mhurhangee/ep-ind-claims huggingface dataset:
A computerized yo-yo toy, the computerized yo-yo toy comprising: a yo-yo body comprised of a first rounded half and a second rounded half; a ball bearing comprised of an inner ring and an outer case; an accelerometers device configured to measure acceleration values of the computerized yo-yo toy; a computation and control device configured to generate electric clutch control signals based on the measured acceleration values; an electric clutch device configured to lock by creating friction between the yo-yo body and the outer case of the ball bearing and to unlock by eliminating friction with the outer case of the ball bearing based on the electric clutch control signals. a yo-yo body comprised of a first rounded half and a second rounded half; a ball bearing comprised of an inner ring and an outer case; an accelerometers device configured to measure acceleration values of the computerized yo-yo toy; a computation and control device configured to generate electric clutch control signals based on the measured acceleration values; an electric clutch device configured to lock by creating friction between the yo-yo body and the outer case of the ball bearing and to unlock by eliminating friction with the outer case of the ball bearing based on the electric clutch control signals.
A connection structure of a semiconductor microwave generator for a microwave oven, comprising: a semiconductor microwave generator, on a microwave signal output port is provided; and a microwave output device, wherein a first end of the microwave output device is connected to the microwave signal output port, a second end of the microwave output device is configured to communicate with a cooking cavity of the microwave oven, the semiconductor microwaves generator comprises a printed circuit board and a shielding case that covers a front face and side faces of the printed circuit board, characterised in that the microwave signal output port is provided on a back face of the semiconductor microwave generator, that the microwave output device is orthogonally connected with the back face of the semiconductor microwave generator; that the semiconductor microwave generator further comprises a metal substrate that is mountable on the cooking cavity; that the microwave signal output port is arranged on a back face of the printed circuit board, and the back face of the printed circuit board is fixedly connected with the metal substrate; that the first end of the microwave output device penetrates through the metal substrate to be connected with the microwave signal output port. a semiconductor microwave generator, on a microwave signal output port is provided; and a microwave output device, wherein a first end of the microwave output device is connected to the microwave signal output port, a second end of the microwave output device is configured to communicate with a cooking cavity of the microwave oven, the semiconductor microwaves generator comprises a printed circuit board and a shielding case that covers a front face and side faces of the printed circuit board, characterised in that the microwave signal output port is provided on a back face of the semiconductor microwave generator, that the microwave output device is orthogonally connected with the back face of the semiconductor microwave generator; that the semiconductor microwave generator further comprises a metal substrate that is mountable on the cooking cavity; that the microwave signal output port is arranged on a back face of the printed circuit board, and the back face of the printed circuit board is fixedly connected with the metal substrate; that the first end of the microwave output device penetrates through the metal substrate to be connected with the microwave signal output port.
Shading with a rotationally mounted canvas shaft from which a canvas can be unwound, wherein a side forming the base side of the canvas is fastened on the canvas shaft, characterised in that on edges of the shading extending in extension direction are disposed tensioning means (7, 8) oriented in extension direction, wherein the tensioning means (7, 8) are formed in each case by a hose, in particular by a woven hose, which lies down flat during winding up onto the canvas shaft and being under tension presents itself upright having a circular cross-section.
Gun comprising: - a gun frame; - a barrel supported by the gun frame; - a slide, translatable longitudinally in relation to the barrel; - at least a hammer, rotatably mounted with respect to the gun frame so as to move at least a firing pin of said gun towards the barrel; wherein a centreline plane crosses said gun between opposite gun flanks (14, 16); said gun being characterized in that the rotation axis of said hammer lies in the centreline plane or is substantially parallel to said plane. - a gun frame; - a barrel supported by the gun frame; - a slide, translatable longitudinally in relation to the barrel; - at least a hammer, rotatably mounted with respect to the gun frame so as to move at least a firing pin of said gun towards the barrel;
A system for measuring the output power developed in a crankset, comprising: on at least one pedal for actuating a crank of the crankset, a single pressure sensor (59, C F) capable of providing a measure representative of the orthogonal force exerted by the user on the pedal; at least one sensor (C A) adapted to determine the angular position of the crank around a rotation axis of the crankset different from a rotation axis of the pedal with respect to the crank; a calculator for determining, by means of a pre-established model of distribution of the force exerted on the pedal according to said angular position, the tangential force (F T) exerted on the crank; characterized by an element of fastening to the pedal having the pressure sensor (C F, 59) affixed thereto, and an interface plate capable of transmitting a force exerted by the cyclist to said pressure sensor, wherein said fastener is assembled on the pedal via lateral guide rails provided on the pedal or screwed to a framework of the pedal or snapped to a body portion or to an axis of the pedal. on at least one pedal for actuating a crank of the crankset, a single pressure sensor (59, C F) capable of providing a measure representative of the orthogonal force exerted by the user on the pedal; at least one sensor (C A) adapted to determine the angular position of the crank around a rotation axis of the crankset different from a rotation axis of the pedal with respect to the crank; a calculator for determining, by means of a pre-established model of distribution of the force exerted on the pedal according to said angular position, the tangential force (F T) exerted on the crank; characterized by an element of fastening to the pedal having the pressure sensor (C F, 59) affixed thereto, and an interface plate capable of transmitting a force exerted by the cyclist to said pressure sensor, wherein said fastener is assembled on the pedal via lateral guide rails provided on the pedal or screwed to a framework of the pedal or snapped to a body portion or to an axis of the pedal.
Plate-shaped foam shower-base element for forming a shower space which is level with the floor, comprising a drainage channel, a drain cup comprising a cup floor, a drainage line connected thereto and a trap formed by vertical flow deflection, the trap being formed, at least in part, outside the drain cup, and the vertical flow deflection leading to the trap being formed outside of the drain cup by means of the drainage line, the drainage channel and the drainage line that forms the trap being arranged on top of one another in levels, both levels, however, being located together within an overall height of the shower-base element, characterised in that the drainage line and the drainage channel are received in a common, elongate receiving part, which is preferably made of foam; if, in a plan view of the shower-base element, the drainage line extends at an apex angle or right angle to the drainage channel, two floor flow obstacles that are formed by the course of the line floor that has a hump-shaped longitudinal cross section being formed in the longitudinal direction of the drainage line, between which flow obstacles a line cover, as an opposing cover-hump, is pulled down until it projects beneath the hump tips of the floor flow obstacles and thus makes a trap possible.
A method for producing high-purity lanthanum, comprising: using a crude lanthanum raw material having a purity of 2 to 3N, excluding gas components, as a starting material; performing molten salt electrolysis at a bath temperature of 450 to 700°C to produce lanthanum crystals; desalting the lanthanum crystals using a desalting furnace and applying heat in a vacuum at a temperature of 850 °C or less; and thereafter performing electron beam melting to remove volatile substances. using a crude lanthanum raw material having a purity of 2 to 3N, excluding gas components, as a starting material; performing molten salt electrolysis at a bath temperature of 450 to 700°C to produce lanthanum crystals; desalting the lanthanum crystals using a desalting furnace and applying heat in a vacuum at a temperature of 850 °C or less; and thereafter performing electron beam melting to remove volatile substances.
Method for installing a tensioning element in an anchor block that has already been fastened to a structure, comprising the steps of: • attaching the tensioning element to a mount, • moving the mount towards the anchor block, • inserting the tensioning element into a through-opening in the anchor block, and • subsequently fastening the tensioning element to the anchor block, characterised in that the tensioning element is guided through the through-opening, in that the tensioning element is fastened to the anchor block by means of wedges, and in that the mount is attached to the tensioning element at a spacing (d) from a free end of the tensioning element to be fastened to the anchor block that is selected such that the length of the projection of the tensioning element, which is created by this spacing (d), on the side of the mount that is nearer to the anchor block is greater than the length of a portion of the tensioning element that is required in order to insert the tensioning element into the through-opening in the anchor block and to fasten the tensioning element to the anchor block. • attaching the tensioning element to a mount, • moving the mount towards the anchor block, • inserting the tensioning element into a through-opening in the anchor block, and • subsequently fastening the tensioning element to the anchor block,
Liquid cooling assembly for an electrical motor generator unit, having an electrical motor generator unit which has a magnetic air gap running between a stator and a rotor, wherein a cooling fluid which is fed in from the outside can be applied to the air gap in order to cool the electrical motor generator unit, and having a control device in dependence which adapts the pressure (p) and/or volume flow of the fed-in cooling fluid on a detected actual value (T act) of an operating temperature variable of the electrical motor generator unit, and limits said pressure (p) and/or volume flow in the upward and/or downward directions during the operation of the engine, characterized in that, in order to limit the pressure (p) and/or volume flow of the fed-n cooling fluid, the control device predefines a lower and/or upper limiting value (LowLimit, HighLimit), dependent on the actual value (T act) of the operating temperature variable, in such a way that a temperature-dependent change in viscosity of the fed-in cooling fluid is compensated.
A method for accessing streaming data over an untrusted network, comprising: receiving, at an agent station, a symmetrically encrypted data stream comprising sequential portions of encrypted data; receiving, at the agent station, a first asymmetrically encrypted key stream encrypted with a first public key, the first asymmetrically encrypted key stream comprising encrypted therein a symmetric encryption key stream comprising a plurality of distinct symmetric encryption keys encrypting respective sequential portions of a data stream into the symmetrically encrypted data stream; decrypting, at the agent station, the first asymmetrically encrypted key stream with a private key to derive the symmetric encryption key stream comprising the plurality of distinct symmetric encryption keys; receiving, at the agent station, a third party public encryption key belonging to a third party entity, the third party public encryption key belonging to a third party private-public key pair comprising a third party private key of the third party entity; determining an access permission associated with the third party entity and determining a subset of the symmetric encryption keys contained in the symmetric encryption key stream on the basis of the access permission; performing, at the agent station, an asymmetric encryption of at least the subset of the symmetric encryption keys using the third party public key to generate a second asymmetric encrypted key stream; transmitting the second asymmetric encrypted key stream over an untrusted network. receiving, at an agent station, a symmetrically encrypted data stream comprising sequential portions of encrypted data; receiving, at the agent station, a first asymmetrically encrypted key stream encrypted with a first public key, the first asymmetrically encrypted key stream comprising encrypted therein a symmetric encryption key stream comprising a plurality of distinct symmetric encryption keys encrypting respective sequential portions of a data stream into the symmetrically encrypted data stream; decrypting, at the agent station, the first asymmetrically encrypted key stream with a private key to derive the symmetric encryption key stream comprising the plurality of distinct symmetric encryption keys; receiving, at the agent station, a third party public encryption key belonging to a third party entity, the third party public encryption key belonging to a third party private-public key pair comprising a third party private key of the third party entity; determining an access permission associated with the third party entity and determining a subset of the symmetric encryption keys contained in the symmetric encryption key stream on the basis of the access permission; performing, at the agent station, an asymmetric encryption of at least the subset of the symmetric encryption keys using the third party public key to generate a second asymmetric encrypted key stream; transmitting the second asymmetric encrypted key stream over an untrusted network.
Carrying device for a portable gas exchange device, having: - at least one first carrying strap which is designed to go around a patient's torso and thereby allow the carrying device to be supported on the patient, - at least one second carrying strap that is designed to go over at least a first shoulder of a patient, and - at least one fastening means (26, 27) that is designed to fasten a portable gas exchange device, wherein the second carrying strap is connected with the first carrying strap or, at least sectionwise, goes around the first carrying strap. - at least one first carrying strap which is designed to go around a patient's torso and thereby allow the carrying device to be supported on the patient, - at least one second carrying strap that is designed to go over at least a first shoulder of a patient, and - at least one fastening means (26, 27) that is designed to fasten a portable gas exchange device,
A surgical device that may be used in minimally invasive procedures comprising: a handle housing (130, 132) operatively coupled to a first control (168, 170), a second control, and a third control; a repositionable mechanism (302, 350, 380) operatively coupled to the first control, the repositionable mechanism comprising a first component and a second component selectively repositionable, via the first control, with respect to one another within an X-Y plane, the repositionable mechanism also including a third component selectively repositionable, via the first control, with respect to the second component within an Y-Z plane; a conduit extending between the handle housing and the repositionable mechanism; an occlusion clamp; an occlusion clamp deployment device operatively coupled to the repositionable mechanism and the second control, where the repositionable mechanism is between the conduit and the occlusion clamp deployment device, the second control including a lever repositionably mounted to the handle housing, where the lever is operatively coupled to the occlusion clamp (1110, 1160) so that repositioning of the lever is operative to open and close the occlusion clamp when operatively coupled thereto; and, wherein the third control is operatively coupled to the occlusion clamp and the occlusion clamp deployment device and controls disengagement of the occlusion clamp from the occlusion clamp deployment device. a handle housing (130, 132) operatively coupled to a first control (168, 170), a second control, and a third control; a repositionable mechanism (302, 350, 380) operatively coupled to the first control, the repositionable mechanism comprising a first component and a second component selectively repositionable, via the first control, with respect to one another within an X-Y plane, the repositionable mechanism also including a third component selectively repositionable, via the first control, with respect to the second component within an Y-Z plane; a conduit extending between the handle housing and the repositionable mechanism; an occlusion clamp; an occlusion clamp deployment device operatively coupled to the repositionable mechanism and the second control, where the repositionable mechanism is between the conduit and the occlusion clamp deployment device, the second control including a lever repositionably mounted to the handle housing, where the lever is operatively coupled to the occlusion clamp (1110, 1160) so that repositioning of the lever is operative to open and close the occlusion clamp when operatively coupled thereto; and, wherein the third control is operatively coupled to the occlusion clamp and the occlusion clamp deployment device and controls disengagement of the occlusion clamp from the occlusion clamp deployment device.
A method for determining biases of satellite signals emitted by satellites of a satellite navigation system and received by reference stations comprising the steps: - receiving the satellite signals by a plurality of reference stations, - performing code and phase measurements on two or more frequencies on the satellite signals received by the plurality of reference stations, and - determining separate, individual values for instrumental code biases and instrumental ambiguity-free phase biases of the satellites and of the reference stations based on said code and phase measurements, - whereby the step of determining the instrumental code biases and instrumental ambiguity-free phase biases of the satellites and reference stations comprises determining phase ambiguities of the satellite signals in addition to the instrumental code biases and phase biases of the satellites and reference stations by using a recursive state estimator (27, 29), characterized in that in the recursive state estimator (27, 29) selected instrumental code biases or instrumental phase biases are mapped into other unknowns, and a subset of phase ambiguities is mapped to code or phase biases while the remaining phase ambiguities are kept, that the number of unknowns in subsequent filtering steps is reduced by fixing a plurality of the remaining phase ambiguities, and that subsequent filtering steps are performed to determine the instrumental code biases and phase biases of the satellites and reference stations. - receiving the satellite signals by a plurality of reference stations, - performing code and phase measurements on two or more frequencies on the satellite signals received by the plurality of reference stations, and - determining separate, individual values for instrumental code biases and instrumental ambiguity-free phase biases of the satellites and of the reference stations based on said code and phase measurements, - whereby the step of determining the instrumental code biases and instrumental ambiguity-free phase biases of the satellites and reference stations comprises determining phase ambiguities of the satellite signals in addition to the instrumental code biases and phase biases of the satellites and reference stations by using a recursive state estimator (27, 29),
Optical interface for receiving the light signals, comprising • a light-guiding fibre having a ring section, • at least one light source for emitting light signals into the fibre, the fibre being configured for radially emitting the light signals emitted by the light source, and • a receiving device (7, 8) for receiving the light signals emitted by the fibre, • the light signals from the light source being coupled into the fibre by fibre coupling, characterized in that the ring section extends in a ring-shaped manner around a rotation axis and is rotatable about the rotation axis. • a light-guiding fibre having a ring section, • at least one light source for emitting light signals into the fibre, the fibre being configured for radially emitting the light signals emitted by the light source, and • a receiving device (7, 8) for receiving the light signals emitted by the fibre, • the light signals from the light source being coupled into the fibre by fibre coupling,