mhurhangee/ep-ind-claims huggingface dataset:
A detection device comprising: a tracking unit that gives communication data to be transmitted by a legitimate application a tag including attribute information associated with communication destination information of the communication data and tracks propagation of communication data on which the tag is given; and a detection unit that, at a timing when transmission data is copied on a virtual Network Interface Card, NIC, detects falsification on the communication data when, in the communication data, there is a tag including attribute information different from attribute information corresponding to a transmission destination of the communication data, wherein when the falsification is detected, the detection unit specifies a communication destination linked to the tag including the different attribute information as a Command and Control, C&C, server and registers the C&C server in a C&C-server communication-destination information database. a tracking unit that gives communication data to be transmitted by a legitimate application a tag including attribute information associated with communication destination information of the communication data and tracks propagation of communication data on which the tag is given; and a detection unit that, at a timing when transmission data is copied on a virtual Network Interface Card, NIC, detects falsification on the communication data when, in the communication data, there is a tag including attribute information different from attribute information corresponding to a transmission destination of the communication data, wherein when the falsification is detected, the detection unit specifies a communication destination linked to the tag including the different attribute information as a Command and Control, C&C, server and registers the C&C server in a C&C-server communication-destination information database.
An electric bicycle comprising: a battery; an electric motor that uses the battery as a power source to generate assist power; a light that uses the battery as a power source to be turned on; a light-darkness detection sensor, first input means for switching an automatic light state in which an ON-state of the light is automatically controlled according to an output of the light-darkness detection sensor to a manual light state; and second input means for switching an assisted state in which the assist power of the electric motor is generated to an unassisted state in which the assist power of the electric motor is not generated, in the automatic light state, characterised by the manual light state in which ON/OFF of the light are switched by the operation of an operating element. a battery; an electric motor that uses the battery as a power source to generate assist power; a light that uses the battery as a power source to be turned on; a light-darkness detection sensor, first input means for switching an automatic light state in which an ON-state of the light is automatically controlled according to an output of the light-darkness detection sensor to a manual light state; and second input means for switching an assisted state in which the assist power of the electric motor is generated to an unassisted state in which the assist power of the electric motor is not generated, in the automatic light state, characterised by the manual light state in which ON/OFF of the light are switched by the operation of an operating element.
A system for localizing the position of a source of a voice signal, comprising: an object arranged to be worn by a person having a mouth arranged for being a source of a voice signal, said object comprising a visually detectable pattern, said pattern being placed in a distance from the source of the voice signal and said pattern being arranged for identifying the person carrying the object; a camera device arranged for recording at least one picture of said pattern or a part thereof; localizing means for determining the position and the orientation of said pattern in relation to the camera device on the basis of image processing performed on said at least one picture of said pattern or part therefore; and a microphone device arranged for adapting to the position of said source of a voice signal based on the position of said pattern and the distance between said pattern and the source of the voice signal; wherein said localizing means is configured to determine the position of said source of the voice signal based on said image processing. an object arranged to be worn by a person having a mouth arranged for being a source of a voice signal, said object comprising a visually detectable pattern, said pattern being placed in a distance from the source of the voice signal and said pattern being arranged for identifying the person carrying the object; a camera device arranged for recording at least one picture of said pattern or a part thereof; localizing means for determining the position and the orientation of said pattern in relation to the camera device on the basis of image processing performed on said at least one picture of said pattern or part therefore; and a microphone device arranged for adapting to the position of said source of a voice signal based on the position of said pattern and the distance between said pattern and the source of the voice signal; wherein said localizing means is configured to determine the position of said source of the voice signal based on said image processing.
Vessel hull for use as a hull for a floating hydrocarbon storage and/or processing plant, comprising: - a stern portion, a bow portion and a central portion in between the bow and stern portions, the vessel hull provided with longitudinal hull sides comprising the longitudinal hull sides of the stern portion, the bow portion and the central portion, - a deck, arranged on the hull, suitable for supporting hydrocarbon processing modules, - hydrocarbon storage tanks, arranged inside the hull, for storing hydrocarbons to be obtained from seabed-based wellheads, - an anchoring connection arrangement for connection with anchor lines suitable for mooring the vessel hull to a seabed, characterized in that - the deck comprises process module reinforcements suitable for supporting hydrocarbon process modules, and at least two of the following elements: - both longitudinal hull sides comprise mooring line connection reinforcements near or in the bow portion and stern portion for connecting mooring lines to be used with a spread-moored anchor line arrangement and one or both longitudinal hull sides comprise riser balcony connection reinforcements (10, 14) arranged in between the mooring line connection reinforcements in longitudinal direction, suitable for supporting a riser balcony for connecting risers, - the bow portion comprises a turret reinforcement suitable for receiving an internal turret, - the bow portion comprises a turret reinforcement suitable for receiving an external turret, wherein the turret is provided with anchor line connection points and riser connection points. - a stern portion, a bow portion and a central portion in between the bow and stern portions, the vessel hull provided with longitudinal hull sides comprising the longitudinal hull sides of the stern portion, the bow portion and the central portion, - a deck, arranged on the hull, suitable for supporting hydrocarbon processing modules, - hydrocarbon storage tanks, arranged inside the hull, for storing hydrocarbons to be obtained from seabed-based wellheads, - an anchoring connection arrangement for connection with anchor lines suitable for mooring the vessel hull to a seabed, - the deck comprises process module reinforcements suitable for supporting hydrocarbon process modules, - both longitudinal hull sides comprise mooring line connection reinforcements near or in the bow portion and stern portion for connecting mooring lines to be used with a spread-moored anchor line arrangement and one or both longitudinal hull sides comprise riser balcony connection reinforcements (10, 14) arranged in between the mooring line connection reinforcements in longitudinal direction, suitable for supporting a riser balcony for connecting risers, - the bow portion comprises a turret reinforcement suitable for receiving an internal turret, - the bow portion comprises a turret reinforcement suitable for receiving an external turret, wherein the turret is provided with anchor line connection points and riser connection points.
Bone nail for the heel including: a front portion determined for insertion into one or more bones (14, 15, 16) or bone fragments of the heel and having a tip; an arc-shaped main portion extending from the front portion and including a rear end of the bone nail; wherein: the bone nail is curved within a single plane; characterised in that the main portion includes a tapered shape, such that a cross sectional diameter of the main portion continuously increases towards the rear end along the entire length of the arc-shaped main portion. a front portion determined for insertion into one or more bones (14, 15, 16) or bone fragments of the heel and having a tip; an arc-shaped main portion extending from the front portion and including a rear end of the bone nail; wherein: the bone nail is curved within a single plane; the bone nail is curved within a single plane;
A connection structure of an inductive element, wherein the connection structure of the inductive element comprises: a circuit substrate having a through hole; the inductive element and at least one connection wire, and each connection wire having a first end connected to the inductive element and a second end being opposite to the first end and having a fixed terminal disposed on the second end; and a supporting element configured to be disposed on a base body and further configured to support the connection wire; characterized by the supporting element being combined with and disposed inside the inductive element, and the connection structure further comprising: a containing element formed on the supporting element and configured to provide a containing space, the supporting element being integrally formed with the containing element; a positioning element contained in the containing space, and the positioning element having a positioning part; a connecting element having a first connecting part and a second connecting part, and the first connecting part connected to the positioning part to clip the fixed terminal of the connection wire; and a locking element having a locking part, and the locking part connected to the second connecting part to lock on the circuit substrate. a circuit substrate having a through hole; the inductive element and at least one connection wire, and each connection wire having a first end connected to the inductive element and a second end being opposite to the first end and having a fixed terminal disposed on the second end; and a supporting element configured to be disposed on a base body and further configured to support the connection wire; characterized by the supporting element being combined with and disposed inside the inductive element, and the connection structure further comprising: a containing element formed on the supporting element and configured to provide a containing space, the supporting element being integrally formed with the containing element; a positioning element contained in the containing space, and the positioning element having a positioning part; a connecting element having a first connecting part and a second connecting part, and the first connecting part connected to the positioning part to clip the fixed terminal of the connection wire; and a locking element having a locking part, and the locking part connected to the second connecting part to lock on the circuit substrate. a containing element formed on the supporting element and configured to provide a containing space, the supporting element being integrally formed with the containing element; a positioning element contained in the containing space, and the positioning element having a positioning part; a connecting element having a first connecting part and a second connecting part, and the first connecting part connected to the positioning part to clip the fixed terminal of the connection wire; and a locking element having a locking part, and the locking part connected to the second connecting part to lock on the circuit substrate.
A system comprising: a shaft body defining a longitudinal axis; a first internal fluid channel extending axially within the shaft body and including an inlet opening through the shaft body for fluid communication of external fluid into the first internal fluid channel and an outlet opening through the shaft body for fluid communication of fluid from the first internal fluid channel to an area external of the shaft body; a second internal fluid channel extending axially within the shaft body and including an inlet opening through the shaft body for fluid communication of external fluid into the second internal fluid channel and an outlet opening through the shaft body for fluid communication of fluid from the second internal fluid channel to an area external of the shaft body, wherein the first and second internal fluid channels (114, 130) are in fluid isolation from one another within the shaft body characterised in that the first internal fluid channel includes two diametrically opposed sub-channels for balanced rotation of the shaft body; the second internal fluid channel includes two diametrically opposed sub-channels for balanced rotation of the shaft body; and the two diametrically opposed sub-channels of the first internal fluid channel extend axially beyond the two diametrically opposed sub-channels of the second fluid channel at both ends of the shaft body. a shaft body defining a longitudinal axis; a first internal fluid channel extending axially within the shaft body and including an inlet opening through the shaft body for fluid communication of external fluid into the first internal fluid channel and an outlet opening through the shaft body for fluid communication of fluid from the first internal fluid channel to an area external of the shaft body; a second internal fluid channel extending axially within the shaft body and including an inlet opening through the shaft body for fluid communication of external fluid into the second internal fluid channel and an outlet opening through the shaft body for fluid communication of fluid from the second internal fluid channel to an area external of the shaft body, wherein the first and second internal fluid channels (114, 130) are in fluid isolation from one another within the shaft body characterised in that the first internal fluid channel includes two diametrically opposed sub-channels for balanced rotation of the shaft body; the second internal fluid channel includes two diametrically opposed sub-channels for balanced rotation of the shaft body; and the two diametrically opposed sub-channels of the first internal fluid channel extend axially beyond the two diametrically opposed sub-channels of the second fluid channel at both ends of the shaft body.
A session management function entity selection method, comprising: receiving, by a mobility management function entity, a reselection indication and information about a first session of user equipment, UE, from a first session management function entity, wherein the reselection indication is used to instruct to reselect a session management function entity; saving, by the mobility management function entity, a correspondence between the first session management function entity and the information about the first session according to the reselection indication; receiving, by the mobility management function entity, a session establishment request message, wherein the session establishment request message carries the information about the first session; determining, by the mobility management function entity, a second session management function entity different from the first session management function entity, wherein the first session management function entity is a session management function entity that is corresponding to the information about the first session and that is determined by querying the saved correspondence; and sending, by the mobility management function entity, a session management request to the second session management function entity. receiving, by a mobility management function entity, a reselection indication and information about a first session of user equipment, UE, from a first session management function entity, wherein the reselection indication is used to instruct to reselect a session management function entity; saving, by the mobility management function entity, a correspondence between the first session management function entity and the information about the first session according to the reselection indication; receiving, by the mobility management function entity, a session establishment request message, wherein the session establishment request message carries the information about the first session; determining, by the mobility management function entity, a second session management function entity different from the first session management function entity, wherein the first session management function entity is a session management function entity that is corresponding to the information about the first session and that is determined by querying the saved correspondence; and sending, by the mobility management function entity, a session management request to the second session management function entity.
A device for shaping a blank piece for forming a structural thermoplastic piece, arranged to be integrated into a primary structure of an airplane, the blank piece comprising reinforcing fibres embedded into a thermoplastic matrix, said shaping device comprising: - a support member for a blank piece, the support member extending along a longitudinal axis, - at least one heating member configured to heat a longitudinal portion of the blank piece to a temperature for making the thermoplastic matrix of the blank piece malleable, - at least one tilt member (4, 4') configured to modify the tilt of at least part of the longitudinal portion of the blank piece at a parametrable tilt angle (θ) with respect to the horizontal plane in a plane transverse to the longitudinal axis, - at least one module comprising a chassis configured to be moved by the moving system, the heating member and the tilt member (4, 4') being connected to said chassis and - a moving system moving from upstream to downstream along the longitudinal axis of the chassis so as to successively modify tilt of part of each longitudinal portion of the blank piece. - a support member for a blank piece, the support member extending along a longitudinal axis, - at least one heating member configured to heat a longitudinal portion of the blank piece to a temperature for making the thermoplastic matrix of the blank piece malleable, - at least one tilt member (4, 4') configured to modify the tilt of at least part of the longitudinal portion of the blank piece at a parametrable tilt angle (θ) with respect to the horizontal plane in a plane transverse to the longitudinal axis, - at least one module comprising a chassis configured to be moved by the moving system, the heating member and the tilt member (4, 4') being connected to said chassis and - a moving system moving from upstream to downstream along the longitudinal axis of the chassis so as to successively modify tilt of part of each longitudinal portion of the blank piece.
A method for determining the heading of a four wheel steering vehicle, comprising: measuring a current front wheel steering angle; measuring a current rear wheel steering angle; calculating the 4WS vehicle's dynamic pivot point from the current front wheel steering angle and current rear wheel steering angle; determining a distance between the pivot point and a Global Navigation Satellite System (GNSS) antenna; determining a time delay in the form of the distance between the GNSS antenna and the pivot point divided by a current vehicle horizontal velocity; determining a vehicle yaw rate for the 4WS vehicle: multiplying the time delay by a vehicle yaw rate to obtain a result; and adding the result to a GNSS antenna heading to give a true heading. measuring a current front wheel steering angle; measuring a current rear wheel steering angle; calculating the 4WS vehicle's dynamic pivot point from the current front wheel steering angle and current rear wheel steering angle; determining a distance between the pivot point and a Global Navigation Satellite System (GNSS) antenna; determining a time delay in the form of the distance between the GNSS antenna and the pivot point divided by a current vehicle horizontal velocity; determining a vehicle yaw rate for the 4WS vehicle: multiplying the time delay by a vehicle yaw rate to obtain a result; and adding the result to a GNSS antenna heading to give a true heading. multiplying the time delay by a vehicle yaw rate to obtain a result; and adding the result to a GNSS antenna heading to give a true heading.
A method of synchronizing content between an on-premises computing system and a cloud-based computing system, comprising: in response to activity on a content item by the on-premises computing system: receiving, at the cloud-based computing system, information about the content item and one or more activities associated with the content item, wherein a pointer to the content item on the on-premises computing system is passed along with an activity stream to the cloud-based computing system, and wherein the content item on the on-premises computing system is not passed to the cloud-based computing system; synchronizing a corresponding content item on the cloud-based computing system with the content item on the on-premises computing system using the received information about the content item and one or more activities associated with the content item; and generating, at the cloud-based computing system, an index comprising the received information about the content item and the one or more activities associated with the content item and activities associated with the cloud-based content item, thereby providing a single index to search. receiving, at the cloud-based computing system, information about the content item and one or more activities associated with the content item, wherein a pointer to the content item on the on-premises computing system is passed along with an activity stream to the cloud-based computing system, and wherein the content item on the on-premises computing system is not passed to the cloud-based computing system; synchronizing a corresponding content item on the cloud-based computing system with the content item on the on-premises computing system using the received information about the content item and one or more activities associated with the content item; and generating, at the cloud-based computing system, an index comprising the received information about the content item and the one or more activities associated with the content item and activities associated with the cloud-based content item, thereby providing a single index to search.