mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: sending a scanning short message to a Universal Integrated Circuit Card, UICC, associated with a mobile device, the scanning short message including a request for an automatic response; receiving a response short message in response to the scanning short message; determining that the UICC is at risk to attacks based on the response short message, wherein determining that the UICC is at risk to attacks comprises determining a type of attack that the mobile device is at risk to, and the type of attack is at least one of a premium rate attack or a key compromise attack; and in response to determining that the UICC is at risk to attacks, generating a notification that indicates that the UICC is at risk to attacks, wherein generating the notification comprises at least one of sending the notification to a device management system or outputting the notification on the mobile device. sending a scanning short message to a Universal Integrated Circuit Card, UICC, associated with a mobile device, the scanning short message including a request for an automatic response; receiving a response short message in response to the scanning short message; determining that the UICC is at risk to attacks based on the response short message, wherein determining that the UICC is at risk to attacks comprises determining a type of attack that the mobile device is at risk to, and the type of attack is at least one of a premium rate attack or a key compromise attack; and in response to determining that the UICC is at risk to attacks, generating a notification that indicates that the UICC is at risk to attacks, wherein generating the notification comprises at least one of sending the notification to a device management system or outputting the notification on the mobile device.
A filter bag support system arranged to support a filter bag for separating food powder and air when the filter bag is placed in an opening of a cell plate of a bag house equipment, said filter bag support system comprising a support cage arranged to be placed inside the filter bag, and a lock ring arranged to be placed inside a top section of the support cage, wherein the top section of the support cage is expandable in a radial direction, and the lock ring is provided with a first section with a first radius and a second section with a second radius, wherein the second radius is greater than the first radius, wherein the second section is arranged to expand the top section of the support cage in the radial direction towards an edge of the opening of the cell plate when the lock ring is rotated within the top section, such that the filter bag is clamped between the cell plate and the support cage. a support cage arranged to be placed inside the filter bag, and a lock ring arranged to be placed inside a top section of the support cage, wherein the top section of the support cage is expandable in a radial direction, and the lock ring is provided with a first section with a first radius and a second section with a second radius, wherein the second radius is greater than the first radius, wherein the second section is arranged to expand the top section of the support cage in the radial direction towards an edge of the opening of the cell plate when the lock ring is rotated within the top section, such that the filter bag is clamped between the cell plate and the support cage.
A method for transmitting a face image in a system comprising a server and a terminal performing a transaction with the server, the terminal comprising a camera component, the camera component comprising a sensor, a first processor, and a memory, the memory being at least one of a trusted execution environment, TEE, element or a secure element, SE, characterized by the method comprising the following steps performed by the camera component: receiving an acquisition instruction from the terminal; acquiring a face data stream through the sensor, and transmitting the face data stream to the first processor by the sensor; performing (305, 306, 307) image screening on at least one face image in the face data stream by the first processor to obtain at least one target face image, the at least one target face image meeting a target condition; retrieving a target web address of the server from the memory by the first processor; and transmitting the at least one target face image to the target web address by the first processor. receiving an acquisition instruction from the terminal; acquiring a face data stream through the sensor, and transmitting the face data stream to the first processor by the sensor; performing (305, 306, 307) image screening on at least one face image in the face data stream by the first processor to obtain at least one target face image, the at least one target face image meeting a target condition; retrieving a target web address of the server from the memory by the first processor; and transmitting the at least one target face image to the target web address by the first processor.
Door for a household device with a door leaf and a hinge (10, 22, 41, 41', 41 ") for hinging the door leaf on a body of the household device, wherein the hinge (10, 22, 41, 41', 41") comprises a hinge bolt and a hinge sleeve which engage rotatably in each other and of which one is fixed to the door leaf and the other to a support arm which is provided for attachment to the body, wherein the hinge (10, 22, 41, 41', 41 ") comprises an opening restrictor (41, 41', 41 "), wherein the opening restrictor (41, 41') comprises a base plate in contact with a narrow side of the door leaf from which a first and a second section (44, 45, 45') project and wherein the first and the second section (44, 45) project from opposite sides of the base plate and wherein the first section (45, 45') is fixed on the door leaf in order to introduce a force into the door leaf and the second section impacts in an opening-restricted position of the door on the support arm, characterised in that the first section engages into a slot formed on a narrow side of the door leaf.
A brace for at least a part of a body comprising: a first conductive fiber (116, 510,122) associated with a first polarity; and a second conductive fiber (118, 512,124) associated with a second polarity different from the first polarity, the second fiber (118, 512,124) intertwined with the first fiber (116, 512, 122) and insulated from the first fiber (116, 510, 122); a selectively electrically activated cross-linking agent between the first and second fiber, wherein the agent is constructed to limit relative movement of the first and second fibers in a first active mode when the first and second fibers are electrified; characterized by a sheath (112, 507, 514) surrounding the intertwined first and second conductive fibers and the cross-linking agent, wherein the cross-linking agent includes an ER fluid (120, 520) contained by the sheath (112, 507, 514) and retained in contact with the first and second conductive fibers. a first conductive fiber (116, 510,122) associated with a first polarity; and a second conductive fiber (118, 512,124) associated with a second polarity different from the first polarity, the second fiber (118, 512,124) intertwined with the first fiber (116, 512, 122) and insulated from the first fiber (116, 510, 122); a selectively electrically activated cross-linking agent between the first and second fiber, wherein the agent is constructed to limit relative movement of the first and second fibers in a first active mode when the first and second fibers are electrified; characterized by a sheath (112, 507, 514) surrounding the intertwined first and second conductive fibers and the cross-linking agent, wherein the cross-linking agent includes an ER fluid (120, 520) contained by the sheath (112, 507, 514) and retained in contact with the first and second conductive fibers.
A condition diagnosing device comprising: a measured data collecting unit that sequentially collects and accumulates pieces of measured data for a plurality of monitoring items related to a diagnosis target apparatus; a calculation unit that updates a standard value of each monitoring item and a standard deviation of the standard value at any time by using the measured data accumulated in a first past predetermined period from the current time among the pieces of measured data accumulated at any time in the measured data collecting unit; wherein the calculation unit sets a predetermined weight depending on a magnitude of the influence of disturbance, with respect to said standard deviation of said standard value for each monitoring item, wherein said calculation unit updates said predetermined weight at any time by using measured data accumulated in a second past predetermined period from the current time among the pieces of measured data accumulated at any time in said measured data collecting unit, wherein said second past predetermined period is a period longer than said first past predetermined period, wherein said calculation unit calculates and updates an allowable range of each monitoring item at any time on the basis of said standard value of each monitoring item, said standard deviation of the standard value, and said predetermined weight set for the standard deviation, and an evaluation unit that evaluates a condition of the apparatus by using the allowable range calculated by the calculation unit. a measured data collecting unit that sequentially collects and accumulates pieces of measured data for a plurality of monitoring items related to a diagnosis target apparatus; a calculation unit that updates a standard value of each monitoring item and a standard deviation of the standard value at any time by using the measured data accumulated in a first past predetermined period from the current time among the pieces of measured data accumulated at any time in the measured data collecting unit; wherein the calculation unit sets a predetermined weight depending on a magnitude of the influence of disturbance, with respect to said standard deviation of said standard value for each monitoring item, wherein said calculation unit updates said predetermined weight at any time by using measured data accumulated in a second past predetermined period from the current time among the pieces of measured data accumulated at any time in said measured data collecting unit, wherein said second past predetermined period is a period longer than said first past predetermined period, wherein said calculation unit calculates and updates an allowable range of each monitoring item at any time on the basis of said standard value of each monitoring item, said standard deviation of the standard value, and said predetermined weight set for the standard deviation, and an evaluation unit that evaluates a condition of the apparatus by using the allowable range calculated by the calculation unit.
A pump (2; 2'; 2"; 3) comprising: a trimmed impeller having a trimmed impeller diameter that is less than a standard full-sized diameter of a standard full-sized impeller for a standard full-sized casing (2a; 2a'), and having a circumferential outer edge, characterized in that the pump (2; 2'; 2"; 3) comprises a modified standard full-sized casing (2a") having dimensions corresponding to the standard full-sized casing (2a; 2a') and configured to house the trimmed impeller for pumping a fluid, having an outer peripheral wall, and having an inner annular volute portion (Vp', Vp 3) between the circumferential outer edge of the trimmed impeller and the outer peripheral wall configured with a volume of material deposited using an additive manufacturing process so as to fill in vacant space (Vc') otherwise caused by the trimmed impeller diameter being less than the standard full-sized impeller diameter. a trimmed impeller having a trimmed impeller diameter that is less than a standard full-sized diameter of a standard full-sized impeller for a standard full-sized casing (2a; 2a'), and having a circumferential outer edge, characterized in that the pump (2; 2'; 2"; 3) comprises a modified standard full-sized casing (2a") having dimensions corresponding to the standard full-sized casing (2a; 2a') and configured to house the trimmed impeller for pumping a fluid, having an outer peripheral wall, and having an inner annular volute portion (Vp', Vp 3) between the circumferential outer edge of the trimmed impeller and the outer peripheral wall configured with a volume of material deposited using an additive manufacturing process so as to fill in vacant space (Vc') otherwise caused by the trimmed impeller diameter being less than the standard full-sized impeller diameter.
Guide track for a capping machine comprising a capping head which is vertically movable to adjust to different formats of bottles, said track comprising a floor (23, 28) and front guides as well as side walls or edges which are at a distance from each other that is substantially greater than the diameter of said caps, said track comprising, upstream and adjacent to said capping head, a telescopic portion consisting of a movable section rigidly connected to said capping head and moving with said head, and of a stationary section rigidly connected to a general frame, characterized in that the telescopic portion comprises a baffle that is Z- or bayonet-shaped, said baffle consisting of two portions and which are arranged at an angle relative to the entry and exit tracks of the stationary and movable sections respectively, and of an intermediate portion which is parallel to said entry and exit tracks of said sections, said portion being extensible and of a variable length which is adjusted according to the movement of the movable section when there is a change in the size of the bottles.
A heat transfer fluid concentrate comprising: greater than or equal to 85 weight percent of a freezing point depressant, based on the total weight of the heat transfer fluid concentrate; 50 to 2000 ppm of lithium ions; an azole compound; an inorganic phosphate; a carboxylate; and 400 to 1000 ppm of an acrylate based polymer, wherein the heat transfer fluid concentrate has a pH of 7.0 to 9.5 and is free of silicate, borate and amines. greater than or equal to 85 weight percent of a freezing point depressant, based on the total weight of the heat transfer fluid concentrate; 50 to 2000 ppm of lithium ions; an azole compound; an inorganic phosphate; a carboxylate; and 400 to 1000 ppm of an acrylate based polymer, wherein the heat transfer fluid concentrate has a pH of 7.0 to 9.5 and is free of silicate, borate and amines.
An apparatus for the fabrication of a beverage capsule, comprising: - an attachment means, said attachment means being configured to attach a first wall member to a second wall member at a flange disposed circumferentially about an open end of said first wall member, said attachment means being situated over at least two regions of said flange and thereby dividing the flange into at least two attached regions and at least two unattached regions, said first wall member at least partially delimiting a cavity in communication with said open end and being provided with a quantity of edible granules within said cavity; - a vacuum application means, said vacuum application means being provided with a receptacle adapted for airtight communication with said first and second wall members (103, 112), and being further configured to evacuate the gas from said first wall member and edible granules through the at least two unattached regions of the flange, thereby creating a vacuum within said cavity; and - a sealing means, said sealing means being configured so as to create a seal between said first and second wall members (103, 112) along said flange, thereby maintaining said vacuum within said cavity 106) characterized in that said attachment means comprises at least two faces (202, 204, 206, 208) disposed perpendicular to and in radial symmetry about an axis of said attachment means (100, 200), and which are configured to attach said second wall member to said flange of said first wall member over at least two regions corresponding to said at least two faces (202, 204, 206, 208). - an attachment means, said attachment means being configured to attach a first wall member to a second wall member at a flange disposed circumferentially about an open end of said first wall member, said attachment means being situated over at least two regions of said flange and thereby dividing the flange into at least two attached regions and at least two unattached regions, said first wall member at least partially delimiting a cavity in communication with said open end and being provided with a quantity of edible granules within said cavity; - a vacuum application means, said vacuum application means being provided with a receptacle adapted for airtight communication with said first and second wall members (103, 112), and being further configured to evacuate the gas from said first wall member and edible granules through the at least two unattached regions of the flange, thereby creating a vacuum within said cavity; and - a sealing means, said sealing means being configured so as to create a seal between said first and second wall members (103, 112) along said flange, thereby maintaining said vacuum within said cavity 106)
A battery module comprising: a battery array comprising a plurality of battery cells stacked together, each battery cell includes a terminal surface exposing an electrode terminal and a vent, a bottom surface opposite to the terminal surface, and horizontal and vertical side surfaces (13, 14) extending between the bottom surface and the terminal surface; end plates adjacent to outer ends of the battery array formed by the terminal surfaces of the battery cells, the end plates having electrode openings exposing the electrode terminals; an upper and a lower fixing plate (300a-e) extending along a horizontal side of the battery array formed by outermost horizontal side surfaces of the battery cells, the upper and lower fixing plates (300a-e) having side holders vertically extending along a portion of a vertical side of the battery array formed by outermost vertical side surfaces of the battery cells; and at least one horizontal insulating member located between adjacent ones of the stacked battery cells. a battery array comprising a plurality of battery cells stacked together, each battery cell includes a terminal surface exposing an electrode terminal and a vent, a bottom surface opposite to the terminal surface, and horizontal and vertical side surfaces (13, 14) extending between the bottom surface and the terminal surface; end plates adjacent to outer ends of the battery array formed by the terminal surfaces of the battery cells, the end plates having electrode openings exposing the electrode terminals; an upper and a lower fixing plate (300a-e) extending along a horizontal side of the battery array formed by outermost horizontal side surfaces of the battery cells, the upper and lower fixing plates (300a-e) having side holders vertically extending along a portion of a vertical side of the battery array formed by outermost vertical side surfaces of the battery cells; and at least one horizontal insulating member located between adjacent ones of the stacked battery cells.
A fluid turbine comprising: a rotor rotatable about an axis disposed in use substantially transverse to the direction of fluid flow; and a plurality of arcuate blades connected at their opposite ends to the rotor; wherein at least one blade is formed of at least three segments coupled by joints, at least two of the joints being articulated, each joint permitting the mutual inclination of an associated pair of adjacent segments, in a plane containing the axes of the rotor and the blade, to be varied while the ends of the blade are coupled to the rotor; characterized in that at least one of the articulated joints comprises a selectively operable locking mechanism serving when actuated to prevent articulation of the joint and thereby lock the associated pair of adjacent segments in at least one predetermined mutual inclination. a rotor rotatable about an axis disposed in use substantially transverse to the direction of fluid flow; and a plurality of arcuate blades connected at their opposite ends to the rotor; wherein at least one blade is formed of at least three segments coupled by joints, at least two of the joints being articulated, each joint permitting the mutual inclination of an associated pair of adjacent segments, in a plane containing the axes of the rotor and the blade, to be varied while the ends of the blade are coupled to the rotor; characterized in that at least one of the articulated joints comprises a selectively operable locking mechanism serving when actuated to prevent articulation of the joint and thereby lock the associated pair of adjacent segments in at least one predetermined mutual inclination.
An automated emergency arterial sheath placement device, comprising: a body including a handle; an arterial sheath placement head attached to said body, said arterial sheath placement head having a skin-facing outer wall and comprising a non-invasive artery locator and an arterial sheath insertion device positioned in said skin-facing outer wall, said arterial sheath placement head further comprising an upper body connected in a fixed position to a lower body, wherein said arterial sheath insertion device is positioned within said upper body, and wherein said artery locator is positioned within said lower body; and a manually operable actuator; wherein said arterial sheath insertion device is positioned with respect to said artery locator so as to position said arterial sheath insertion device over an artery that has been located by said artery locator, and wherein said automated emergency arterial sheath placement device is configured to cause said arterial sheath insertion device to install an arterial sheath in a patient's artery upon sequential activation of said actuator characterized in that said upper body is detachably connected to said lower body. a body including a handle; an arterial sheath placement head attached to said body, said arterial sheath placement head having a skin-facing outer wall and comprising a non-invasive artery locator and an arterial sheath insertion device positioned in said skin-facing outer wall, said arterial sheath placement head further comprising an upper body connected in a fixed position to a lower body, wherein said arterial sheath insertion device is positioned within said upper body, and wherein said artery locator is positioned within said lower body; and a manually operable actuator; wherein said arterial sheath insertion device is positioned with respect to said artery locator so as to position said arterial sheath insertion device over an artery that has been located by said artery locator, and wherein said automated emergency arterial sheath placement device is configured to cause said arterial sheath insertion device to install an arterial sheath in a patient's artery upon sequential activation of said actuator characterized in that said upper body is detachably connected to said lower body.