mhurhangee/ep-ind-claims huggingface dataset:
A method for predicting connectivity of seismic objects determined from seismic data collected from a subterranean region, said method comprising the steps of: a) dividing said subterranean region into cells and determining from said seismic data the value of a pre-selected seismic attribute in each cell; b) choosing a threshold criterion for the value of said seismic attribute; c) determining for each cell in said subterranean region whether the value of said seismic attribute satisfies said threshold criterion; d) identifying seismic objects containing only connected cells that satisfy the attribute criterion, using a pre-selected definition of connectivity; e) repeating steps b-d for at least one different value (t2, t3, t4) of said attribute value threshold; and f) displaying the changes of each identified seismic object (101, 102, 103, 104) in its size, spatial position, and connections to other seismic objects, all as a function of attribute threshold value (t1, t2, t3, t4). a) dividing said subterranean region into cells and determining from said seismic data the value of a pre-selected seismic attribute in each cell; b) choosing a threshold criterion for the value of said seismic attribute; c) determining for each cell in said subterranean region whether the value of said seismic attribute satisfies said threshold criterion; d) identifying seismic objects containing only connected cells that satisfy the attribute criterion, using a pre-selected definition of connectivity; e) repeating steps b-d for at least one different value (t2, t3, t4) of said attribute value threshold; and f) displaying the changes of each identified seismic object (101, 102, 103, 104) in its size, spatial position, and connections to other seismic objects, all as a function of attribute threshold value (t1, t2, t3, t4).
Disc brake with a brake caliper overlapping a brake disc and brake linings on both sides of the brake disc, and with a clamping device which is arranged in the brake caliper and consists of a brake lever which can be driven by a force element, and with a cross-member which operates towards the brake lining on the clamping side and is guided internally in the brake caliper, and with a pivot bearing between the brake lever and the cross-member, wherein when viewed in the clamping direction the cross-member has an external contour consisting of outer surfaces (31 - 36) by which the cross-member is guided in the brake caliper, and has further outer surfaces, and when viewed in the clamping direction the brake caliper has an internal contour consisting of inner surfaces (41 - 46) on which the cross-member is guided, and has further inner surfaces, wherein the external contour of the cross-member and the internal contour of the brake caliper are determined by a first main axis of extension arranged parallel to the axis of the pivot bearing and a second main axis of extension arranged at right angles thereto, wherein the guided outer surfaces (31 - 36) are present in pairs on the external contour, wherein one surface (31, 33, 35) is arranged on one side and the respective other surface (32, 34, 36) is arranged on the other side of the main axis of extension (S1, S2), and wherein when the cross-member is fitted the entire external contour is located without overlap inside the internal contour of the brake caliper but, on the other hand, when the cross-member is rotated by 180° about the clamping direction at least one outer surface of the external contour projects outwards over the internal contour. characterised in that only in the case of a pair of surfaces of the guided outer surfaces, the two outer surfaces (31, 32) thereof have a different spacing relative to the main axis of extension arranged between them.
Glass containing at least the following constituents (in % by weight, based on oxide): SiO 2 65-72 Al 2 O 3 11-17 Na 2 O 0.1-8 MgO 3-8 CaO 7.1-12 ZnO 0-10 BaO ≤ 0.5 wherein the weight ratio CaO/MgO is 1.4 to 1.8, wherein no B 2 O 3, SrO, BaO and PbO are present, apart from unavoidable impurities, wherein a hydrolytic resistance in accordance with DIN ISO 719 in hydrolytic class 1 is obtained, wherein an acid resistance in accordance with DIN 12116 at least in acid class 2 is obtained, and wherein an alkali resistance in accordance with DIN ISO 695 at least in alkali class 2 is obtained.
A dual lumen drainage cannula configured for use in a veno-arterial extracorporeal membrane oxygenation (VA ECMO) system, the dual lumen drainage cannula comprising: a first drainage tube having a proximal end, a distal end, and at least one aperture defined in the distal end; a second drainage tube having a proximal end, a distal end, and at least one aperture defined in the distal end; and an outlet fitting comprising a single outlet lumen in fluid communication with the first drainage tube and the second drainage tube, wherein the distal end of the second drainage tube is joined to a portion of the first drainage tube between the proximal and distal ends of the first drainage tube. a first drainage tube having a proximal end, a distal end, and at least one aperture defined in the distal end; a second drainage tube having a proximal end, a distal end, and at least one aperture defined in the distal end; and an outlet fitting comprising a single outlet lumen in fluid communication with the first drainage tube and the second drainage tube, wherein the distal end of the second drainage tube is joined to a portion of the first drainage tube between the proximal and distal ends of the first drainage tube.
A medical device, comprising an implantable element, in particular a heart pump, and a control unit for the implantable element, which is connected to the implantable element by a first connection, characterized in that the control unit is configured for a predetermined orientation outside and relative a patient's body and comprises a radio module (12, 12'), an antenna (13, 13a, 13b, 13c, 13d, 13e, 13f, 13g) of the radio module (12, 12') being arranged in such a way that the region in which the position of patient's body is provided, as viewed from the control unit, is shielded at least partially from the antenna (13, 13a, 13b, 13c, 13d, 13e, 13f, 13g) by electromagnetically shielding, and in particular electrically conducting, parts (10, 10a, 11) of the control unit or the housing (10, 10a, 10b, 10c, 10d, 18, 19, 21, 22) thereof.
A wireless accessory device (110, 210), comprising: a wireless communication interface adapted for communication with a host device (105, 205) and a second wireless accessory device (220, 120); a memory; one or more processors in communication with the memory, the one or more processors configured to execute a first set of operations to role switch from a master mode to a slave mode, the first set of operations comprising: negotiating with the second wireless accessory device, an anchor point for the role switch the anchor point being a future point in time; sending, to the second wireless accessory device, logical link information for communicating with the host device after the role switch; sending, to the second wireless accessory device, bit processing information including cyclic redundancy check and header error check states and/or decoder states for continuity of bit processing when switching roles; performing role switch at the negotiated anchor point; and receiving, in the slave mode, packets relayed through the second wireless accessory device after the anchor point. a wireless communication interface adapted for communication with a host device (105, 205) and a second wireless accessory device (220, 120); a memory; one or more processors in communication with the memory, the one or more processors configured to execute a first set of operations to role switch from a master mode to a slave mode, the first set of operations comprising: negotiating with the second wireless accessory device, an anchor point for the role switch the anchor point being a future point in time; sending, to the second wireless accessory device, logical link information for communicating with the host device after the role switch; sending, to the second wireless accessory device, bit processing information including cyclic redundancy check and header error check states and/or decoder states for continuity of bit processing when switching roles; performing role switch at the negotiated anchor point; and receiving, in the slave mode, packets relayed through the second wireless accessory device after the anchor point. negotiating with the second wireless accessory device, an anchor point for the role switch the anchor point being a future point in time; sending, to the second wireless accessory device, logical link information for communicating with the host device after the role switch; sending, to the second wireless accessory device, bit processing information including cyclic redundancy check and header error check states and/or decoder states for continuity of bit processing when switching roles; performing role switch at the negotiated anchor point; and receiving, in the slave mode, packets relayed through the second wireless accessory device after the anchor point.
Inner lining element for a motor vehicle intended to be fixed integrally between a rear pillar and a centre pillar of the motor vehicle, the inner lining item comprising a coverage sheet comprising an upper flap intended to be fixed integrally to a structure of the motor vehicle extending between the rear pillar and the centre pillar, and a lower flap intended to be fixed integrally to a wheel arch of the motor vehicle, characterised in that the inner lining item comprises a priming zone located between the upper flap and the lower flap, the priming zone taking the form of a concave shape provided in the coverage plate.
A motor control device that is configured to generate vibration in a motor by applying a drive voltage with reversed phase across a motor coil, the motor control device comprising: drive voltage generation means (110, 120) configured to generate the drive voltage; direct current offset detection means configured to detect a DC offset of the drive voltage; characterised by stop means configured to stop the application of the drive voltage to the motor coil when the detected DC offset exceeds an operation stop threshold; temperature correction value setting means configured to set a temperature correction value corresponding to the DC offset when the detected DC offset is lower than the operation stop threshold; ambient temperature detection means configured to detect an ambient temperature; and vibration level control means configured to vary the drive voltage and control an amplitude level based on the detected ambient temperature and the set temperature correction value. drive voltage generation means (110, 120) configured to generate the drive voltage; direct current offset detection means configured to detect a DC offset of the drive voltage; characterised by stop means configured to stop the application of the drive voltage to the motor coil when the detected DC offset exceeds an operation stop threshold; temperature correction value setting means configured to set a temperature correction value corresponding to the DC offset when the detected DC offset is lower than the operation stop threshold; ambient temperature detection means configured to detect an ambient temperature; and vibration level control means configured to vary the drive voltage and control an amplitude level based on the detected ambient temperature and the set temperature correction value.
Assembly comprising an aircraft suspension strut, a wheel associated with the said suspension strut and a motorizing system for moving the aircraft around on the ground, the motorizing system comprising a motor unit and a drive member secured to the wheel, characterized in that the motor unit comprises an electric motor and a reduction system, the reduction system being secured to the motor, in that the motor unit is secured to a sprung part of the suspension strut, in that a clutch device connects an output shaft of the motor unit to the drive member, in that the transmission between the motor unit and the drive member is a positive transmission, in that the clutch device is configured in such a way as to be able to move the motor unit into an engaged position in which this unit is connected to the drive member, and a disengaged position in which this unit is separated therefrom, the clutch device being configured in such a way that the motor unit is mounted to rotate with respect to the sprung part of the suspension strut, about a horizontal axis, in that the clutch device comprises a movement system allowing the motor unit to be moved from one of its two, engaged and disengaged, positions into the other, in that the movement system comprises a driving element formed by an actuating jack, in that the actuating jack is an electric actuating jack which comprises a drive motor which is arranged in the cylinder, a nut which is mounted for translation movement and a screw that allows the conversion of the rotational movement of the drive motor into a translational movement of the nut, in that the movement system comprises a return element designed to move the motor unit in the opposite direction to the direction imposed by the driving element, and in that the return element is formed by a return spring.
A system for inserting blind attachments comprising: a pair of servo pullers adapted to hold and move a seal member along a predetermined linear path; a servo drill configured for moving in cooperation with a movement of the seal member, the servo drill moving along a predetermined linear path parallel to said predetermined linear path of said seal member, the servo drill being configured for drilling a plurality of holes (22, 22', 22", 22''') in said seal member at predetermined points along its length; and an insertion device, linearly separated from the servo drill along the predetermined linear path, for inserting a blind attachment within one of said plurality of holes after said seal member is moved from a drilling position of one of said plurality of holes (22, 22', 22", 22'"), wherein concurrently as a blind attachment is inserted a hole is made in the seal member by having the servo drill moved at the appropriate location, characterized in that the insertion device is stationary. a pair of servo pullers adapted to hold and move a seal member along a predetermined linear path; a servo drill configured for moving in cooperation with a movement of the seal member, the servo drill moving along a predetermined linear path parallel to said predetermined linear path of said seal member, the servo drill being configured for drilling a plurality of holes (22, 22', 22", 22''') in said seal member at predetermined points along its length; and an insertion device, linearly separated from the servo drill along the predetermined linear path, for inserting a blind attachment within one of said plurality of holes after said seal member is moved from a drilling position of one of said plurality of holes (22, 22', 22", 22'"), wherein concurrently as a blind attachment is inserted a hole is made in the seal member by having the servo drill moved at the appropriate location, characterized in that the insertion device is stationary.
Mineral construction compound containing a composition consisting of a mixture or comprising a mixture containing a) at least one component which comprises a compound N which represents an amphoteric surfactant and which exhibits wetting activity in aqueous cementitious binder systems and b) at least one component which comprises a compound E which is an oil that is insoluble in water under application conditions and which exhibits defoaming properties in aqueous cementitious binder systems, the compound E being different from the compound N and the mass ratio of compound N to compound E being from 0.001:1 to 1000:1, wherein component a) and/or component b) comprise/comprises the compound N or the compound E in applied or carried, absorbed, encapsulated or adsorbed form on a carrier material, wherein the carrier material is selected from inorganic or organic materials or mixtures thereof. a) at least one component which comprises a compound N which represents an amphoteric surfactant and which exhibits wetting activity in aqueous cementitious binder systems and b) at least one component which comprises a compound E which is an oil that is insoluble in water under application conditions and which exhibits defoaming properties in aqueous cementitious binder systems, the compound E being different from the compound N and
A computer implemented method of encrypting data at an electronic device, the electronic device being associated with a key device, wherein the electronic device is further associated with a first asymmetric cryptography pair having a first electronic device private key (V 1S) and a first electronic device public key (P 1S), and the key device is associated with a second asymmetric cryptography pair having a first key device private key (V 1C) and a first key device public key (P 1C); the method comprising: - determining, at the electronic device, a deterministic key; - receiving, at the electronic device, the first key device public key (P 1C) from the key device; - determining, at the electronic device, a second electronic device private key (V 2S) based on at least the first electronic device private key (V 1S) and the deterministic key, and - determining, at the electronic device, a second key device public key (P 2C) based on at least the first key device public key (P 1C) and the deterministic key; - determining a secret based on at least the second electronic device private key (V 2S) and the second key device public key (P 2C); - encrypting the data at the electronic device using the determined secret or an encryption key that is based on the determined secret; and - sending information indicative of the deterministic key to the key device where the information can be stored. - determining, at the electronic device, a deterministic key; - receiving, at the electronic device, the first key device public key (P 1C) from the key device; - determining, at the electronic device, a second electronic device private key (V 2S) based on at least the first electronic device private key (V 1S) and the deterministic key, and - determining, at the electronic device, a second key device public key (P 2C) based on at least the first key device public key (P 1C) and the deterministic key; - determining a secret based on at least the second electronic device private key (V 2S) and the second key device public key (P 2C); - encrypting the data at the electronic device using the determined secret or an encryption key that is based on the determined secret; and - sending information indicative of the deterministic key to the key device where the information can be stored.
Pneumatic vehicle tyre for passenger cars, vans or the like, having a radial carcass, a multi-ply belt and a profiled tread which, when viewed in the axial direction, has a central portion and two shoulder portions, the shoulder portions consisting of a rubber compound that has a lower dynamic modulus of elasticity E' at 55°C and 8% elongation according to DIN 53513 than the rubber compound of which the central portion consists, and the central portion having extensions at the base thereof, running laterally substantially parallel to the tread substructure and radially within and also over the width of the shoulder portions, characterized in that the shoulder portions consist of a rubber compound of which the rebound resilience at 70° C, according to DIN 53512, corresponds at least to the rebound resilience of the rubber compound in the central portion.
A field device comprising: a detector configured to detect a physical quantity and output a detection signal; a controller configured to calculate, based on the detection signal, trend data for measuring a measured trend indicating a temporal change in a parameter used for predictive diagnosis of the field device; and a memory configured to store the data, wherein the controller is configured to store the trend data in the memory at time intervals from a start time of measurement in the field device to a current time, to execute a compression process on the data stored in the memory upon an amount of the trend data stored in the memory reaching an upper limit of a storage capacity of the memory, to calculate a measured trend data based on the trend data stored in the memory, and to calculate a predicted trend indicating a temporal change in the parameter from the current time onward, the field device further comprising an output interface configured to output information to a user, wherein the controller is configured to display the measured trend and the predicted trend as a graph on the output interface and/or on an external device communicably connected to the field device. a detector configured to detect a physical quantity and output a detection signal; a controller configured to calculate, based on the detection signal, trend data for measuring a measured trend indicating a temporal change in a parameter used for predictive diagnosis of the field device; and a memory configured to store the data, wherein the controller is configured to store the trend data in the memory at time intervals from a start time of measurement in the field device to a current time, to execute a compression process on the data stored in the memory upon an amount of the trend data stored in the memory reaching an upper limit of a storage capacity of the memory, to calculate a measured trend data based on the trend data stored in the memory, and to calculate a predicted trend indicating a temporal change in the parameter from the current time onward, the field device further comprising an output interface configured to output information to a user, wherein the controller is configured to display the measured trend and the predicted trend as a graph on the output interface and/or on an external device communicably connected to the field device.
Transmission system for charging the traction batteries of an electrically driven vehicle at a charging station, having a transformer member located on the vehicle and having a coupling facility on the charging station side which can be attached to the vehicle and which has at least one transformer member by means of which the electrical energy can be transmitted to the transformer member on the vehicle, characterised in that the transformer member on the vehicle side is located behind a registration plate of the vehicle, and that a contact surface of the coupling facility can be attached to the outer surface of the registration plate.
A studio for life-size videoconferencing comprising a local conferee space and a local transceiver comprising an optical input unit (30; 330), an optical output unit, and a screen (60; 360), wherein the optical output unit is adapted and configured to provide continuous duplex image transfer via a duplex area of the screen (60; 360), the screen (60; 360) being adapted and configured to reflect, by total reflection, an image of the complete local conferee space, enabling the image of the complete local conferee space to be visualized to scale, without aberrations, in a remote conferee space and to be transmitting to a conferee in the local conferee space that is observing the optical output unit showing an image of the remote conferee space visualized to scale without aberrations, thereby enabling a local party comprising a conferee to establish eye contact and register the body movements of a remote party comprising a remote conferee, characterized in that the local transceiver comprises a transparent protective barrier, the screen (60; 360) is provided between the transparent protective barrier and the optical output unit and is skewed with an angle (α) around a vertical axis (z) with respect to the transparent protective barrier, the screen is a film mounted to a frame, and the film has a wide critical angle of refraction for the surface facing the conferee space and a narrow critical angle of refraction for the surface facing the optical output unit.