mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for determining the optimum relative position of at least one sensor and/or at least one imaging source of an imaging device for at least one intraoral imaging, and for the non-overlapping imaging of at least two tooth root canals, the method comprises: a) the evaluation of at least one digital image of a patient; and b) the determination of the optimum position of the sensor and the imaging source based on the evaluation mentioned under a), characterized in that the evaluation comprises an evaluation of a volumetric tomography imaging, and comprises the simulation of a projection of at least one virtual sensor and/or at least one virtual imaging source from at least two different angles and/or positions for the imaging, wherein, the simulation is carried out several times, and wherein the optimum angle and/or the optimum position is determined so that overlapping of the root canals is minimized, and preferably avoided. a) the evaluation of at least one digital image of a patient; and b) the determination of the optimum position of the sensor and the imaging source based on the evaluation mentioned under a),
A method of controlling a vehicle having autonomous driving capability, comprising: determining wear on a component of the vehicle, wherein the wear on the component comprises brake wear, and wherein determining the brake wear comprises determining, with a processor, whether an actual braking distance is longer than an expected braking distance; determining a geographic position of the vehicle; determining traffic requirements in a path of the vehicle; selecting, with the processor, between a first and second maneuver based on the determined wear and the determined geographic position, wherein at least one difference between the first and second maneuver is selected from the group consisting of rate of acceleration, rate of deceleration and direction; and moving the vehicle in accordance with the selected maneuver. determining wear on a component of the vehicle, wherein the wear on the component comprises brake wear, and wherein determining the brake wear comprises determining, with a processor, whether an actual braking distance is longer than an expected braking distance; determining a geographic position of the vehicle; determining traffic requirements in a path of the vehicle; selecting, with the processor, between a first and second maneuver based on the determined wear and the determined geographic position, wherein at least one difference between the first and second maneuver is selected from the group consisting of rate of acceleration, rate of deceleration and direction; and moving the vehicle in accordance with the selected maneuver.
An airfoil for a gas turbine engine comprising: a body having a first surface extending from a first edge to a second edge; a cavity disposed in the body; and a first cover (60;60a,b) at least partially disposed within the cavity; the airfoil further comprises a second cover covering said first cover and forming at least a portion of the first surface with said body, wherein the first cover is disposed between the body and the second cover, wherein the first cover and the second cover have a different coefficient of thermal expansion than the body, characterised in that the first cover comprises a first portion cooperating with a corresponding second portion wherein a flexible material is disposed between the first portion and the second portion. a body having a first surface extending from a first edge to a second edge; a cavity disposed in the body; and a first cover (60;60a,b) at least partially disposed within the cavity; the airfoil further comprises a second cover covering said first cover and forming at least a portion of the first surface with said body, wherein the first cover is disposed between the body and the second cover, wherein the first cover and the second cover have a different coefficient of thermal expansion than the body,
A processing method for multi-carrier handover, characterized by comprising: a source base station determining, according to an obtained supported-carrier-aggregation relationship among cells in adjacent base stations, a target Primary Cell Pcell and target Secondary Cell Scells and notifying a target base station to which the target Pcell and the target Scell(s) belong, wherein the supported-carrier-aggregation relationship indicates whether two or more cells belonging to the target base station can be carrier-aggregated; the target base station configuring the target Pcell, the target Scells and a corresponding handover command, and sending the handover command to the source base station; and the source base station forwarding the handover command to a user equipment which, according to the handover command, accomplishes a handover process. a source base station determining, according to an obtained supported-carrier-aggregation relationship among cells in adjacent base stations, a target Primary Cell Pcell and target Secondary Cell Scells and notifying a target base station to which the target Pcell and the target Scell(s) belong, wherein the supported-carrier-aggregation relationship indicates whether two or more cells belonging to the target base station can be carrier-aggregated; the target base station configuring the target Pcell, the target Scells and a corresponding handover command, and sending the handover command to the source base station; and the source base station forwarding the handover command to a user equipment which, according to the handover command, accomplishes a handover process.
A method of operation of a wireless device in a wireless network, comprising: receiving, from a first network node, a first message that instructs the wireless device to suspend a connection between the wireless device and the wireless network where, upon receiving the first message, the wireless device stores a wireless device context of the wireless device and enters a suspended mode of operation; upon an occurrence of a triggering event, transmitting, to a second network node, a second message that requests that the connection between the wireless device and the wireless network be resumed, the second message comprising a resume identifier and the resume identifier comprising: a part that identifies the first network node to which the wireless device was connected upon suspending the connection; and a part that identifies the wireless device; and receiving, from the second network node, a third message that indicates that the connection between the wireless device and the wireless network is being resumed using the stored wireless device context of the wireless device, characterized in that a Medium Access Control, MAC, control element associated with the third message comprises a copy of a portion of the second message. receiving, from a first network node, a first message that instructs the wireless device to suspend a connection between the wireless device and the wireless network where, upon receiving the first message, the wireless device stores a wireless device context of the wireless device and enters a suspended mode of operation; upon an occurrence of a triggering event, transmitting, to a second network node, a second message that requests that the connection between the wireless device and the wireless network be resumed, the second message comprising a resume identifier and the resume identifier comprising: a part that identifies the first network node to which the wireless device was connected upon suspending the connection; and a part that identifies the wireless device; and a part that identifies the first network node to which the wireless device was connected upon suspending the connection; and a part that identifies the wireless device; and receiving, from the second network node, a third message that indicates that the connection between the wireless device and the wireless network is being resumed using the stored wireless device context of the wireless device, characterized in that a Medium Access Control, MAC, control element associated with the third message comprises a copy of a portion of the second message.
Device for conglomerating bulk materials, comprising a. a container having a discharge opening for discharging bulk materials out of the container, b. a relief element arranged in the container for relieving conglomerating bulk material, c. a drive connected to the relief element, characterized in that d. the discharge opening is exactly as large as a base area of the container. a. a container having a discharge opening for discharging bulk materials out of the container, b. a relief element arranged in the container for relieving conglomerating bulk material, c. a drive connected to the relief element, characterized in that d. the discharge opening is exactly as large as a base area of the container.
An engine start control system for a hybrid electric vehicle having a power train comprised of an engine, a first clutch, a motor/generator, a second clutch and driving wheels as the torque transmission path arranged in these order, the vehicle being operable in two driving modes by selectively controlling an engagement or release of the first and second clutches so that the vehicle may be either electrically driven by the motor/generator only in an EV mode, or may be driven by both the engine and the motor/generator under a hybrid mode, and further operable to start the engine by a cranking torque from the motor/generator in response to engagement of the first clutch, a driving torque and an acceleration torque margin totaling an EV running torque, wherein the engine start control system further includes a cranking torque adjustment means to decrease cranking torque, when the required vehicle acceleration is below a predetermined acceleration, characterized by further including an engine start time measurement means measuring an engine start time required for an engine start, wherein the cranking torque adjustment means is configured to adjust the cranking torque so that the measured engine start time matches a predetermined time, wherein the predetermined time involved in the engine start time is a limit value for an engine start time that is capable of starting the engine, wherein the limit value for the engine start time is an upper limit.
Measuring system for controlling perpendicularity of a pile during driving of the pile, wherein the measuring system comprises; - a mounting frame, - a measuring frame provided with at least one measuring device (4a, 4b) for measuring perpendicularity, characterized in that, - the mounting frame is suitable for coupling the measuring system with a pile driving system, and in that, - the measuring frame being moveably coupled with the mounting frame and moveable between a first position for engaging the pile for measuring the perpendicularity of the pile, and a second position for engaging the pile driving system for measuring perpendicularity of the pile driving system. - a mounting frame, - a measuring frame provided with at least one measuring device (4a, 4b) for measuring perpendicularity, - the mounting frame is suitable for coupling the measuring system with a pile driving system, and in that, - the measuring frame being moveably coupled with the mounting frame and moveable between a first position for engaging the pile for measuring the perpendicularity of the pile, and a second position for engaging the pile driving system for measuring perpendicularity of the pile driving system.
Method for securing a transaction made by bank card, the transaction involving the remote provision, by a user, of data existing in a bank card in his possession, said method comprising: - a step for obtaining data existing in the bank card to be used, called textual data; - a step for obtaining at least one portion of the textual data in the form of an audio data stream, called a sound sample, resulting from the reading of the data existing in the bank card to be used; - a step for computing a current voice signature from said sound sample; - a step of obtaining a telephone number used for remote delivering of said textual data, called a current telephone number; - a step for comparing said current voice signature with a reference voice signature pre-recorded and associated with the textual data of the bank card; and - when the reference voice signature (SVr) differs from the current voice signature (SVc) by a value greater than the first value defined by a predetermined parameter (PPd), a step for rejecting the transaction; - when the reference voice signature (SVr) differs from the current voice signature (SVc) by a value greater than a second value defined by the predetermined parameter (PPd): - a step for comparing the current telephone number with at least one reference telephone number pre-recorded and associated with said textual data of the bank card; and - when the current telephone number is not identical to one of the reference telephone numbers, a step for rejecting the transaction. - a step for obtaining data existing in the bank card to be used, called textual data; - a step for obtaining at least one portion of the textual data in the form of an audio data stream, called a sound sample, resulting from the reading of the data existing in the bank card to be used; - a step for computing a current voice signature from said sound sample; - a step of obtaining a telephone number used for remote delivering of said textual data, called a current telephone number; - a step for comparing said current voice signature with a reference voice signature pre-recorded and associated with the textual data of the bank card; and - when the reference voice signature (SVr) differs from the current voice signature (SVc) by a value greater than the first value defined by a predetermined parameter (PPd), a step for rejecting the transaction; - when the reference voice signature (SVr) differs from the current voice signature (SVc) by a value greater than a second value defined by the predetermined parameter (PPd): - a step for comparing the current telephone number with at least one reference telephone number pre-recorded and associated with said textual data of the bank card; and - when the current telephone number is not identical to one of the reference telephone numbers, a step for rejecting the transaction. - a step for comparing the current telephone number with at least one reference telephone number pre-recorded and associated with said textual data of the bank card; and - when the current telephone number is not identical to one of the reference telephone numbers, a step for rejecting the transaction.
A device comprising: a housing comprising one or more apertures; a heat producing device; a cooling apparatus adjacent to the heat producing device, the cooling apparatus comprising: an inlet; an outlet; and, a thermal pump configured to: draw air from the inlet to the heat producing device to form heated air, and exhaust the heated air from the outlet; characterized in that the device further comprises one or more carbon nanotubes, a respective entrance of each of the one or more carbon nanotubes located at the outlet of the cooling apparatus, and a respective exit of each of the one or more carbon nanotubes terminating at a respective aperture of the one or more apertures, so that the heated air is forced through the one or more carbon nanotubes and is vented towards the one or more apertures, wherein each of the one or more carbon nanotubes comprises respective closing portions; and one or more controllers electrically connected to the respective closing portions, each of the one or more controllers configured to independently open and close the respective closing portions of each of the one or more carbon nanotubes in a sequence to assist with flow of the heated air there through. a housing comprising one or more apertures; a heat producing device; a cooling apparatus adjacent to the heat producing device, the cooling apparatus comprising: an inlet; an outlet; and, a thermal pump configured to: draw air from the inlet to the heat producing device to form heated air, and exhaust the heated air from the outlet; characterized in that the device further comprises one or more carbon nanotubes, a respective entrance of each of the one or more carbon nanotubes located at the outlet of the cooling apparatus, and a respective exit of each of the one or more carbon nanotubes terminating at a respective aperture of the one or more apertures, so that the heated air is forced through the one or more carbon nanotubes and is vented towards the one or more apertures, wherein each of the one or more carbon nanotubes comprises respective closing portions; and one or more controllers electrically connected to the respective closing portions, each of the one or more controllers configured to independently open and close the respective closing portions of each of the one or more carbon nanotubes in a sequence to assist with flow of the heated air there through.
Motor vehicle door with an outer wall and a lining forming a box, said box comprising: - a main lateral reinforcement extending longitudinally between a front edge and a rear edge of said box; - an upper reinforcement extending longitudinally along an upper edge of said box; - an external opening control support of the door, fixed to the upper reinforcement; - an auxiliary lateral reinforcement which extends above the main lateral reinforcement, longitudinally between the front and rear edges of the box, the external opening control support of the door being a plate with an upper edge fixed to the upper reinforcement and a lower edge fixed to the auxiliary lateral reinforcement, characterized in that the fixing of the upper edge and of the lower edge of the external opening control support to the upper reinforcement and to the auxiliary lateral reinforcement, respectively, are distributed over more than 80% of the length of each of said edges (11D, 11E), each of the main lateral reinforcement, the upper reinforcement and the auxiliary lateral reinforcement forms a beam with a quadratic bending moment, the quadratic bending moment of the auxiliary lateral reinforcement being less than 50% at the quadratic bending moment of the main lateral reinforcement. - a main lateral reinforcement extending longitudinally between a front edge and a rear edge of said box; - an upper reinforcement extending longitudinally along an upper edge of said box; - an external opening control support of the door, fixed to the upper reinforcement; - an auxiliary lateral reinforcement which extends above the main lateral reinforcement, longitudinally between the front and rear edges of the box,
Refrigerator and/or freezer with a cooled interior and an ice maker, which is arranged in the cooled interior, wherein a holding element is provided, in which the ice maker is arranged, a fan as well as air guiding means for guiding the air conveyed by the fan to the ice maker are additionally located in the holding element, and the holding element has an exhaust air duct downstream of the fan, which duct has one or more outlet openings, wherein air guiding means are arranged in the holding element upstream and downstream of the fan, and one of the outlet openings is designed so that the air outflow of air used for making ice takes place vertically or substantially vertically from the outlet opening, wherein the holding element has a supply air duct upstream of the fan, which duct has one or more supply air openings, characterised in that the ice maker is located underneath a glass plate and that the at least one supply air opening is designed so that the air is aspirated from an area under the plate through the supply air opening by means of the fan. a holding element is provided, in which the ice maker is arranged, a fan as well as air guiding means for guiding the air conveyed by the fan to the ice maker are additionally located in the holding element, and the holding element has an exhaust air duct downstream of the fan, which duct has one or more outlet openings, wherein air guiding means are arranged in the holding element upstream and downstream of the fan, and one of the outlet openings is designed so that the air outflow of air used for making ice takes place vertically or substantially vertically from the outlet opening, wherein the holding element has a supply air duct upstream of the fan, which duct has one or more supply air openings, characterised in that the ice maker is located underneath a glass plate and that the at least one supply air opening is designed so that the air is aspirated from an area under the plate through the supply air opening by means of the fan.
A ring fixator assembly comprising: - a ring configured to surround a bone; - a retention device disposed at a first position on the ring; - a tensioner clamp disposed at a second position on the ring; and - a wire extending between the retention device and the tensioner clamp, - wherein the tensioner clamp comprises a clamping member - configured to secure the wire in position with respect to the tensioner clamp - and a tensioning member comprising a clamping screw and configured to apply tension to the wire, wherein the clamping member secures the wire via rotation of the clamping screw, - wherein the tensioning member comprises a tensioning screw; characterized in that he tensioning member tensions the wire via rotation of the tensioning screw, and in that the clamping screw is coaxial with the tensioning screw. - a ring configured to surround a bone; - a retention device disposed at a first position on the ring; - a tensioner clamp disposed at a second position on the ring; and - a wire extending between the retention device and the tensioner clamp, - wherein the tensioner clamp comprises a clamping member - configured to secure the wire in position with respect to the tensioner clamp - and a tensioning member comprising a clamping screw and configured to apply tension to the wire, wherein the clamping member secures the wire via rotation of the clamping screw, - wherein the tensioning member comprises a tensioning screw;
An absorbent article comprising a liquid-permeable top sheet, a liquid-impermeable back sheet, and an absorbent body between the liquid-permeable top sheet and liquid-impermeable back sheet, wherein the top sheet comprises a color-reducing agent having an IOB of 0.00-0.35, a melting point of no higher than 45°C, and a water solubility of 0.00-0.05g in 100g of water at 25°C, and the top sheet exhibits a color difference in the range of 39-77, based on the L * a * b * color system and measured from a skin contact surface of the top sheet in a liquid dropping test.