mhurhangee/ep-ind-claims huggingface dataset:
A water-soluble preflux comprising an imidazole compound and a carboxylic acid compound having 4 to 16 carbon atoms represented by the following formula 1: wherein R 1 represents a linear or branched alkyl group having 1 to 4 carbon atoms, R 2 represents a hydrogen atom or a methyl group, m represents an integer of 0 to 3, and n represents 1 or 2.
An authentication relay apparatus which relays an authentication process authenticating at least one of a first communication apparatus and a second communication apparatus, both the first communication apparatus and the second communication apparatus being connected to a power line, the authentication relay apparatus comprising: a relay section which relays the authentication process between the first communication apparatus and the second communication apparatus via the power line; a communication range control section which controls at least one of a communication range in relation to the first communication apparatus and a communication range in relation to the second communication apparatus; a storage section for storing a first key shared with the first communication apparatus; an acquisition section for acquiring information for a second key which is different from the first key from the second communication apparatus; an encryption section for encrypting, using the first key stored in the storage section, the information for the second key; and a transmission section for transmitting the information for the second key encrypted at the encryption section to the first communication apparatus.
A method performed by a user equipment, the method comprising: causing, responsive to information being provided that a network access application is to be disabled, the network access application in a secure element of the user equipment to be disabled by resetting a verification status of a personal identification number, wherein said information is responsive to an occurrence of an event and said event comprises an input of emergency call information.
Prosthetic heart valve for supporting or replacing a non- or malfunctioning native heart valve, the prosthetic heart valve being expandable from a compressed state to an expanded state, and comprising: - an expandable generally tubular stent support, and having a proximal end, a distal end, and a longitudinal axis extending from the proximal end to the distal end, wherein the tubular stent support has an inner surface and an outer surface, - a valve element, having an outer surface, an inner surface, leaflets, a longitudinal axis and a circumference; - a plurality of sealing elements, wherein the sealing elements are - spaced apart from one another - circumferentially attached to the outer surface of the valve element without being tangent to one another, such, that each of sealing element, in the expanded state, forms a lip-shaped element radially protruding from the outer surface of the valve element, wherein the valve element having the sealing elements attached thereon is mounted on the inner surface of the stent support. - an expandable generally tubular stent support, and having a proximal end, a distal end, and a longitudinal axis extending from the proximal end to the distal end, wherein the tubular stent support has an inner surface and an outer surface, - a valve element, having an outer surface, an inner surface, leaflets, a longitudinal axis and a circumference; - a plurality of sealing elements, wherein the sealing elements are - spaced apart from one another - circumferentially attached to the outer surface of the valve element without being tangent to one another, such, that each of sealing element, in the expanded state, forms a lip-shaped element radially protruding from the outer surface of the valve element,
Apparatus for straightening protruding wire ends of enamelled copper wires of a coil arrangement of electric motors, characterized by a clamping apparatus for clamping the wire ends at a distance from the free ends thereof, and a straightening apparatus for straightening the free ends of the wire ends protruding beyond the clamping apparatus.
Perforating knife, which is designed as a circular knife, for perforating at least one layer of a printing material to be processed into a printed product, wherein the perforating knife comprises a plurality of perforating elements on the circumference, wherein a perforating element comprises at least one perforating tip, which extends in radial extension from an outer radius (Ra) to at least one base point lying on a first radius, wherein a crimping surface adjoins the base point on at least one side of the perforating tip, characterised in that at least one crimping surface has an angle of inclination α to the circle spanned by the first radius, wherein the angle of inclination is defined between the tangent lying against the circle at the base point of the perforating tip and the crimping surface.
An isolated prom-1 peptide derived from a prominin-1, wherein said peptide has pro-angiogenic activity, and wherein the peptide is selected from the group consisting of: i) a peptide that is at least 90% identical to the peptide LCGNSFSGGQPS (SEQ. ID. No.4); ii) a peptide that is at least 90% identical to the peptide PNIIPVLDEIKS (SEQ. ID. No.5); iii) a peptide that is at least 90% identical to the peptide LCGVCGYDRHAT (SEQ. ID. No.6); iv) a peptide that is at least 90% identical to the peptide DRVQRQTTTVVA (SEQ. ID. No.8); v) a peptide that is at least 90% identical to the peptide CSFAYDLEAKANSLPPGNLRN (SEQ. ID. No.9); vi) a peptide consisting of 50 or fewer consecutive amino acids of SEQ ID NO: 36, wherein the peptide comprises LCGNSFSGGQPS (SEQ. ID. No.4); vii) a peptide consisting of 50 or fewer consecutive amino acids of SEQ ID NO: 36, wherein the peptide comprises PNIIPVLDEIKS (SEQ. ID. No.5); viii) a peptide consisting of 50 or fewer consecutive amino acids of SEQ ID NO: 36, wherein the peptide comprises LCGVCGYDRHAT (SEQ. ID. No.6); ix) a peptide consisting of 50 or fewer consecutive amino acids of SEQ ID NO: 36, wherein the peptide comprises DRVQRQTTTVVA (SEQ. ID. No.8); and x) a peptide consisting of 50 or fewer consecutive amino acids of SEQ ID NO: 36, wherein the peptide comprises CSFAYDLEAKANSLPPGNLRN (SEQ. ID. No.9). i) a peptide that is at least 90% identical to the peptide LCGNSFSGGQPS (SEQ. ID. No.4); ii) a peptide that is at least 90% identical to the peptide PNIIPVLDEIKS (SEQ. ID. No.5); iii) a peptide that is at least 90% identical to the peptide LCGVCGYDRHAT (SEQ. ID. No.6); iv) a peptide that is at least 90% identical to the peptide DRVQRQTTTVVA (SEQ. ID. No.8); v) a peptide that is at least 90% identical to the peptide CSFAYDLEAKANSLPPGNLRN (SEQ. ID. No.9); vi) a peptide consisting of 50 or fewer consecutive amino acids of SEQ ID NO: 36, wherein the peptide comprises LCGNSFSGGQPS (SEQ. ID. No.4); vii) a peptide consisting of 50 or fewer consecutive amino acids of SEQ ID NO: 36, wherein the peptide comprises PNIIPVLDEIKS (SEQ. ID. No.5); viii) a peptide consisting of 50 or fewer consecutive amino acids of SEQ ID NO: 36, wherein the peptide comprises LCGVCGYDRHAT (SEQ. ID. No.6); ix) a peptide consisting of 50 or fewer consecutive amino acids of SEQ ID NO: 36, wherein the peptide comprises DRVQRQTTTVVA (SEQ. ID. No.8); and x) a peptide consisting of 50 or fewer consecutive amino acids of SEQ ID NO: 36, wherein the peptide comprises CSFAYDLEAKANSLPPGNLRN (SEQ. ID. No.9).
Method for monitoring vibrations of winding overhangs of a generator, comprising the following steps: - detecting vibrations of the winding overhang during the operation of the generator; - transforming signals of the vibrations into the frequency range; - transforming multiple individual vibrations from frequency signals into the modal range; and - determining deviations of the modal forms in relation to a reference response, wherein operating parameters of the generator, such as active power, reactive power and/or temperature, are detected and the reference response is selected or adapted on the basis of the operating parameters. - detecting vibrations of the winding overhang during the operation of the generator; - transforming signals of the vibrations into the frequency range; - transforming multiple individual vibrations from frequency signals into the modal range; and - determining deviations of the modal forms in relation to a reference response,
A barrier coating composition comprising a nanocomposite wherein the nanocomposite comprises a) a polymer having a surface tension of between 20 to 60 mJ/m 2 having a dispersive component of between 10 to 50 mJ/m 2 and a polar component of between 2 to 40 mJ/m 2 and b) a nanoparticulate clay modified with a surface active agent having an aspect ratio of between 20 to 30000 and a surface tension of between 20 to 60 mJ/m 2 having a dispersive component of between 10 to 50 mJ/m 2 and a polar component of between 2 to 40 mJ/m 2 and wherein the adhesion (W ad) between the polymer and the clay is greater than 60 mJ/m 2, the flocculation (W floc) representing the dispersion of the clay in the polymer is not greater than 10 mJ/m 2 and the contact angle (θ) between polymer and the clay is less than 30, wherein the surface tension, the dispersive component, the polar component, the adhesion (W ad), the flocculation (W floc) and the contact angle are determined as indicated in the specification. a) a polymer having a surface tension of between 20 to 60 mJ/m 2 having a dispersive component of between 10 to 50 mJ/m 2 and a polar component of between 2 to 40 mJ/m 2 and b) a nanoparticulate clay modified with a surface active agent having an aspect ratio of between 20 to 30000 and a surface tension of between 20 to 60 mJ/m 2 having a dispersive component of between 10 to 50 mJ/m 2 and a polar component of between 2 to 40 mJ/m 2 and
A thermoplastic molding material comprising a) a mixture of 100 parts by weight of polyamide 6 or polyamide 6/6,6 and 7 to 50 parts by weight of aliphatic polyamide composed of C 4-10 -diamine and C 8-16 -dicarboxylic acid as component A), b) 10 to 70% by weight, based on component A), of glass fibers as component B), c) 0 to 30% by weight, based on component A), of further additives as component C), wherein the molding material comprises no thermoplastic polyamides distinct from polyamides of the component A) and no flame retardant additives. a) a mixture of 100 parts by weight of polyamide 6 or polyamide 6/6,6 and 7 to 50 parts by weight of aliphatic polyamide composed of C 4-10 -diamine and C 8-16 -dicarboxylic acid as component A), b) 10 to 70% by weight, based on component A), of glass fibers as component B), c) 0 to 30% by weight, based on component A), of further additives as component C),
A device adapted to be coupled to a fitting assembly defining a fluid passage to a tank assembly for causing turbulent flow in the tank assembly, the device comprising: a) a base portion (52, 252, 352) having a cross-section, in a plane taken perpendicular to an axis (A-A) defined by a flow of fluid through the fluid passage, that allows the fluid to flow into the tank assembly when the device is coupled to the fitting assembly; b) a vane element (66,66a,66b, 266, 366) configured to redirect fluid traversing the device along the axis (A-A) in a non-axial direction; characterized by c) a plurality of shoulder elements (55, 69, 274a-274d, 374a-374d) arranged at lateral edges of the vane element or both of the base portion and the vane element and adapted and configured for limiting axial insertion of the device into the fitting assembly. a) a base portion (52, 252, 352) having a cross-section, in a plane taken perpendicular to an axis (A-A) defined by a flow of fluid through the fluid passage, that allows the fluid to flow into the tank assembly when the device is coupled to the fitting assembly; b) a vane element (66,66a,66b, 266, 366) configured to redirect fluid traversing the device along the axis (A-A) in a non-axial direction; characterized by c) a plurality of shoulder elements (55, 69, 274a-274d, 374a-374d) arranged at lateral edges of the vane element or both of the base portion and the vane element and adapted and configured for limiting axial insertion of the device into the fitting assembly.
A method of controlling a doubly-fed induction machine (DFIG) by a frequency converter comprising a rotor side converter connected to a rotor circuit of the doubly-fed induction machine (DFIG) and having a control system with rotor flux as a feedback variable, a grid side converter connected to an AC power network, and a direct voltage intermediate circuit connected between the rotor side converter and the grid side converter, and wherein the stator of the doubly-fed induction machine (DFIG) is connected to the AC power network, which method comprises forming a rotor flux reference (ψ r,ref), the rotor flux reference and the rotor flux used as feedback variable being estimated, characterized in that the method comprises forming a damping signal (ψ ref, D), the damping signal being proportional to oscillation in an estimated torque, oscillation in estimated stator power or oscillation in a measured intermediate DC circuit voltage, and the damping signal (ψ ref,D) being obtained from an oscillating signal by filtering it with low-pass and high-pass filters or a band-pass filter, summing the damping signal (ψ ref,D) and the rotor flux reference ( ψ r,ref,) for obtaining a modified rotor flux reference (ψ ref), and feeding the modified rotor flux reference ((ψ ref) to a controller of the rotor side converter for damping sub-synchronous resonances.
An exhaust gas purification catalyst which is configured to be arranged in an exhaust pipe of an internal combustion engine and configured to purify an exhaust gas exhausted from the internal combustion engine, comprising: a base material; and a catalyst layer formed on the base material, the catalyst layer having an alkaline-earth metal carrying region including, a porous carrier constituted of an inorganic compound and comprising secondary porous carrier particles, Pt carried on the porous carrier, and a sulfuric acid salt of at least one alkaline-earth metal carried on the porous carrier, wherein a value of R Ae/Pt is 0.5 or more, where R Ae/Pt represents a Pearson's correlation coefficient, the Pearson's correlation coefficient being determined by performing an area analysis of a cross section of the alkaline-earth metal carrying region of the catalyst layer by FE-EPMA under a condition of pixel size 0.34 μm × 0.34 μm; and number of measured pixels 256 × 256; and measuring an intensity (α: cps) of a characteristic X ray of an element (Ae) of the alkaline-earth metal and an intensity (β: cps) of a characteristic X ray of Pt for each pixel, to measure the Pearson's correlation coefficient using α and β in each pixel, the alkaline-earth metal sulfuric acid salt is carried on the outer surface and in the inside of the secondary porous carrier particles in a highly dispersed state, and the exhaust gas purification catalyst further comprises a catalyst layer including Rh as a catalyst metal on the downstream side in the direction in which the exhaust gas in the catalyst layer flows. a base material; and a catalyst layer formed on the base material, the catalyst layer having an alkaline-earth metal carrying region including, a porous carrier constituted of an inorganic compound and comprising secondary porous carrier particles, Pt carried on the porous carrier, and a sulfuric acid salt of at least one alkaline-earth metal carried on the porous carrier, wherein a value of R Ae/Pt is 0.5 or more, where R Ae/Pt represents a Pearson's correlation coefficient, the Pearson's correlation coefficient being determined by performing an area analysis of a cross section of the alkaline-earth metal carrying region of the catalyst layer by FE-EPMA under a condition of pixel size 0.34 μm × 0.34 μm; and number of measured pixels 256 × 256; and measuring an intensity (α: cps) of a characteristic X ray of an element (Ae) of the alkaline-earth metal and an intensity (β: cps) of a characteristic X ray of Pt for each pixel, to measure the Pearson's correlation coefficient using α and β in each pixel, the alkaline-earth metal sulfuric acid salt is carried on the outer surface and in the inside of the secondary porous carrier particles in a highly dispersed state, and the exhaust gas purification catalyst further comprises a catalyst layer including Rh as a catalyst metal on the downstream side in the direction in which the exhaust gas in the catalyst layer flows.
A child safety seat comprising: a seat shell for receiving a child, the seat shell having a backrest, a front end opposite to the backrest, and a seat portion extending between the backrest and the front end; an extension member disposed adjacent to the front end of the seat shell and slidably connected with the seat shell, the extension member having a forward end, the extension member being slidable relative to the seat shell to increase or reduce a distance between the forward end of the extension member and the front end of the seat shell; an extension locking mechanism operable to lock the extension member with respect to the seat shell; characterized by an anti-rebound part (240, 340, 440, 440') carried by the extension member and having a distal end (240C, 340C, 440A), the child safety seat being installable on a vehicle seat in a rear facing position with the anti-rebound part (240, 340, 440, 440') extending above the extension member and adjacent to a seatback of the vehicle seat, the distal end (240C, 340C, 440A) of the anti-rebound part (240, 340, 440, 440') being positioned adjacent to the forward end of the extension member when the anti-rebound part (240, 340, 440, 440') is stowed in a first angular position relative to the extension member and displaced away from the forward end of the extension member when the anti-rebound part (240, 340, 440, 440') is deployed to a second angular position that is tilted an angle relative to the first angular position. a seat shell for receiving a child, the seat shell having a backrest, a front end opposite to the backrest, and a seat portion extending between the backrest and the front end; an extension member disposed adjacent to the front end of the seat shell and slidably connected with the seat shell, the extension member having a forward end, the extension member being slidable relative to the seat shell to increase or reduce a distance between the forward end of the extension member and the front end of the seat shell; an extension locking mechanism operable to lock the extension member with respect to the seat shell; characterized by an anti-rebound part (240, 340, 440, 440') carried by the extension member and having a distal end (240C, 340C, 440A), the child safety seat being installable on a vehicle seat in a rear facing position with the anti-rebound part (240, 340, 440, 440') extending above the extension member and adjacent to a seatback of the vehicle seat, the distal end (240C, 340C, 440A) of the anti-rebound part (240, 340, 440, 440') being positioned adjacent to the forward end of the extension member when the anti-rebound part (240, 340, 440, 440') is stowed in a first angular position relative to the extension member and displaced away from the forward end of the extension member when the anti-rebound part (240, 340, 440, 440') is deployed to a second angular position that is tilted an angle relative to the first angular position.
A sheet processing apparatus comprising: an operation member that is rotated with a force applied from an operator; and an motion member connected to the operation member via a connection part to which the operation member applies a force, the motion member being rotated with the force of the operation member applied through the connection part, and the motion member applying force to an acting member that processes a sheet, wherein the operation member is displaced by a rotating operation of the operation member about a fulcrum, thereby pressing the motion member via the connection part characterized in that the fulcrum moves depending on the operation of the operation member, so that a first length between the fulcrum and a part at which the operation member is applied with the force and a second length between the fulcrum and a part at which the force is applied from the operation member to the motion member are changed, and a reduction rate of a load applied to the operation member is thus changed an operation member that is rotated with a force applied from an operator; and an motion member connected to the operation member via a connection part to which the operation member applies a force, the motion member being rotated with the force of the operation member applied through the connection part, and the motion member applying force to an acting member that processes a sheet, wherein the operation member is displaced by a rotating operation of the operation member about a fulcrum, thereby pressing the motion member via the connection part characterized in that the fulcrum moves depending on the operation of the operation member, so that a first length between the fulcrum and a part at which the operation member is applied with the force and a second length between the fulcrum and a part at which the force is applied from the operation member to the motion member are changed, and a reduction rate of a load applied to the operation member is thus changed