mhurhangee/ep-ind-claims huggingface dataset:
Electrical cut-off device with high electrodynamic resistance provided with a control module associated with at least one cut-off module corresponding to a phase of an electrical network, said cut-off module including at least two fixed contacts arranged symmetrical with respect to a centerline of said cut-off module and separated by a free central space, and at least one moving contact centered on said centerline and having a width larger than the free space between the two fixed contacts in order in the switched-on position to be pressed against them, said moving contact being coupled with an actuator mechanism controlled by said control module so as to be moved between at least one switched-off position in which the moving contact is distant from the fixed contacts and the electrical circuit is open, and a switched-on position in which the moving contact is resting on the fixed contacts and the electrical circuit is closed, characterized in that the fixed contacts form a current loop having an omega-shaped, in that the moving contact is arranged between the fixed contacts inside of the current loop, and moved by said actuator mechanism inside of the current loop from its switched-off position to its switched-on position and inversely in the centerline so that the Laplace electromagnetic forces, called compensation efforts (Fc), generated by the circulation of the current I in said current loop, when said cut-off module is in the switched-on position, are oriented in a direction going from the inside towards the outside of the current loop, and so that the displacement efforts (Fd) generated by the actuator mechanism on the moving contact to move it from its switched-off position to its switched-on position are oriented in the direction of said compensation efforts (Fc) going from the inside towards the outside of the current loop, the direction of the compensation efforts (Fc) and of the displacement efforts (Fd) of said moving contact being merged with the centerline of said current loop.
A computer-implemented method for blockchain-based cross-entity authentication, comprising: obtaining, by a decentralized identity service, DIS, an authentication request by a first entity for authenticating a user, wherein the authentication request comprises a decentralized identifier, DID, of the user; generating, by the DIS, a blockchain transaction for obtaining an authentication result of the user by a second entity; transmitting, by the DIS, the blockchain transaction to a blockchain node for adding to a blockchain; obtaining (1630, 1711), by a further DIS from the blockchain, the blockchain transaction comprising the authentication request; in response to determining, by the further DIS, that the first entity is permitted to access authentication information of the user endorsed by the second entity, obtaining (1632, 1721) the authentication result of the user by the second entity in response to the obtained blockchain transaction, wherein the authentication result is associated with the DID; generating, by the further DIS, a different blockchain transaction comprising the authentication result; transmitting, by the further DIS, the different blockchain transaction to a blockchain node for adding to the blockchain; obtaining, by the DIS, the different blockchain transaction from the blockchain, the different blockchain transaction comprising the authentication result of the user by the second entity, wherein the authentication result indicates that the authentication succeeded; and transmitting, by the DIS, the authentication result to the first entity for granting the user access to the first entity. obtaining, by a decentralized identity service, DIS, an authentication request by a first entity for authenticating a user, wherein the authentication request comprises a decentralized identifier, DID, of the user; generating, by the DIS, a blockchain transaction for obtaining an authentication result of the user by a second entity; transmitting, by the DIS, the blockchain transaction to a blockchain node for adding to a blockchain; obtaining (1630, 1711), by a further DIS from the blockchain, the blockchain transaction comprising the authentication request; in response to determining, by the further DIS, that the first entity is permitted to access authentication information of the user endorsed by the second entity, obtaining (1632, 1721) the authentication result of the user by the second entity in response to the obtained blockchain transaction, wherein the authentication result is associated with the DID; generating, by the further DIS, a different blockchain transaction comprising the authentication result; transmitting, by the further DIS, the different blockchain transaction to a blockchain node for adding to the blockchain; obtaining, by the DIS, the different blockchain transaction from the blockchain, the different blockchain transaction comprising the authentication result of the user by the second entity, wherein the authentication result indicates that the authentication succeeded; and transmitting, by the DIS, the authentication result to the first entity for granting the user access to the first entity.
An article (10; 100) comprising: a component (14; 36; 60, 62, 64; 120) formed of a plurality of affixed foam particles and a binding material, wherein each individual foam particle is formed of a thermoplastic elastomeric material, and includes one or more binding regions on an outer surface of the individual foam particle affixing the individual foam particle to one or more adjacent foam particles, the one or more binding regions including a binding material, wherein the binding material is a thermal energy absorber; an adhesive material; or one or more solvents capable of softening or partially solubilizing a portion of a foam particle or capable of softening or partially solubilizing a coating applied to a foam particle; or combinations thereof, and the one or more adjacent foam particles comprising a thermoplastic elastomeric material, wherein the component includes a plurality of gaps between foam particles, and comprises a plurality of sub-regions (121a, 121b, 121c, 122, 123) comprising differentially affixed foam particles, or a gradient (124a, 124b, 124c) of differentially affixed foam particles, wherein, prior to affixing, the plurality of foam particles have a number average particle size of 0.04 millimeters to 10 millimeters in a longest dimension; and wherein a surface of the component includes a portion of foam particles that are embossed or debossed. a component (14; 36; 60, 62, 64; 120) formed of a plurality of affixed foam particles and a binding material, wherein each individual foam particle is formed of a thermoplastic elastomeric material, and includes one or more binding regions on an outer surface of the individual foam particle affixing the individual foam particle to one or more adjacent foam particles, the one or more binding regions including a binding material, wherein the binding material is a thermal energy absorber; an adhesive material; or one or more solvents capable of softening or partially solubilizing a portion of a foam particle or capable of softening or partially solubilizing a coating applied to a foam particle; or combinations thereof, and the one or more adjacent foam particles comprising a thermoplastic elastomeric material, wherein the component includes a plurality of gaps between foam particles, and comprises a plurality of sub-regions (121a, 121b, 121c, 122, 123) comprising differentially affixed foam particles, or a gradient (124a, 124b, 124c) of differentially affixed foam particles, wherein, prior to affixing, the plurality of foam particles have a number average particle size of 0.04 millimeters to 10 millimeters in a longest dimension; and wherein a surface of the component includes a portion of foam particles that are embossed or debossed.
An impeller locking collar for a pump, the impeller locking collar comprising: a first portion configured to be fitted around a shaft of the pump proximal to a base of an impeller of the pump, the first portion comprising a first set of threads facing the shaft; a second portion configured to be fitted around the shaft and partially between the first portion and the shaft, the second portion comprising a second set of threads facing the first portion and an indentation distal to the base of the impeller; a ring element fitted around the shaft within the indentation of the second portion, the ring element configured to receive a thrust load of the impeller during an operation of the pump; characterised in that it further comprises at least one set screw fitted into a hole within the second portion, the at least one screw configured to secure the second portion to the shaft. a first portion configured to be fitted around a shaft of the pump proximal to a base of an impeller of the pump, the first portion comprising a first set of threads facing the shaft; a second portion configured to be fitted around the shaft and partially between the first portion and the shaft, the second portion comprising a second set of threads facing the first portion and an indentation distal to the base of the impeller; a ring element fitted around the shaft within the indentation of the second portion, the ring element configured to receive a thrust load of the impeller during an operation of the pump; characterised in that it further comprises at least one set screw fitted into a hole within the second portion, the at least one screw configured to secure the second portion to the shaft.
A device for accepting gesture commands from a user, comprising: a touch-sensitive display screen occupying a first portion of a front surface of the device, adapted to detect user gestures performed thereon or proximate thereto and to display at least one directly-manipulable object; a touch-sensitive gesture area occupying a second portion of the front surface of the device, adapted to detect user gestures performed thereon or proximate thereto, wherein the second portion extends outside the first portion; and a processor, coupled to the touch-sensitive display screen and to the touch-sensitive gesture area, adapted to interpret a plurality of gesture commands, the plurality of gesture commands comprising at least one command specified by user interaction with both the touch-sensitive gesture area and the touch-sensitive display screen. a touch-sensitive display screen occupying a first portion of a front surface of the device, adapted to detect user gestures performed thereon or proximate thereto and to display at least one directly-manipulable object; a touch-sensitive gesture area occupying a second portion of the front surface of the device, adapted to detect user gestures performed thereon or proximate thereto, wherein the second portion extends outside the first portion; and a processor, coupled to the touch-sensitive display screen and to the touch-sensitive gesture area, adapted to interpret a plurality of gesture commands, the plurality of gesture commands comprising at least one command specified by user interaction with both the touch-sensitive gesture area and the touch-sensitive display screen.
Control station for checking hand luggage and other objects carried by persons, having a control unit, in particular an X-ray checking unit, a conveyor, which extends through the control unit, for conveying the objects through the control unit, a depositing point, which is arranged ahead of the conveyor, and a retrieval point, which is arranged behind the conveyor, for the objects, and having transport bins, which can be placed onto the conveyor and into which small objects and/or items of clothing are placed and conveyed through the control unit for checking, wherein a return conveyor for the transport bins is arranged next to or below the conveyor passing through the control unit and reaches from the retrieval point of the conveyor into the region of the depositing point ahead of the conveyor, characterized in that the return conveyor is suitable for conveying back the bins standing upright on it and means for bringing the lying bins into an upright position on the return conveyor are also arranged at the beginning of the return conveying section.
A method implemented by an integrated circuit (114, 214) of a computing device, comprising: validating a first request for elevated user privileges with respect to a network- based resource, the first request received from a central processing unit (112, 222) communicatively coupled to the integrated circuit; providing a second request for the elevated privileges to a network-based service; receiving a response from the network-based service, the response indicating that the second request for elevated credentials is granted; responsive to receiving the response, retrieving a private key stored in a memory communicatively coupled to the integrated circuit; digitally signing a third request, to access the network-based resource in accordance with the elevated privileges, using the retrieved private key; and providing the digitally-signed request to the network-based service to access the network-based resource. providing a second request for the elevated privileges to a network-based service; receiving a response from the network-based service, the response indicating that the second request for elevated credentials is granted; responsive to receiving the response, retrieving a private key stored in a memory communicatively coupled to the integrated circuit; digitally signing a third request, to access the network-based resource in accordance with the elevated privileges, using the retrieved private key; and providing the digitally-signed request to the network-based service to access the network-based resource.
A crystalline form (I-HS) having the formula: characterized by having XRPD diffraction peaks (2θ degrees) at 18.4±0.2, 20.7±0.2, 23.1±0.2, and 24.0±0.2, wherein the crystalline form is substantially free of other amorphous, polymorphic or crystalline forms which means that mole percent of other amorphous, polymorph or crystalline form(s) of the isolated base of crystalline form (I-HS) is less than about 5 mole percent.
A computer-implemented method of controlling a vehicle to have predictable behaviour, the method comprising an automated driver system, ADS, of the vehicle performing: determining there are no safe trajectories responsive to an occurrence of an unexpected event; and responsive to the determination, dynamically re-evaluating whether a current trajectory meets a current set of safety criteria; determining the current path of the re-evaluated trajectory is to be maintained with the vehicle so that the vehicle can have predictable behaviour by removing one or more consequences of the occurrence of the event from the safety criteria used to re-evaluate the current trajectory whilst maintaining all other previous safety criteria. determining there are no safe trajectories responsive to an occurrence of an unexpected event; and responsive to the determination, dynamically re-evaluating whether a current trajectory meets a current set of safety criteria; determining the current path of the re-evaluated trajectory is to be maintained with the vehicle so that the vehicle can have predictable behaviour by removing one or more consequences of the occurrence of the event from the safety criteria used to re-evaluate the current trajectory whilst maintaining all other previous safety criteria.
Disc brake of a motor vehicle, in particular a utility vehicle, wherein on both sides of a brake disc associated brake linings with a friction lining and a lining carrier plate that supports the friction lining are mounted under spring loading by at least one lining retaining spring, in each case in a radially deflectable manner in a lining cavity of a positionally fixed brake carrier with brake carrier horns (11, 12) that enclose the brake linings laterally, such that in the assembled condition the lining carrier plate of the brake lining is held with interlock on a brake carrier horn on the run-in side, characterised in that on a brake carrier horn on the run-out side a distance away in the main rotation direction from the brake carrier horn on the run-in side there is provided a rotatably or displaceably fixed abutment, by which, after completed assembly in the lining cavity, a radial movement of the brake lining concerned can be restricted to a predetermined play (a), such that in its blocking position the abutment is located in such manner that a radial movement of the brake lining concerned is restricted to a predetermined play (a).
A device comprising an antenna array having a plurality of transmit and receive antennas for wireless radio communication and a display for displaying a stereoscopic image, wherein the stereoscopic image is visible to an observer (110A, 110B) at a position (112A, 112B), wherein the antenna array and the display are arranged so that from the position (112A, 112B) the observer's view of at least a part of the antenna array is obstructed by the display, the device comprising a controller and a detector, wherein the detector is adapted to detect information about the position (112A, 112B) of the observer (110A, 110B) of the display, and wherein the controller is adapted to control the display according to the information about the position of the observer (110A, 110B) of the display, characterized in that the display is maskable by an adjustable horizontal parallax barrier, AHPB,, wherein the controller is adapted for adjusting a geometrical parameter or a position of the AHPB for displaying the stereoscopic image visible to the observer (110A, 110B) at the position (112A, 112B) of the observer (110A, 110B), and wherein the detector is adapted to detect presence and/or absence of observers (110A, 110B), and wherein the controller is adapted to control the display and the AHPB for displaying the stereoscopic image if the presence of at least one observer (110A, 110B) is detected, and to control the display and the AHPB for not displaying the stereoscopic image if the absence of observers (110A, 110B) is detected, further characterized in that the display comprises a passive screen for displaying stereoscopic images on a front side of the passive screen, wherein the stereoscopic images are projected onto the front side or onto a back side of the passive screen by a projector, and wherein the controller is adapted to control the projector and the AHPB synchronously for displaying the stereoscopic image visible to the observer (110A, 110B) at the position (112A, 112B) of the observer (110A, 110B).
A motor comprising a stator assembly, a circuit board, and a first bearing support and a second bearing support respectively disposed on two sides of the stator assembly, the motor further comprises an insulating support mounted on the stator assembly and a metal conduction member fixed on the insulating support and with two ends connected to the first bearing support and the second bearing support respectively, the insulating support is provided with a positioning column, the circuit board is provided with a positioning hole, the circuit board is supported by the insulating support, and the positioning column is disposed in the positioning hole, the metal conduction member comprises a first conduction part electrically connected to the first bearing support, a second conduction part electrically connected to the second bearing support, a connecting part connected between the first conduction part and the second conduction part, both of the connecting part and the first conduction part are connected to the insulating support, the second bearing support comprises a bearing support sleeve and a chassis protruding from one end of the bearing support sleeve, a connecting hole configured to be connected with the chassis through rivet connection or through a screw is disposed on the second conduction part, characterized in that an end of the second conduction part is provided with two buckles buckled to an edge of the chassis and said end of the second conduction part is provided with two through holes, wherein the two buckles are bended and extended outward along an inner edge of the two through holes.
A method comprising: i) producing, by a mid-air haptic feedback system, an acoustic field (70, 80, 90) from a transducer array having known relative positions and orientations by assigning respective complex-values transducer activation coefficients to each transducer; ii) defining at least one control point having a known spatial relationship relative to the transducer array; iii) assigning an amplitude to the control point; and iv) moving the at least one control point within the acoustic field to create a control region having predetermined mid-air haptic effects, characterized in that the step of moving the at least one control point creates a smooth transition between any two complex spaces of transducer activation coefficients by using an average phase offset that is substantially zero. i) producing, by a mid-air haptic feedback system, an acoustic field (70, 80, 90) from a transducer array having known relative positions and orientations by assigning respective complex-values transducer activation coefficients to each transducer; ii) defining at least one control point having a known spatial relationship relative to the transducer array; iii) assigning an amplitude to the control point; and iv) moving the at least one control point within the acoustic field to create a control region having predetermined mid-air haptic effects,
A method for producing a decorative paper with a pigment coating, wherein an aqueous coating slip is applied in contactless manner to a coating base paper by means of the curtain coating method and is dried, wherein the starting point is a coating base paper of a basis weight of 28 to 65 g/m 2 and the coating slip has a solids content of 30 to 70% by weight, a viscosity of 150 to 1500 mPas (measured according to Brookfield, 100 rpm, 25°C), characterised in that the coating slip has a surface tension of between 25 and 60 mN/m (measured using the Du Noüy static ring method), the curtain coating method being operated at a rate of at least 1500 m/min and throughputs of a curtain nozzle of a curtain coating head for the coating slip which nozzle is used are set to 0.3 to 15.0 cm 3 /(cm operating width x s).
A solidification matrix comprising: (a) a straight chain saturated carboxylic acid salt selected from the group consisting of: a salt of a mono-, di-, and tri- carboxylic acid; (b) sodium carbonate; and (c) water; (d) wherein the solidification matrix is a hydrate solid, wherein the straight chain saturated carboxylic acid salt is selected from the group consisting of: acetic acid, gluconic acid, malic acid, succinic acid, glutaric acid, adipic acid, and tartartic acid, wherein the water constitutes between 5% and 50% by weight of the solidification matrix, and wherein the solidification matrix comprises less than 0.5% by weight of nitrilotriacetic acid. (a) a straight chain saturated carboxylic acid salt selected from the group consisting of: a salt of a mono-, di-, and tri- carboxylic acid; (b) sodium carbonate; and (c) water; (d) wherein the solidification matrix is a hydrate solid, wherein the straight chain saturated carboxylic acid salt is selected from the group consisting of: acetic acid, gluconic acid, malic acid, succinic acid, glutaric acid, adipic acid, and tartartic acid, wherein the water constitutes between 5% and 50% by weight of the solidification matrix, and wherein the solidification matrix comprises less than 0.5% by weight of nitrilotriacetic acid.