mhurhangee/ep-ind-claims huggingface dataset:
A control method for use in a mobile communication system which stores packet data to be transmitted and drops the packet data according to a given value of a timer corresponding to the stored packet data, the method comprising: taking over at a mobile communication device, when a handover is performed, a current value of the timer corresponding to packet data to be transmitted to a source base station before the handover as a current value of the timer corresponding to the packet data to be transmitted to a target base station after the handover, the timer having been started at reception of the packet data before the handover while the mobile communication device is connected for communication to the source base station; and dropping the packet data when the current value of the timer corresponding to the packet data after the handover reaches the given value while the mobile communication device is connected for communication to the target base station. taking over at a mobile communication device, when a handover is performed, a current value of the timer corresponding to packet data to be transmitted to a source base station before the handover as a current value of the timer corresponding to the packet data to be transmitted to a target base station after the handover, the timer having been started at reception of the packet data before the handover while the mobile communication device is connected for communication to the source base station; and dropping the packet data when the current value of the timer corresponding to the packet data after the handover reaches the given value while the mobile communication device is connected for communication to the target base station.
A method for securing application credentials, the method comprising the steps of: (a) intercepting hard-coded application credentials being used in an application authentication operation, the hard-coded application credentials embedded in a requesting application to provide access to a host application; (b) applying credential-mapping logic to the intercepted hard-coded application credentials to obtan replacement application credentials from a secured storage for replacing the hard-coded application credentials in the requesting application; and (c) replacing (50, 52) the intercepted hard-coded application credentials in said application authentication operation with the replacement application credentials obtained from the secured storage, the replacing without recoding the requesting application, characterized in that the step of (a) intercepting comprises one or more of: (i) hooking a connection API associated with said host application: (ii) hooking at least one API associated with execution of a command; and (iii) intercepting network packets that include the hard-coded application credentials. (a) intercepting hard-coded application credentials being used in an application authentication operation, the hard-coded application credentials embedded in a requesting application to provide access to a host application; (b) applying credential-mapping logic to the intercepted hard-coded application credentials to obtan replacement application credentials from a secured storage for replacing the hard-coded application credentials in the requesting application; and (c) replacing (50, 52) the intercepted hard-coded application credentials in said application authentication operation with the replacement application credentials obtained from the secured storage, the replacing without recoding the requesting application, (i) hooking a connection API associated with said host application: (ii) hooking at least one API associated with execution of a command; and (iii) intercepting network packets that include the hard-coded application credentials.
Power transmission belt having a bottom section and a power transmission zone of polyurethane (PU; 30) and also a textile overlay in contact with the polyurethane of the power transmission zone, wherein the interior of the textile overlay includes additionally to the textile material a thermoplastic material and the polyurethane of the power transmission zone extends into the textile overlay and is bounded by the thermoplastic material such that it does not completely penetrate the textile overlay, wherein the thermoplastic material has a melting point between 80°C and 145°C and substantially completely fills the interstices between the textile threads or fibers in a central plane of the textile when viewed across the area, characterized in that the thermoplastic material has been melted into the textile overlay and at least the textile overlay surface facing the adjacent polyurethane of the power transmission zone is virtually free from the thermoplastic material, while the concentration of the thermoplastic material in the central plane or in the entire core region is distinctly higher than to one of the surfaces (11, 12).
A scroll compressor, comprising: a non-orbiting scroll comprising a non-orbiting scroll end plate and a spiral non-orbiting wrap extending from the non-orbiting scroll end plate; and an orbiting scroll comprising an orbiting scroll end plate and an orbiting wrap extending from the orbiting scroll end plate and meshingly engaging with the non-orbiting wrap to form compression chambers, wherein the non-orbiting wrap comprises a first non-orbiting wrap portion at a radially outer side and a second non-orbiting wrap portion at a radially inner side, the first non-orbiting wrap portion is periodically covered by the orbiting scroll end plate during operation of the scroll compressor, the second non-orbiting wrap portion is always covered by the orbiting scroll end plate during operation of the scroll compressor, and a sealing device is provided in one of the first non-orbiting wrap portion and a first covering portion, corresponding to the first non-orbiting wrap portion, of the orbiting scroll end plate, and a predetermined gap is formed between the sealing device and the other one of the end surface of the first non-orbiting wrap portion and the first covering portion. a non-orbiting scroll comprising a non-orbiting scroll end plate and a spiral non-orbiting wrap extending from the non-orbiting scroll end plate; and an orbiting scroll comprising an orbiting scroll end plate and an orbiting wrap extending from the orbiting scroll end plate and meshingly engaging with the non-orbiting wrap to form compression chambers, wherein the non-orbiting wrap comprises a first non-orbiting wrap portion at a radially outer side and a second non-orbiting wrap portion at a radially inner side, the first non-orbiting wrap portion is periodically covered by the orbiting scroll end plate during operation of the scroll compressor, the second non-orbiting wrap portion is always covered by the orbiting scroll end plate during operation of the scroll compressor, and a sealing device is provided in one of the first non-orbiting wrap portion and a first covering portion, corresponding to the first non-orbiting wrap portion, of the orbiting scroll end plate, and a predetermined gap is formed between the sealing device and the other one of the end surface of the first non-orbiting wrap portion and the first covering portion.
A method (500, 600) for dynamically updating an almanac of base stations using a plurality of wireless devices that are controlled by end users, comprising: receiving (512, 612) first location information from a wireless device of the plurality of wireless devices located at a first position, the first location information indicative of a position of an uncooperative base station with respect to the first location; obtaining (504, 612) information indicative of the first position; receiving second location information from a wireless device of the plurality of wireless devices located at a second position, the second location information indicative of the position of the uncooperative base station with respect to the second location; obtaining information indicative of the second position; receiving third location information from a wireless device of the plurality of wireless devices located at a third position, the third location information indicative of the position of the uncooperative base station with respect to the third location; obtaining information indicative of the third position; assigning an associated uncertainty factor to at least one of the first, second, and third location information; calculating a measured location of the uncooperative base station using the first, second, and third location information and the first, second, and third positions and the uncertainty factor; and updating the almanac using the measured location. receiving (512, 612) first location information from a wireless device of the plurality of wireless devices located at a first position, the first location information indicative of a position of an uncooperative base station with respect to the first location; obtaining (504, 612) information indicative of the first position; receiving second location information from a wireless device of the plurality of wireless devices located at a second position, the second location information indicative of the position of the uncooperative base station with respect to the second location; obtaining information indicative of the second position; receiving third location information from a wireless device of the plurality of wireless devices located at a third position, the third location information indicative of the position of the uncooperative base station with respect to the third location; obtaining information indicative of the third position; assigning an associated uncertainty factor to at least one of the first, second, and third location information; calculating a measured location of the uncooperative base station using the first, second, and third location information and the first, second, and third positions and the uncertainty factor; and updating the almanac using the measured location.
A device for use in the humane slaughter of animals having a barrel and a cap arranged for limited reciprocal axial movement and urged to an inoperative position by resilient means, a captive bolt being received in the barrel for reciprocal axial movement, the bolt being driven out of the barrel by a driving force provided by an explosive cartridge adapted to be received in a breech in the barrel and fired by striking a firing pin provided in the cap, the cartridge being mounted on a strip movable in response to a manual operation, and registration means being provided between the strip and the cap to locate the cartridge relative to the open breech in the inoperative position, movement of the barrel relative to the cap against the force of the resilient means placing the cartridge in the breech and causing it to strike the firing pin to fire the cartridge and operate the captive bolt, the resilient means then returning the barrel and the cap to the inoperative position to open the breech and allow movement of the strip to remove the spent cartridge.
A use of a non-buoyant hollow body according to any one of Claims 7 to 12 in a reinforced concrete hollow body slab or cover having concrete webs arranged between hollow bodies and having a reinforcement layer over the hollow bodies and having a reinforcement layer under the hollow bodies, wherein the concrete of at least one concrete web has at least one steel strut, specifically a double-headed anchor, wherein the double-headed anchor is arranged in an inclined manner, wherein the double-headed anchor is arranged such that it runs from approximately the intersection point of the perpendicular and the upper reinforcement layer in one concrete web node to approximately the intersection point of the perpendicular and the lower reinforcement layer in an adjacent concrete web node, wherein a double-headed anchor is additionally provided in at least one concrete web, said double-headed anchor being arranged such that it is inclined counter to the first double-headed anchor so that both together produce a reinforcement in the form of a diagonal cross.
Drilling tool for machining, wherein the drill bit comprises: four or more cutting lips (201, 202) and four or more first lands (206, 207) with a first clearance angle, wherein the first lands (206, 207) are formed adjacent to the main cutting lips (201, 202), wherein the first lands (206, 207) are in tapered form from the circumference of the drill bit to the core of the drill bit, wherein the first lands (206, 207) are formed as a wedge-shape, wherein the drilling tool comprises: second lands (204, 205) with a second clearance angle, wherein the drill bit comprises second lands (204, 205) formed adjacent to the first lands (206, 207), wherein a point thinning results from the form of the drill bit, and wherein the drill bit comprises third lands in each case.
An image processing method, the method comprising: capturing image data from a sequence of images of a scene from different but repeatable viewpoints (14a-f); associating captured images with a respective viewpoint identification; tracking a region of interest in the sequence of images; performing an eigenspace projection for the respective images to calculate respective points (22a-f) in the eigenspace projection; comparing the calculated points (22a-f) to points previously obtained (20a-f) for a reference image for substantially the same viewpoints (14a-f); wherein a change between a calculated point and a corresponding previously obtained point indicates a change in the image content of the region of interest between the corresponding captured image and the corresponding reference image for the substantially same viewpoint, wherein a change is detected by: determining a distance (d g-f) in the eigenspace projection between the calculated point (22a-f) and the corresponding previously obtained point (20a-f), and comparing the determined distance (d a-f) to a distance-based threshold (d threshold). capturing image data from a sequence of images of a scene from different but repeatable viewpoints (14a-f); associating captured images with a respective viewpoint identification; tracking a region of interest in the sequence of images; performing an eigenspace projection for the respective images to calculate respective points (22a-f) in the eigenspace projection; comparing the calculated points (22a-f) to points previously obtained (20a-f) for a reference image for substantially the same viewpoints (14a-f); wherein a change between a calculated point and a corresponding previously obtained point indicates a change in the image content of the region of interest between the corresponding captured image and the corresponding reference image for the substantially same viewpoint, wherein a change is detected by: determining a distance (d g-f) in the eigenspace projection between the calculated point (22a-f) and the corresponding previously obtained point (20a-f), and comparing the determined distance (d a-f) to a distance-based threshold (d threshold).
Magnetic stripe reader comprising: - a base element defining a first spring seat (194, 196); - a magnetic module support element arranged for limited pivotable motion relative to the base element and defining a second spring seat, the magnetic module support element includes - - a generally planar portion; and - - a pair of legs (134, 136) disposed generally perpendicularly to the generally planar portion, wherein each of the pair of legs (134, 136) defines an elongated slot (138, 140); - a truncated conical spring having a first end, seated in the first spring seat (194, 196), and a second end, seated in the second spring seat; wherein the truncated conical spring enabling the limited pivotable motion of the magnetic module support element, relative to the base element; - and a magnetic module fixedly mounted onto the magnetic module support element. - a base element defining a first spring seat (194, 196); - a magnetic module support element arranged for limited pivotable motion relative to the base element and defining a second spring seat, the magnetic module support element includes - - a generally planar portion; and - - a pair of legs (134, 136) disposed generally perpendicularly to the generally planar portion, wherein each of the pair of legs (134, 136) defines an elongated slot (138, 140); - - a generally planar portion; and - - a pair of legs (134, 136) disposed generally perpendicularly to the generally planar portion, wherein each of the pair of legs (134, 136) defines an elongated slot (138, 140); - a truncated conical spring having a first end, seated in the first spring seat (194, 196), and a second end, seated in the second spring seat; wherein the truncated conical spring enabling the limited pivotable motion of the magnetic module support element, relative to the base element; - and a magnetic module fixedly mounted onto the magnetic module support element.
Animal accommodation (100,160) with a manure pit for manure containing liquid and solid manure parts, wherein the manure pit comprises a floor (101, 170) and walls (102, 103, 161, 162, 163, 164, 165 and 166) standing from the floor (101, 170), wherein at least one of the walls (102, 103, 161, 162, 163, 164, 165 and 166) is provided with a throughfeed (106, 190) for carrying manure out of the manure pit, wherein the throughfeed (106, 190) has an underside placed at a distance from the floor (101, 170), characterized in that the manure pit is adapted to hold in the manure pit a layer of transport liquid for transporting the solid and liquid manure parts, in which the solid manure parts float and which transport liquid dilutes the liquid manure parts, which transport liquid covers the floor (101, 170) and extends at least to a predetermined level, wherein the manure pit further comprises a drive device (171, 172) for driving a flow in the layer of transport liquid in the manure pit, and a discharge device for discharging to the throughfeed (106, 190) manure parts suspended and/or floating in the transport liquid, further comprising a liquid feed for supplying transport liquid to the manure pit and means for determining whether or not the layer of transport liquid in the manure pit extends substantially up to the predetermined level, wherein the liquid feed is adapted to supply transport liquid to the manure pit when it has been determined that the transport liquid level substantially does not extend up to the predetermined level.
A base frame assembly for a passenger seat and a surrounding monument mounted to the base frame assembly comprising: - a passenger seat, - a main frame comprising a seat support structure comprising one seat fitting for said passenger seat and the seat support structure is configured to approximate a width of the passenger seat, - said main frame further comprising a lateral support structure, wherein the lateral support structure comprises two seat fittings for said passenger seat, said lateral support structure being configured to have a length that approximates a combined width of the passenger seat and the surrounding monument, the direction of the length being oriented generally perpendicular to a central axis of seat tracks (22, 24), characterized in that said base frame assembly further comprises: - a secondary frame pivotally coupled to the main frame, wherein the secondary frame comprises one seat fitting for said passenger seat, the pivot coupling being oriented generally perpendicular to the central axis of the seat tracks (22, 24) and generally parallel to a plane crossing the seat tracks (22, 24), when the base frame assembly is coupled to the seat tracks (22, 24). - a passenger seat, - a main frame comprising a seat support structure comprising one seat fitting for said passenger seat and the seat support structure is configured to approximate a width of the passenger seat, - said main frame further comprising a lateral support structure, wherein the lateral support structure comprises two seat fittings for said passenger seat, - a secondary frame pivotally coupled to the main frame, wherein the secondary frame comprises one seat fitting for said passenger seat, the pivot coupling being oriented generally perpendicular to the central axis of the seat tracks (22, 24) and generally parallel to a plane crossing the seat tracks (22, 24), when the base frame assembly is coupled to the seat tracks (22, 24).
A compact waste combustion system, comprising: a burn chamber (104, 216); a trapdoor mechanism (112, 212) configured to seal an entrance to the burn chamber when operated in a first mode; a source of waste configured to feed waste material to the burn chamber through the trapdoor mechanism; a burner (122, 204) disposed at least partially within the burn chamber (104, 216); a sensor for detecting the presence of a quantity of waste in the source of waste; and a processor configured to: detect presence of a quantity of waste in the source of waste by monitoring the sensor; cause the trapdoor mechanism (112, 212) to be operated in a second mode, wherein the trapdoor mechanism permits the quantity of waste to pass into the burn chamber (104, 216) when operated in the second mode; and cause the trapdoor mechanism to be operated in the first mode after the quantity of waste has passed into the burn chamber; and activate the burner when the trapdoor mechanism is operated in the first mode and the quantity of waste is located in the burn chamber. a burn chamber (104, 216); a trapdoor mechanism (112, 212) configured to seal an entrance to the burn chamber when operated in a first mode; a source of waste configured to feed waste material to the burn chamber through the trapdoor mechanism; a burner (122, 204) disposed at least partially within the burn chamber (104, 216); a sensor for detecting the presence of a quantity of waste in the source of waste; and a processor configured to: detect presence of a quantity of waste in the source of waste by monitoring the sensor; cause the trapdoor mechanism (112, 212) to be operated in a second mode, detect presence of a quantity of waste in the source of waste by monitoring the sensor; cause the trapdoor mechanism (112, 212) to be operated in a second mode, wherein the trapdoor mechanism permits the quantity of waste to pass into the burn chamber (104, 216) when operated in the second mode; and cause the trapdoor mechanism to be operated in the first mode after the quantity of waste has passed into the burn chamber; and activate the burner when the trapdoor mechanism is operated in the first mode and the quantity of waste is located in the burn chamber. cause the trapdoor mechanism to be operated in the first mode after the quantity of waste has passed into the burn chamber; and activate the burner when the trapdoor mechanism is operated in the first mode and the quantity of waste is located in the burn chamber.