mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting ransomware in a computer system comprising computing hardware that includes a processor and data store, a user input device (52, 58) and a display device, and an operating system executable on the computing hardware, the operating system including a user interface module interfaced with the user input device (52, 58) and the display device, the method comprising: monitoring a current user behavior pattern based on user input via the user input device (52, 58); comparing the user behavior against a reference set of behavior patterns associated with user frustration with non-responsiveness of the user interface module; monitoring a current status pattern of the operating system; comparing the current status pattern against a reference set of operating system status patterns associated with predefined ransomware behavior including a pattern indicative of restriction of cursor operation and/or a pattern indicative of restriction of graphical user interface control elements; in response to a result of the comparing of the current user behavior pattern against the reference set of behavior patterns being indicative of current user frustration with non-responsiveness of the user interface module, and further in response to a result of the comparing of the current status pattern against the reference set of operating system status patterns being indicative of the current status pattern having a correlation to the predefined ransomware behavior, providing an indication of a positive detection of ransomware executing on the computer system. monitoring a current user behavior pattern based on user input via the user input device (52, 58); comparing the user behavior against a reference set of behavior patterns associated with user frustration with non-responsiveness of the user interface module; monitoring a current status pattern of the operating system; comparing the current status pattern against a reference set of operating system status patterns associated with predefined ransomware behavior including a pattern indicative of restriction of cursor operation and/or a pattern indicative of restriction of graphical user interface control elements; in response to a result of the comparing of the current user behavior pattern against the reference set of behavior patterns being indicative of current user frustration with non-responsiveness of the user interface module, and further in response to a result of the comparing of the current status pattern against the reference set of operating system status patterns being indicative of the current status pattern having a correlation to the predefined ransomware behavior, providing an indication of a positive detection of ransomware executing on the computer system.
A light emitting device comprising: a light emitting element; a wavelength conversion member disposed on an upper face of the light emitting element and having a lower face that has a larger area than the upper face of the light emitting element; a first light guide member extending from a lateral face of the light emitting element to the lower face of the wavelength conversion member; a light transmissive member disposed on an upper face of the wavelength conversion member and having a lower face that has a smaller area than the upper face of the wavelength conversion member; a second light guide member extending from the upper face of the wavelength conversion member to a lateral face of the light transmissive member; and a cover member that covers the wavelength conversion member, the lateral faces of the first light guide member and the lateral faces of the second light guide member; wherein the thickness of the second light guide member covering the lateral faces of the light transmissive member increases as it approaches the bottom of the light transmissive member and decreases as it approaches the top of the light transmissive member. a light emitting element; a wavelength conversion member disposed on an upper face of the light emitting element and having a lower face that has a larger area than the upper face of the light emitting element; a first light guide member extending from a lateral face of the light emitting element to the lower face of the wavelength conversion member; a light transmissive member disposed on an upper face of the wavelength conversion member and having a lower face that has a smaller area than the upper face of the wavelength conversion member; a second light guide member extending from the upper face of the wavelength conversion member to a lateral face of the light transmissive member; and a cover member that covers the wavelength conversion member, the lateral faces of the first light guide member and the lateral faces of the second light guide member; wherein the thickness of the second light guide member covering the lateral faces of the light transmissive member increases as it approaches the bottom of the light transmissive member and decreases as it approaches the top of the light transmissive member.
An electronic device (20a; 30a; 80a; 80c; 1000) comprising: a memory storing instructions; and at least one processor configured to execute the instructions to: identify an external device as a peer device (20b; 30b; 80b; 80d; 80e) for performing an operation of the electronic device, obtain a keyword for a search operation, wherein a searching category of the search operation is related to an image, identify whether the peer device has a camera capture function, if the peer device has a camera capture function, transmit the keyword for the search operation to the peer device such that the peer device performs the search operation based on the keyword, receive result information of the search operation from the peer device, and output the result information. a memory storing instructions; and at least one processor configured to execute the instructions to: identify an external device as a peer device (20b; 30b; 80b; 80d; 80e) for performing an operation of the electronic device, obtain a keyword for a search operation, wherein a searching category of the search operation is related to an image, identify whether the peer device has a camera capture function, if the peer device has a camera capture function, transmit the keyword for the search operation to the peer device such that the peer device performs the search operation based on the keyword, receive result information of the search operation from the peer device, and output the result information. identify an external device as a peer device (20b; 30b; 80b; 80d; 80e) for performing an operation of the electronic device, obtain a keyword for a search operation, wherein a searching category of the search operation is related to an image, identify whether the peer device has a camera capture function, if the peer device has a camera capture function, transmit the keyword for the search operation to the peer device such that the peer device performs the search operation based on the keyword, receive result information of the search operation from the peer device, and output the result information.
A method for the preparation of a hydroxylated polyolefin by living anionic polymerization comprising the steps of: a) providing a reaction mixture comprising: a diene, a polar solvent which is an aprotic solvent comprising at least one oxygen, sulfur or nitrogen atom, a non-polar solvent, which is a hydrocarbon solvent, and an anionic initiator; b) allowing the reaction mixture to polymerize; and c) terminating the polymerization by addition of an epoxide; characterized in that the polymerization is carried out at a temperature of 50°C or less, the molar ratio of polar solvent to anionic initiator is 3 or less, and the amount of diene in the reaction mixture is 40 wt-% or less, based on the total weight of the reaction mixture, wherein the diene is selected from the group consisting of 1,3-butadiene, 1,3-pentadiene, 2,3-dimethylbutadiene, phenylbutadiene, isoprene, or mixtures thereof. a) providing a reaction mixture comprising: a diene, a polar solvent which is an aprotic solvent comprising at least one oxygen, sulfur or nitrogen atom, a non-polar solvent, which is a hydrocarbon solvent, and an anionic initiator; a diene, a polar solvent which is an aprotic solvent comprising at least one oxygen, sulfur or nitrogen atom, a non-polar solvent, which is a hydrocarbon solvent, and an anionic initiator; b) allowing the reaction mixture to polymerize; and c) terminating the polymerization by addition of an epoxide;
A dual-energy base material decomposition computerized tomography image reconstruction method, the method comprising the steps of: scanning an object under inspection with dual-energy rays to acquire dual-energy projection values;calculating projection values of coefficients of base materials ( B 1, B 2) corresponding to said dual-energy projection values based on a pre-created lookup table which indicates correspondence between different combinations of thickness and projection values of coefficients of base materials ( B 1, B 2); reconstructing an image of base material coefficient distribution ( b 1, b 2) based on said projection values of coefficients of base materials ( B 1, B 2), wherein said pre-created lookup table is created by selecting at least two base materials, detecting penetrative rays from dual-energy rays penetrating said base materials under different combinations of thickness ( d 1, d 2) to acquire projection values ( p 1, p 2); and creating the pre-created lookup table in a form of correspondence between said different combinations of thickness ( d 1, d 2) and said projection values ( p 1, p 2), whereby when said projection values ( p 1, p 2) are equal to the dual-energy projection values, a corresponding combination of thickness ( d 1, d 2) is equal to the projection values of coefficients of base materials ( B 1, B 2), wherein said dual-energy rays comprise low-energy and high-energy rays, and said low-energy and high-energy rays are X-rays. scanning an object under inspection with dual-energy rays to acquire dual-energy projection values;calculating projection values of coefficients of base materials ( B 1, B 2) corresponding to said dual-energy projection values based on a pre-created lookup table which indicates correspondence between different combinations of thickness and projection values of coefficients of base materials ( B 1, B 2); reconstructing an image of base material coefficient distribution ( b 1, b 2) based on said projection values of coefficients of base materials ( B 1, B 2), wherein said pre-created lookup table is created by selecting at least two base materials, detecting penetrative rays from dual-energy rays penetrating said base materials under different combinations of thickness ( d 1, d 2) to acquire projection values ( p 1, p 2); and creating the pre-created lookup table in a form of correspondence between said different combinations of thickness ( d 1, d 2) and said projection values ( p 1, p 2), whereby when said projection values ( p 1, p 2) are equal to the dual-energy projection values, a corresponding combination of thickness ( d 1, d 2) is equal to the projection values of coefficients of base materials ( B 1, B 2), wherein said dual-energy rays comprise low-energy and high-energy rays, and said low-energy and high-energy rays are X-rays.
An antisense oligoribonucleotide capable of preventing or reducing exon 73 inclusion into the human COL7A1 mRNA, when said mRNA is produced by splicing from a pre-mRNA in a mammalian cell, characterized in that the oligoribonucleotide is capable of annealing to the (SRp40/SC35 binding / ESE) element in exon 73 characterized by the sequence 5'-UUUCCUGG-3' (SEQ ID NO: 4), wherein the oligoribonucleotide has a length of between 16 and 24 nucleotides.
A cleaning system (181, 182, 183, 184, 185, 186) for cleaning a floor of a restroom and comprising a wall-coupled cleaning head (26, 2601, 2602, 2605, 2606) and a docking site for at least partially housing the cleaning head when not in use, wherein the cleaning head being wall-coupled by being permanently connected to any one of: electrical cables, electrical power, hydraulic and/or pneumatic hoses, hydraulic and/or pneumatic sources, characterized in that the cleaning head being arranged to communicate via conduits with ports of the docking site for receiving and discharging fluids via such ports during use, for example while moving and cleaning, and wherein the cleaning head comprising a dirt and water vacuum (264, 267) for assisting in discharging liquids and/or fluids during a cleaning operation via the conduits towards the docking site
A pair of shutter glasses for viewing a plurality of different types of display apparatuses whose image light outputs have different polarization directions, comprising: a frame (210, 510, 810); two shutter lenses (220_1, 220_2, 520_1, 520_2), disposed on the frame (210, 510, 810); and a control chip (240. 540), 840), configured to generate a control signal by selecting one of a plurality of operation modes of the shutter glasses (200, 500, 800, 910, 1210) according to the type or information of the display apparatus (930, 1230) and to set the shutter glasses (200, 500, 800, 910, 1210) according to the control signal, wherein the operation modes respectively correspond to a plurality of different types of display apparatuses and characterized in that the operation modes are a plurality of voltage values, and the control chip (240, 540, 840) is configured to select one of the voltage values according to the polarization direction of an image light generated by said one of the types of display apparatuses (930. 1230), wherein the polarization direction is according to the type of display apparatus (930, 1230), and the voltage values respectively correspond to a plurality of different types of display apparatuses whose image light outputs have different polarization directions. a frame (210, 510, 810); two shutter lenses (220_1, 220_2, 520_1, 520_2), disposed on the frame (210, 510, 810); and a control chip (240. 540), 840), configured to generate a control signal by selecting one of a plurality of operation modes of the shutter glasses (200, 500, 800, 910, 1210) according to the type or information of the display apparatus (930, 1230) and to set the shutter glasses (200, 500, 800, 910, 1210) according to the control signal, wherein the operation modes respectively correspond to a plurality of different types of display apparatuses and characterized in that the operation modes are a plurality of voltage values, and the control chip (240, 540, 840) is configured to select one of the voltage values according to the polarization direction of an image light generated by said one of the types of display apparatuses (930. 1230), wherein the polarization direction is according to the type of display apparatus (930, 1230), and the voltage values respectively correspond to a plurality of different types of display apparatuses whose image light outputs have different polarization directions.
A semiconductor device comprising: a semiconductor chip having a length and a width, and a plurality of bond pads; a first metallic cuboid containing copper, the cuboid having first and second surfaces of length and width approximately equal to the chip's length and width, the cuboid further having sides of a height; a plurality of second metallic cuboids containing copper, the second cuboids having first and second surfaces, the second cuboids further having sides of a height substantially equal to the height of the first cuboid; a layer of silver (112, 122) on the first surfaces of the first and second cuboids; the chip attached to the silver layer on the first surface of the first cuboid, the chip bond pads wire bonded to the silver layer on the first surfaces of the second cuboids, respectively; the second surfaces (110b, 120b) of the first and second cuboids aligned in a plane; encapsulation compound adhering to and embedding the chip, the wire bonds, and the sides of the first and second cuboids, the compound forms a first surface above the embedded wires and a second surface aligned with the plane of the second surfaces (110b, 120b) of the first and second cuboids, characterized by a plurality of vias through the encapsulation compound from below the first to the second compound surfaces, the vias being distinct from the cuboids, the vias filled with metal comprising copper and the surfaces of both via ends having solderable layers thereon, and the via locations being selected for stacking of devices. a semiconductor chip having a length and a width, and a plurality of bond pads; a first metallic cuboid containing copper, the cuboid having first and second surfaces of length and width approximately equal to the chip's length and width, the cuboid further having sides of a height; a plurality of second metallic cuboids containing copper, the second cuboids having first and second surfaces, the second cuboids further having sides of a height substantially equal to the height of the first cuboid; a layer of silver (112, 122) on the first surfaces of the first and second cuboids; the chip attached to the silver layer on the first surface of the first cuboid, the chip bond pads wire bonded to the silver layer on the first surfaces of the second cuboids, respectively; the second surfaces (110b, 120b) of the first and second cuboids aligned in a plane; encapsulation compound adhering to and embedding the chip, the wire bonds, and the sides of the first and second cuboids, the compound forms a first surface above the embedded wires and a second surface aligned with the plane of the second surfaces (110b, 120b) of the first and second cuboids, characterized by a plurality of vias through the encapsulation compound from below the first to the second compound surfaces, the vias being distinct from the cuboids, the vias filled with metal comprising copper and the surfaces of both via ends having solderable layers thereon, and the via locations being selected for stacking of devices.
A seat suspension mechanism disposed between a vehicle body structure and a seat, the seat suspension mechanism comprising: a base frame attached on the vehicle body structure side; a seat support frame attached on the seat side; characterized in that the seat suspension mechanism further comprises an intermediate frame located between the base frame and the seat support frame; a first link mechanism supporting the intermediate frame with respect to the base frame; a second link mechanism supporting the seat support frame with respect to the intermediate frame; an up-down direction spring mechanism which elastically biases the intermediate frame with respect to the base frame; and a first damper suspended between the base frame and the intermediate frame, the first link mechanism and the second link mechanism being provided in a positional relationship in which straight lines connecting connection center points of links connecting the intermediate frame and the seat support frame in the second link mechanism are closer to a vertical to a front-rear direction of a vehicle body at a balanced point than straight lines connecting connection center points of links connecting the base frame and the intermediate frame in the first link mechanism, and a front-rear direction spring mechanism which exhibits elastic force in accordance with movement of the links of the second link mechanism being provided. a base frame attached on the vehicle body structure side; a seat support frame attached on the seat side; characterized in that the seat suspension mechanism further comprises an intermediate frame located between the base frame and the seat support frame; a first link mechanism supporting the intermediate frame with respect to the base frame; a second link mechanism supporting the seat support frame with respect to the intermediate frame; an up-down direction spring mechanism which elastically biases the intermediate frame with respect to the base frame; and a first damper suspended between the base frame and the intermediate frame, the first link mechanism and the second link mechanism being provided in a positional relationship in which straight lines connecting connection center points of links connecting the intermediate frame and the seat support frame in the second link mechanism are closer to a vertical to a front-rear direction of a vehicle body at a balanced point than straight lines connecting connection center points of links connecting the base frame and the intermediate frame in the first link mechanism, and a front-rear direction spring mechanism which exhibits elastic force in accordance with movement of the links of the second link mechanism being provided.
A method for decreasing the contents of at least one impurity selected from the group consisting of metals, metalloids, nitrate and nitrite in raw water supplied to a hermetically sealed basin through in the basin horizontally arranged feeding pipes so as to flow through said basin containing naturally occurring filter material, whereby in case of decreasing the contents of metals and/or metalloids by precipitation water containing oxygen or oxygen-releasing substances and/or metabolic reactions of naturally occurring micro-organisms and in the case of decreasing the contents of nitrate and/or nitrite water containing denitrification organisms and/or substrates therefore, termed conditioned water, is intermittently introduced to the basin through at least two infiltration means, said at least two infiltration means are also used for periodically withdrawal of mixed conditioned water and raw water so as to regenerate said water, whereby water having decreased content of said at least one impurity is extracted by at least one in the basin essentially centrally vertically arranged extraction well and the extraction of said water being such that a constant negative pressure is created around said at least one extraction well, characterized by enhancing the mixing between conditioned water and raw water to make the reaction between these waters more effective and distributing the precipitation of impurities over a greater portion of the basin by arranging said at least two infiltration means so that at least one is horizontally above and at least one is horizontally below and in parallel with said horizontally arranged feeding pipes placed in the vicinity of the walls of the basin, and alternating withdrawal of said mixed water and infiltration of said conditioned water between said at least two infiltration means so that an alternating up and down vertical flow of water is created between these means.