mhurhangee/ep-ind-claims huggingface dataset:
Method for establishing secure communication between parties in a communications network, each party being capable of performing a bootstrapping procedure based on local credentials, the bootstrapping creating a shared key between each party and an associated bootstrapping function characterized by the steps of: - initiating party receiving first key information, based on said bootstrapping procedure, and a voucher in response to a session request sent to a first key management functionality; - storing said first key information at said first key management functionality, wherein said said key information is referenced by an identifier included in said voucher; - generating from the first key information a first session key; - sending the voucher to at least a responding party; - forwarding from the at least a responding party the voucher or parts thereof to a second key management functionality; the second key management functionality communicating with said first key management functionality for resolving the voucher into second key information, said communicating including retrieving at the first key management functionality the first key information using the identifier and providing the second key management functionality with information based on the first key information; - the at least a responding party receiving from the second key management functionality said second key information and generating there a from second session key; the initiating and the at least a responding partie using the first and second session keys for secure communication. - initiating party receiving first key information, based on said bootstrapping procedure, and a voucher in response to a session request sent to a first key management functionality; - storing said first key information at said first key management functionality, wherein said said key information is referenced by an identifier included in said voucher; - generating from the first key information a first session key; - sending the voucher to at least a responding party; - forwarding from the at least a responding party the voucher or parts thereof to a second key management functionality; - the at least a responding party receiving from the second key management functionality said second key information and generating there a from second session key;
Anchoring device for shuttering walls consisting of a body containing an arm ending with an upper tab, a fastener for at least one connecting piece, a moving closing part seated in the body, pressed down to the closed position in the rest position and a locking part comprising a slider lock, characterized in that the closing part is a slider with a cutout on one of its lateral surfaces which matches the slider lock in the open position of the device, with through pockets and a bottom tab forming together with the arm and the upper tab of the body a tong closure assembly; with a set of springs, of which one pushing spring is located inside the body directly above the slider lock and is secured from above by a grub screw, while three compressive springs (8b, 8c and 8d) are located inside the body in the pass-through pockets of the slider.
A method for detecting disconnection fault of output current, by receiving output current from a leg-shunt resistor in an inverter including a plurality of switching elements, the method comprising: deciding whether a sector of the output current is a sector where current detection is possible based on switching operation status of the switching element in the inverter; maintaining a disconnection fault variable when deciding the current detection in the sector of the output current to be impossible; adding a count to a disconnection fault variable to accumulate when deciding the current detection in the sector of the output current to be possible and deciding the output current to be within a disconnection fault band; subtracting a count from the disconnection fault variable to accumulate when deciding the current detection in the sector of the output current to be possible and deciding the output current to be outside of the disconnection fault band; and determining as disconnection fault when the disconnection fault variable is greater than a prescribed detection level. deciding whether a sector of the output current is a sector where current detection is possible based on switching operation status of the switching element in the inverter; maintaining a disconnection fault variable when deciding the current detection in the sector of the output current to be impossible; adding a count to a disconnection fault variable to accumulate when deciding the current detection in the sector of the output current to be possible and deciding the output current to be within a disconnection fault band; subtracting a count from the disconnection fault variable to accumulate when deciding the current detection in the sector of the output current to be possible and deciding the output current to be outside of the disconnection fault band; and determining as disconnection fault when the disconnection fault variable is greater than a prescribed detection level.
A screening bucket for handling debris material, particularly earth, comprising a box-shaped bucket body defining a loading compartment and an unloading opening, said screening bucket further comprising a screening unit configured to screen debris material, said screening unit comprising: - at least one screening shaft rotatable about a rotation axis; - at least one pinion, mounted on the at least one screening shaft, and comprising a plurality of screening blades connected to the screening shaft and extending along a radial direction (R-R) orthogonal to said rotation axis; - drive and transmission means, configured to generate and transmit a rotary motion to at least one pinion; characterized in that at least one screening blade of the plurality of screening blades comprises two screening half-blades (8A, 8B) connected to the screening shaft, wherein each half-blade (8A, 8B) is connected to the screening shaft approaching said screening shaft along said radial direction (R-R), wherein each half-blade (8A, 8B) is connected to the screening shaft by means of a positive mechanical connection, and wherein said positive mechanical connection is reversible to allow said each half-blade (8A, 8B) to be disconnected from said screening shaft. said screening unit comprising: - at least one screening shaft rotatable about a rotation axis; - at least one pinion, mounted on the at least one screening shaft, and comprising a plurality of screening blades connected to the screening shaft and extending along a radial direction (R-R) orthogonal to said rotation axis; - drive and transmission means, configured to generate and transmit a rotary motion to at least one pinion; - at least one screening shaft rotatable about a rotation axis; - at least one pinion, mounted on the at least one screening shaft, and comprising a plurality of screening blades connected to the screening shaft and extending along a radial direction (R-R) orthogonal to said rotation axis; - drive and transmission means, configured to generate and transmit a rotary motion to at least one pinion; characterized in that at least one screening blade of the plurality of screening blades comprises two screening half-blades (8A, 8B) connected to the screening shaft, wherein each half-blade (8A, 8B) is connected to the screening shaft approaching said screening shaft along said radial direction (R-R), wherein each half-blade (8A, 8B) is connected to the screening shaft by means of a positive mechanical connection, and wherein said positive mechanical connection is reversible to allow said each half-blade (8A, 8B) to be disconnected from said screening shaft.
A DC-to-DC converter, comprising: a power transformer having a primary side (102-P) and a secondary side (102-S); a first switch coupled to the primary side of the transformer; a second switch coupled to the secondary side of the transformer; an output voltage node (V O); an inductor having an inductor node (V L) and connected through said inductor node to the secondary side of the power transformer, the inductor is further connected to the output voltage node (V O); a voltage-second, VS, controller coupled to the inductor and configured to control, if a first duty cycle for the first switch is less than a threshold, a second duty cycle for the second switch so as to cause an integral of a voltage drop between the inductor node and the output voltage node to equal zero over a period of time; and an output voltage control loop coupled to the VS controller and configured to generate a first signal associated with the first duty cycle; wherein while the VS controller controls the second duty cycle, a voltage level at the output voltage (V O) is maintained at a non-zero value, wherein the period of time is a period of the first signal, and wherein the threshold is a ratio of voltage levels between the output voltage node (V O) and the inductor node (V L); the DC-to-DC converter is configured, if the first duty cycle is greater than the threshold, to control, by the output voltage loop, the second duty cycle based on the first duty cycle, and to monotonically increase the voltage level at the output voltage node (V O) from the non-zero value to a predetermined value. a power transformer having a primary side (102-P) and a secondary side (102-S); a first switch coupled to the primary side of the transformer; a second switch coupled to the secondary side of the transformer; an output voltage node (V O); an inductor having an inductor node (V L) and connected through said inductor node to the secondary side of the power transformer, the inductor is further connected to the output voltage node (V O); a voltage-second, VS, controller coupled to the inductor and configured to control, if a first duty cycle for the first switch is less than a threshold, a second duty cycle for the second switch so as to cause an integral of a voltage drop between the inductor node and the output voltage node to equal zero over a period of time; and an output voltage control loop coupled to the VS controller and configured to generate a first signal associated with the first duty cycle; wherein while the VS controller controls the second duty cycle, a voltage level at the output voltage (V O) is maintained at a non-zero value, wherein the period of time is a period of the first signal, and wherein the threshold is a ratio of voltage levels between the output voltage node (V O) and the inductor node (V L); the DC-to-DC converter is configured, if the first duty cycle is greater than the threshold, to control, by the output voltage loop, the second duty cycle based on the first duty cycle, and to monotonically increase the voltage level at the output voltage node (V O) from the non-zero value to a predetermined value.
Control device, for a clockwork movement, comprising an input member that is intended to receive impulses and an output member that is arranged so as to move from a rest position to an actuation position in response to said input member receiving an impulse, so as to act on at least one clockwork mechanism (100, 132) before returning to its rest position under the action of an elastic return member, characterized in that said input member comprises a ring gear having a first toothing that is intended to receive said impulses from an actuation wheel of the clockwork movement, and a second toothing that is arranged to cooperate with at least one abutment surface borne by said output member, by means of a retractable connection, in such a way that said second toothing acts on said abutment surface so as to move said output member towards its actuation position, and that said output member is free to return to its rest position after reaching its actuation position. characterized in that said input member comprises a ring gear having a first toothing that is intended to receive said impulses from an actuation wheel of the clockwork movement, and a second toothing that is arranged to cooperate with at least one abutment surface borne by said output member, by means of a retractable connection, in such a way that said second toothing acts on said abutment surface so as to move said output member towards its actuation position, and that said output member is free to return to its rest position after reaching its actuation position.
A pharmaceutical composition which reduces damage of gastrointestinal mucosa induced by a non-steroidal anti-inflammatory Drug (NSAID), the pharmaceutical composition comprising an intermolecular compound of a NSAID and a disaccharide; wherein the pharmaceutical composition is produced by a method comprising the steps of mixing a disaccharide and a NSAID so as to obtain a liquid mixture comprising dissolved disaccharide and dissolved NSAID; and drying the liquid mixture so as to obtain the pharmaceutical composition.
A machining system comprising: a cover body having an opening and defining a machining area that is a space in which a workpiece is machined; a door portion provided in the opening; an actuator that operates the door portion between a first position at which the opening is closed and a second position at which the opening is opened; a controller that controls the actuator; and a conveyance device that operates through the opening to convey an object to be conveyed between the machining area and an external area outside the machining area, wherein the controller controls the actuator such that the door portion is positioned at a third position when the conveyance device conveys the object to be conveyed, and an opening area (Sb) of the opening opened when the door portion is positioned at the third position is smaller than an opening area (Sa) of the opening opened when the door portion is positioned at the second position, characterized in that the machining system further comprises a guard body that surrounds the conveyance device in the external area, the opening includes a facing region that faces the guard body, and a non-facing region that does not face the guard body, the door portion positioned at the third position opens the facing region and closes the non-facing region, and the door portion positioned at the second position opens the facing region and the non-facing region. a cover body having an opening and defining a machining area that is a space in which a workpiece is machined; a door portion provided in the opening; an actuator that operates the door portion between a first position at which the opening is closed and a second position at which the opening is opened; a controller that controls the actuator; and a conveyance device that operates through the opening to convey an object to be conveyed between the machining area and an external area outside the machining area, wherein the controller controls the actuator such that the door portion is positioned at a third position when the conveyance device conveys the object to be conveyed, and an opening area (Sb) of the opening opened when the door portion is positioned at the third position is smaller than an opening area (Sa) of the opening opened when the door portion is positioned at the second position, characterized in that the machining system further comprises a guard body that surrounds the conveyance device in the external area, the opening includes a facing region that faces the guard body, and a non-facing region that does not face the guard body, a facing region that faces the guard body, and a non-facing region that does not face the guard body, the door portion positioned at the third position opens the facing region and closes the non-facing region, and the door portion positioned at the second position opens the facing region and the non-facing region.
An aqueous ink-jet ink comprising a pigment dispersed in an aqueous vehicle, and a polyurethane binder, wherein said binder is different from any polymeric dispersant in the ink, and said binder has a general structure of Formula I: wherein each Y is -(C=O)NHW 1 N(C=O)OR 2 or H; each X is O; each R 1 is C 1 -C 20 alkyl or C 6 -C 40 aryl, each substituted by one or more hydrophilic groups; each R 2 is C 1 -C 20 alkyl, C 3 -C 20 substituted alkyl, C 6 -C 40 aryl or C 9 -C 40 substituted aryl; each W 1 is independently C 4 -C 20 alkyl, C 4 -C 20 substituted alkyl, C 6 -C 20 cycloalkyl, C 6 -C 20 substituted cycloalkyl, C 6 -C 40 aryl or C 9 -C 40 substituted aryl; each W 2 is C 1 -C 20 alkyl or C 2 -C 20 substituted alkyl; and n is an integer from 1 to 200. wherein each Y is -(C=O)NHW 1 N(C=O)OR 2 or H; each X is O; each R 1 is C 1 -C 20 alkyl or C 6 -C 40 aryl, each substituted by one or more hydrophilic groups; each R 2 is C 1 -C 20 alkyl, C 3 -C 20 substituted alkyl, C 6 -C 40 aryl or C 9 -C 40 substituted aryl; each W 1 is independently C 4 -C 20 alkyl, C 4 -C 20 substituted alkyl, C 6 -C 20 cycloalkyl, C 6 -C 20 substituted cycloalkyl, C 6 -C 40 aryl or C 9 -C 40 substituted aryl; each W 2 is C 1 -C 20 alkyl or C 2 -C 20 substituted alkyl; and n is an integer from 1 to 200.
Support for the mounting of a first solar module and a second solar module, which are arranged opposite one another in the form of a roof. with a rail structure, comprising at least one rail element, on which can be mounted both a floor-side longitudinal side of the first solar module as well as a floor-side longitudinal side of the second solar module. and with support means for the elevated mounting, in relation to the rail element of a roof ridge-side longitudinal side of the two solar modules (4, 6), facing away from the respective longitudinal side, wherein the support means comprise a vertical support, which can be connected to the rail element, said vertical support comprising a mounting device towards one free end, said mounting device forming on a first side a vertical bearing for the first solar module and, on a second side facing away from the first side, a vertical bearing for the second solar module, characterized in that the height of the mounting device can be adjusted by means of a spacer element.
Method for recording data generated by the manipulation of an animal carried out by a manipulator, which is a human being, whereby the data are transmitted by a transmitting device to a receiving device, whereby a network comprising the transmitting device, the receiving device and the animal is set up for the transmission of the data, whereby the animal is identified by means of an identification code and the data are assigned to the animal, whereby the identity of the manipulator is recorded as part of the manipulation data, characterized in that the identity of the manipulator is provided by a transmitting device which is carried by the manipulator, in which an identification signature for the manipulator is stored, whereby in the event of manipulation of an animal the transmitting device becomes part of the network and transmits the identification signature belonging to the manipulator, whereby the transmitting device uses the body of the manipulator as the transmission path when transmitting and couples signals to the body of the manipulator for this purpose.
Self-cleaning filtering device for filtering a mixture of liquid sulphur and bentonite comprising filter cartridge, tank having an upper section and a lower section separated by the filter cartridge, heating jacket surrounding the tank, inlet of the mixture arranged above the filter cartridge for feeding the mixture into the upper section of the tank, wherein the axis of the inlet is arranged tangentially to the wall of the tank, outlet of the mixture for discharging the mixture ready for granulation from the lower section of the tank arranged above the filter cartridge, outlet of oversized particles, steam inlet for feeding the steam to the heating jacket, outlet of the condensate to collect the condensate produced by the steam, cover of the tank, bracket on which the filter cartridge is arranged, pressure assembly arranged on the filter cartridge, comprising a pressure member and a pressure spring, wherein the pressure member has pressure points on the periphery of the pressure ring which is adjacent to the periphery of the filter cartridge, and wherein the pressure spring is arranged between the pressure member and the cover of the tank. filter cartridge, tank having an upper section and a lower section separated by the filter cartridge, heating jacket surrounding the tank, inlet of the mixture arranged above the filter cartridge for feeding the mixture into the upper section of the tank, wherein the axis of the inlet is arranged tangentially to the wall of the tank, outlet of the mixture for discharging the mixture ready for granulation from the lower section of the tank arranged above the filter cartridge, outlet of oversized particles, steam inlet for feeding the steam to the heating jacket, outlet of the condensate to collect the condensate produced by the steam, cover of the tank, bracket on which the filter cartridge is arranged, pressure assembly arranged on the filter cartridge, comprising a pressure member and a pressure spring, wherein the pressure member has pressure points on the periphery of the pressure ring which is adjacent to the periphery of the filter cartridge, and wherein the pressure spring is arranged between the pressure member and the cover of the tank.
A load securing net for secure transport of a plurality of load units, wherein the load securing net comprises a plurality of load securing belts forming a plurality of meshes, wherein the load securing belts of a row of adjacent meshes each have at least one emergency opening device, characterized in that the emergency opening devices can be opened manually under tensile stress of the respective load securing belt and the row of adjacent meshes form an emergency opening in the load securing net in each case an emergency opening device is open, wherein each emergency opening device comprises a belt buckle and a buckle tongue which can be releasably locked to one another, wherein the buckle tongue comprises a flat insertion portion for insertion into the belt buckle along an insertion direction (s), wherein the belt buckle has a locking body which is mounted rotatably about an axis of rotation extending transverse to the insertion direction (s) and, by means of its rotational position, delimits a clear height (h) of a receiving slot, wherein the insertion portion has a projection extending transverse to the insertion direction (s), and wherein the locking body is designed such that the clearance height (h), in a first rotational position, allows the projection to be pushed through the receiving slot and past the locking body and in a second rotational position prevents the projection from moving past the locking body, wherein the locking body has a cylindrical shape and is flattened on a longitudinal side.