mhurhangee/ep-ind-claims huggingface dataset:
An electronic signature validation method comprising: analyzing at least one government identification document, wherein the analyzing includes authenticating the at least one government identification document; extracting personally identifiable information pertaining to a user from the at least one government identification document; displaying a digital copy of a document to be signed to the user, the digital copy of the document comprising fields requiring user information to be filled in; capturing an electronic signature of the document by the user; receiving personally identifiable information, wherein the personally identifiable information pertains to the user and enables the user to be uniquely identified; and transmitting a document signing transaction session characterized in that the method comprises auto-filling the fields within the digital copy of the document using the personally identifiable information pertaining to the user that has been extracted from the at least one government identification document. analyzing at least one government identification document, wherein the analyzing includes authenticating the at least one government identification document; extracting personally identifiable information pertaining to a user from the at least one government identification document; displaying a digital copy of a document to be signed to the user, the digital copy of the document comprising fields requiring user information to be filled in; capturing an electronic signature of the document by the user; receiving personally identifiable information, wherein the personally identifiable information pertains to the user and enables the user to be uniquely identified; and transmitting a document signing transaction session characterized in that the method comprises auto-filling the fields within the digital copy of the document using the personally identifiable information pertaining to the user that has been extracted from the at least one government identification document.
Cutting apparatus comprising: - at least one abutting element conformed and arranged so that a capsule for closing containers can roll against said abutting element along a rolling path; - at least one blade arranged on said abutting element to make a cut on a capsule which rolls against said abutting element to form a preferential fracture line between a closure portion of the capsule and a guarantee band of the capsule; - at least one spindle rotatable about its rotation axis, said spindle being configured to engage with at least one inner surface of a capsule, said spindle being movable along said abutting element so as to cause the capsule to roll when the latter is engaged between said spindle and said abutting element, so that the cut is performed on the capsule to form the preferential fracture line; characterized by comprising at least one contact surface made of plastics arranged on said abutting element and/or on a side wall of said spindle so that said at least one contact surface is engageable in contact with a side wall of the capsule wherein said contact surface is conformed as a revolution surface geometrically obtained by rotating a line around a rotation axis and said contact surface is made of plastics with a surface roughness Ra > 0.8 μm and Ra < 13.8 μm and with a Shore hardness between 48 and 68. - at least one abutting element conformed and arranged so that a capsule for closing containers can roll against said abutting element along a rolling path; - at least one blade arranged on said abutting element to make a cut on a capsule which rolls against said abutting element to form a preferential fracture line between a closure portion of the capsule and a guarantee band of the capsule; - at least one spindle rotatable about its rotation axis, said spindle being configured to engage with at least one inner surface of a capsule, said spindle being movable along said abutting element so as to cause the capsule to roll when the latter is engaged between said spindle and said abutting element, so that the cut is performed on the capsule to form the preferential fracture line;
A software update device configured to be controlled in response to a request from a mobile terminal device, the software update device comprising one or more processors configured to: acquire cooperation information indicating that connection of the mobile terminal device to a vehicle is made; manage whether the mobile terminal device is permitted to execute interface processing related to software update, which is determined in accordance with at least the cooperation information; acquire execution notification information indicating that the mobile terminal device has notified a user that the software update has been executed; and restrict at least a part of control based on a function as an electronic key in response to a request from the mobile terminal device until the one or more processors acquire the execution notification information after the software update has been executed. acquire cooperation information indicating that connection of the mobile terminal device to a vehicle is made; manage whether the mobile terminal device is permitted to execute interface processing related to software update, which is determined in accordance with at least the cooperation information; acquire execution notification information indicating that the mobile terminal device has notified a user that the software update has been executed; and restrict at least a part of control based on a function as an electronic key in response to a request from the mobile terminal device until the one or more processors acquire the execution notification information after the software update has been executed.
A method, comprising: collecting angular rate data from three gyroscopes located within a golf club head, wherein each of the three gyroscopes measures rate data along a different orthogonal axis; collecting data from three accelerometers, wherein each accelerometer collects data along one of the three orthogonal axes associated with the gyroscopes; upon determining that an impact event has occurred, identifying data for processing; processing the identified data, wherein the processing comprises: resolving the identified angular rate data to obtain space-fixed coordinates; calculating roll and pitch data; and utilizing the roll and pitch data and the space-fixed coordinates to calculate at least one of a lie angle, a club face angle, and a loft angle of the club head; the method further comprising: determining that data from at least one gyroscope or at least one accelerometer comprises saturated data; and reconstructing at least a portion of the data from the at least one gyroscope or the at least one accelerometer that is determined to be saturated based upon known factors relating to angular velocities of the club head during a swing. collecting angular rate data from three gyroscopes located within a golf club head, wherein each of the three gyroscopes measures rate data along a different orthogonal axis; collecting data from three accelerometers, wherein each accelerometer collects data along one of the three orthogonal axes associated with the gyroscopes; upon determining that an impact event has occurred, identifying data for processing; processing the identified data, wherein the processing comprises: resolving the identified angular rate data to obtain space-fixed coordinates; calculating roll and pitch data; and utilizing the roll and pitch data and the space-fixed coordinates to calculate at least one of a lie angle, a club face angle, and a loft angle of the club head; resolving the identified angular rate data to obtain space-fixed coordinates; calculating roll and pitch data; and utilizing the roll and pitch data and the space-fixed coordinates to calculate at least one of a lie angle, a club face angle, and a loft angle of the club head; the method further comprising: determining that data from at least one gyroscope or at least one accelerometer comprises saturated data; and reconstructing at least a portion of the data from the at least one gyroscope or the at least one accelerometer that is determined to be saturated based upon known factors relating to angular velocities of the club head during a swing. determining that data from at least one gyroscope or at least one accelerometer comprises saturated data; and reconstructing at least a portion of the data from the at least one gyroscope or the at least one accelerometer that is determined to be saturated based upon known factors relating to angular velocities of the club head during a swing.
An electrode for a lead acid battery comprising an electrode active material layer comprising a lead containing material, a porous carbon material and a binder, and a current collector, wherein said binder is a crystalline polymer having a melting temperature of 40°C or less or amorphous polymer; and said electrode active material layer comprises a layer including the lead containing material, and a layer including the porous carbon material and binder, characterized in that when a weight of lead atom is A and a weight of porous carbon material is B, B/(A+B) x 100 satisfies 3.0 to 90%.
A method for registering an intelligent electronic device for controlling a power electric device with a certification authority, the method comprising: enrolling a configuration tool at the certification authority; generating a one-time password for the intelligent electronic device and storing the one-time password in the certification authority and in the configuration tool, wherein the configuration tool requests a configuration certificate from the certification authority and the one-time password is encrypted with the configuration certificate of the configuration tool; connecting to the intelligent electronic device with the configuration tool, wherein the configuration tool authenticates at the intelligent electronic device; sending the one-time password from the configuration tool to the intelligent electronic device, wherein the one-time password is included in configuration data sent to the intelligent electronic device, wherein the configuration data furthermore include at least one of an address of the certification authority and a root certificate of the certification authority; enrolling the intelligent electronic device at the certification authority with the one-time password and registering the intelligent electronic device with the certification authority, wherein the one-time password is included into registration authority/certification authority, RA/CA, registration data created by the intelligent electronic device from the configuration data; receiving a device certificate from the certification authority in the intelligent electronic device. enrolling a configuration tool at the certification authority; generating a one-time password for the intelligent electronic device and storing the one-time password in the certification authority and in the configuration tool, wherein the configuration tool requests a configuration certificate from the certification authority and the one-time password is encrypted with the configuration certificate of the configuration tool; connecting to the intelligent electronic device with the configuration tool, wherein the configuration tool authenticates at the intelligent electronic device; sending the one-time password from the configuration tool to the intelligent electronic device, wherein the one-time password is included in configuration data sent to the intelligent electronic device, wherein the configuration data furthermore include at least one of an address of the certification authority and a root certificate of the certification authority; enrolling the intelligent electronic device at the certification authority with the one-time password and registering the intelligent electronic device with the certification authority, wherein the one-time password is included into registration authority/certification authority, RA/CA, registration data created by the intelligent electronic device from the configuration data; receiving a device certificate from the certification authority in the intelligent electronic device.
An externally coated or sleeved pipe (30, 50) suitable for supporting guide frames or other structures in a hybrid riser tower, the pipe (30, 50) having at least one stop formation (36, 38, 64) arranged to restrain movement along the pipe (30, 50) of a structure attached to the pipe (30, 50), which formation (36, 38, 64) is integral with the external coating (52, 74, 82) or sleeve of the pipe (30, 50), the pipe (30, 50) being characterised in that it comprises a key formation having at least one circumferentially-facing side wall to resist rotation about the pipe (30, 50) of the structure attached to the pipe (30, 50).
An elongate tape element for forming a helically wound layer of windings in flexible pipe body of an unbonded flexible pipe for transporting fluids from a deep water subsea location, the elongate tape element being configured for alternate winding with a collapse resistant tape (1001 1, 1001 2) in a helical manner to form a collapse resistant layer, wherein the elongate tape element has a cross-sectional profile comprising: a body portion for being positioned between collapse resistant tape windings (1001 1, 1001 2) such that the body portion lies at least partially in a gap between adjacent collapse resistant tape windings; and at least one wing portion extending from an end region of the body portion; wherein the body portion is configured to lie in a gap abutting with a side wall of a collapse resistant tape winding; said at least one wing portion consists of a wing portion configured to span a gap and abut with a radially inner surface of said collapse resistant tape winding when the body portion lies in a gap abutting with a side wall of said collapse resistant winding; characterised in that the elongate tape element has a substantially uniform thickness across the cross-sectional profile. a body portion for being positioned between collapse resistant tape windings (1001 1, 1001 2) such that the body portion lies at least partially in a gap between adjacent collapse resistant tape windings; and at least one wing portion extending from an end region of the body portion; wherein the body portion is configured to lie in a gap abutting with a side wall of a collapse resistant tape winding; said at least one wing portion consists of a wing portion configured to span a gap and abut with a radially inner surface of said collapse resistant tape winding when the body portion lies in a gap abutting with a side wall of said collapse resistant winding; characterised in that the elongate tape element has a substantially uniform thickness across the cross-sectional profile.
An electrode composite comprising: 4 wt% to 8 wt% graphene 4 wt% to 8 wt% carbon black 4 wt% to 18 wt% binder the rest being a lithium transition metal oxide having a spinel structure or a lithium transition metal compound having an olivine structure, and presenting a thickness above 80 μm and an active mass loading above 7 mg/cm 2. 4 wt% to 8 wt% graphene 4 wt% to 8 wt% carbon black 4 wt% to 18 wt% binder
A crimp (102; 102") configured to fix a cable about a bone, comprising: a body extending from a proximal end to a distal end and having a bone-abutting first surface and an opposing second surface and a lateral surface extending between the first and second surfaces (130, 132); a first channel extending through the body from the proximal end to the distal end, the first channel being sized and shaped to permit a cable to be slid therethrough; and a second channel extending through the body from the proximal end to the distal end, the second channel being sized and shaped to permit a cable to be slid therethrough; characterized by a shoulder extending outward from the lateral surface of the body, the shoulder being positioned so as not to interfere with the bone-abutting surface while also acting as a stop permitting only a portion of the body extending proximally from the shoulder to be received within a crimping tool. a body extending from a proximal end to a distal end and having a bone-abutting first surface and an opposing second surface and a lateral surface extending between the first and second surfaces (130, 132); a first channel extending through the body from the proximal end to the distal end, the first channel being sized and shaped to permit a cable to be slid therethrough; and a second channel extending through the body from the proximal end to the distal end, the second channel being sized and shaped to permit a cable to be slid therethrough; characterized by a shoulder extending outward from the lateral surface of the body, the shoulder being positioned so as not to interfere with the bone-abutting surface while also acting as a stop permitting only a portion of the body extending proximally from the shoulder to be received within a crimping tool.
Centrifugal partition chromatography method serving for separating 10-deacetylbaccatin III, characterised by that a solution to be purified containing 10-deacetylbaccatin III is purified in at least one CPC procedurial step, and where during the CPC procedurial step one of the following is used as the solvent mixture: MEK/water, MTBE/acetone/water, and DCM/MeOH/water, where the individual solvent mixtures contain the solvents in the following volume ratios: MEK/water: any ratio, MTBE/acetone/water: 4:4:3, DCM/MeOH/water: 3:4:3, where the individual volume ratios deviate from the above values by a maximum of 20%. MEK/water: any ratio, MTBE/acetone/water: 4:4:3, DCM/MeOH/water: 3:4:3, where the individual volume ratios deviate from the above values by a maximum of 20%.
A vehicle wash system, comprising: a vehicle treatment component configured to be disposed adjacent a vehicle treatment area for treating a vehicle exterior; at least one fluid delivery orifice associated with the vehicle treatment component and in communication with a source of fluid, a controller in communication with the at least one fluid delivery orifice and configured to operate the at least one fluid delivery orifice a first state of operation with a first flow rate and a second state of operation with a second flow rate, which is different than the first flow rate; characterized in that the controller is configured to selectively vary fluid flow through the at least one fluid delivery orifice between the first and second states of operation while a vehicle is disposed in the vehicle treatment area adjacent the vehicle treatment component during a single wash process of the vehicle; and in that the at least one delivery orifice is able to vary the rate of fluid between a predetermined maximum flow rate and a selectable second flow rate less than the predetermined maximum flow rate during a single wash process and wherein the controller is configured to selectively implement the first state of operation of the at least one fluid delivery orifice for a first duration of time and a second state of operation of the at least one fluid delivery orifice for a second duration of time a plurality of times during a single wash process of a vehicle. a vehicle treatment component configured to be disposed adjacent a vehicle treatment area for treating a vehicle exterior; at least one fluid delivery orifice associated with the vehicle treatment component and in communication with a source of fluid, a controller in communication with the at least one fluid delivery orifice and configured to operate the at least one fluid delivery orifice a first state of operation with a first flow rate and a second state of operation with a second flow rate, which is different than the first flow rate; characterized in that the controller is configured to selectively vary fluid flow through the at least one fluid delivery orifice between the first and second states of operation while a vehicle is disposed in the vehicle treatment area adjacent the vehicle treatment component during a single wash process of the vehicle; and in that the at least one delivery orifice is able to vary the rate of fluid between a predetermined maximum flow rate and a selectable second flow rate less than the predetermined maximum flow rate during a single wash process and wherein the controller is configured to selectively implement the first state of operation of the at least one fluid delivery orifice for a first duration of time and a second state of operation of the at least one fluid delivery orifice for a second duration of time a plurality of times during a single wash process of a vehicle.
Motorised bracket intended to receive, in a support (102, 132), a video projector and having a base, a first arm (104, 134) and a second arm (106, 136), in which the first arm is connected to the base at a first motorised rotation axis, the second arm being connected to the first arm at a second motorised rotation axis and the second arm is connected to the support (102, 132) at a third motorised rotation axis, characterised in that the motorised rotation axes each consist of a motor coupled to a geared motor assembly in direct engagement with the arm or the support that is to be controlled and in that each of the motors of the motorised bracket comprises its own control card (1140, 1180, 1220) equipped with a microprocessor or microcontroller locally managing the rotation position data of the associated motor received on the common data line according to its own preprogramed servo-control law, each control card having a code wheel allowing a specific motor to be identified.
A P3HA resin extruded foam having an open cell rate of equal to or greater than 80%, which is obtainable by a method comprising: melt-kneading a polymer which is produced by a microorganism and includes one or more repeating monomer unit(s) represented by the formula: [-O-CHR-CH 2 -CO-] wherein R is an alkyl group represented by C n H2 n+1, and n is an integer of from 1 to 15 (hereinafter, this polymer may be referred to as poly(3-hydroxyalkanoate) or P3HA), and a foaming agent to form a mixture; and extruding the mixture through a molding die in a low pressure region, wherein a resin temperature To (temperature of the resin measured at the extruder discharge outlet with a thermocouple) in extruding the mixture of P3HA and the foaming agent from the extruder falls within the range represented by the formula: Tc - 20 ≤ To (°C) ≤ Tc + 20 wherein Tc = (Tg + Tm)/2; Tg represents a glass transition temperature derived by differential scanning calorimetry of P3HA; and Tm represents a melting point (Tm) derived by differential scanning calorimetry of P3HA.
A workbench support system provided with a utility portion and manipulable between at least a first, fully expanded position and a second, fully collapsed position, the workbench support system comprising a first set of support legs (102A, 402A, 602A) and a second set of support legs (102B, 402B, 602B), the first set of support legs (102A, 402A, 602A) and the second set of support legs (102B, 402B, 602B) being interconnected by at least one link member (117, 417, 617), characterized in that the link member (117, 417, 617) comprising at least two connecting bars (106A, 106B, 406A, 406B, 606A, 606B) pivotable one with respect to the other such that one free end (116, 616) of each of the at least two connecting bars (106A, 106B, 406A, 406B, 606A, 606B) is pivotably connected at a lower end of the support legs (102A, 402A, 602A, 102B, 402B, 602B), while the other free end (138, 638) of the connecting bars (106A, 106B, 406A, 406B, 606A, 606B) is slidingly displaceable over the upper end of the opposite set of support legs (102A, 402A, 602A, 102B, 402B, 602B), wherein in a first fully deployed position the at least one link member (117, 417, 617) is in a fully deployed configuration connectably spacing apart the first set of support legs (102A, 402A, 602A) and the second set of support legs (102B, 402B, 602B) and extending in diagonal therebetween, and in the collapsed position the link members (117, 417, 617) being disposed substantially parallel to the first set of support legs (102A, 402A, 602A) and the second set of support legs (102B, 402B, 602B).