mhurhangee/ep-ind-claims huggingface dataset:
A processor comprising: an instruction fetch unit to fetch a pair of instruction order enforcement instructions, which are part of an instruction set of the processor, the pair of instruction order enforcement instructions to include an activation instruction and an enforcement instruction, the activation instruction to occur before the enforcement instruction in a program order; and an instruction order enforcement module, in response to the pair of the instruction order enforcement instructions, while instruction order enforcement is activated, which is initially to occur in response to the activation instruction at a first stage of a pipeline of the processor, to prevent instructions, and not just memory access instructions, occurring after the enforcement instruction in the program order, from being processed prior to the activation instruction, in an out-of-order portion of the processor, wherein deactivation of the instruction order enforcement by the instruction order enforcement module is in response to the activation instruction after the activation instruction has advanced through the pipeline. an instruction fetch unit to fetch a pair of instruction order enforcement instructions, which are part of an instruction set of the processor, the pair of instruction order enforcement instructions to include an activation instruction and an enforcement instruction, the activation instruction to occur before the enforcement instruction in a program order; and an instruction order enforcement module, in response to the pair of the instruction order enforcement instructions, while instruction order enforcement is activated, which is initially to occur in response to the activation instruction at a first stage of a pipeline of the processor, to prevent instructions, and not just memory access instructions, occurring after the enforcement instruction in the program order, from being processed prior to the activation instruction, in an out-of-order portion of the processor, wherein deactivation of the instruction order enforcement by the instruction order enforcement module is in response to the activation instruction after the activation instruction has advanced through the pipeline.
Heat exchanger comprising a first circuit intended to be passed through by a liquid heat-transfer fluid and a second circuit intended to be passed through by a supercritical coolant, characterized in that the first circuit is formed by at least one channel delimited by at least two plates, and in that the second circuit is formed by at least one multichannel tube, said at least one channel being in contact with said at least one multichannel tube, wherein each plate involved in the formation of a channel of the first circuit comprises two orifices (13a, 13b) placed at each of its longitudinal ends; characterized in that each of the orifices is delimited by a neck which extends, once said plate is assembled with a similar plate to form said channel, outward from said channel, wherein the channels of the first circuit communicate with one another by the necks fitted together by press-fitting.
Method for control of a locking mechanism by a user by means of a mobile terminal, a local data connection to the locking mechanism being established by the mobile terminal in order to control the locking mechanism, and a piece of authentication information being sent from the mobile terminal to an authorisation entity in a network in order to issue a key, and after checking the authenticity of the authentication information at the authorisation entity, the key for opening the locking mechanism being issued, by means of which key the locking mechanism is opened, characterised in that the authentication information authenticates a cross-device virtual identity that is unique to an identity provider that is different from the authorisation entity, and, in order to obtain the authentication information by means of the mobile terminal, a connection to the identity provider being established via a network, the user authenticating himself with the aid of the mobile terminal at the identity provider for the virtual identity and then the identity provider sending the authentication information to the mobile terminal, the authorisation entity binding an entry or access authorisation required for issuing the key to the virtual identity.
A device for controlling the access to a cache structure comprising multiple cache sets during the execution of at least one computer program, the device comprising: - a module for generating random or pseudo-random seed values during the execution of the at least one computer program; - a parametric hash function module for generating a cache set identifier to access the cache structure, the identifier being generated by combining a seed value generated by the module for generating seed values and predetermined bits of an address to access a main memory associated to the cache structure. - a module for generating random or pseudo-random seed values during the execution of the at least one computer program; - a parametric hash function module for generating a cache set identifier to access the cache structure, the identifier being generated by combining a seed value generated by the module for generating seed values and predetermined bits of an address to access a main memory associated to the cache structure.
A fluidic component for generating an ultrasonic signal, comprising a flow chamber that can be traversed by a fluid flow, which enters the flow chamber through an inlet opening of the flow chamber and exits from the flow chamber through an outlet opening of the flow chamber, wherein the fluidic component includes at least one means (10014a, 10014b, 10020) for forming an oscillation of the fluid flow at the outlet opening, which comprises two secondary flow channels (10014a, 10014b) that each are fluidically connected to a main flow channel of the flow chamber via an inlet (10014a1, 10014b1) and an outlet (10014a2, 10014b2) and each extend between the corresponding inlet (10014a1, 10014b1) and the corresponding outlet (10014a2, 10014b2), wherein the oscillation is effected in an oscillation plane, wherein the fluidic component also includes a separation device that is configured to separate a part from the oscillating fluid flow, wherein the separation device comprises an inlet opening, through which the oscillating fluid flow enters the separation device, and at least one first outlet opening and at least one second outlet opening, through each of which a part of the oscillating fluid flow exits, wherein between the at least one first outlet opening of the separation device and the at least one second outlet opening of the separation device a flow divider is provided, which alternately directs the oscillating fluid flow into the at least one first and at least one second outlet opening (20012, 20013) of the separation device, wherein the separation device is configured in such a way that the part of the oscillating fluid flow which is directed into the at least one first outlet opening of the separation device and the part of the oscillating fluid flow which is directed into the at least one second outlet opening of the separation device, are not joined again downstream of the flow divider, and wherein the at least one first outlet opening and the at least one second outlet opening of the separation device have a differently large expansion in the oscillation plane and transversely to the fluid flow direction.
Aircraft, in particular airplane comprising a coupling arrangement for a driving device of a wing tip, wherein the coupling arrangement comprises an input, an output and a coupling, the coupling is connected with the input or with the output in a corotational manner, the coupling furthermore comprises torque transmission means which in the coupled condition are configured to connect the output with the input for transmitting a torque from the input to the output, upon exceedance of a torque threshold value in a first operating condition the torque transmission means are arranged such that the input is periodically separated from and connected with the output, and when the torque threshold value is not reached in a second operating condition, the torque transmission means are arranged such that the input is permanently connected with the output for transmitting a torque, characterized in that the torque transmission means are a ball ramp, the coupling includes a first coupling element which is non-rotatably connected with the output and a second coupling element which is axially movable relative to the first coupling element, a entrainment member is provided, which extends between the first coupling part and the second coupling part and which connects the two coupling parts such that the rotary movement of the second coupling part leads to a rotary movement of the first coupling part, and the input is connected to the second coupling part by means of a ball ramp mechanism. the coupling arrangement comprises an input, an output and a coupling, the coupling is connected with the input or with the output in a corotational manner, the coupling furthermore comprises torque transmission means which in the coupled condition are configured to connect the output with the input for transmitting a torque from the input to the output, upon exceedance of a torque threshold value in a first operating condition the torque transmission means are arranged such that the input is periodically separated from and connected with the output, and when the torque threshold value is not reached in a second operating condition, the torque transmission means are arranged such that the input is permanently connected with the output for transmitting a torque, characterized in that the torque transmission means are a ball ramp, the coupling includes a first coupling element which is non-rotatably connected with the output and a second coupling element which is axially movable relative to the first coupling element, a entrainment member is provided, which extends between the first coupling part and the second coupling part and which connects the two coupling parts such that the rotary movement of the second coupling part leads to a rotary movement of the first coupling part, and the input is connected to the second coupling part by means of a ball ramp mechanism.
A rigid, slide-open packet of cigarettes comprising: at least one inner package comprising a wrapped group of cigarettes; at least one inner container, which houses the inner package, has an open top end, and comprises a hinged lid hinged to the inner container along a lid hinge to rotate, with respect to the inner container, between an open position and a closed position opening and closing the open top end respectively; an outer container housing the inner container to allow the inner container to slide between a closed position, in which the inner container is inserted inside the outer container, and an open position, in which the inner container is at least partly extracted from the outer container; and a connecting tab mechanically connecting part (31; 32; 9) of the inner container to a corresponding part (10; 43; 12) of the outer container, and which has an outer end glued to the corresponding part (31; 32; 9) of the outer container, and an inner end glued to the corresponding part (10; 43; 12) of the inner container; wherein the connecting tab connects the lid of the inner container to the outer container, so that the sliding movement of the inner container with respect to the outer container produces a corresponding rotation of the lid about the lid hinge; the packet of cigarettes being characterized in that the connecting tab connects a rear wall of the outer container to a rear wall of the lid. at least one inner package comprising a wrapped group of cigarettes; at least one inner container, which houses the inner package, has an open top end, and comprises a hinged lid hinged to the inner container along a lid hinge to rotate, with respect to the inner container, between an open position and a closed position opening and closing the open top end respectively; an outer container housing the inner container to allow the inner container to slide between a closed position, in which the inner container is inserted inside the outer container, and an open position, in which the inner container is at least partly extracted from the outer container; and a connecting tab mechanically connecting part (31; 32; 9) of the inner container to a corresponding part (10; 43; 12) of the outer container, and which has an outer end glued to the corresponding part (31; 32; 9) of the outer container, and an inner end glued to the corresponding part (10; 43; 12) of the inner container; wherein the connecting tab connects the lid of the inner container to the outer container, so that the sliding movement of the inner container with respect to the outer container produces a corresponding rotation of the lid about the lid hinge; the packet of cigarettes being characterized in that the connecting tab connects a rear wall of the outer container to a rear wall of the lid.
A handgun holster comprising a shell defining an inner cavity with a bottom, for housing a handgun provided with a trigger guard, the cavity extending along a longitudinal direction starting from a gun insertion end, the holster further defining a handgun height direction and a crosswise width direction orthogonal with the plane defined by said longitudinal direction and said handgun height direction, said cavity housing handgun catch means movably supported by said shell, said catch means being movable between a handgun release position and a handgun catch position, in which they respectively permit the insertion/extraction of the gun and are capable to exert a catching action on the same gun, said catch means comprising a first end in proximity with said bottom, adapted to come into contact with a muzzle portion of the gun when the same is pushed deep into the cavity, a second end arranged in the trigger guard area and provided with at least one catch member adapted to exert a catching action on the gun at a guard portion, said catch means being arranged such that the contact of said muzzle portion with said first end in an inserted position in proximity with the bottom of the cavity drives the catch means from said release position to said catch position and conversely as the handgun is extracted from the cavity the release position is attained, wherein said catch member of said second end comprises at least one catch wing adapted to exert an abutment action on the handgun with a component according to said height direction, and wherein said catch means comprise at least one catch lever pivotally supported by said shell around an axis (Y') and comprising said first and second ends, said first end being slanting inwards in said cavity in said release position and thus adapted to mechanically interfere with the gun in a final segment of its insertion run, being driven by said muzzle portion with a thrust having a component in said crosswise direction, the holster further comprising elastic means adapted to urge the catch means towards said release position and to keep them stably in such position when the holster is empty, whereby the thrust causes the rotation of the at least one lever to the catching position in which the second end clutches on the handgun overcoming the hindrance of said elastic means.
A housing, comprising: a metallic substrate; a groove defined in the substrate; at least one hole passing through the substrate and communicating with the groove; an antenna piece disposed in the groove and the at least one hole, and insulated from the substrate, the antenna piece comprising at least one selected from a metal, a conducting polymer, or a laser direct structuring LDS material; and an insulation layer, covering a surface of the groove and a surface of the at least one hole, disposed between the surface of groove and the antenna piece and between the surface of the at least one hole and the antenna piece, and configured to insulate the antenna piece from the substrate. a metallic substrate; a groove defined in the substrate; at least one hole passing through the substrate and communicating with the groove; an antenna piece disposed in the groove and the at least one hole, and insulated from the substrate, the antenna piece comprising at least one selected from a metal, a conducting polymer, or a laser direct structuring LDS material; and an insulation layer, covering a surface of the groove and a surface of the at least one hole, disposed between the surface of groove and the antenna piece and between the surface of the at least one hole and the antenna piece, and configured to insulate the antenna piece from the substrate.
A gimbal for a surgical robotic system, the gimbal comprising: at least one support link (62, 64); an input link extending from the at least one support link; and a vibration assembly mounted to the at least one support link, the vibration assembly including: a central support; an end cap moveable relative to the central support; and a voice coil having an inner member fixed to the central support and an outer member fixed to the end cap, the voice coil configured to vibrate the gimbal in response to a voltage being applied to one of the inner or outer members; wherein the central support includes a central portion and a flange extending radially from the central portion. at least one support link (62, 64); an input link extending from the at least one support link; and a vibration assembly mounted to the at least one support link, the vibration assembly including: a central support; an end cap moveable relative to the central support; and a voice coil having an inner member fixed to the central support and an outer member fixed to the end cap, the voice coil configured to vibrate the gimbal in response to a voltage being applied to one of the inner or outer members; a central support; an end cap moveable relative to the central support; and a voice coil having an inner member fixed to the central support and an outer member fixed to the end cap, the voice coil configured to vibrate the gimbal in response to a voltage being applied to one of the inner or outer members; wherein the central support includes a central portion and a flange extending radially from the central portion.
A suspension group of a wheel of a three wheel motorcycle, wherein said suspension group comprises: - a wheel guide, which extends along a longitudinal axis (T-T), which comprises a wheel attachment for connection to a rotation pin of a wheel (102,102a) having a rotation axis (R-R) orthogonal to said longitudinal axis (T-T), - wherein the wheel guide extends between a first end and a second end, opposite the first end, - a support arm functionally connected to the wheel guide respectively by means of: - a first crank pivotally connected at said second end to the wheel guide and pivotally connected to the support arm; - a second crank pivotally connected at said first end to the wheel guide and pivotally connected to the support arm, wherein the wheel guide, the support arm and the first and second crank define a suspension quadrilateral, - wherein, between at least two of said elements chosen between the wheel guide, the support arm, the first and the second crank (9,12), a shock absorber group is interconnected in such a way that the shock absorber group varies its extension when the movement of the suspension quadrilateral varies, wherein said suspension quadrilateral is contained within a volume delimited by a rim of said wheel (102, 102a). - a wheel guide, which extends along a longitudinal axis (T-T), which comprises a wheel attachment for connection to a rotation pin of a wheel (102,102a) having a rotation axis (R-R) orthogonal to said longitudinal axis (T-T), - wherein the wheel guide extends between a first end and a second end, opposite the first end, - a support arm functionally connected to the wheel guide respectively by means of: - a first crank pivotally connected at said second end to the wheel guide and pivotally connected to the support arm; - a second crank pivotally connected at said first end to the wheel guide and pivotally connected to the support arm, wherein the wheel guide, the support arm and the first and second crank define a suspension quadrilateral, - wherein, between at least two of said elements chosen between the wheel guide, the support arm, the first and the second crank (9,12), a shock absorber group is interconnected in such a way that the shock absorber group varies its extension when the movement of the suspension quadrilateral varies,
A valve, comprising: a base portion including one or more solenoid coils (101A, 101B) and one or more cartridge receivers (104, 104') coupled to the one or more solenoid coils (101A, 101B); and one or more removable cartridges with a removable cartridge of the one or more removable cartridges including a magnetic core and a movable armature; characterized in that a removable cartridge of the one or more removable cartridges is adapted to removably engage the one or more cartridge receivers (104, 104') when the removable cartridge is inserted into the one or more cartridge receivers (104, 104') in a direction generally perpendicular to a longitudinal axis (Y-Y) of the removable cartridge. a base portion including one or more solenoid coils (101A, 101B) and one or more cartridge receivers (104, 104') coupled to the one or more solenoid coils (101A, 101B); and one or more removable cartridges with a removable cartridge of the one or more removable cartridges including a magnetic core and a movable armature; characterized in that a removable cartridge of the one or more removable cartridges is adapted to removably engage the one or more cartridge receivers (104, 104') when the removable cartridge is inserted into the one or more cartridge receivers (104, 104') in a direction generally perpendicular to a longitudinal axis (Y-Y) of the removable cartridge.
A lighting system for a vehicle having a vehicle structure, said lighting system comprising: a headlight housing; a primary high beam element disposed within the headlight housing for forming a primary high beam light output; a secondary high beam element disposed within the headlight housing for forming a secondary high beam light output, the secondary high beam element being discrete from and vertically aligned with the primary high beam element and comprising a first secondary high beam element and a second secondary high beam element; a lean angle sensor (20, 22, 50, 52, 74) coupled to the vehicle structure for generating a lean angle signal; and a controller coupled to the lean angle sensor for controlling the first secondary high beam element and the second secondary high beam element in response to the lean angle signal. a headlight housing; a primary high beam element disposed within the headlight housing for forming a primary high beam light output; a secondary high beam element disposed within the headlight housing for forming a secondary high beam light output, the secondary high beam element being discrete from and vertically aligned with the primary high beam element and comprising a first secondary high beam element and a second secondary high beam element; a lean angle sensor (20, 22, 50, 52, 74) coupled to the vehicle structure for generating a lean angle signal; and a controller coupled to the lean angle sensor for controlling the first secondary high beam element and the second secondary high beam element in response to the lean angle signal.