mhurhangee/ep-ind-claims huggingface dataset:
A detection method, wherein the method comprises: obtaining at least one feature of a first access point, AP, of a plurality of APs, wherein the at least one feature comprises a quantity of target terminals that request to access the first AP within a time period with duration being first duration, and the target terminal is a terminal whose access status is abnormal, wherein abnormal includes at least one of failed access, stay duration shorter than a first time threshold, or a terminal that does not belong to a whitelist of the WLAN; detecting, based on the at least one feature, whether the first AP is a logical edge AP, wherein the logical edge AP is an AP whose signal coverage area reaches an edge of a signal coverage area of a wireless local area network, WLAN, in which the first AP is located; and when it is detected that the first AP is the logical edge AP, sending an indication to an access controller, AC, wherein the indication is one of: an indication to gradually reduce a signal coverage area of the first AP by decreasing a transmit power of the logical edge AP for a plurality of times; an indication indicating the AC to control the first AP to prevent a terminal whose downlink signal strength is less than a downlink signal strength threshold from accessing the first AP, or an indication indicating the AC to enable a delayed access function of the first AP. obtaining at least one feature of a first access point, AP, of a plurality of APs, wherein the at least one feature comprises a quantity of target terminals that request to access the first AP within a time period with duration being first duration, and the target terminal is a terminal whose access status is abnormal, wherein abnormal includes at least one of failed access, stay duration shorter than a first time threshold, or a terminal that does not belong to a whitelist of the WLAN; detecting, based on the at least one feature, whether the first AP is a logical edge AP, wherein the logical edge AP is an AP whose signal coverage area reaches an edge of a signal coverage area of a wireless local area network, WLAN, in which the first AP is located; and when it is detected that the first AP is the logical edge AP, sending an indication to an access controller, AC,
Blast-proof chamber (1, 20, 30, 60, 70) for handling and transport of a detonation-dangerous object, comprising an outer chamber (2, 21, 32, 61, 71) in which an inner storage chamber (3, 22, 33, 62, 72) is arranged for storage of the detonation-dangerous object, the inner storage chamber (3, 22, 33, 62, 72) is arranged movably in the outer chamber (2, 21, 32, 61, 71) between an open and a closed position, the blast-proof chamber (1, 20, 30, 60, 70) comprise two separate closing end faces (13, 23, 39, 63, 87, 88) disposed in the outer chamber (2, 21, 32, 61, 71) for closing and sealing of the inner chamber (3, 22, 33, 62, 72), wherein the closing end faces (13, 23) are arranged movably in the axial direction in the outer chamber (2, 21) via hydraulic pistons disposed on the inner side of the outer chamber (2, 21).
An alignment interlock for reciprocating tooling comprising: a female lock having a central engagement area; a male lock having a profile shaped to matingly engage with the central engagement area; an engagement ramp formed at a leading edge of the profile; a plurality of particle wells formed on an engagement surface of the profile or the central engagement area characterized in that each of the plurality of particle wells are an annular recess encircling a corresponding portion of the engagement surface or the central engagement area. a female lock having a central engagement area; a male lock having a profile shaped to matingly engage with the central engagement area; an engagement ramp formed at a leading edge of the profile; a plurality of particle wells formed on an engagement surface of the profile or the central engagement area characterized in that each of the plurality of particle wells are an annular recess encircling a corresponding portion of the engagement surface or the central engagement area.
A method of determining risk of heart disease in a patient, the method comprising: receiving an image of a breast of the patient obtained during a mammogram; computing one or more points of interest on the image; grouping and mapping the points of intertest onto mesoscale regions of interest based on the computed one or more points of interest; characterized in that the method further comprises computing one or more connected components for the mesoscale regions of interest based on the one or more points of interest in the mesoscale regions of interest, connectivity indexes for the mesoscale regions of interest, and neighboring regions connected to the mesoscale regions of interest, wherein the one or more connected components represents branches of a global curvilinear structure; computing one or more physical properties of the one or more connected components; selecting a set of branches based on the computed physical properties of the branches of the global curvilinear structure; identifying remaining points of interest in remaining mesoscale regions of interest based on the selected set of branches; growing a chain formed by the remaining points of interest, wherein the chain represents a macroscopic, global curvilinear calcified arterial structure; and determining the risk of heart disease based on detected calcified arterial structures in the macroscopic, global curvilinear calcified arterial structure. receiving an image of a breast of the patient obtained during a mammogram; computing one or more points of interest on the image; grouping and mapping the points of intertest onto mesoscale regions of interest based on the computed one or more points of interest; characterized in that the method further comprises computing one or more connected components for the mesoscale regions of interest based on the one or more points of interest in the mesoscale regions of interest, connectivity indexes for the mesoscale regions of interest, and neighboring regions connected to the mesoscale regions of interest, wherein the one or more connected components represents branches of a global curvilinear structure; computing one or more physical properties of the one or more connected components; selecting a set of branches based on the computed physical properties of the branches of the global curvilinear structure; identifying remaining points of interest in remaining mesoscale regions of interest based on the selected set of branches; growing a chain formed by the remaining points of interest, wherein the chain represents a macroscopic, global curvilinear calcified arterial structure; and determining the risk of heart disease based on detected calcified arterial structures in the macroscopic, global curvilinear calcified arterial structure.
Method for producing a data carrier having a substrate, with the following steps: a security element is printed on at least one side of the substrate using a laser-active printing ink which comprises 1 to 10 % by wt. of carbon black, data (2, 4, 5) for personalizing of the data carrier are being engraved into the substrate by using a laser, wherein the security element extends into the region of the engraved data (2, 4, 5), wherein, during the personalization, the laser-active printing ink, in the region where the laser penetrates the laser-active printing ink, is converted such that, at a specified angle of incidence of light, it lights up silvery in this region and is differently visible depending of the angle of viewing. a security element is printed on at least one side of the substrate using a laser-active printing ink which comprises 1 to 10 % by wt. of carbon black, data (2, 4, 5) for personalizing of the data carrier are being engraved into the substrate by using a laser, wherein the security element extends into the region of the engraved data (2, 4, 5), wherein, during the personalization, the laser-active printing ink, in the region where the laser penetrates the laser-active printing ink, is converted such that, at a specified angle of incidence of light, it lights up silvery in this region and is differently visible depending of the angle of viewing.
A monitoring unit, which is configured to monitor a patient during operation of a high-frequency surgery device, wherein the high-frequency surgery device is configured to separate and/or coagulate biological tissue by means of high-frequency energy, wherein the monitoring unit has: - measuring sensors, and - an evaluation and control unit, wherein the measuring sensors are configured to detect a parameter which is caused during the separation and/or coagulation of the biological tissue because of the high-frequency energy characterized in that the measuring sensors are each magnetic and/or electric antennas which are configured to detect electromagnetic measuring signals from the periphery of the patient as the parameter, the measuring signals being generated by the high-frequency energy during operation of the high-frequency surgery device, and wherein the evaluation and control unit is configured to calculate a spatial distribution of electric current density from the electromagnetic measuring signals by solving a mathematical inverse problem. - measuring sensors, and - an evaluation and control unit, wherein the measuring sensors are configured to detect a parameter which is caused during the separation and/or coagulation of the biological tissue because of the high-frequency energy characterized in that the measuring sensors are each magnetic and/or electric antennas which are configured to detect electromagnetic measuring signals from the periphery of the patient as the parameter, the measuring signals being generated by the high-frequency energy during operation of the high-frequency surgery device, and wherein the evaluation and control unit is configured to calculate a spatial distribution of electric current density from the electromagnetic measuring signals by solving a mathematical inverse problem. wherein the measuring sensors are configured to detect a parameter which is caused during the separation and/or coagulation of the biological tissue because of the high-frequency energy characterized in that the measuring sensors are each magnetic and/or electric antennas which are configured to detect electromagnetic measuring signals from the periphery of the patient as the parameter, the measuring signals being generated by the high-frequency energy during operation of the high-frequency surgery device, and wherein the evaluation and control unit is configured to calculate a spatial distribution of electric current density from the electromagnetic measuring signals by solving a mathematical inverse problem.
BURNER FOR A STOVE FUELLED WITH SOLID FUELS, IN PARTICULAR PELLET, said burner comprising a brazier with a substantially rectangular shape, wherein a tank is provided underneath the brazier, removable form the stove, suitable for allowing the collection of the burner solid combustion products, and with a grid on which the fuel to be burned can be disposed, the burner also providing a device which acts on the surface of the brazier and being arranged to clean the base grid, said device consisting of a motor-driven spatula arranged above and in contact with the grid, said spatula being arranged with a swinging movement, the grid remaining still, said grid being equipped with through holes for combustion air, said grid providing a first portion, with an upward facing concavity and subject to the action of the spatula, the burner been characterised in that this first portion is delimited in longitudinal direction, at both the sides thereof, by two fixed partitions and in crosswise direction by a pair of elements obtained from a sheet, which project relative to the brazier surface, which are curved substantially as a "V", with upwards facing apex, or shaped as an upturned "U" and are provided with holes at the face thereof facing the concave portion, said elements surmounting second portions provided with holes of the brazier flat surface, such elements acting as side distributor elements for the secondary air required for the combustion process.
A method of applying structural elements to an absorbent article having a longitudinal direction and a transverse direction, side edges extending in the longitudinal direction and end edges extending in the transverse direction, said absorbent article comprising a top sheet and a back sheet, characterised in that a. expandable ink is applied to the top sheet, and b. the expandable ink is activated, whereby three-dimensional structural elements are obtained on the top sheet. a. expandable ink is applied to the top sheet, and b. the expandable ink is activated, whereby three-dimensional structural elements are obtained on the top sheet.
A cutting device for metal foil, comprising a lower blade and an upper blade engageable with the lower blade, and adapted to cut metal foil placed on the lower blade by a shearing action based on an engagement of the lower blade and the upper blade, characterized in that a holding device (10; 20) having a larger friction coefficient than that of the lower blade is provided on the lower blade in a manner to interpose between the lower blade and metal foil placed thereon.
A cap assembly adapted to be attached to a drug delivery main unit, comprising: - a cartridge filled with a drug and defining a general axis, the cartridge comprising an axially moveable piston and a distal portion with a needle penetratable seal, - a needle assembly comprising a hollow needle having a distal skin-piercing needle end and a proximal seal-piercing needle end, and - a cap accommodating the needle assembly and at least the distal portion of the cartridge, wherein the cartridge is arranged to be moved distally into engagement with the needle assembly between an initial state in which the proximal needle end is arranged distally of the cartridge seal, and an operational state in which the proximal needle end has penetrated the cartridge seal, characterized in that - the cap comprises a sealed chamber with a needle penetratable barrier adapted to receive the distal needle end, and - the sealed chamber is adapted to receive drug from the cartridge via the hollow needle. - a cartridge filled with a drug and defining a general axis, the cartridge comprising an axially moveable piston and a distal portion with a needle penetratable seal, - a needle assembly comprising a hollow needle having a distal skin-piercing needle end and a proximal seal-piercing needle end, and - a cap accommodating the needle assembly and at least the distal portion of the cartridge, wherein the cartridge is arranged to be moved distally into engagement with the needle assembly between an initial state in which the proximal needle end is arranged distally of the cartridge seal, and an operational state in which the proximal needle end has penetrated the cartridge seal, characterized in that - the cap comprises a sealed chamber with a needle penetratable barrier adapted to receive the distal needle end, and - the sealed chamber is adapted to receive drug from the cartridge via the hollow needle.
An apparatus (10, 100, 1000) for brewing a beverage, the apparatus comprising at least one brew module (50, 500) configured to brew a single-cup portion of a beverage, the at least one brew module (50, 500) comprising an upper subassembly (800, 1200) configured to automatically clean interior components of the at least one brew module after a brew cycle, characterized in that the upper subassembly comprises a plow and a spray feature (740, 750), wherein the plow is configured to translate across a surface of the upper subassembly (800, 1200) such that the plow is configured to remove debris from the upper subassembly (800, 1200) and the spray feature (740, 750) is configured to rinse components of the upper subassembly to automatically clean the at least one brew module (50, 500) after a brew cycle.
Process for preparing 2,2'-biphenols, comprising the process steps of: a) adding a first phenol to the reaction mixture, b) adding a second phenol to the reaction mixture, c) adding selenium dioxide to the reaction mixture, d) adding an acid having a pKa in the range from 0.0 to 5.0 to the reaction mixture, e) heating the reaction mixture such that the first phenol and the second phenol are converted to a 2,2'-biphenol. a) adding a first phenol to the reaction mixture, b) adding a second phenol to the reaction mixture, c) adding selenium dioxide to the reaction mixture, d) adding an acid having a pKa in the range from 0.0 to 5.0 to the reaction mixture, e) heating the reaction mixture such that the first phenol and the second phenol are converted to a 2,2'-biphenol.
A sorbent recharger, comprising: at least a first receiving compartment for a first sorbent module; the first receiving compartment having a first sorbent module inlet and a first sorbent module outlet; a first inlet line fluidly connected to the first sorbent module inlet; a first effluent line fluidly connected to the first sorbent module outlet; a disinfectant source, a base source, a water source, and a brine source; wherein any one of one of the disinfectant source, base source, water source, brine source, and combinations thereof is fluidly connected to the first inlet line; and wherein at least one of the disinfectant source, base source, water source and brine source is fluidly connected to the first effluent line at a junction; and a static mixer at or downstream of the junction; wherein: a) the water source, disinfectant source, and brine source are fluidly connected to the first inlet line; and wherein at least the water source and base source are fluidly connected to the first effluent line; or b) the water source, disinfectant source, and base source are fluidly connected to the first inlet line; and wherein at least the water source and brine source are fluidly connected to the first effluent line. at least a first receiving compartment for a first sorbent module; the first receiving compartment having a first sorbent module inlet and a first sorbent module outlet; a first inlet line fluidly connected to the first sorbent module inlet; a first effluent line fluidly connected to the first sorbent module outlet; a disinfectant source, a base source, a water source, and a brine source; wherein any one of one of the disinfectant source, base source, water source, brine source, and combinations thereof is fluidly connected to the first inlet line; and wherein at least one of the disinfectant source, base source, water source and brine source is fluidly connected to the first effluent line at a junction; and a static mixer at or downstream of the junction; wherein: a) the water source, disinfectant source, and brine source are fluidly connected to the first inlet line; and wherein at least the water source and base source are fluidly connected to the first effluent line; or b) the water source, disinfectant source, and base source are fluidly connected to the first inlet line; and wherein at least the water source and brine source are fluidly connected to the first effluent line. a) the water source, disinfectant source, and brine source are fluidly connected to the first inlet line; and wherein at least the water source and base source are fluidly connected to the first effluent line; or b) the water source, disinfectant source, and base source are fluidly connected to the first inlet line; and wherein at least the water source and brine source are fluidly connected to the first effluent line.
Pneumatic brake booster for a motor vehicle • having a booster housing, the interior space of which is divided by at least one axially movable wall, which can be loaded with a pneumatic differential pressure, into at least one working chamber and at least one vacuum chamber, wherein the movable wall comprises a diaphragm plate and a rolling diaphragm which is arranged sealingly between the booster housing and a control housing, • having a control valve which controls the differential pressure, is arranged in the control housing and controls a connection of the working chamber to the vacuum chamber or an atmosphere, • having at least one extraction duct which is integrated into the control housing and which serves for connection of the vacuum chamber to the working chamber, wherein the extraction duct can be blocked by the control valve, characterized in that, between the vacuum chamber and working chamber, there is arranged at least one separate insert element for targetedly reducing a through-flow cross section of the extraction duct. • having a booster housing, the interior space of which is divided by at least one axially movable wall, which can be loaded with a pneumatic differential pressure, into at least one working chamber and at least one vacuum chamber, wherein the movable wall comprises a diaphragm plate and a rolling diaphragm which is arranged sealingly between the booster housing and a control housing, • having a control valve which controls the differential pressure, is arranged in the control housing and controls a connection of the working chamber to the vacuum chamber or an atmosphere, • having at least one extraction duct which is integrated into the control housing and which serves for connection of the vacuum chamber to the working chamber, wherein the extraction duct can be blocked by the control valve,
A near-eye display device, comprising: a pixel display unit, configured to display multiple groups of pixels, in each frame of image, that are output by means of scanning, wherein each group of pixels comprises multiple pixel subunits, and each pixel subunit comprises at least one pixel; and multiple semi-reflectors, wherein each of the semi-reflectors is in a one-to-one correspondence with each group of pixels displayed by the pixel display unit, each semi-reflector comprises multiple inner platings that are disposed at different reflection angles, each inner plating is in a one-to-one correspondence with each pixel subunits that is in a group of pixels corresponding to a semi-reflector in which the inner plating is located, and each of the semi-reflectors is activated when the group of pixels corresponding to the semi-reflector needs to be reflected, and reflect each pixel subunit which is in a one-to-one correspondence with each inner plating to a direction of an eyeball center by using all the inner platings comprised in the semi-reflector; characterized in that: the semi-reflector is substantially in a shape of a long strip, and the multiple inner platings are arranged along the length direction of the long strip; and in an active state, the activated semi-reflector flips by a particular angle by using a long edge of the long strip as an axis. a pixel display unit, configured to display multiple groups of pixels, in each frame of image, that are output by means of scanning, wherein each group of pixels comprises multiple pixel subunits, and each pixel subunit comprises at least one pixel; and multiple semi-reflectors, wherein each of the semi-reflectors is in a one-to-one correspondence with each group of pixels displayed by the pixel display unit, each semi-reflector comprises multiple inner platings that are disposed at different reflection angles, each inner plating is in a one-to-one correspondence with each pixel subunits that is in a group of pixels corresponding to a semi-reflector in which the inner plating is located, and each of the semi-reflectors is activated when the group of pixels corresponding to the semi-reflector needs to be reflected, and reflect each pixel subunit which is in a one-to-one correspondence with each inner plating to a direction of an eyeball center by using all the inner platings comprised in the semi-reflector; the semi-reflector is substantially in a shape of a long strip, and the multiple inner platings are arranged along the length direction of the long strip; and in an active state, the activated semi-reflector flips by a particular angle by using a long edge of the long strip as an axis.