mhurhangee/ep-ind-claims huggingface dataset:
A method of storing computer instructions for execution, the method comprising: regulating a memory region for execute-only access; storing a set of instructions in the memory region; executing an early instruction among the set of instructions, wherein the executing the early instruction comprises loading a secret value into a volatile register, characterised in that the volatile register is configured in hardware to protect its contents in response to events that indicate activity by malicious or invalid code; and executing a set of subsequent instructions (325, 326, 330) among the set of instructions, wherein the secret value is a target address, or may be decoded for determining a target address, wherein a correct execution of the subsequent instructions (325, 326, 330) depends on the secret value being loaded into the volatile register. regulating a memory region for execute-only access; storing a set of instructions in the memory region; executing an early instruction among the set of instructions, wherein the executing the early instruction comprises loading a secret value into a volatile register, characterised in that the volatile register is configured in hardware to protect its contents in response to events that indicate activity by malicious or invalid code; and executing a set of subsequent instructions (325, 326, 330) among the set of instructions, wherein the secret value is a target address, or may be decoded for determining a target address, wherein a correct execution of the subsequent instructions (325, 326, 330) depends on the secret value being loaded into the volatile register.
Tool with a first tool half, and a second tool half which is movable relative to the first tool half in a stroking direction, wherein the second tool half can be driven against the first tool half by means of a press in an oscillating stroking movement, at least one feeding device held at the first tool half, which feeds preformed individual parts which are held on a perforated transport strip, in a pulsed or cyclic manner in a feed direction (-X) perpendicular to the stroking direction, to the tool and then transports them onwards in the tool, wherein the feeding device comprises an electric motor with a drive axle, characterized in that the drive axle is connected by means of a connecting rod drive to a feed element held at the first tool half, which by means of the connecting rod drive can be set into an oscillating movement in the feed direction and back, wherein the feed element comprises a nose extending transversely to the feed direction for engagement in a hole of the transport strip, and wherein at least the section of the feed element, from which the nose extends, can be moved relative to the first tool half against the force of at least one resetting element, which takes effect parallel to the direction of extension of the nose.
A tool assembly for folding a blank to form a carrying handle, the tool assembly comprising: a first pair of fingers for gripping a blank and a second pair of fingers for gripping the blank, the fingers of the first pair of fingers being pivotally coupled with respect to one another, and the fingers of the second pair of fingers being pivotally coupled with respect to one another, the fingers of each of the first and second pairs of fingers being coupled to an actuator (40a, 40b) for movement between a receiving position and a gripping position wherein the fingers of the first and second pairs of fingers are configured to engage a blank in the receiving position and configured to fold said blank when disposed in the gripping position, at least one of the first and second pairs of fingers being rotationally mounted to a tool head and coupled to a drive mechanism (32a, 32b) for rotation with respect to the tool head, such that the tool assembly is configured to grip first and second portions of the blank and to fold the first portion of the blank with respect to the second portion of the blank.
Rotating electrical machine, comprising ▪ a stator; ▪ a rotor; ▪ at least one active magnetic bearing (21, 22, 31, 32, 33) supporting the rotor relative to the stator, each magnetic bearing comprising a bearing winding (21; 22), wherein this bearing winding (21; 22) comprises at least a first phase winding and a second phase winding; ▪ a measurement arrangement (4, 5, 6, 7) for measuring the displacement of the rotor relative to the stator; ▪ wherein the measurement arrangement is configured to measure the displacement of the rotor by injecting a displacement measurement injected signal into at least one section of at least one of the bearing windings (21; 22) of one of the magnetic bearings, and to capture at least one displacement measurement signal, wherein this displacement measurement signal depends on the rotor displacement in radial direction relative to the stator, ▪ characterized in that the bearing winding (21; 22) is an air-gap winding and this dependency of the displacement measurement signal is due to eddy currents in the rotor induced by the displacement measurement injected signal. ▪ a stator; ▪ a rotor; ▪ at least one active magnetic bearing (21, 22, 31, 32, 33) supporting the rotor relative to the stator, each magnetic bearing comprising a bearing winding (21; 22), wherein this bearing winding (21; 22) comprises at least a first phase winding and a second phase winding; ▪ a measurement arrangement (4, 5, 6, 7) for measuring the displacement of the rotor relative to the stator; ▪ wherein the measurement arrangement is configured to measure the displacement of the rotor by injecting a displacement measurement injected signal into at least one section of at least one of the bearing windings (21; 22) of one of the magnetic bearings, and to capture at least one displacement measurement signal, wherein this displacement measurement signal depends on the rotor displacement in radial direction relative to the stator, ▪ characterized in that the bearing winding (21; 22) is an air-gap winding and this dependency of the displacement measurement signal is due to eddy currents in the rotor induced by the displacement measurement injected signal.
Dustbin lock comprising a latch that is arranged in a lock housing and has a head, comprising a counter locking part that has a hook and comprising a weight part which can be displaced in the lock housing from a starting position into a displaced position as a result of gravitational force when the lock housing is being pivoted about an opening pivot axis in an opening pivot direction from a closed position into an open position, which weight part is coupled to the latch in such a way that, together with the hook, said latch assumes a locking position in the starting position of the weight part and a release position in the displaced position of the weight part, it also being possible for the latch to be displaced from the locking position into the release position by actuating an auxiliary opening member, characterised in that the head of the latch is seated so as to be pivotable on a control arm of the latch and can be displaced, counter to a resilient restoring force, from the locking position into the release position by actuating the auxiliary opening member.
A heat exchange system comprising a heat exchanger and a fan (84, 85), the fan (84, 85) being configured to send air, the heat exchanger comprising a primary heat exchange portion, a secondary heat exchange portion, and a liquid pipe, the primary heat exchange portion including first primary fins provided parallel to a direction in which the fan sends air, first primary pipes that are inserted into the first primary fins and through which refrigerant flows, second primary fins positioned windward of the first primary fins and provided parallel to the direction in which the fan (84, 85) sends air, second primary pipes that are inserted into the second primary fins and through which the refrigerant flows, and a primary-pipe connecting component extending in a direction parallel to the direction in which the fan sends air, and connecting one of the first primary pipes and one of the second primary pipes, the secondary heat exchange portion including first secondary fins provided parallel to the direction in which the fan sends air, first secondary pipes that are inserted into the first secondary fins and through which the refrigerant flows, second secondary fins positioned windward of the first secondary fins and provided in parallel to the direction in which the fan sends air, second secondary pipes that are inserted into the second secondary fins and through which the refrigerant flows, and a secondary-pipe connecting component extending in the direction parallel to the direction in which the fan sends air, and connecting one of the first secondary pipes and one of the second secondary pipes, the liquid pipe connecting the primary heat exchange portion and the secondary heat exchange portion, when the heat exchanger acts as an evaporator, the refrigerant flowing through the secondary heat exchange portion from the second secondary pipes toward the first secondary pipes, flowing into the primary heat exchange portion via the first secondary pipes and the liquid pipe, and flowing through the primary heat exchange portion from the first primary pipes toward the second primary pipes, when the heat exchanger acts as a condenser, the refrigerant flowing through the primary heat exchange portion from the second primary pipes toward the first primary pipes, flowing into the secondary heat exchange portion from the first primary pipes via the liquid pipe, and flowing through the secondary heat exchange portion from the first secondary pipes toward the second secondary pipes.
A vapour provision apparatus comprising: a vapour generation chamber containing a vaporiser for generating vapour from a vapour precursor material; and an air channel wall defining an air channel between the vapour generation chamber and a vapour outlet at a mouthpiece end of the vapour provision apparatus through which a user can inhale vapour during use; wherein an inner surface of the air channel wall is provided with at least one protrusion (835A, 835B) extending into the air channel to modify a flow of air in the air channel by imparting a degree of rotation about an axis of extent of the air channel during use; and wherein the at least one protrusion defines at least one protrusion wall extending into the air channel and having a surface inclined at a non-zero angle of at least 10 degrees to an axis of extent of the air channel; and wherein the at least one protrusion covers between 20% and 80% of the cross-sectional area of the airflow channel in a plane perpendicular to its axis of extent. a vapour generation chamber containing a vaporiser for generating vapour from a vapour precursor material; and an air channel wall defining an air channel between the vapour generation chamber and a vapour outlet at a mouthpiece end of the vapour provision apparatus through which a user can inhale vapour during use; wherein an inner surface of the air channel wall is provided with at least one protrusion (835A, 835B) extending into the air channel to modify a flow of air in the air channel by imparting a degree of rotation about an axis of extent of the air channel during use; and wherein the at least one protrusion defines at least one protrusion wall extending into the air channel and having a surface inclined at a non-zero angle of at least 10 degrees to an axis of extent of the air channel; and wherein the at least one protrusion covers between 20% and 80% of the cross-sectional area of the airflow channel in a plane perpendicular to its axis of extent.
A heat shrinkable article made from a radiation-crosslinked polymer composition comprising: 30 to 40% by weight, based on the total composition, of a polyester based thermoplastic elastomer, 15 to 25% by weight, based on the total composition, of an ethylene acrylic elastomer, and an organic phosphorus based flame retardant, wherein said organic phosphorus based flame retardant comprises a metal salt of a dialkyl phosphinate. 30 to 40% by weight, based on the total composition, of a polyester based thermoplastic elastomer, 15 to 25% by weight, based on the total composition, of an ethylene acrylic elastomer, and an organic phosphorus based flame retardant, wherein said organic phosphorus based flame retardant comprises a metal salt of a dialkyl phosphinate.
System for obtaining and analyzing forensic data in a distributed computer infrastructure having multiple computation apparatuses (11.1,..,11.n) and at least one monitoring unit, which are connected to one another via a communication network, and each computation apparatus (11.1,..,11.n) is designed to detect security events and to send them to the monitoring unit, the monitoring unit is designed to rate the received security events and to assign them a danger category, wherein when there is insufficient information for assigning a danger category, the computation apparatus (11.1,..,11.n) is designed to receive instructions for collecting additional forensic data and to send the collected, additional data to the monitoring unit, the monitoring unit is designed to transmit instructions for collecting additional data to the computation apparatus (11.1,..,11.n), and, following reception of the collected, additional data, to evaluate said data and to use them for fresh rating and assignment of a danger category, wherein the system comprises an analysis unit that is designed to transmit a software agent to the computation apparatus (11.1,..,11.n), and the software agent is designed to ascertain additional data in the computation apparatus (11.1,..,11.n) and to send them to the analysis unit.
A building, in particular a multistory building, which has a supporting structure, and a facade which is operatively connected to the supporting structure and exposed to the wind, wherein the facade has a plurality of facade elements, wherein the facade elements are mounted in such a way that they move relative to the supporting structure in reaction to a torsion of the supporting structure, wherein at least some facade elements are operatively connected to a number of dampers, wherein the dampers are designed to damp a movement of the facade elements relative to the supporting structure, characterized in that the facade elements are arranged pivotably relative to the supporting structure, in particular are suspended in receptacles (11a, b) provided on the supporting structure. which has a supporting structure, and a facade which is operatively connected to the supporting structure and exposed to the wind, wherein the facade has a plurality of facade elements, wherein the facade elements are mounted in such a way that they move relative to the supporting structure in reaction to a torsion of the supporting structure, wherein at least some facade elements are operatively connected to a number of dampers, wherein the dampers are designed to damp a movement of the facade elements relative to the supporting structure, characterized in that the facade elements are arranged pivotably relative to the supporting structure, in particular are suspended in receptacles (11a, b) provided on the supporting structure.
A manual cigarette making machine comprising: a machine casing including a top wall and a side wall; a compacting chamber access opening in the top wall located above a compacting chamber within the machine for receiving loose tobacco, the compacting chamber having a bottom; a handle mounted for rotation generally perpendicular to the top wall, the handle being attached to a driveshaft extending through the side wall into the machine casing; a cam-driven tamper mechanism operated by the driveshaft for advancing a tamper toward the compacting chamber bottom to compress loose tobacco in the compacting chamber characterized in that the manual cigarette machine further comprises a cam-driven tobacco injection assembly operated by the driveshaft including an injection drive plate mounted for rotation generally parallel to the top wall; and a tobacco spoon linked to the tobacco injection assembly for transporting compressed tobacco from the compacting chamber in response to rotation of the injection drive plate. a machine casing including a top wall and a side wall; a compacting chamber access opening in the top wall located above a compacting chamber within the machine for receiving loose tobacco, the compacting chamber having a bottom; a handle mounted for rotation generally perpendicular to the top wall, the handle being attached to a driveshaft extending through the side wall into the machine casing; a cam-driven tamper mechanism operated by the driveshaft for advancing a tamper toward the compacting chamber bottom to compress loose tobacco in the compacting chamber characterized in that the manual cigarette machine further comprises a cam-driven tobacco injection assembly operated by the driveshaft including an injection drive plate mounted for rotation generally parallel to the top wall; and a tobacco spoon linked to the tobacco injection assembly for transporting compressed tobacco from the compacting chamber in response to rotation of the injection drive plate.
Bag comprising: - at least a first wall and at least a second wall mutually joined at at least a lateral edge and at least a bottom edge to define a containment space and having respective first and second upper edges (7, 8) spaced apart from one another to define an access opening to said containment space; - at least a first and a second flap (9, 10) spaced apart from one another, which extend from said first wall beyond said first upper edge; - at least a third and a fourth flap (11, 12) spaced apart from one another, which extend from said second wall beyond said second upper edge; wherein said first flap is associated with said second flap to form a first gripping handle and that said third flap is associated with said fourth flap to form a second gripping handle; characterized by the fact that said first gripping handle and said second gripping handle enclosing respective gripping cavities having the lying planes substantially parallel to said first lateral wall and said second lateral wall. - at least a first wall and at least a second wall mutually joined at at least a lateral edge and at least a bottom edge to define a containment space and having respective first and second upper edges (7, 8) spaced apart from one another to define an access opening to said containment space; - at least a first and a second flap (9, 10) spaced apart from one another, which extend from said first wall beyond said first upper edge; - at least a third and a fourth flap (11, 12) spaced apart from one another, which extend from said second wall beyond said second upper edge;
An information storage apparatus, comprising a storage unit (31, 70, 711) configured to store an encrypted content, the storage unit (31, 70, 711) including a protected area (51, 80, 811) and a general purpose area (52, 90, 812), wherein the general purpose area (52, 90, 812) is configured to store the encrypted content, wherein access restrictions are set to the protected area (51, 80, 811), and the information storage apparatus is characterized in that the protected area (51, 80, 811) is configured to store a converted decryption key, the converted decryption key being a data item acquired through conversion of a decryption key which is to be applied to decrypt the encrypted content, wherein the converted decryption key is a result of an exclusive-OR operation between the decryption key and a hash value of a concatenated data item of a usage control information item and a signature of an electronic content signature issuer, and that the general purpose area (52, 90, 812) is configured to further store an encrypted content signature file set correspondingly to the encrypted content, the encrypted content signature file containing, as a recorded data item, a block identifier indicating in which of segment areas (#0, #1, #2) each constituting a block in the protected area (51, 80, 811) storage of the converted decryption key is permitted, to enable a reproducing apparatus to compare the block identifier recorded in the encrypted content signature file with another block identifier recorded in the usage control information item being provided from a content providing apparatus that provides the encrypted content, the reproducing apparatus configured to read the encrypted content from the storage unit (31, 70, 711) and to execute a reproducing process of the encrypted content when the comparison results in the block identifier recorded in the encrypted content signature file matching the other block identifier recorded in the usage control information item.
A method for triggering mobility measurements for a wireless device (14a, 14b), the method being performed by a radio access network node, RANN (11a, 11b, 11c), the RANN being configurable to transmit using a set of transmission beams (15a, 15b, 15c, 15d, 15e, 15f, 15g), the method comprising the steps of: receiving signalling from a wireless device, WD (14a, 14b), wherein the signalling is indicative of a current position ([x1, y1], [x2, y2]) of the WD and a performance quality metric of the WD; and only in a case said performance quality metric fulfils a location dependent performance quality criterion: activating transmission of mobility pilot signals to the WD in at least one transmission beam in the set of transmission beams (15a, 15b, 15c, 15d, 15e, 15f, 15g); and thereafter: instructing the WD to perform measurements on the at least one transmission beam, wherein the location dependent performance quality criterion pertains to the position of the WD.
An isolated antibody or a fragment thereof that binds to each one of KIR2DL1, KIR2DL2, and KIR2DL3, but which does not bind KIR2DS4, and which reduces, neutralizes or reverses inhibition of NK cell cytotoxicity mediated by these KIRs.
A chin protector (10, 10', 10") for attachment to a protective face shield (100, 100') arrangeable in front of a wearer's face or to a protective helmet, the protective face shield (100, 100') having an inner major surface (26, 26') facing - in use - towards the face of the wearer and an outer major surface (28, 28') facing - in use - away from the wearer's face, wherein the chin protector (10, 10', 10'') exhibits - when not in use - a generally planar configuration, wherein the chin protector (10, 10', 10") is bendable such that it can be brought from the generally planar configuration into a curved configuration, wherein the chin protector (10, 10', 10'') is releasably attachable to the protective face shield (100, 100') and wherein the chin protector (10, 10', 10") is configured to be attached in the curved configuration to the inner major surface (26, 26') of the protective face shield (100, 100') such that - in use - the chin protector (10, 10', 10'') is maintained in the curved configuration thereby surrounding the chin 510 of a wearer 500 of the protective face shield (100, 100'), wherein the chin protector (10, 10', 10'') further comprises an inner and outer major surface (10A, 10A', 10A", 10B, 10B', 10B, 10B'') and wherein the inner major surface (10A, 10A', 10A'') faces - in use - towards the wearer's chin and wherein the outer major surface (10B, 10B', 10B, 10B'') faces - in use - away from the wearer's chin.