon with a sliding groove in which the rotation shaft is positioned; the rotation shaft can move within the sliding groove in a direction towards the key body or the main panel such that the top hook comes into contact with different resilient tongues; and the swing arm can rotate around the rotation shaft to trigger the resilient tongue to move.
A method for producing on a physical media a first image in a first image area and a second image in a second image area, where the first image is a colored image under exposure to visible light and the second image is a gray image under exposure to visible light and a colored image under exposure to UV light, comprising: - printing a first print-pixel pattern and a second print-pixel pattern on a substrate surface wherein the first print-pixel pattern comprises a plurality of visible print-pixels and the second print-pixel pattern comprises a plurality of fluorescent print-pixels, each visible print-pixel composed of a plurality of differently colored sub-pixels that absorb and/or reflect light in a predetermined wavelength range when exposed to visible light; each fluorescent print-pixel composed of a plurality of differently- colored fluorescent sub-pixels that emit in a predetermined wavelength range when exposed to UV light; - covering the first and the second print-pixel pattern with at least one photon-sensitive layer (103, 105) wherein each photon-sensitive layer (103, 105) is in one of a plurality of states wherein each photon-sensitive layer (103, 105) is alterable at selected locations from one of two states to another state of two states; altering the state of at least one of the at least one photon-sensitive layers (103, 105) in a selected pattern across the physical media thereby selectively revealing a selected subset of sub-pixels and portions of photon- sensitive layers (103, 105) corresponding to other sub-pixels thereby producing an image composed of the revealed sub-pixels and photon-sensitive layer portions corresponding to other sub-pixels. - printing a first print-pixel pattern and a second print-pixel pattern on a substrate surface wherein the first print-pixel pattern comprises a plurality of visible print-pixels and the second print-pixel pattern comprises a plurality of fluorescent print-pixels, each visible print-pixel composed of a plurality of differently colored sub-pixels that absorb and/or reflect light in a predetermined wavelength range when exposed to visible light; each fluorescent print-pixel composed of a plurality of differently- colored fluorescent sub-pixels that emit in a predetermined wavelength range when exposed to UV light; - covering the first and the second print-pixel pattern with at least one photon-sensitive layer (103, 105) wherein each photon-sensitive layer (103, 105) is in one of a plurality of states wherein each photon-sensitive layer (103, 105) is alterable at selected locations from one of two states to another state of two states; altering the state of at least one of the at least one photon-sensitive layers (103, 105) in a selected pattern across the physical media thereby selectively revealing a selected subset of sub-pixels and portions of photon- sensitive layers (103, 105) corresponding to other sub-pixels thereby producing an image composed of the revealed sub-pixels and photon-sensitive layer portions corresponding to other sub-pixels.
A tip element for securing to an otoscope, said tip element comprising: a substantially axisymmetric body having a distal open end and an open proximal end; and a plurality of external engagement features extending radially from said open proximal end of said tip element, each said external engagement feature adapted for engaging a tip attachment mechanism of an otoscope and characterized in that each said external engagement feature includes a circumferential securing portion and a depending axial portion forming a L-shape, said circumferential securing portion is wedge-shaped for engagement, wherein said circumferential securing portion has a maximum thickness at the interface with the depending axial portion and a tapered minimum thickness at an opposing end, and wherein said axial depending portion provides a grip surface when attaching the tip element to an otoscope. a substantially axisymmetric body having a distal open end and an open proximal end; and a plurality of external engagement features extending radially from said open proximal end of said tip element, each said external engagement feature adapted for engaging a tip attachment mechanism of an otoscope and characterized in that each said external engagement feature includes a circumferential securing portion and a depending axial portion forming a L-shape, said circumferential securing portion is wedge-shaped for engagement, wherein said circumferential securing portion has a maximum thickness at the interface with the depending axial portion and a tapered minimum thickness at an opposing end, and wherein said axial depending portion provides a grip surface when attaching the tip element to an otoscope.
A sealing arrangement for use in a gas turbine, the sealing arrangement comprising: a stationary component having an outer wall, a first inner wall, and a second inner wall, the first inner wall and the second inner wall spaced apart from the outer wall such that a first slot is defined between the outer wall and the first inner wall and a second slot is defined between the outer wall and the second inner wall; a rotating component spaced apart from the stationary component, the rotating component moving relative to the stationary component, wherein the rotating component includes a tip rail; a floating seal positioned between the stationary component and the rotating component, the floating seal including an axial member having a first arm extending into the first slot and a second arm extending into the second slot, and wherein the floating seal includes a first radial member and a second radial member extending from the axial member through an opening defined between the first inner wall and the second inner wall; and a plurality of magnets coupled to the stationary component, the rotating component, and the floating seal, the plurality of magnets arranged such that the floating seal is contained between the stationary component and the rotating component. a stationary component having an outer wall, a first inner wall, and a second inner wall, the first inner wall and the second inner wall spaced apart from the outer wall such that a first slot is defined between the outer wall and the first inner wall and a second slot is defined between the outer wall and the second inner wall; a rotating component spaced apart from the stationary component, the rotating component moving relative to the stationary component, wherein the rotating component includes a tip rail; a floating seal positioned between the stationary component and the rotating component, the floating seal including an axial member having a first arm extending into the first slot and a second arm extending into the second slot, and wherein the floating seal includes a first radial member and a second radial member extending from the axial member through an opening defined between the first inner wall and the second inner wall; and a plurality of magnets coupled to the stationary component, the rotating component, and the floating seal, the plurality of magnets arranged such that the floating seal is contained between the stationary component and the rotating component.