mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: - a master clock domain having a master clock and a master processor, the master clock being configured to output master points in time and - a plurality of candidate clock domains (14, 16) each having: - a candidate clock (T1, T2) configured to output a candidate clock signal, the candidate clock signals having different frequencies and/or different phases, - an event signal input for receiving an event signal, all event signal inputs receiving the same event signal, - a first (142, 162) and a second (141, 161) asynchronous register and - a candidate controller configured to receive a first point in time from the first asynchronous register and a first value from the event signal input and feed, timed by the candidate clock signal, at least a second point in time relating to the first point in time to the second asynchronous register, where: - the master clock is configured to provide an actual master point in time to the first asynchronous registers and - the master processor is configured to read the second points in time of the second asynchronous registers and derive first information therefrom, wherein the first information is a corrected point in time or an offset determined in relation to the actual master point in time. - a master clock domain having a master clock and a master processor, the master clock being configured to output master points in time and - a plurality of candidate clock domains (14, 16) each having: - a candidate clock (T1, T2) configured to output a candidate clock signal, the candidate clock signals having different frequencies and/or different phases, - an event signal input for receiving an event signal, all event signal inputs receiving the same event signal, - a first (142, 162) and a second (141, 161) asynchronous register and - a candidate controller configured to receive a first point in time from the first asynchronous register and a first value from the event signal input and feed, timed by the candidate clock signal, at least a second point in time relating to the first point in time to the second asynchronous register, - a candidate clock (T1, T2) configured to output a candidate clock signal, the candidate clock signals having different frequencies and/or different phases, - an event signal input for receiving an event signal, all event signal inputs receiving the same event signal, - a first (142, 162) and a second (141, 161) asynchronous register and - a candidate controller configured to receive a first point in time from the first asynchronous register and a first value from the event signal input and feed, timed by the candidate clock signal, at least a second point in time relating to the first point in time to the second asynchronous register, - the master clock is configured to provide an actual master point in time to the first asynchronous registers and - the master processor is configured to read the second points in time of the second asynchronous registers and derive first information therefrom, wherein the first information is a corrected point in time or an offset determined in relation to the actual master point in time.
Wooden plug having a rear operating head and a cylindrical or frustoconical body extending in a longitudinal direction (X-X) and a transverse direction (Y-Y), a threading being formed on the outer side surface of the cylindrical or frustoconical body, the plug being made of wood with a relative density ≥600kg/m 3, preferably hardwood, wherein the threading has a long pitch of size comprised between 30% and 300% of the outer diameter of the plug and such that the bottom surface of the threading comprised between opposite flanks of the adjacent threads is formed by the outer side surface of the cylindrical or frustoconical body and occupies most of the threaded surface of the plug body.
A resistance structure comprising: a first electrode; a second electrode; a plurality of first resistance elements, wherein one end of each of the first resistance elements is connected to the first electrode, and the other end thereof is connected to the second electrode; a first fracture, the first fracture dividing the first electrode into a first part and a second part, the first fracture being located between two adjacent first resistance elements or disconnecting at least one first resistance element from the first electrode; a third electrode, wherein the third electrode is connected to the first part of the first electrode; a first contact, connected with the second part of the first electrode; a second contact, connected with the second electrode; and a third contact, connected with the third electrode. a first electrode; a second electrode; a plurality of first resistance elements, wherein one end of each of the first resistance elements is connected to the first electrode, and the other end thereof is connected to the second electrode; a first fracture, the first fracture dividing the first electrode into a first part and a second part, the first fracture being located between two adjacent first resistance elements or disconnecting at least one first resistance element from the first electrode; a third electrode, wherein the third electrode is connected to the first part of the first electrode; a first contact, connected with the second part of the first electrode; a second contact, connected with the second electrode; and a third contact, connected with the third electrode.
A unit comprising - a floating wind turbine having a floating foundation and - a floating mooring buoy connectable to the floating foundation of the floating wind turbine, having at least one anchoring means for anchoring the mooring buoy on the floor of the body of water, wherein - the floating foundation of the floating wind turbine has a recess for accommodating the mooring buoy, wherein the recess of the mooring buoy is accessible from the lower side of the foundation and is formed at least partially complementary to the outer contour of the mooring buoy characterized in that the mooring buoy is formed from a conically tapering wall, which forms a hollow cylinder, and a base plate closing the hollow cylinder on one side, the wall being mounted rotatably relative to the base plate. - a floating wind turbine having a floating foundation and - a floating mooring buoy connectable to the floating foundation of the floating wind turbine, having at least one anchoring means for anchoring the mooring buoy on the floor of the body of water, wherein - the floating foundation of the floating wind turbine has a recess for accommodating the mooring buoy, wherein the recess of the mooring buoy is accessible from the lower side of the foundation and is formed at least partially complementary to the outer contour of the mooring buoy
A combustion tool, comprising: a combustion power source including a reciprocating valve sleeve moving between a rest position in which a combustion chamber is open, and a closed position in which said combustion chamber is sealed; a control system operatively connected to said power source; a trigger switch connected to said control system and providing operator interface with said control system; characterized in that said control system is configured such that operator manipulation of said trigger switch is the only operator initiated movement required for initiating repetitive spark generation. a combustion power source including a reciprocating valve sleeve moving between a rest position in which a combustion chamber is open, and a closed position in which said combustion chamber is sealed; a control system operatively connected to said power source; a trigger switch connected to said control system and providing operator interface with said control system; characterized in that said control system is configured such that operator manipulation of said trigger switch is the only operator initiated movement required for initiating repetitive spark generation.
Height-adjustable piece of furniture comprising a base part which can be placed on the floor, an upper part, an adjusting arrangement, and a cable routing arrangement for routing cables on the piece of furniture in an organized manner, wherein a distance between the base part and the upper part can be changed by means of the adjusting arrangement, the cable routing arrangement comprises a rigid first routing element, a rigid second routing element and a deformable connecting element, the first routing element has a hinge-like first bearing arrangement, by means of which it is mounted in an articulated or hinged manner on the upper part of the piece of furniture, wherein the first bearing arrangement comprises an axle rod portion which extends through a guide in the upper part of the piece of furniture, the second routing element has a hinge-like second bearing arrangement, by means of which it is mounted in an articulated or hinged manner on the base part of the piece of furniture, wherein the second bearing arrangement comprises an axle rod portion which extends through a guide in the base part of the piece of furniture, and the connecting element connects the first routing element to the second routing element so as to be movable relative to one another. a distance between the base part and the upper part can be changed by means of the adjusting arrangement, the cable routing arrangement comprises a rigid first routing element, a rigid second routing element and a deformable connecting element, the first routing element has a hinge-like first bearing arrangement, by means of which it is mounted in an articulated or hinged manner on the upper part of the piece of furniture, wherein the first bearing arrangement comprises an axle rod portion which extends through a guide in the upper part of the piece of furniture, the second routing element has a hinge-like second bearing arrangement, by means of which it is mounted in an articulated or hinged manner on the base part of the piece of furniture, wherein the second bearing arrangement comprises an axle rod portion which extends through a guide in the base part of the piece of furniture, and the connecting element connects the first routing element to the second routing element so as to be movable relative to one another.
A control apparatus for controlling an internal combustion engine according to a target value of a control amount, comprising: means for acquiring various types of requirements concerned with performance of the internal combustion engine and setting a restricting range of a value of the control amount according to a specific detail of each of the requirements; means for determining a final restricting range based on overlaps between restricting ranges set for the respective requirements; and means for determining the target value of the control amount within the final restricting range, wherein the means for setting a restricting range comprises restricting range changing means for changing the set restricting range with time for a specific requirement concerned with a time-integrated value of the control amount rather than an instantaneous value of the control amount. means for acquiring various types of requirements concerned with performance of the internal combustion engine and setting a restricting range of a value of the control amount according to a specific detail of each of the requirements; means for determining a final restricting range based on overlaps between restricting ranges set for the respective requirements; and means for determining the target value of the control amount within the final restricting range, wherein the means for setting a restricting range comprises restricting range changing means for changing the set restricting range with time for a specific requirement concerned with a time-integrated value of the control amount rather than an instantaneous value of the control amount.
Linear actuator, especially for telescopic lifting columns comprising: - a reversible electric motor, a transmission, and a linear movable activation element, preferably a spindle unit (19,20,21) connected to the transmission, said activation element intended for moving an adjustable element in the structure into which the actuator should be incorporated, - a box-shaped housing with sides (24,25), ends (26,27), a bottom and a cover, and where the sides (24,25) and ends (26,27) are integrated with the bottom, and where the bottom is having a hole through which the linear movable activation element is connected to the transmission, characterized in that said housing further is equipped with internal reinforcements for strengthening said housing in its longitudinal direction and possibly also in its transverse direction. - a reversible electric motor, a transmission, and a linear movable activation element, preferably a spindle unit (19,20,21) connected to the transmission, said activation element intended for moving an adjustable element in the structure into which the actuator should be incorporated, - a box-shaped housing with sides (24,25), ends (26,27), a bottom and a cover, and where the sides (24,25) and ends (26,27) are integrated with the bottom, and where the bottom is having a hole through which the linear movable activation element is connected to the transmission, characterized in that said housing further is equipped with internal reinforcements for strengthening said housing in its longitudinal direction and possibly also in its transverse direction.
An access control method for 5GNew Radio, NR, system, comprising: acquiring (2A01), by a User Equipment, UE, an access category for an uplink access request process triggered by an Access Stratum, AS, entity of the UE, wherein the access category is self-determined by the AS entity; and initiating (2A02), by the UE, the uplink access request process according to the access category, characterized in that the access category includes a call type and a Radio Resource Control, RRC, establishment cause. acquiring (2A01), by a User Equipment, UE, an access category for an uplink access request process triggered by an Access Stratum, AS, entity of the UE, wherein the access category is self-determined by the AS entity; and initiating (2A02), by the UE, the uplink access request process according to the access category, characterized in that the access category includes a call type and a Radio Resource Control, RRC, establishment cause.
A method for producing an alcohol from a carboxylic acid as a raw material, comprising hydrogenating a carboxylic acid with a catalyst, wherein the catalyst comprises Co metal as an essential component and one or more elements selected from the group consisting of Zr, Y, La, Ce, Si, Al, Sc, V and Mo as a first co-catalyst component, and has 20% or more of cubic phase in the crystal phase of the Co metal, wherein the catalyst is a reduced catalyst and has an oxide film formed on the surface to stabilize the catalyst after the reduction, wherein the oxide film is formed by placing the catalyst in a flow of an inert gas containing 0.1 to 5% by volume of oxygen for 1 to 24 hours at 0 to 200°C, and wherein the percentage of the cubic phase in the crystal phase of the Co metal is determined from the ratio of an intensity of the first peak of the cubic phase Ic to an intensity of the first peak of the hexagonal phase Ih in an X-ray crystal diffraction spectrum and calculated by the following formula: percentage of the cubic phase % = 100 × Ic / Ic + Ih.
A method for a cryptographic coprocessor, the method comprising: obtaining, at the cryptographic coprocessor, digital information; scrambling, by the cryptographic coprocessor, the digital information using at least one scrambling key (502; 504) to produce scrambled digital information; storing, by the cryptographic coprocessor, the scrambled digital information in at least one memory (402, 404); preventing, by the cryptographic coprocessor, access to the digital information by changing the at least one scrambling key, wherein the at least one scrambling key is stored in at least one key register; the method characterised in that the preventing comprises overwriting the at least one key register with random bits; and performing a secure wipe by overwriting the random bits in the at least one key register with a constant value. obtaining, at the cryptographic coprocessor, digital information; scrambling, by the cryptographic coprocessor, the digital information using at least one scrambling key (502; 504) to produce scrambled digital information; storing, by the cryptographic coprocessor, the scrambled digital information in at least one memory (402, 404); preventing, by the cryptographic coprocessor, access to the digital information by changing the at least one scrambling key, wherein the at least one scrambling key is stored in at least one key register; the method characterised in that the preventing comprises overwriting the at least one key register with random bits; and performing a secure wipe by overwriting the random bits in the at least one key register with a constant value.
A flexible electrical connector configured to be received by an open-ended slot of a busbar, the flexible electrical connector comprising: a flexible electrical conductor; a terminated end electrically and mechanically connected to the flexible electrical conductor, and a captive fastener configured to electrically and mechanically connect the busbar to the terminated end, the captive fastener operably connected to the terminated end and comprising a shaft operably connected to the terminated end, a rotatable member operably connected to the shaft and rotatable on the shaft between a loosened position and a tightened position, characterized in a resilient member operably connected to the shaft and disposed between the rotatable member and the terminated end, wherein the resilient member provides clearance between the rotatable member and the terminated end in the loosened position for sliding the flexible electrical connector shaft into a busbar open-ended slot in the loosened position. a flexible electrical conductor; a terminated end electrically and mechanically connected to the flexible electrical conductor, and a captive fastener configured to electrically and mechanically connect the busbar to the terminated end, the captive fastener operably connected to the terminated end and comprising a shaft operably connected to the terminated end, a rotatable member operably connected to the shaft and rotatable on the shaft between a loosened position and a tightened position, characterized in a resilient member operably connected to the shaft and disposed between the rotatable member and the terminated end, wherein the resilient member provides clearance between the rotatable member and the terminated end in the loosened position for sliding the flexible electrical connector shaft into a busbar open-ended slot in the loosened position.
A water absorbent material formed of a surface cross-linked water absorbent resin resulting from granular irregularly pulverized shaped particles of partial neutralization or whole neutralization of a water absorbent resin having acrylic acid or a metal salt thereof as a main component, which water absorbent material shows a metal atom concentration of a neutralized carboxyl salt on the surface of said water absorbent material in the range of 0 - 10% at 0 second value of polishing and in the range of 2 - 35% at 10 seconds of polishing as determined by subjecting said water absorbent material to Ar ion discharge polishing under a voltage of 500 V and as described in the description, wherein the absorption velocity, which is determined by utilising the procedures as described in the description, for physiological saline is not more than 30 seconds.
A method for promotion of flowering in Rosaceae fruit trees within 1.5 to 3 months after seeding, which comprises the step of inoculating a viral RNA comprising recombinant apple latent spherical virus expressing an Arabidopsis FT gene, FT-ALSV, into a cotyledon of a Rosaceae fruit tree seedling immediately after rooting following dormancy, wherein the seed coat of the seed of the seedling is removed to expose the cotyledon and the cotyledon is then inoculated with the viral RNA using a particle gun technique, and wherein the viral RNA is concentrated from a proliferating host infected with a recombinant apple latent spherical virus expressing an Arabidopsis FT gene, and applied to a microcarrier for said particle gun.
An apparatus comprising: a blade configured to be connected to a hub, the hub being in an open rotor engine system; a conductor embedded within the blade; and an activation system configured to allow electrical energy to flow into the conductor in response to an undesired blade event such that the conductor vaporizes, thereby causing the blade to at least one of delaminate or fragment. a blade configured to be connected to a hub, the hub being in an open rotor engine system; a conductor embedded within the blade; and an activation system configured to allow electrical energy to flow into the conductor in response to an undesired blade event such that the conductor vaporizes, thereby causing the blade to at least one of delaminate or fragment.
Rotor blade for a gas turbine, comprising a blade airfoil having a pressure side and a suction side that transition into a platform adjoining which is a securing region with a fir-tree key which comprises a plurality of lateral tooth projections (20, 22, 24, 26, 28, 30) arranged on the pressure side and on the suction side and extending in the azimuthal direction, characterized in that in an axial region of one lateral tooth projection (20, 22, 24) the azimuthal extent of the lateral tooth projection (20, 22, 24) is reduced, compared to the azimuthal extent of the relevant tooth projection otherwise.
An immunogen having the general structure: wherein the crosslinker has the general structure: Wherein, X, which is attached to the aromatic ring, is either a -C -, O or NH; n=0 or 1, Y is a C 1 -C 10, preferably a C 1 -C 6, substituted or unsubstituted straight chain alkylene moiety, or arylene moiety, and Z (before conjugation with the accm) is selected from a carboxy, a dithiopyridyl, a maleimide, an amino, a hydroxyl, a thiol, a thioester or an aldehyde moiety, and the accm is selected from the group bovine thyroglobulin, bovine serum albumin, keyhole limpet haemocyanin, bovine gamma globulin and egg ovalbumin.