mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a processor; and a memory for storing instructions executable by the processor to perform a method comprising: analyzing a plurality of malware or ransomware attacks to determine cryptocurrency payment address of malware or ransomware attacks;building a malware or ransomware attack database with the cryptocurrency payment addresses of the plurality of malware or ransomware attacks, wherein building the database comprises obtaining parameters of a plurality of malware or ransomware attacks by interrogating end user computer systems; identifying a proposed cryptocurrency transaction that includes an address that is included in the malware or ransomware attack database, wherein identifying a proposed cryptocurrency transaction comprises assessing the parameters of the addresses of the plurality of malware or ransomware attacks; denying the proposed cryptocurrency transaction. a processor; and a memory for storing instructions executable by the processor to perform a method comprising: analyzing a plurality of malware or ransomware attacks to determine cryptocurrency payment address of malware or ransomware attacks;building a malware or ransomware attack database with the cryptocurrency payment addresses of the plurality of malware or ransomware attacks, wherein building the database comprises obtaining parameters of a plurality of malware or ransomware attacks by interrogating end user computer systems; identifying a proposed cryptocurrency transaction that includes an address that is included in the malware or ransomware attack database, wherein identifying a proposed cryptocurrency transaction comprises assessing the parameters of the addresses of the plurality of malware or ransomware attacks; denying the proposed cryptocurrency transaction. analyzing a plurality of malware or ransomware attacks to determine cryptocurrency payment address of malware or ransomware attacks;building a malware or ransomware attack database with the cryptocurrency payment addresses of the plurality of malware or ransomware attacks, wherein building the database comprises obtaining parameters of a plurality of malware or ransomware attacks by interrogating end user computer systems; identifying a proposed cryptocurrency transaction that includes an address that is included in the malware or ransomware attack database, wherein identifying a proposed cryptocurrency transaction comprises assessing the parameters of the addresses of the plurality of malware or ransomware attacks; denying the proposed cryptocurrency transaction.
A reconfigurable porting structure (432B, 438B) for a stent-graft delivery system comprising: an internal seal component defining an inner access port therethrough; and an external seal component defining an outer access port therethrough that is removably coupled to the internal seal component, wherein when the external and internal seal components (438B, 432B) are coupled to each other the outer access port is configured to maintain hemostasis with a guidewire extending therethrough, and wherein when the external seal component is removed from the internal seal component the inner access port is configured to maintain hemostasis with a stent-graft delivery system extending therethrough; wherein an elongate guidewire tube is attached to the external seal component such that a lumen of the guidewire tube extends from the outer access port for receiving a guidewire therethrough; and wherein the guidewire tube passes through the internal seal component when the internal and external seal components are coupled together. an internal seal component defining an inner access port therethrough; and an external seal component defining an outer access port therethrough that is removably coupled to the internal seal component, wherein when the external and internal seal components (438B, 432B) are coupled to each other the outer access port is configured to maintain hemostasis with a guidewire extending therethrough, and wherein when the external seal component is removed from the internal seal component the inner access port is configured to maintain hemostasis with a stent-graft delivery system extending therethrough; wherein wherein when the external and internal seal components (438B, 432B) are coupled to each other the outer access port is configured to maintain hemostasis with a guidewire extending therethrough, and wherein when the external seal component is removed from the internal seal component the inner access port is configured to maintain hemostasis with a stent-graft delivery system extending therethrough; wherein an elongate guidewire tube is attached to the external seal component such that a lumen of the guidewire tube extends from the outer access port for receiving a guidewire therethrough; and wherein the guidewire tube passes through the internal seal component when the internal and external seal components are coupled together.
A method for enabling a terminal access to a cell, comprising: when performing a Circuit Switched Domain Fallback, CSFB, service, sending, by a terminal, a location update request to a base station of a first cell; when the terminal receives, a location update reject message, which is returned by the base station of the first cell in response to the location update request, and the terminal determines that a reason for reject is Location Area Not Allowed according to the location update reject message, putting a Location Area Identification, LAI, of the first cell into a forbidden location areas, LAs, for roaming list; and in response to putting the LAI of the first cell into the forbidden LAs for roaming list, searching, by the terminal, one or more second cells except the first cell, and performing an access operation. when performing a Circuit Switched Domain Fallback, CSFB, service, sending, by a terminal, a location update request to a base station of a first cell; when the terminal receives, a location update reject message, which is returned by the base station of the first cell in response to the location update request, and the terminal determines that a reason for reject is Location Area Not Allowed according to the location update reject message, putting a Location Area Identification, LAI, of the first cell into a forbidden location areas, LAs, for roaming list; and in response to putting the LAI of the first cell into the forbidden LAs for roaming list, searching, by the terminal, one or more second cells except the first cell, and performing an access operation.
Method for comparing effluent consumption within subscriber installations, at least including the following steps: a) measurement of a consumption of an effluent within a subscriber installation; b) storage of consumption measurement data in a memory of the installation; c) local determination of at least one consumption curve based on the stored consumption measurement data; d) collaborative production of a set of effluent consumption curve models with the participation of subscriber installations connected to an extended communication network; e) reception of the set of models produced via the extended communication network; f) local comparison of the determined curve with the set of models received. a) measurement of a consumption of an effluent within a subscriber installation; b) storage of consumption measurement data in a memory of the installation; c) local determination of at least one consumption curve based on the stored consumption measurement data; d) collaborative production of a set of effluent consumption curve models with the participation of subscriber installations connected to an extended communication network; e) reception of the set of models produced via the extended communication network; f) local comparison of the determined curve with the set of models received.
A robot cleaner comprising: a cleaner body including a wheel unit and a controller configured to control driving of the wheel unit; a suction unit disposed in the cleaner body, the suction unit configured to suck air containing dust; and a sensing unit disposed at the front of the cleaner body in which the suction unit is disposed, a second sensing part disposed at a side surface of the cleaner body configured to sense an obstacle located at the front of the cleaner body, characterised in that the sensing unit includes: a first sensing part disposed respectively inclined with respect to side and top surfaces at an upper corner portion of the cleaner body configured to simultaneously photograph front and upper parts of the cleaner body. a cleaner body including a wheel unit and a controller configured to control driving of the wheel unit; a suction unit disposed in the cleaner body, the suction unit configured to suck air containing dust; and a sensing unit disposed at the front of the cleaner body in which the suction unit is disposed, a second sensing part disposed at a side surface of the cleaner body configured to sense an obstacle located at the front of the cleaner body, characterised in that the sensing unit includes: a first sensing part disposed respectively inclined with respect to side and top surfaces at an upper corner portion of the cleaner body configured to simultaneously photograph front and upper parts of the cleaner body.
A laser fabrication system for processing a sample, comprising: a laser; a controllable light processing unit comprising a spatial light modulator which comprises an array of pixels, with each pixel controllable to vary the phase of the light output from the pixel, wherein the light processing unit comprises an array of control regions, for independently controlling a light characteristic of the light output from each control region; a microlens array in the optical path of the light output from the control regions of the light processing unit; and focusing optics for generating a set of focal regions in a sample to be processed, one focal region associated with each microlens, wherein each control region is associated with a respective microlens, characterized in that each control region comprises a sub-array of pixels, wherein each sub-array of pixels is controllable to a first state for providing a single focus in the focal region, in which light with a uniform phase is output from the control region, and a second state for providing multiple lower intensity focal points in the focal region, in which light with a non-uniform phase pattern is output from the control region. a laser; a controllable light processing unit comprising a spatial light modulator which comprises an array of pixels, with each pixel controllable to vary the phase of the light output from the pixel, wherein the light processing unit comprises an array of control regions, for independently controlling a light characteristic of the light output from each control region; a microlens array in the optical path of the light output from the control regions of the light processing unit; and focusing optics for generating a set of focal regions in a sample to be processed, one focal region associated with each microlens, wherein each control region is associated with a respective microlens, characterized in that each control region comprises a sub-array of pixels, wherein each sub-array of pixels is controllable to a first state for providing a single focus in the focal region, in which light with a uniform phase is output from the control region, and a second state for providing multiple lower intensity focal points in the focal region, in which light with a non-uniform phase pattern is output from the control region.
Drive shaft for a machine tool, e.g. a core drill, that can be connected to a drilling tool, in particular a drill bit, comprising a cavity extending essentially over the entire length of the drive shaft and along the axis of rotation, the cavity comprising at least one supply opening through which water can be fed along the drive shaft into the drilling tool, characterised in that the cavity is provided with an insert device through which the water is guided first in a first direction and then in a second direction in order to cool the drive shaft, the water having direct contact with the inner wall of the cavity at least in the first direction.
An armored vehicle comprising a vehicle body forming a passenger compartment connected to mobility means comprising at least two axles, the axles being connected to the vehicle body by at least one axle support which is formed as a U-shaped profile arranged above an axle and comprising a middle plate attached to the axle and extended by side edges which extend substantially vertically between the axle and the vehicle body, each side edge bearing at an upper end at least one connecting tab which extends laterally with respect to the middle plate and which is attached by its end to the vehicle body at an attachment point, the connecting tabs being arranged below and spaced from the bottom of the vehicle body, thereby allowing a deformation of the connecting tabs without impacting the support on the bottom of the vehicle body.
Method for mounting a rolling bearing arrangement (6, 7) onto a rotor and into the bearing housing of a turbocharger, having the following steps: - inserting a component, which is deformable under the exertion of pressure, into the intermediate space between two rolling bearings (6, 7) of the rotor assembly, which rotor assembly includes a rotor shaft, inner bearing rings (8, 9) which are fastened to the rotor shaft or integrated into the rotor shaft and which have a spacing to one another, rolling bodies (10, 11) which are inserted into the inner bearing rings, and outer bearing rings (12, 13) which likewise have a spacing to one another, and - deforming, by exertion of pressure, the component that has been inserted into the intermediate space between the two rolling bearings, in order to set a desired axial preload between the two rolling bearings (6, 7), characterized in that the deformation of the component that has been inserted into the intermediate space between the two rolling bearings (6, 7) is performed such that, to form a rotation prevention means, the deformed component adapts to a circumferentially asymmetrical shape of the outer bearing rings (12, 13) and of the inner shell of the bearing housing, to form a rotation prevention means of the outer bearing rings (12, 13) with respect to the deformed component and the bearing housing. - inserting a component, which is deformable under the exertion of pressure, into the intermediate space between two rolling bearings (6, 7) of the rotor assembly, which rotor assembly includes a rotor shaft, inner bearing rings (8, 9) which are fastened to the rotor shaft or integrated into the rotor shaft and which have a spacing to one another, rolling bodies (10, 11) which are inserted into the inner bearing rings, and outer bearing rings (12, 13) which likewise have a spacing to one another, and - deforming, by exertion of pressure, the component that has been inserted into the intermediate space between the two rolling bearings, in order to set a desired axial preload between the two rolling bearings (6, 7),
A method of preparing a rumen protected composite gel, the method comprising: a) preparing a matrix suspension by dissolving or suspending matrix constituents in water at a pH ranging from pH 4 to pH 9, which constituents comprise one or more proteins, wherein the matrix suspension can be adjusted to the range of pH 4 to pH 9 using a feed-grade acid or a feed-grade base; b) preparing a filler composition by mixing filler components, which components comprise one or more lipids; c) emulsifying the filler composition into the matrix suspension; and, d) heating the emulsion to produce a composite gel, wherein said heating comprises holding the emulsion for about 20 minutes to about 180 minutes at a temperature of about 80°C to about 125°C or said heating comprises holding the emulsion for about 2 hours at a temperature of about 120°C; whereby the composite gel is protected from degradation in a rumen. a) preparing a matrix suspension by dissolving or suspending matrix constituents in water at a pH ranging from pH 4 to pH 9, which constituents comprise one or more proteins, wherein the matrix suspension can be adjusted to the range of pH 4 to pH 9 using a feed-grade acid or a feed-grade base; b) preparing a filler composition by mixing filler components, which components comprise one or more lipids; c) emulsifying the filler composition into the matrix suspension; and, d) heating the emulsion to produce a composite gel, wherein said heating comprises holding the emulsion for about 20 minutes to about 180 minutes at a temperature of about 80°C to about 125°C or said heating comprises holding the emulsion for about 2 hours at a temperature of about 120°C; whereby the composite gel is protected from degradation in a rumen.
A lock, in particular a mortise lock, or window or door fitting having a face-plate, a striking plate, a locking element which is extendable through an opening of the face plate into an opening of the striking plate, as well as a device for detecting the state of the locking element using a coil, wherein at least one coil is arranged around the opening of the striking plate, characterized in that for additional detection of the window or door state, respectively, the coil is arranged on the striking plate, on the outer side thereof.
A method for performing wireless communication channel access, the method comprising: receiving, from a base station, a first message granting an uplink transmission at a particular time, the first message including an indication of a listen-before-talk, LBT, category to be used for the uplink transmission; determining whether the particular time is within a channel occupancy time, COT, initiated by the base station; in response to determining that the particular time is not within the COT initiated by the base station, performing an LBT procedure defined by the LBT category indicated in the first message; in response to determining that the particular time is within the COT initiated by the base station, performing an LBT procedure defined by a second LBT category, other than the LBT category indicated in the first message; in response to successful completion of an LBT procedure, transmitting the uplink transmission at the particular time. receiving, from a base station, a first message granting an uplink transmission at a particular time, the first message including an indication of a listen-before-talk, LBT, category to be used for the uplink transmission; determining whether the particular time is within a channel occupancy time, COT, initiated by the base station; in response to determining that the particular time is not within the COT initiated by the base station, performing an LBT procedure defined by the LBT category indicated in the first message; in response to determining that the particular time is within the COT initiated by the base station, performing an LBT procedure defined by a second LBT category, other than the LBT category indicated in the first message; in response to successful completion of an LBT procedure, transmitting the uplink transmission at the particular time.
Container handling device, comprising at least one first rotating conveying means with a plurality of container receptacles (2.1) distributed around the circumference, and a second rotating conveying means with a plurality of holding means distributed around the circumference, wherein the container receptacles (2.1) and the holding means of the conveying means (2, 3) interact in meshing engagement with one another in a transfer area (ÜB), in order to transfer a container between the conveying means (2, 3), wherein the container receptacles (2.1) are designed such as to fix the container at least temporarily in the mouth area so as to be clamped between a centring element and a counterbearing interacting with the centring element, wherein the holding means are designed such as to fix the container above the area in which the counterbearing is engaging, wherein the centring element can be moved relative to the counterbearing, in order to cause the clamping of the container, and wherein a movement mechanism is provided for the centring element, characterised in that the movement mechanism is designed such as to bring the centring element in the transfer area (ÜB) into contact against the container mouth by means of a first partial stroke, and, after leaving the transfer area (ÜB), to press the centring element against the container mouth by means of a second partial stroke, wherein the contact pressure after leaving the transfer area (ÜB) is greater than in the transfer area (ÜB).
Method for obtaining information (Info) for adjusting an adjustable component of a combustion engine drive system of a gardening and/or forestry apparatus, the method comprising the steps: a) providing a characteristic parameter using a mobile provision device, wherein the characteristic parameter describes a characteristic of an environment of the gardening and/or forestry apparatus, and b) obtaining the information (Info) for adjusting the adjustable component as a function of the provided characteristic parameter, characterized in that the mobile provision device is configured separately from the gardening and/or forestry apparatus. a) providing a characteristic parameter using a mobile provision device, wherein the characteristic parameter describes a characteristic of an environment of the gardening and/or forestry apparatus, and b) obtaining the information (Info) for adjusting the adjustable component as a function of the provided characteristic parameter,
Use of polyethylene terephthalate for reducing outgassing of tetrahydrofuran from polybutylene terephthalate-based compounds for processing by injection molding into components in automotive interiors having a TVOC to be determined according to VDA 277 of < 50 μgC/g and a VOC THF to be determined according to VDA 278 of < 8 μg/g, wherein per 100 parts by mass of polybutylene terephthalate 5 to 30 parts by mass of polyethylene terephthalate are employed, with the proviso that polyethylene terephthalate and polybutylene terephthalate are present not as a copolymer but rather as a mixture.