mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a subscriber identity module, wherein the subscriber identity module has at least first subscriber identity data and second subscriber identity data, with the method steps of: receiving a switch-over command in the subscriber identity module from a terminal allocated to the subscriber identity module for switching from the first subscriber identity data to the second subscriber identity data; monitoring of the subscriber identity module for an update (S32, S37, S46, S47, S50, S53, S55, S57) of at least one specific file in the subscriber identity module, wherein the update (S32, S37, S46, S47, S50, S53, S55, S57) is effected by a terminal allocated to the subscriber identity module after receiving the switch-over command; switching from the first subscriber identity data to the second subscriber identity data as soon as the update (S32, S37, S46, S47, S50, S53, S55, S57) of the specific file has been detected. receiving a switch-over command in the subscriber identity module from a terminal allocated to the subscriber identity module for switching from the first subscriber identity data to the second subscriber identity data; monitoring of the subscriber identity module for an update (S32, S37, S46, S47, S50, S53, S55, S57) of at least one specific file in the subscriber identity module, wherein the update (S32, S37, S46, S47, S50, S53, S55, S57) is effected by a terminal allocated to the subscriber identity module after receiving the switch-over command; switching from the first subscriber identity data to the second subscriber identity data as soon as the update (S32, S37, S46, S47, S50, S53, S55, S57) of the specific file has been detected.
A slit sheet paper cushioning product, comprising: at least one slit sheet paper having a slit pattern including a plurality of slits extending in a cross direction that forms a plurality of open cells upon expansion in a machine direction, said slit sheet paper being formed from an expandable paper that expands into an alternating row expansion pattern that includes alternating rows with bottom-side cell openings in bottom-side rows (R-a) situated on a bottom side of the expanded slit sheet paper and with top-side cell openings in top-side rows (R-b) situated on a top side of the expanded slit sheet paper, wherein said slit sheet paper is made with an extensible paper, wherein said extensible paper is extensible in a machine direction in a range of at least 5%. at least one slit sheet paper having a slit pattern including a plurality of slits extending in a cross direction that forms a plurality of open cells upon expansion in a machine direction, said slit sheet paper being formed from an expandable paper that expands into an alternating row expansion pattern that includes alternating rows with bottom-side cell openings in bottom-side rows (R-a) situated on a bottom side of the expanded slit sheet paper and with top-side cell openings in top-side rows (R-b) situated on a top side of the expanded slit sheet paper, wherein said slit sheet paper is made with an extensible paper, wherein said extensible paper is extensible in a machine direction in a range of at least 5%.
A laser level, comprising: a housing; a laser module assembly at least partially housed in the housing, the laser module assembly comprising: a pendulum assembly configured to rotate under the effect of gravity; and at least one laser module disposed on the pendulum assembly, the laser module comprising a laser generator which is configured to generate a laser beam (50, 52) emitted from the laser level in use; a pendulum lock at least partially housed in the housing and movable from an unlocked position to a locked position, wherein when the pendulum lock is in the locked position it substantially prevents the pendulum assembly from rotating; characterized by a sensor disposed in or on the housing and configured to detect a freefall condition comprising a measured acceleration of no greater than 0.5g, wherein the laser level is configured such that the pendulum lock moves from the unlocked position to the locked position when the sensor detects the freefall condition in use. a housing; a laser module assembly at least partially housed in the housing, the laser module assembly comprising: a pendulum assembly configured to rotate under the effect of gravity; and at least one laser module disposed on the pendulum assembly, the laser module comprising a laser generator which is configured to generate a laser beam (50, 52) emitted from the laser level in use; a pendulum lock at least partially housed in the housing and movable from an unlocked position to a locked position, wherein when the pendulum lock is in the locked position it substantially prevents the pendulum assembly from rotating; characterized by a sensor disposed in or on the housing and configured to detect a freefall condition comprising a measured acceleration of no greater than 0.5g, wherein the laser level is configured such that the pendulum lock moves from the unlocked position to the locked position when the sensor detects the freefall condition in use.
A material in form of lithium fluoride powder characterized by: - comprising particles having an average size of 160 nm and a size distribution that can be approximated by a Gaussian curve centred at said size value and having a width at half height of 195 nm; - having a colour centre content comprised from 1x10 16 per cm 3 to 1x10 19 per cm 3; and - having said colour centres an emission spectrum with a characteristic shape and two peaks centered at 542 nm and 660 nm obtainable with a beam of non-monochromatized radiation of an energy comprised from 3 to 15 keV and characterized by an intensity not less than 1x10 11 photons/s/mm 2, with a total dose comprised between 10 14 and 10 17 photons. - comprising particles having an average size of 160 nm and a size distribution that can be approximated by a Gaussian curve centred at said size value and having a width at half height of 195 nm; - having a colour centre content comprised from 1x10 16 per cm 3 to 1x10 19 per cm 3; and - having said colour centres an emission spectrum with a characteristic shape and two peaks centered at 542 nm and 660 nm obtainable with a beam of non-monochromatized radiation of an energy comprised from 3 to 15 keV and characterized by an intensity not less than 1x10 11 photons/s/mm 2, with a total dose comprised between 10 14 and 10 17 photons.
Fastening apparatus (100, 200, 300) for a transition profile (5, 250, 350) in the car interior of a rail vehicle, comprising: a hinge upper part which can be fastened to the vehicle shell of the rail vehicle; and a hinge lower part which can be connected releasably to the hinge upper part and, together with the hinge upper part, forms a bearing, in which a transition profile can rotatable be held. a hinge upper part which can be fastened to the vehicle shell of the rail vehicle; and a hinge lower part which can be connected releasably to the hinge upper part and, together with the hinge upper part, forms a bearing, in which a transition profile can rotatable be held.
A method for diagnosis of an oral precancerous lesion in a subj ect by obtaining data by detecting DNA methylation in gargled fluid collected from the subject, wherein the DNA is DNA in a promoter region of one, two or three genes selected from the following group of genes: RASSF1 (Ras association domain family member 1, NM_170714.1), CD44 (NM_001001391.1), and BRCA2 (breast cancer susceptibility gene 2, NM_000059.3). RASSF1 (Ras association domain family member 1, NM_170714.1), CD44 (NM_001001391.1), and BRCA2 (breast cancer susceptibility gene 2, NM_000059.3).
A vacuum cleaner, comprising: a cleaner body provided with a mounting portion; a dust container separately mounted to the mounting portion, having a compression member to compress dust; and a rotatable cover rotatably disposed at the cleaner body, to cover the dust container mounted to the mounting portion, characterized in that the rotatable cover includes a driving device to drive the compression member disposed at the dust container. a cleaner body provided with a mounting portion; a dust container separately mounted to the mounting portion, having a compression member to compress dust; and a rotatable cover rotatably disposed at the cleaner body, to cover the dust container mounted to the mounting portion, characterized in that the rotatable cover includes a driving device to drive the compression member disposed at the dust container.
Method for generation of at least one three-dimensional stereoscopic images pair comprising: - a step of insertion of a graphic object in the at least one three-dimensional stereoscopic images pair at a predetermined insertion depth, - a step of determination of a transition zone surrounding the inserted graphic object, said zone being delimited by an interior edge delimiting the graphic object and an exterior edge distant by a width of the transition zone from the interior edge, the method being characterized in that said step of determination further comprises adapting the width of the transition zone based on a difference between a depth value of a first pixel of the inserted graphic object situated on said interior edge and a depth value of a second pixel of the at least one three-dimensional image situated on said exterior edge, and in that said method further comprises: - a step of processing the depth of elements of the at least one one three-dimensional stereoscopic images pair situated in the transition zone, so that the depth varies gradually from the depth of the image elements situated on the exterior edge to the depth of the elements of the inserted graphic object of the interior edge. - a step of insertion of a graphic object in the at least one three-dimensional stereoscopic images pair at a predetermined insertion depth, - a step of determination of a transition zone surrounding the inserted graphic object, said zone being delimited by an interior edge delimiting the graphic object and an exterior edge distant by a width of the transition zone from the interior edge, - a step of processing the depth of elements of the at least one one three-dimensional stereoscopic images pair situated in the transition zone, so that the depth varies gradually from the depth of the image elements situated on the exterior edge to the depth of the elements of the inserted graphic object of the interior edge.
A smart plug adapter comprising: - a housing having enclosed therein a controller and electrical circuitry, - a male member extending from a surface of the housing and configured to receive electrical current when engaged with an external power socket, - a locking mechanism disposed at the surface of the housing and configured, when actuated, to lock the male member with the power socket, - a female member formed on the surface of the housing and configured to provide the electrical current to an electrical device when a device plug of the electrical device is engaged with the female member, wherein the electrical circuitry is configured to conduct the electrical current from the male member to the female member, characterized by - a mechanical vibrations actuator disposed at the female member and configured to emit mechanical vibrations outwardly from the housing, - at least one vibration sensor disposed at the female member and configured to determine mechanical vibrations, when present, from the device plug, wherein the vibration sensor is further configured to send to the controller a signal corresponding to a determination of mechanical vibrations, and wherein the controller is configured to send an actuating signal to the locking mechanism when the controller receives the signal from the vibration sensor corresponding to the determination of mechanical vibrations as present, and wherein the actuating signal actuates the locking mechanism. - a housing having enclosed therein a controller and electrical circuitry, - a male member extending from a surface of the housing and configured to receive electrical current when engaged with an external power socket, - a locking mechanism disposed at the surface of the housing and configured, when actuated, to lock the male member with the power socket, - a female member formed on the surface of the housing and configured to provide the electrical current to an electrical device when a device plug of the electrical device is engaged with the female member, wherein the electrical circuitry is configured to conduct the electrical current from the male member to the female member, characterized by - a mechanical vibrations actuator disposed at the female member and configured to emit mechanical vibrations outwardly from the housing, - at least one vibration sensor disposed at the female member and configured to determine mechanical vibrations, when present, from the device plug, wherein the vibration sensor is further configured to send to the controller a signal corresponding to a determination of mechanical vibrations, and
A heat engine comprising: a heat exchanger to transfer heat from a heat source to a working fluid; a positive displacement expander configured to receive inlet working fluid from the heat exchanger and discharge expanded working fluid as a multiphase fluid so that there is an overall volumetric expansion ratio between the expanded working fluid and the inlet working fluid which is a function of an inlet dryness of the inlet working fluid; characterised by a variable expansion valve disposed between the heat exchanger and the expander, the valve being configured to introduce a variable pressure drop in the working fluid to vary the inlet dryness; and a controller configured to maintain the overall volumetric expansion ratio by controlling the valve to compensate for variable heat transfer to or from the working fluid. a heat exchanger to transfer heat from a heat source to a working fluid; a positive displacement expander configured to receive inlet working fluid from the heat exchanger and discharge expanded working fluid as a multiphase fluid so that there is an overall volumetric expansion ratio between the expanded working fluid and the inlet working fluid which is a function of an inlet dryness of the inlet working fluid; characterised by a variable expansion valve disposed between the heat exchanger and the expander, the valve being configured to introduce a variable pressure drop in the working fluid to vary the inlet dryness; and a controller configured to maintain the overall volumetric expansion ratio by controlling the valve to compensate for variable heat transfer to or from the working fluid.
An aircraft landing gear assembly comprising: - an aircraft spring assembly, the aircraft spring assembly comprising: - a mechanical spring; - a first end fitting including: a spring engagement formation (30b, 32b) arranged to be mechanically coupled to an end region of the spring; and a coupling formation for coupling the spring assembly to an aircraft anchor point, the coupling formation including a load bearing surface via which loads from the anchor point can be transmitted into the spring assembly; - at least one integral damping member (30f, 34, 36) provided within the load path between the load bearing surface of the coupling formation and the end region of the spring in order to decrease the amplitude of mechanical waves induced in the spring due to loads applied to the load bearing surface of the coupling formation; and - a second end fitting; - a first part attached to the first end fitting; and - a second part movably mounted with respect to the first part and attached to the second end fitting, wherein the first and second parts comprise elements of a side stay, a lock link or elements of each. - an aircraft spring assembly, the aircraft spring assembly comprising: - a mechanical spring; - a first end fitting including: a spring engagement formation (30b, 32b) arranged to be mechanically coupled to an end region of the spring; and a coupling formation for coupling the spring assembly to an aircraft anchor point, the coupling formation including a load bearing surface via which loads from the anchor point can be transmitted into the spring assembly; - at least one integral damping member (30f, 34, 36) provided within the load path between the load bearing surface of the coupling formation and the end region of the spring in order to decrease the amplitude of mechanical waves induced in the spring due to loads applied to the load bearing surface of the coupling formation; and - a second end fitting; - a mechanical spring; - a first end fitting including: a spring engagement formation (30b, 32b) arranged to be mechanically coupled to an end region of the spring; and a coupling formation for coupling the spring assembly to an aircraft anchor point, the coupling formation including a load bearing surface via which loads from the anchor point can be transmitted into the spring assembly; a spring engagement formation (30b, 32b) arranged to be mechanically coupled to an end region of the spring; and a coupling formation for coupling the spring assembly to an aircraft anchor point, the coupling formation including a load bearing surface via which loads from the anchor point can be transmitted into the spring assembly; - at least one integral damping member (30f, 34, 36) provided within the load path between the load bearing surface of the coupling formation and the end region of the spring in order to decrease the amplitude of mechanical waves induced in the spring due to loads applied to the load bearing surface of the coupling formation; and - a second end fitting; - a first part attached to the first end fitting; and - a second part movably mounted with respect to the first part and attached to the second end fitting,
A clamping connection having a clamping ring, mounted on a hub, in particular a hollow shaft portion, with a screw, in particular a clamping screw, wherein a further shaft, in particular a solid shaft portion of a further shaft, is inserted into the hub, wherein the clamping ring has a slot which, related to the shaft axis, is through-passing in a radial direction, wherein a retaining ring is arranged between hub and clamping ring, for axial securing and protection against twisting of the clamping ring at the hub, wherein the hub has a first and a second axial slot, wherein the first axial slot is spaced apart from the second axial slot in a circumferential direction, wherein the retaining ring has a region which projects radially inwards into the first or second axial slot of the hub, wherein the retaining ring has one, two or a plurality of regions projecting radially outwards into the slot. characterised in that the slot is through-passing in an axial directed related to the shaft axis and the screw is directed tangentially related to the shaft axis. wherein a further shaft, in particular a solid shaft portion of a further shaft, is inserted into the hub, wherein the clamping ring has a slot which, related to the shaft axis, is through-passing in a radial direction, wherein a retaining ring is arranged between hub and clamping ring, for axial securing and protection against twisting of the clamping ring at the hub, wherein the hub has a first and a second axial slot, wherein the first axial slot is spaced apart from the second axial slot in a circumferential direction, wherein the retaining ring has a region which projects radially inwards into the first or second axial slot of the hub, wherein the retaining ring has one, two or a plurality of regions projecting radially outwards into the slot. characterised in that the slot is through-passing in an axial directed related to the shaft axis and the screw is directed tangentially related to the shaft axis.
A method, performed by an edge data network configuration server, of relocating at least one service, currently provided from a source edge data network to at least one terminal, to at least one of a plurality of edge data networks having a hierarchical structure, the method comprising: determining whether to relocate a service of the source edge data network; determining relocation candidate services, based on a result of determining whether to relocate the service; determining priorities of the relocation candidate services; obtaining location information of the at least one terminal; determining a relocation target service and a target edge data network based on the priorities and the location information; and requesting the target edge data network to provide the relocation target service to the at least one terminal, wherein the determining of the target edge data network comprises determining the target edge data network to be in a tier of the hierarchical structure different from a tier of the source edge data network. determining whether to relocate a service of the source edge data network; determining relocation candidate services, based on a result of determining whether to relocate the service; determining priorities of the relocation candidate services; obtaining location information of the at least one terminal; determining a relocation target service and a target edge data network based on the priorities and the location information; and requesting the target edge data network to provide the relocation target service to the at least one terminal, wherein the determining of the target edge data network comprises determining the target edge data network to be in a tier of the hierarchical structure different from a tier of the source edge data network.