mhurhangee/ep-ind-claims huggingface dataset:
A method of determining resistance to running ductile fracture for high-strength pipe steels mostly with impact toughness exceeding 2.5 MJ / m 2 includes the preparation of a pipe blank, manufacture of transverse specimens, performance of impact bending tests and subsequent determination of steel resistance to RDF using impact toughness value, characterized in that several blanks are extracted from one pipe and subjected to provisional straining by compression that doesn't exceed 45 %, then at least three transverse specimens are manufactured from each blank and tested for impact bending and subsequently, the correlation between the relative impact toughness and provisional plastic strain values is determined, while resistance to running ductile fracture is determined using the provisional plastic strain value indicating the start of impact toughness decrease; wherein the provisional plastic strain value indicating the start of impact toughness decrease is determined according to the formula: dn / dε = A where: n is a relative impact toughness value determined as the correlation between impact toughness after provisional plastic strain and impact toughness in the unstrained condition given in %; ε is a provisional plastic strain value given in %. n is a relative impact toughness value determined as the correlation between impact toughness after provisional plastic strain and impact toughness in the unstrained condition given in %; ε is a provisional plastic strain value given in %.
A method for accelerating oxidation of lipids comprising the step of holding a lipid composition in the presence of cumin for a time period from 30 minutes to 6 hours at a temperature from 80°C to 180°C.
A composition comprising a stably tethered structure, the structure comprising: a) a homodimer, each first monomer of the homodimer comprising a dimerization and docking domain attached to a first precursor; b) a second monomer comprising an anchoring domain attached to a second precursor, wherein the AD moiety is a peptide sequence that has a binding affinity for a dimerized DDD sequence and the AD is covalently or noncovalently attached to the DDD, wherein the DDD sequence is residues 1 to 44 of the human protein kinase regulatory subunit RIIα, and wherein the AD sequence is derived from the sequence of an A-kinase anchoring protein (AKAP), and wherein the first precursor is an antigen-binding antibody fragment and the second precursor is a protein selected from the group consisting of an antibody and an antigen-binding antibody fragment.
A computer-implemented method for determining an index representing the sympathovagal activity of an individual or of a competition animal, said method comprising the following steps: - receiving a sequence with a plurality of measurements, called R-R measurements, of the time interval between two consecutive heartbeats of the individual or of the competition animal, the method being characterised in that it further comprises: - constructing a first sub-sequence made up of the positive deviations between two consecutive values of said received sequence; - constructing a second sub-sequence made up of the absolute values of the negative deviations between two consecutive values of said received sequence; - computing an index equal to a value representing the comparison between the result of a statistical function applied to the values of the first sub-sequence and the result of said statistical function applied to the values of the second sub-sequence. - receiving a sequence with a plurality of measurements, called R-R measurements, of the time interval between two consecutive heartbeats of the individual or of the competition animal, the method being characterised in that it further comprises: - constructing a first sub-sequence made up of the positive deviations between two consecutive values of said received sequence; - constructing a second sub-sequence made up of the absolute values of the negative deviations between two consecutive values of said received sequence; - computing an index equal to a value representing the comparison between the result of a statistical function applied to the values of the first sub-sequence and the result of said statistical function applied to the values of the second sub-sequence.
Magnet device for clearing rubble containing rebars, comprising: - a magnet; and - at least one dislodging member (5, 7, 9, 11) positioned at the magnet; wherein - the magnet device is provided on an attaching side with a frame configured for attaching to an operating arm of a machine; - the magnet is positioned on an active side of the magnet device lying opposite the attaching side and is attached rigidly to the frame such that during use the active side of the magnet device can be brought close to the surface of the rubble for clearing by means of the operating arm in order to attract rebars present in the rubble with the magnet; and - the dislodging member (5, 7, 9, 11) is mounted on at least one of the frame and the magnet; characterized in that - the dislodging member (5, 7, 9, 11) extends at least in an operative mode beyond the magnet in a direction into the rubble containing rebars on the active side of the magnet device, when the active side of the magnet device has been brought close to the surface of the rubble for clearing to allow the dislodging member (5, 7, 9, 11) to be inserted into the rubble and simultaneously enable the magnet to attract rebars present in the rubble, while the dislodging member (5, 7, 9, 11) dislodges the rubble. - a magnet; and - at least one dislodging member (5, 7, 9, 11) positioned at the magnet; - the magnet device is provided on an attaching side with a frame configured for attaching to an operating arm of a machine; - the magnet is positioned on an active side of the magnet device lying opposite the attaching side and is attached rigidly to the frame such that during use the active side of the magnet device can be brought close to the surface of the rubble for clearing by means of the operating arm in order to attract rebars present in the rubble with the magnet; and - the dislodging member (5, 7, 9, 11) is mounted on at least one of the frame and the magnet; - the dislodging member (5, 7, 9, 11) extends at least in an operative mode beyond the magnet in a direction into the rubble containing rebars on the active side of the magnet device, when the active side of the magnet device has been brought close to the surface of the rubble for clearing to allow the dislodging member (5, 7, 9, 11) to be inserted into the rubble and simultaneously enable the magnet to attract rebars present in the rubble, while the dislodging member (5, 7, 9, 11) dislodges the rubble.
A method, performed at one or more servers of protecting an account using a database configured to store user information associated with a password reset process for the account, the user information having a plurality of fields, the method comprising: following a password reset process, receiving a login request for an account and a new password for the account; accessing said database to determine whether the password reset process appears suspicious, the password reset process being determined to be suspicious if at least one of: (i) any of the plurality of fields of the user information associated with the password reset process is blank, or (ii) no user information associated with the password reset process is stored in said database; and, if the password reset process is determined to be suspicious, protecting the account by inactivating the account and/or limiting actions that can be performed on the account, otherwise, if the password reset process is not determined to be suspicious, completing the login in accordance with the login request. following a password reset process, receiving a login request for an account and a new password for the account; accessing said database to determine whether the password reset process appears suspicious, the password reset process being determined to be suspicious if at least one of: (i) any of the plurality of fields of the user information associated with the password reset process is blank, or (ii) no user information associated with the password reset process is stored in said database; and, (i) any of the plurality of fields of the user information associated with the password reset process is blank, or (ii) no user information associated with the password reset process is stored in said database; and, if the password reset process is determined to be suspicious, protecting the account by inactivating the account and/or limiting actions that can be performed on the account, otherwise, if the password reset process is not determined to be suspicious, completing the login in accordance with the login request.
A computer-implemented method for managing alarm and maintenance messages of an aircraft, comprising the step consisting in: - collecting information relating to the alarm, aircraft status and maintenance messages; the method being characterised in that it comprises the step of: - transmitting the information collected to an electronic device of EFB or Electronic Flight Bag type, said electronic device being able to correlate the alarm messages with the maintenance messages and to associate the descriptions of the alarms with links and electronic maintenance documents. - collecting information relating to the alarm, aircraft status and maintenance messages; - transmitting the information collected to an electronic device of EFB or Electronic Flight Bag type, said electronic device being able to correlate the alarm messages with the maintenance messages and to associate the descriptions of the alarms with links and electronic maintenance documents.
A battery module, comprising: a plurality of cell module assemblies; and a pair of module plates, wherein each of the cell module assemblies comprises a plurality of battery cells and an individual housing configured to receive the plurality of battery cells, wherein the individual housing comprises: an upper plate located at an upper part of the plurality of battery cells, a lower plate located at a lower part of the plurality of battery cells, and two side plates located at opposite side surfaces of the plurality of battery cells, the two side plates being configured to connect the upper plate and the lower plate to each other, excluding a front and a rear of the plurality of battery cells, from which electrode leads protrude, and wherein each of the pair of module plates has a size that covers a corresponding one of an entire front and an entire rear of the plurality of cell module assemblies, from which electrode leads protrude, the pair of module plates being located respectively at the front and the rear of the plurality of cell module assemblies so as to be fastened to the plurality of cell module assemblies, and wherein a space portion is formed between each of the side plates of the individual housing and a side plate of a neighboring individual housing. a plurality of cell module assemblies; and a pair of module plates, wherein each of the cell module assemblies comprises a plurality of battery cells and an individual housing configured to receive the plurality of battery cells, wherein the individual housing comprises: an upper plate located at an upper part of the plurality of battery cells, a lower plate located at a lower part of the plurality of battery cells, and two side plates located at opposite side surfaces of the plurality of battery cells, the two side plates being configured to connect the upper plate and the lower plate to each other, excluding a front and a rear of the plurality of battery cells, from which electrode leads protrude, and an upper plate located at an upper part of the plurality of battery cells, a lower plate located at a lower part of the plurality of battery cells, and two side plates located at opposite side surfaces of the plurality of battery cells, the two side plates being configured to connect the upper plate and the lower plate to each other, excluding a front and a rear of the plurality of battery cells, from which electrode leads protrude, and wherein each of the pair of module plates has a size that covers a corresponding one of an entire front and an entire rear of the plurality of cell module assemblies, from which electrode leads protrude, the pair of module plates being located respectively at the front and the rear of the plurality of cell module assemblies so as to be fastened to the plurality of cell module assemblies, and wherein a space portion is formed between each of the side plates of the individual housing and a side plate of a neighboring individual housing.
Method for producing fibre composite components by means of a vacuum injection method, comprising the following steps: - arranging the fibre composite semi-finished product in a component chamber on a tool, - arranging and positioning a suction chamber for evacuating gas from the component chamber adjacent to the component chamber by means of a separation membrane which separates the suction chamber from the component chamber, - sealing the component chamber and the suction chamber relative to the tool surroundings using a separation material which is impervious to gas and to matrix material, - applying a vacuum to the suction chamber, - introducing a matrix material into the component chamber, - curing and demoulding the finished fibre composite component, the component chamber in this case being sealed using a separation membrane which, having a pore size between 0.4 and 30 μm, has a strong matrix material-braking effect but is not impervious to matrix material, characterised in that, after the matrix material inlet into the tool is blocked, while the vacuum is maintained in the suction chamber, the pressure in the component chamber is equalised by the migration of the matrix material out of the suction chamber back into the component chamber through the separation membrane, such that the suction chamber acts as a distribution chamber for the distribution of the matrix material in the tool. - arranging the fibre composite semi-finished product in a component chamber on a tool, - arranging and positioning a suction chamber for evacuating gas from the component chamber adjacent to the component chamber by means of a separation membrane which separates the suction chamber from the component chamber, - sealing the component chamber and the suction chamber relative to the tool surroundings using a separation material which is impervious to gas and to matrix material, - applying a vacuum to the suction chamber, - introducing a matrix material into the component chamber, - curing and demoulding the finished fibre composite component,
A pharmaceutical composition comprising a therapeutically effective amount of a plasminogen pathway activator for use in treating amyotrophic lateral sclerosis, in a subject suffering from amyotrophic lateral sclerosis, wherein the plasminogen pathway activator is plasminogen.
A floor drain with a drain bowl having an upper edge and a drain connection which is adapted for connecting to a drain pipe, the drain bowl including a grate forming a detachable lid wherein a mounting flange is made integral with a rim area at the upper edge of the drain bowl, wherein the drain bowl has a polygonal cross-section, e.g. triangular or rectangular cross-section, wherein the mounting flange has a bent central rim area encircling the upper edge of the drain bowl, wherein between the drain bowl and the grate there is provided a clamping flange in the bent area of the mounting flange, wherein the clamping flange is adapted to be clamped against the mounting flange, wherein a slot is formed between the clamping flange and the mounting flange for clamping a building membrane extending into the drain bowl, wherein the grate is disposed over and covering the clamping flange, wherein the grate extends across the entire bent central rim area, wherein an annular slot is formed between the grate and the outer end of the bent rim area, and wherein the grate is disposed in a recess at the upper edge of the drain bowl, characterised in that the annular slot is formed for clamping a building membrane extending into the drain bowl; the floor drain is made of stainless steel sheets; the drain bowl is channel-shaped; and that tubular rivets provided with threaded bushings are provided in the long sides of the bent central rim area and receive screws for fastening the clamping flange to the drain bowl and that the grate may be lie loosely herein or be mounted by means of screws which are screwed into tubular rivets provided with threaded bushings, which tubular rivets are provided at the end sides of the bent central rim area.
An apparatus which is operable for use in detecting and identifying vehicles, where individual vehicles each have thereon at least one RFID communication device with a directional device antenna close to the surface on which the vehicles travel, the radiation pattern of each device antenna being directed parallel to the direction of vehicle travel, and each RFID communication device on a vehicle is operable, if correctly operational, to backscatter a modulated UHF signal to the apparatus indicating that particular vehicle's identity, the apparatus including an RFID reader, the RFID reader having a reader antenna which is operable to be positioned on or in the surface on which the vehicles travel, the reader antenna and the device antenna defining a read zone, and the RFID reader being operable, while an RFID communication device of a vehicle is in the read zone, to transmit a signal to the said RFID communication device and, if the said RFID communication device is correctly operational, to receive the modulated backscattered UHF signal from the said RFID communication device indicating that particular vehicle's identity, such that that vehicle is thereby identified using the apparatus, wherein the radiation pattern of the reader antenna has a shape which approximates a wide and low elliptic torus or squashed doughnut located on or just above the surface on which the vehicles travel and centred on the reader antenna's location such that a region of space is within the read zone, the said region of space: ▪ extending from approximately 5 m horizontally before the RFID reader antenna to approximately 5 m horizontally beyond the RFID reader antenna in the (or any) direction of vehicle travel, ▪ being approximately 4 m wide horizontally, perpendicular to the direction of vehicle travel, and ▪ extending from approximately 200 mm to approximately 1200 mm vertically above the surface on which the vehicles travel. ▪ extending from approximately 5 m horizontally before the RFID reader antenna to approximately 5 m horizontally beyond the RFID reader antenna in the (or any) direction of vehicle travel, ▪ being approximately 4 m wide horizontally, perpendicular to the direction of vehicle travel, and ▪ extending from approximately 200 mm to approximately 1200 mm vertically above the surface on which the vehicles travel.
A progressing cavity pump system comprising: a well casing with an annulus; a progressing cavity pump disposed within the well casing; a motor operatively coupled to the PC pump; a controller operatively coupled to the motor; a gas flow valve in communication with the annulus of the well casing and disposed in a fluid flow line; and an automated wash system operatively coupled to the controller, the automated wash system including: a wash fluid source; and a wash valve in fluid communication with the wash fluid source and the annulus of the well casing, the wash valve adapted to control the flow of wash fluid between the wash fluid source and the annulus and operably coupled to the controller; wherein, upon receipt of a command to initiate a wash cycle, the controller closes the gas flow valve to stop an upward flow of fluid in the annulus of the well casing, opens the wash valve to allow fluid from the wash fluid source to be directed into the annulus, and increases a speed of the PC pump via a signal to the motor to effect cleaning of the well casing. a well casing with an annulus; a progressing cavity pump disposed within the well casing; a motor operatively coupled to the PC pump; a controller operatively coupled to the motor; a gas flow valve in communication with the annulus of the well casing and disposed in a fluid flow line; and an automated wash system operatively coupled to the controller, the automated wash system including: a wash fluid source; and a wash valve in fluid communication with the wash fluid source and the annulus of the well casing, the wash valve adapted to control the flow of wash fluid between the wash fluid source and the annulus and operably coupled to the controller; wherein, upon receipt of a command to initiate a wash cycle, the controller closes the gas flow valve to stop an upward flow of fluid in the annulus of the well casing, opens the wash valve to allow fluid from the wash fluid source to be directed into the annulus, and increases a speed of the PC pump via a signal to the motor to effect cleaning of the well casing. a wash fluid source; and a wash valve in fluid communication with the wash fluid source and the annulus of the well casing, the wash valve adapted to control the flow of wash fluid between the wash fluid source and the annulus and operably coupled to the controller; wherein, upon receipt of a command to initiate a wash cycle, the controller closes the gas flow valve to stop an upward flow of fluid in the annulus of the well casing, opens the wash valve to allow fluid from the wash fluid source to be directed into the annulus, and increases a speed of the PC pump via a signal to the motor to effect cleaning of the well casing.
A single-stage method for thermochemically gasifying solid fuels according to the principle of rising downdraft gasification, a fuel being fed into a gasifying chamber against gravity, a gasifying medium being mixed into the fuel in a downdraft, and a resulting product gas being discharged in a downdraft, characterized in that, the fuel is continuously fed into the gasifying chamber via a fuel inlet in the gasifier floor, and that the gasifying medium is fed from below through the infed fuel into a forming stratified oxidation zone, wherein the gasifying medium is fed via an inlet below a stratified pyrolysis zone forming in the gasifying chamber and present as a solid bed into the stratified oxidation zone and into a reduction zone, wherein the fuel forms an impinging flow floor for generating a stationary fluidized bed and wherein the amount of the gasifying medium fed in is adjusted by a controller unit, such that a solid bed is present in the lower regions of the gasifier in the fuel inlet and in the pyrolysis zone, and the stationary fluidized bed is implemented in the reduction zone above the oxidation zone without a mechanical flow impingement floor, and without feeding in additional fluidizing medium, and the ash produced is carried away solely by the exiting product gas.
Use of 2-(2-hydroxyethyl)-1-methylpropyl 1-piperidinecarboxylate as action enhancer for at least one insect repellent, characterised in that the at least one insect repellent is ethyl 3-(acetylbutylamino)propionate.
Optical element (7; 37) for installation in a holder on a laser processing machine, the optical element (7; 37) having at least one profiled portion on the peripheral surface thereof, and the optical element (7, 37) being circular apart from the profiled portion, characterised in that the profiled portion is designed as a planar ground surface portion on the peripheral surface, the ground surface portion having a ground or polished surface.