mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for transferring an asset between a first user and a second user via a blockchain, the method comprising: generating a first blockchain transaction comprising at least one first output, representing at least one first asset, wherein the at least one first output is locked by a locking script comprising a hash of secret data chosen by the first user and is redeemable by providing unlocking data comprising the secret data chosen by the first user; and exchanging the at least one first asset for at least one second asset represented by at least one second output of a second blockchain transaction, wherein: the at least one second output is locked by a locking script comprising a hash of the secret data chosen by the first user and redeemable by providing the unlocking data comprising the secret data chosen by the first user; and wherein redemption of the at least one second output by providing the unlocking data makes the unlocking data available to the second user to redeem the at least one first output. generating a first blockchain transaction comprising at least one first output, representing at least one first asset, wherein the at least one first output is locked by a locking script comprising a hash of secret data chosen by the first user and is redeemable by providing unlocking data comprising the secret data chosen by the first user; and exchanging the at least one first asset for at least one second asset represented by at least one second output of a second blockchain transaction, wherein: the at least one second output is locked by a locking script comprising a hash of the secret data chosen by the first user and redeemable by providing the unlocking data comprising the secret data chosen by the first user; and
An autonomous system comprising: a vehicle operable to travel from a first point to a second point; a first actuator operable to adjust a speed of the vehicle; a second actuator operable to adjust a direction of travel of the vehicle; a controller operable to generate control signals to be sent to the first actuator and the second actuator to facilitate the transition of the system from a first state to a second state during travel between the first point and the second point, wherein the controller employs a neural network model of the autonomous system to form the control signals; and a reachability controller coupled to the controller to receive the first state and the control signals and to analyze the first state and the control signals to determine if the second state is a safe state, wherein the reachability controller includes an analytical model of the autonomous system, the analytical model being simpler than the neural network model such that the analytic model allows for a rapid calculation of states of the analytic model to determine if the states are safe or unsafe while allowing for a complete testing of all operating conditions. a vehicle operable to travel from a first point to a second point; a first actuator operable to adjust a speed of the vehicle; a second actuator operable to adjust a direction of travel of the vehicle; a controller operable to generate control signals to be sent to the first actuator and the second actuator to facilitate the transition of the system from a first state to a second state during travel between the first point and the second point, wherein the controller employs a neural network model of the autonomous system to form the control signals; and a reachability controller coupled to the controller to receive the first state and the control signals and to analyze the first state and the control signals to determine if the second state is a safe state, wherein the reachability controller includes an analytical model of the autonomous system, the analytical model being simpler than the neural network model such that the analytic model allows for a rapid calculation of states of the analytic model to determine if the states are safe or unsafe while allowing for a complete testing of all operating conditions.
A method for determining a thickness of at least one tire of a vehicle during an operation of the vehicle, the at least one tire comprising a tire wall having an inner side and an outer side opposite the inner side, comprising the steps of: - transmitting a first beam of ultrasonic waves having a first phase by an ultrasonic transmitter arranged on the inner side, the first beam of ultrasonic waves being transmitted through the tire wall, - receiving a second beam of ultrasonic waves having a second phase by an ultrasonic receiver arranged on the inner side, the second beam of ultrasonic waves being reflected through the tire wall by a surface arranged outside of the at least one tire, - determining at least one first parameter selected from a time period between transmitting the first beam of ultrasonic waves and receiving the second beam of ultrasonic waves and a phase shift between the first phase and the second phase, - determining a thickness of the at least one tire based on the at least one determined first parameter, - acquiring sensor data in order to determine if the ultrasonic transmitter is arranged adjacent the surface, characterized in that sensor data acquired by at least one acceleration sensor and/or at least one shock sensor is used in order to determine if the ultrasonic transmitter is arranged adjacent the surface. - transmitting a first beam of ultrasonic waves having a first phase by an ultrasonic transmitter arranged on the inner side, the first beam of ultrasonic waves being transmitted through the tire wall, - receiving a second beam of ultrasonic waves having a second phase by an ultrasonic receiver arranged on the inner side, the second beam of ultrasonic waves being reflected through the tire wall by a surface arranged outside of the at least one tire, - determining at least one first parameter selected from a time period between transmitting the first beam of ultrasonic waves and receiving the second beam of ultrasonic waves and a phase shift between the first phase and the second phase, - determining a thickness of the at least one tire based on the at least one determined first parameter, - acquiring sensor data in order to determine if the ultrasonic transmitter is arranged adjacent the surface, characterized in that sensor data acquired by at least one acceleration sensor and/or at least one shock sensor is used in order to determine if the ultrasonic transmitter is arranged adjacent the surface.
An aircraft turbomachine comprising a casing, a fan, a compressor and a turbine, the casing comprising an inlet casing between the fan and the compressor, the turbomachine further comprising an epicyclic gear train comprising an input driven in rotation by the turbine, a first output stage configured to drive in rotation the compressor and a second output stage coupled to the first output stage and configured to drive in rotation the fan; characterized in that the compressor is driven in rotation by a first ring gear, the first ring gear being the ring gear of the first output stage.
An insulating member inserted into a slot of an iron core of a rotary electric machine and thereby insulating the iron core from a coil disposed in the slot, comprising: a sheet-shaped insulating base material which has a first surface and a second surface and is provided with a fold extending in the axial direction of the iron core, an adhesive layer (60A, 60B) which is provided on both the first surface and the second surface of the insulating base material and formed of an adhesive, wherein the adhesive layer (60A, 60B) is applied in stripes along the axial direction at intervals in a direction perpendicular to the axial direction, wherein the adhesive layer (60A, 60B) is provided with an exposed section in which the insulating base material is exposed from the adhesive and which extends in an axial direction of the iron core at a place corresponding to the fold and is delimited from the adhesive in parallel to the fold; characterized in that the exposed section has a front and back symmetry with respect to the insulating base material in the developed state of the insulating base material. a sheet-shaped insulating base material which has a first surface and a second surface and is provided with a fold extending in the axial direction of the iron core, an adhesive layer (60A, 60B) which is provided on both the first surface and the second surface of the insulating base material and formed of an adhesive, wherein the adhesive layer (60A, 60B) is applied in stripes along the axial direction at intervals in a direction perpendicular to the axial direction, wherein the adhesive layer (60A, 60B) is provided with an exposed section in which the insulating base material is exposed from the adhesive and which extends in an axial direction of the iron core at a place corresponding to the fold and is delimited from the adhesive in parallel to the fold; characterized in that the exposed section has a front and back symmetry with respect to the insulating base material in the developed state of the insulating base material.
A high frequency heating device comprising: a heating chamber having an opening; an opening peripheral portion formed on a peripheral edge of the opening; a high frequency wave generation unit that supplies high frequency waves to the heating chamber; and a door that covers the opening in an openable manner and has a radio wave shielding portion (30; 30A, 30B; 30C, 30D; 30E, 30F; 90) at a position facing the opening peripheral portion, the door being configured to be opened and closed vertically, wherein the radio wave shielding portion is provided with an open hole formed to face the opening peripheral portion, and a choke groove formed from a plurality of conductors, and the choke groove has a first resonance space having a first resonance frequency, and a second resonance space having a second resonance frequency different from the first resonance frequency, characterized in that from among the radio wave shielding portions provided on four sides of an entire perimeter of the door, the radio wave shielding portion provided on a lower side of the door has synthesized resonance characteristics different from synthesized resonance characteristics of the radio wave shielding portions provided on the other three sides. a heating chamber having an opening; an opening peripheral portion formed on a peripheral edge of the opening; a high frequency wave generation unit that supplies high frequency waves to the heating chamber; and a door that covers the opening in an openable manner and has a radio wave shielding portion (30; 30A, 30B; 30C, 30D; 30E, 30F; 90) at a position facing the opening peripheral portion, the door being configured to be opened and closed vertically, wherein the radio wave shielding portion is provided with an open hole formed to face the opening peripheral portion, and a choke groove formed from a plurality of conductors, and the choke groove has a first resonance space having a first resonance frequency, and a second resonance space having a second resonance frequency different from the first resonance frequency, characterized in that from among the radio wave shielding portions provided on four sides of an entire perimeter of the door, the radio wave shielding portion provided on a lower side of the door has synthesized resonance characteristics different from synthesized resonance characteristics of the radio wave shielding portions provided on the other three sides.
A simulated eyeball (1; 1A; 1B; 1C; 1D'; 1E; 1F) for training in ophthalmic surgery, the simulated eyeball comprising a simulated sclera region that constitutes a simulated sclera and is formed from a non-electroconductive material, characterized by a conductor layer formed on a side of the simulated sclera region that is on an interior of the simulated eyeball; the conductor layer forming a simulated choroid region. a conductor layer formed on a side of the simulated sclera region that is on an interior of the simulated eyeball; the conductor layer forming a simulated choroid region.
A camera module comprising: a lens part; a front body configured to receive the lens part; a rear body coupled to the front body; a substrate part disposed in the rear body; a connector part disposed in the rear body and configured to connect the substrate part; a cable configured to pass through a portion of the rear body and conductively connected to the connector part; a shielding part disposed between the rear body and the connector part and formed of a conductive material; and a sealing member disposed between the rear body and the cable and formed of a conductive material, wherein a region of an inner wall of the rear body contacting the shielding part is coated with a conductive material, wherein the sealing member is conductively connected to the rear body, wherein a first protrusion is formed at a rear portion of the rear body and the first protrusion comprises a penetration part through which the cable passes, wherein a receipt groove is formed in a partial region of the penetration part of the first protrusion, and wherein the sealing member is disposed in the receipt groove. a lens part; a front body configured to receive the lens part; a rear body coupled to the front body; a substrate part disposed in the rear body; a connector part disposed in the rear body and configured to connect the substrate part; a cable configured to pass through a portion of the rear body and conductively connected to the connector part; a shielding part disposed between the rear body and the connector part and formed of a conductive material; and a sealing member disposed between the rear body and the cable and formed of a conductive material, wherein a region of an inner wall of the rear body contacting the shielding part is coated with a conductive material, wherein the sealing member is conductively connected to the rear body, wherein a first protrusion is formed at a rear portion of the rear body and the first protrusion comprises a penetration part through which the cable passes, wherein a receipt groove is formed in a partial region of the penetration part of the first protrusion, and wherein the sealing member is disposed in the receipt groove.
A computer-implemented method of depth sensing, comprising: (a) recording a plurality of images of an object in a surgical scene, wherein the plurality of images comprise a plurality of markers on the object 702, wherein the plurality of images is captured using a plurality of imaging devices having different types of imaging modalities; (b) computing (i) a first depth using one or more images of the plurality of images and a first set of markers of the plurality of markers 704, (ii) a second depth using the one or more images and a second set of markers of the plurality of markers 706, and (iii) a third depth using the one or more images and a third set of markers of the plurality of markers 708; (c) assigning (i) a first weight to the first depth, (ii) a second weight to the second depth, and (iii) a third weight to the third depth 710; and (d) computing a weighted average depth of one or more portions of the object based at least in part on the first depth, the first weight, the second depth, the second weight, the third depth, and the third weight 712. (a) recording a plurality of images of an object in a surgical scene, wherein the plurality of images comprise a plurality of markers on the object 702, wherein the plurality of images is captured using a plurality of imaging devices having different types of imaging modalities; (b) computing (i) a first depth using one or more images of the plurality of images and a first set of markers of the plurality of markers 704, (ii) a second depth using the one or more images and a second set of markers of the plurality of markers 706, and (iii) a third depth using the one or more images and a third set of markers of the plurality of markers 708; (c) assigning (i) a first weight to the first depth, (ii) a second weight to the second depth, and (iii) a third weight to the third depth 710; and (d) computing a weighted average depth of one or more portions of the object based at least in part on the first depth, the first weight, the second depth, the second weight, the third depth, and the third weight 712.
A pad for a tilting pad thrust bearing for supporting the shaft of a rotary machine, the pad comprising a top surface, a leading edge extending in a radial direction and a trailing edge, wherein the pad comprises a fluid channel arranged at the top surface, said fluid channel ending in the top surface, said fluid channel forming a fluid communication between the leading edge of the pad and the top surface of the pad, wherein the fluid channel is designed as a face slot in the top surface of the pad, wherein a depth of the face slot is largest at the leading edge and decreases towards a centerline of the top surface, wherein the width of the fluid channel measured in the radial direction at the leading edge of the pad is smaller than the length of the leading edge in the radial direction, characterized in that the fluid channel has a length measured in the top surface and perpendicular to the leading edge, which is at most 25% of a circumferential length of the pad.
An input device comprising: a base member including a hollow support body; and an operation body supported so as to freely rotate relative to the hollow support body and freely reciprocate along a direction of a rotational axis, the operation body including an operation knob formed in a cylindrical shape and having a top surface portion and a plate-shaped touch pad provided on a back side of the top surface portion for detecting approach or contact of a finger with respect to the top surface portion, wherein the base member has a space formed so as to extend from an inside of the base member to an inside of the hollow support body, the operation knob has a shaft provided vertically so as to extend from a back surface of the top surface portion, the touch pad has a through hole through which the shaft is inserted into the space, a rotation detection portion for detecting a rotating movement of the operation body and a pressing detection portion for detecting a reciprocating movement of the operation body are provided, and in the space, the shaft is linked to a rotating movement portion which makes a rotation detection movement for the rotation detection portion with a rotating movement of the operation body, and to a pressing movement portion which makes a pressing detection movement for the pressing detection portion with a reciprocating movement of the operation body, wherein an interlocking shaft is located in the space and connected to the shaft, and the rotating movement portion and the pressing movement portion are provided in the interlocking shaft. a base member including a hollow support body; and an operation body supported so as to freely rotate relative to the hollow support body and freely reciprocate along a direction of a rotational axis, the operation body including an operation knob formed in a cylindrical shape and having a top surface portion and a plate-shaped touch pad provided on a back side of the top surface portion for detecting approach or contact of a finger with respect to the top surface portion, wherein the base member has a space formed so as to extend from an inside of the base member to an inside of the hollow support body, the operation knob has a shaft provided vertically so as to extend from a back surface of the top surface portion, the touch pad has a through hole through which the shaft is inserted into the space, a rotation detection portion for detecting a rotating movement of the operation body and a pressing detection portion for detecting a reciprocating movement of the operation body are provided, and in the space, the shaft is linked to a rotating movement portion which makes a rotation detection movement for the rotation detection portion with a rotating movement of the operation body, and to a pressing movement portion which makes a pressing detection movement for the pressing detection portion with a reciprocating movement of the operation body, wherein an interlocking shaft is located in the space and connected to the shaft, and the rotating movement portion and the pressing movement portion are provided in the interlocking shaft.
A medicament for oral application, containing a crystalline modification A of (1R,2R)-3-(3-dimethylamino-1-ethyl-2-methyl-propyl)-phenol, comprising an X-ray diffraction reflection at 15.58±0.20 (2Θ), additionally at least one X-ray diffraction reflection selected from the group consisting of 28.37±0.20 (2Θ) and 34.45±0.20 (2Θ) and additionally at least one X-ray diffraction reflection selected from the group consisting of 13.71±0.20 (2Θ), 14.80±0.20 (2Θ), 16.89±0.20 (2Θ), 17.79±0.20 (2Θ), 18.45±0.20 (2Θ), 20.20±0.20 (2Θ), 20.92±0.20 (2Θ), 22.50±0.20 (2Θ), 24.37±0.20 (2Θ) and 25.33±0.20 (2Θ).
A pan, comprising: a pan body; and a pan handle disposed on the sidewall of said pan body, comprising a holding portion and a first projection portion disposed on the sidewall of said pan handle such that said pan body can be made to move angularly with said pan handle as the axis, characterized in that said first projection is extendable from an original position to one or more extended positions. a pan body; and a pan handle disposed on the sidewall of said pan body, comprising a holding portion and a first projection portion disposed on the sidewall of said pan handle such that said pan body can be made to move angularly with said pan handle as the axis, characterized in that said first projection is extendable from an original position to one or more extended positions.
A method for controlling asynchronous electrical motors (32, 42) of a compressor system, this method comprising: receiving a command to start a first asynchronous electrical motor and a second asynchronous electrical motor of a compressor system; characterized by unloading said first and second motor, by operating respectively a first load control unit of the first motor and a second load control unit of the second motor, in order to reduce the mechanical load (34, 44) associated to said motors; starting the first motor and, only once the first motor is running at nominal speed, starting the second motor; and loading both first and second electrical motors only once the second motor has started and is running at nominal speed, by operating the first load control unit and the second load control unit, in order to increase the mechanical load associated to said motors. receiving a command to start a first asynchronous electrical motor and a second asynchronous electrical motor of a compressor system; characterized by unloading said first and second motor, by operating respectively a first load control unit of the first motor and a second load control unit of the second motor, in order to reduce the mechanical load (34, 44) associated to said motors; starting the first motor and, only once the first motor is running at nominal speed, starting the second motor; and loading both first and second electrical motors only once the second motor has started and is running at nominal speed, by operating the first load control unit and the second load control unit, in order to increase the mechanical load associated to said motors.
Crystalline -3,5-dimethyl-benzoic acid N-(1-tert-butyl-butyl)-N'-(2-ethyl-3-methoxy-benzoyl)-hydrazide Form III, characterized as having a powder x-ray diffraction pattern with peaks at 8.14, 8.52, 9.62, 11.02, 11.90, 12.16, 14.02, 14.62, 17.00, 17.88, 18.56, 19.02, 19.24, 20.51, 20.93, 22.19, 22.73, 23.22, 24.31, 24.53, 25.91, 26.22, 27.36, 27.73, 28.70, 30.84, 31.52, 32.30, 33.19, and 34.39 degrees 2Θ.