mhurhangee/ep-ind-claims huggingface dataset:
Security method for allowing secure communication in a communication system, the communication system comprising a first entity, a second entity and a third entity (eNB), wherein the first entity and the second entity share a first cryptographic key and a second cryptographic key, wherein the first entity and the third entity (eNB) share a third cryptographic key, the method comprising the steps of: sending a first number from the first entity to the second entity; receiving by the first entity a second number from the second entity; deriving a fourth cryptographic key from the first cryptographic key and at least one of the first and second numbers in at least one of the first entity and the second entity, wherein the fourth cryptographic key is a temporary cryptographic key, wherein the first entity is a user equipment, the second entity is a mobility management entity and the third entity (eNB) is a base station; wherein the first and second numbers are transmitted during a state transition, the state transition being selected from the group consisting of idle-to-idle, idle-to-active, detach-to-active and detach-to-idle state transitions; and wherein the fourth cryptographic key is a refreshed key for replacing one of the second and third cryptographic keys. sending a first number from the first entity to the second entity; receiving by the first entity a second number from the second entity; deriving a fourth cryptographic key from the first cryptographic key and at least one of the first and second numbers in at least one of the first entity and the second entity, wherein the fourth cryptographic key is a temporary cryptographic key, wherein the first and second numbers are transmitted during a state transition, the state transition being selected from the group consisting of idle-to-idle, idle-to-active, detach-to-active and detach-to-idle state transitions; and wherein the fourth cryptographic key is a refreshed key for replacing one of the second and third cryptographic keys.
An apparatus for feeding animals comprising: a housing defining a feed supply duct portion through which feed falls under gravity; said feed supply duct portion feeding at least one feed dispensing container at which at least one animal can take feed; a drive member mounted at the duct portion and arranged to be driven in response to feed passing through the duct portion under feed gravity only at a rate proportional to the passing of the feed; and a driven component driven by the drive member; wherein the drive member includes a plurality of paddle blades of a wheel mounted for rotation about an axis of the wheel; characterised in that falling feed in the duct portion acts to drive the blades to rotate the wheel about the axis; wherein the driven component comprises a dispenser for feeding an additive material from a supply to an injection opening for addition to the feed passing through the duct portion; and wherein the dispenser is either a liquid pump where the additive material is a liquid or is a particulate feed wheel arranged to meter a particulate material. a housing defining a feed supply duct portion through which feed falls under gravity; said feed supply duct portion feeding at least one feed dispensing container at which at least one animal can take feed; a drive member mounted at the duct portion and arranged to be driven in response to feed passing through the duct portion under feed gravity only at a rate proportional to the passing of the feed; and a driven component driven by the drive member; wherein the drive member includes a plurality of paddle blades of a wheel mounted for rotation about an axis of the wheel; characterised in that falling feed in the duct portion acts to drive the blades to rotate the wheel about the axis; wherein the driven component comprises a dispenser for feeding an additive material from a supply to an injection opening for addition to the feed passing through the duct portion; and wherein the dispenser is either a liquid pump where the additive material is a liquid or is a particulate feed wheel arranged to meter a particulate material.
Scales which operate according to the principle of electrodynamic force compensation to determine a force (F m, F u) acting on the scales and for this purpose have a carrying coil and a magnet which interact with one another and can move relative to one another in a relative movement, wherein a carrying coil current (I L) can be supplied to the carrying coil from an output stage as a compensation current in order to compensate for the force (F m, F u) by electrodynamic interaction between the coil and magnet and to be able to evaluate the coil current (I L) to determine the force (F m, F u), a) wherein the scales comprise a resistor arrangement which forms an electrical load resistance (Rw) for a carrying coil circuit fed by the output stage, and wherein the resistor arrangement comprises the carrying coil with its electrical resistance (R L) and at least one measuring resistor (W 1) with its electrical resistance (R W1), b) and wherein the scales are designed to determine a measurement value associated with the relevant force (F m) in a measuring mode (m) for forces (F m) within a predetermined load range from a measuring resistor voltage (U W1) dropping across the measuring resistor (W 1), characterized in that c) in order to minimize the relative movement, the scales are designed to switch from the measuring mode (m) to an overload mode (u) in the event of overload forces (F u) which exceed or fall below the specified load range (overload) in order to detect the overload force (F u), in that the electrical load resistance (Rw) is reduced in case of overload (load resistance reduction) and the output stage supplies the carrying coil with an overload coil current (I Lu) compensating for the overload force (F u). a) wherein the scales comprise a resistor arrangement which forms an electrical load resistance (Rw) for a carrying coil circuit fed by the output stage, and wherein the resistor arrangement comprises the carrying coil with its electrical resistance (R L) and at least one measuring resistor (W 1) with its electrical resistance (R W1), b) and wherein the scales are designed to determine a measurement value associated with the relevant force (F m) in a measuring mode (m) for forces (F m) within a predetermined load range from a measuring resistor voltage (U W1) dropping across the measuring resistor (W 1), characterized in that c) in order to minimize the relative movement, the scales are designed to switch from the measuring mode (m) to an overload mode (u) in the event of overload forces (F u) which exceed or fall below the specified load range (overload) in order to detect the overload force (F u), in that the electrical load resistance (Rw) is reduced in case of overload (load resistance reduction) and the output stage supplies the carrying coil with an overload coil current (I Lu) compensating for the overload force (F u).
A formulation, comprising: a corticosteroid, and an insulin lispro in an amount of 0.000115 μg/mL to 0.00345 μg/mL. a corticosteroid, and an insulin lispro in an amount of 0.000115 μg/mL to 0.00345 μg/mL.
Communication apparatus for radio key vehicle-to-X communication for a vehicle, said communication apparatus having: a radio key device, RKE, having a vehicle module and a portable module; wherein the vehicle module and/or the portable module has/have a transceiver which is designed for wirelessly receiving and sending vehicle-to-X communication data to a further vehicle or an infrastructure; wherein customization of a piece of keyless software can be executed by means of the portable module and/or direct radio communication to the vehicle module. a radio key device, RKE, having a vehicle module and a portable module; wherein the vehicle module and/or the portable module has/have a transceiver which is designed for wirelessly receiving and sending vehicle-to-X communication data to a further vehicle or an infrastructure; wherein customization of a piece of keyless software can be executed by means of the portable module and/or direct radio communication to the vehicle module.
An X-ray multi-layer detector comprising two or more scintillator layers, comprising: - a first scintillator layer; - a second scintillator layer; - a first photodiode array; - a second photodiode array; and - at least one light emitting layer; wherein, the first scintillator layer is configured to absorb X-rays from an X-ray pulse and to emit light; wherein, the first photodiode array is positioned adjacent to the first scintillator layer; wherein, the first photodiode array is configured to detect at least some of the light emitted by the first scintillator layer; wherein, the second scintillator layer is configured to absorb X-rays from the X-ray pulse passing through the first scintillator layer and to emit light; wherein, the second photodiode array is positioned adjacent to the second scintillator layer; wherein, the second photodiode array is configured to detect at least some of the light emitted by the second scintillator layer; wherein, the at least one light emitting layer is configured to emit radiation; characterized in that the at least one light emitting layer is configured such that at least some of the emitted radiation irradiates the first photodiode array and at least some of the emitted radiation irradiates the second photodiode array. - a first scintillator layer; - a second scintillator layer; - a first photodiode array; - a second photodiode array; and - at least one light emitting layer; wherein, the first scintillator layer is configured to absorb X-rays from an X-ray pulse and to emit light; wherein, the first photodiode array is positioned adjacent to the first scintillator layer; wherein, the first photodiode array is configured to detect at least some of the light emitted by the first scintillator layer; wherein, the second scintillator layer is configured to absorb X-rays from the X-ray pulse passing through the first scintillator layer and to emit light; wherein, the second photodiode array is positioned adjacent to the second scintillator layer; wherein, the second photodiode array is configured to detect at least some of the light emitted by the second scintillator layer; wherein, the at least one light emitting layer is configured to emit radiation; characterized in that the at least one light emitting layer is configured such that at least some of the emitted radiation irradiates the first photodiode array and at least some of the emitted radiation irradiates the second photodiode array.
A method for feed-forward clock recovery, - wherein a timing phase is determined over an observation interval of an input signal; - wherein a frequency estimation is determined based on the timing phase; - wherein a phase correction is determined from samples of the observation interval based on the timing phase and the frequency estimation; - wherein the phase correction is used to adjust the timing of the input signal, - wherein a decimation signal is generated in case an irregular order of samples is determined, - wherein the irregular order of samples is determined when the number of intermediate samples between main samples differs for successive main samples, - wherein a frequency offset in the input signal is compensated by incrementing a phase accumulator by the frequency estimation, - wherein the main and the intermediate samples are derived from a comparison of the phase accumulator with a predefined threshold. - wherein a timing phase is determined over an observation interval of an input signal; - wherein a frequency estimation is determined based on the timing phase; - wherein a phase correction is determined from samples of the observation interval based on the timing phase and the frequency estimation; - wherein the phase correction is used to adjust the timing of the input signal, - wherein a decimation signal is generated in case an irregular order of samples is determined, - wherein the irregular order of samples is determined when the number of intermediate samples between main samples differs for successive main samples, - wherein a frequency offset in the input signal is compensated by incrementing a phase accumulator by the frequency estimation, - wherein the main and the intermediate samples are derived from a comparison of the phase accumulator with a predefined threshold.
An articulated panel that can be closed on itself and comprising a series of pockets under a controlled atmosphere: - which individually contain at least one thermally insulating material, and - which are joined together by flexible intermediate portions where two successive pockets can be articulated with respect to each other, characterized in that at least some of the intermediate articulating portions comprise: - a tubular part defined by a thermally insulating winding or by a bulged portion enclosing a thermally insulating material in a tubular chamber under controlled atmosphere, and - two parts of at least one flexible sheet, each part being interposed between one said tubular part and one said pocket. - which individually contain at least one thermally insulating material, and - which are joined together by flexible intermediate portions where two successive pockets can be articulated with respect to each other, - a tubular part defined by a thermally insulating winding or by a bulged portion enclosing a thermally insulating material in a tubular chamber under controlled atmosphere, and - two parts of at least one flexible sheet, each part being interposed between one said tubular part and one said pocket.
A power saw comprising: a table configured to receive a workpiece; a saw blade and motor assembly operatively connected to said table, said saw blade and motor assembly being configured to rotate a saw blade; a linear guide mechanism attached to said table and being configured to support said saw blade and motor assembly and enable movement of said saw blade and motor assembly along a predetermined linear path in either a forward or a rearward direction; said linear guide mechanism comprising at least two links (214; 222) connected by a hinge connection, wherein said hinge connection includes a shaft that is fixed for rotation with respect to a first one of said links, but wherein said shaft is able to rotate with respect to a second one of said links; and a glide movement controller operatively connected to said hinge connection, wherein said glide movement controller comprises a controller body and a plurality of fastening members characterised in that these are configured to move said controller body such that resistance upon said shaft is increased upon movement in a first direction and decreased upon movement in a second direction. a table configured to receive a workpiece; a saw blade and motor assembly operatively connected to said table, said saw blade and motor assembly being configured to rotate a saw blade; a linear guide mechanism attached to said table and being configured to support said saw blade and motor assembly and enable movement of said saw blade and motor assembly along a predetermined linear path in either a forward or a rearward direction; said linear guide mechanism comprising at least two links (214; 222) connected by a hinge connection, wherein said hinge connection includes a shaft that is fixed for rotation with respect to a first one of said links, but wherein said shaft is able to rotate with respect to a second one of said links; and a glide movement controller operatively connected to said hinge connection, wherein said glide movement controller comprises a controller body and a plurality of fastening members characterised in that these are configured to move said controller body such that resistance upon said shaft is increased upon movement in a first direction and decreased upon movement in a second direction.
A toner supply container comprising: a substantial cylindrical container configured to contain toner; an opening provided at a circumferential peripheral portion of said cylindrical container and configured to permit discharge of the toner in said cylindrical container; a toner feeder provided in said cylindrical container and configured to feed the toner toward said opening by rotation of said toner feeder relative to said cylindrical container; a stepped gear (6, 6') provided on a longitudinal end surface of said cylindrical container, said stepped gear (6, 6') including: a large diameter gear portion; and a small diameter gear portion having a diameter smaller than a diameter of said large diameter gear portion; and a co-axial gear provided co-axially with an axis of said toner feeder on the longitudinal end surface of said cylindrical container and configured to engage with said small diameter gear portion, characterized in that said co-axial gear has a diameter larger than a diameter of said large diameter gear portion. a substantial cylindrical container configured to contain toner; an opening provided at a circumferential peripheral portion of said cylindrical container and configured to permit discharge of the toner in said cylindrical container; a toner feeder provided in said cylindrical container and configured to feed the toner toward said opening by rotation of said toner feeder relative to said cylindrical container; a stepped gear (6, 6') provided on a longitudinal end surface of said cylindrical container, said stepped gear (6, 6') including: a large diameter gear portion; and a small diameter gear portion having a diameter smaller than a diameter of said large diameter gear portion; and a large diameter gear portion; and a small diameter gear portion having a diameter smaller than a diameter of said large diameter gear portion; and a co-axial gear provided co-axially with an axis of said toner feeder on the longitudinal end surface of said cylindrical container and configured to engage with said small diameter gear portion, characterized in that said co-axial gear has a diameter larger than a diameter of said large diameter gear portion.
Bellows protection adapted to connect adjacent trolleys of a conveyor belt along an object transport line, where said conveyor belt comprises a plurality of trolleys movable along tracks and connected to one another by means of connecting means adapted to allow their reciprocal rotation at least around a vertical or horizontal axis, and where said bellows protection comprises: - a pleated covering positionable between two adjacent trolleys and connectable thereto; - at least one beam adapted to support said covering transversely to the direction of advancement of said transport line; - a base structure adapted to resist vertically directed forces and to support said at least one beam, wherein said base structure comprises at least one reinforcing element positioned so as to bind in at least one point said at least one beam, where said at least one reinforcing element comprises: - first punctiform binding means adapted to connect it at least indirectly to at least one of said two trolleys, characterized in that said at least one reinforcing element further comprises: - second punctiform binding means adapted to connect it to said at least one beam and adapted to avoid reciprocal transversal sliding between it and said at least one beam. - a pleated covering positionable between two adjacent trolleys and connectable thereto; - at least one beam adapted to support said covering transversely to the direction of advancement of said transport line; - a base structure adapted to resist vertically directed forces and to support said at least one beam, wherein said base structure comprises at least one reinforcing element positioned so as to bind in at least one point said at least one beam, where said at least one reinforcing element comprises: - first punctiform binding means adapted to connect it at least indirectly to at least one of said two trolleys, - first punctiform binding means adapted to connect it at least indirectly to at least one of said two trolleys, characterized in that said at least one reinforcing element further comprises: - second punctiform binding means adapted to connect it to said at least one beam and adapted to avoid reciprocal transversal sliding between it and said at least one beam. - second punctiform binding means adapted to connect it to said at least one beam and adapted to avoid reciprocal transversal sliding between it and said at least one beam.
Compensation tank for hydraulic motor vehicle brake systems, comprising a tank housing having at least one pressure medium chamber which can be held with pressure medium via a filler neck, and a cap which can be fastened to the filler neck by means of a threaded connection comprising a cap thread and a tank thread, characterized in that the cap and the tank housing each have a respective stop (10, 11), which stops permit a predetermined end position of the cap in relation to the tank housing by a first stop being arranged in a thread turn, and a second stop being arranged in a corresponding thread root, with the two stops coming into abutment against each other in the predetermined end position of the cap.
A stator fixing structure for a rotary electrical machine in which: a projecting part projecting in a radial direction is provided on an outer periphery of a stator formed by stacking a plurality of plate-shaped members; a fastening member is inserted in a fastening-member insertion hole formed in the projecting part to fix the stator to a frame; and an outer peripheral surface of the stator excluding the projecting part is fixed by shrink fitting to an inner peripheral surface of the frame, characterized in that dents (4; 4a; 4b) are formed at circumferentially opposite end portions of a root of each projecting part. a projecting part projecting in a radial direction is provided on an outer periphery of a stator formed by stacking a plurality of plate-shaped members; a fastening member is inserted in a fastening-member insertion hole formed in the projecting part to fix the stator to a frame; and an outer peripheral surface of the stator excluding the projecting part is fixed by shrink fitting to an inner peripheral surface of the frame, characterized in that dents (4; 4a; 4b) are formed at circumferentially opposite end portions of a root of each projecting part.