mhurhangee/ep-ind-claims huggingface dataset:
An one-component composition comprising, based on the weight of the composition: from 30 to 90 wt.% of a) at least one epoxy resin; from 1 to 50 wt.% of b) at least one mercapto compound having at least two mercapto groups reactive towards epoxide; from 0.5 to 25 wt.% of c) at least one organoboron compound selected from tetrasubstituted borate salts of monovalent cations of tertiary amines; and, from 0.5 to 25 wt.% of d) at least one (meth)acrylamide monomer of Formula: wherein: R a is H or Me; G is selected from -NH 2, -NHR b and -N(R b)(R c); R b and R c are independently selected from C 1 -C 18 alkyl, C 1 -C 18 hydroxyalkyl, C 1 -C 18 alkalkoxy, C 6 -C 18 aryl and -(CH 2) n -N(R d)(R e); n is an integer of from 1 to 4; and, R d and R e are independently selected from H and C 1 -C 6 alkyl. from 30 to 90 wt.% of a) at least one epoxy resin; from 1 to 50 wt.% of b) at least one mercapto compound having at least two mercapto groups reactive towards epoxide; from 0.5 to 25 wt.% of c) at least one organoboron compound selected from tetrasubstituted borate salts of monovalent cations of tertiary amines; and, from 0.5 to 25 wt.% of d) at least one (meth)acrylamide monomer of Formula: wherein: R a is H or Me; G is selected from -NH 2, -NHR b and -N(R b)(R c); R b and R c are independently selected from C 1 -C 18 alkyl, C 1 -C 18 hydroxyalkyl, C 1 -C 18 alkalkoxy, C 6 -C 18 aryl and -(CH 2) n -N(R d)(R e); n is an integer of from 1 to 4; and, R d and R e are independently selected from H and C 1 -C 6 alkyl. R a is H or Me; G is selected from -NH 2, -NHR b and -N(R b)(R c); R b and R c are independently selected from C 1 -C 18 alkyl, C 1 -C 18 hydroxyalkyl, C 1 -C 18 alkalkoxy, C 6 -C 18 aryl and -(CH 2) n -N(R d)(R e); n is an integer of from 1 to 4; and, R d and R e are independently selected from H and C 1 -C 6 alkyl.
A method of switching a wireless client between a plurality of access points in a network, comprising: performing, by a first access point, an authentication process with the wireless client in the network; generating, by the first access point, first encryption key information during the authentication procedure; periodically broadcasting the first encryption key information from the first access point to a second access point in the network; in response to the wireless client moving to an area covered by the second access point receiving, by the second access point, data encrypted using the first encryption key information from the wireless client; decrypting, by the second access point, the encrypted data using the first encryption key information; performing, by the second access point, a re-authentication procedure with the wireless client before a predetermined time period has elapsed; generating, by the second access point, second encryption key information during the re-authentication procedure; periodically broadcasting, by the second access point, the second encryption key information to the first access point and other access points in the network; in response to timely receiving the second encryption key information, replacing, by the first access point, previously received encryption key information from the second access point with the second encryption key information; and in response to untimely receiving the second encryption key information, determining that the second access point has been corrupted or compromised. performing, by a first access point, an authentication process with the wireless client in the network; generating, by the first access point, first encryption key information during the authentication procedure; periodically broadcasting the first encryption key information from the first access point to a second access point in the network; in response to the wireless client moving to an area covered by the second access point receiving, by the second access point, data encrypted using the first encryption key information from the wireless client; decrypting, by the second access point, the encrypted data using the first encryption key information; performing, by the second access point, a re-authentication procedure with the wireless client before a predetermined time period has elapsed; generating, by the second access point, second encryption key information during the re-authentication procedure; periodically broadcasting, by the second access point, the second encryption key information to the first access point and other access points in the network; in response to timely receiving the second encryption key information, replacing, by the first access point, previously received encryption key information from the second access point with the second encryption key information; and in response to untimely receiving the second encryption key information, determining that the second access point has been corrupted or compromised.
A laminate comprising: - a temporary adhesive film; - positioned on a surface of the temporary adhesive film, a resin pattern which contains a surfactant; the resin pattern being a developed layer-like photosensitive resin composition; and - a metal which is positioned at least between the resin patterns; wherein an oxygen atom/carbon atom mass ratio, O/C, is 0.20-0.40 in the resin pattern and is 0-0.05 in the temporary adhesive film. - a temporary adhesive film; - positioned on a surface of the temporary adhesive film, a resin pattern which contains a surfactant; the resin pattern being a developed layer-like photosensitive resin composition; and - a metal which is positioned at least between the resin patterns; wherein an oxygen atom/carbon atom mass ratio, O/C, is 0.20-0.40 in the resin pattern and is 0-0.05 in the temporary adhesive film.
A method for improving a characteristic of an image display device comprising: providing an image display panel; providing a support member comprising a steel sheet; providing a heat dispersion material comprising at least one sheet of compressed particles of exfoliated graphite and having an in-plane thermal conductivity of 240 to 450 W/m·°K, the heat dispersion material being positioned between the image display panel and the support member; providing an open frame positioned proximate to the heat dispersion material opposite the image display panel; and wherein the support member provides a support factor of less than 150 mm·W/m·°K where the support factor is determined by multiplying the thickness of the support member by its in-plane thermal conductivity. providing an image display panel; providing a support member comprising a steel sheet; providing a heat dispersion material comprising at least one sheet of compressed particles of exfoliated graphite and having an in-plane thermal conductivity of 240 to 450 W/m·°K, the heat dispersion material being positioned between the image display panel and the support member; providing an open frame positioned proximate to the heat dispersion material opposite the image display panel; and wherein the support member provides a support factor of less than 150 mm·W/m·°K where the support factor is determined by multiplying the thickness of the support member by its in-plane thermal conductivity.
A pelvic organ prolapse treatment device comprising: an implantable support configured to treat a prolapsed area of a patient selected from the group consisting of urethrocele prolapse, cystocele prolapse, vault prolapse, uterine prolapse, enterocele prolapse, and rectocele prolapse, the implantable support comprising: a body portion and an arm (54,56) having a first end portion connected to the body portion; a knot connecting a suture to a second end portion of the arm (54,56); a tubular dilator disposed over and permanently connected to the knot; the tubular dilator having an aspect ratio of greater than 7, wherein the second end portion of the arm (54,56) is folded to include a first fold and a second fold that combine to reduce the lateral dimension of the second end portion of the arm (54,56), and wherein the knot is provided as a nail knot having opposing first and second ends (90, 92) that extend away from a winding of the knot.. an implantable support configured to treat a prolapsed area of a patient selected from the group consisting of urethrocele prolapse, cystocele prolapse, vault prolapse, uterine prolapse, enterocele prolapse, and rectocele prolapse, the implantable support comprising: a body portion and an arm (54,56) having a first end portion connected to the body portion; a knot connecting a suture to a second end portion of the arm (54,56); a tubular dilator disposed over and permanently connected to the knot; the tubular dilator having an aspect ratio of greater than 7, wherein the second end portion of the arm (54,56) is folded to include a first fold and a second fold that combine to reduce the lateral dimension of the second end portion of the arm (54,56), and wherein the knot is provided as a nail knot having opposing first and second ends (90, 92) that extend away from a winding of the knot.. a body portion and an arm (54,56) having a first end portion connected to the body portion; a knot connecting a suture to a second end portion of the arm (54,56); a tubular dilator disposed over and permanently connected to the knot; the tubular dilator having an aspect ratio of greater than 7, wherein the second end portion of the arm (54,56) is folded to include a first fold and a second fold that combine to reduce the lateral dimension of the second end portion of the arm (54,56), and wherein the knot is provided as a nail knot having opposing first and second ends (90, 92) that extend away from a winding of the knot..
A management device for two alternating current uninterruptible power supplies (10a, 10b) connected in parallel, characterized in that said management device comprises: - means of monitoring (Si1, Si2) the state of the line end switches (11, 12) of each UPS (10a, 10b); - means of monitoring (Sol, So2) the state of the inverters (13a, 13b) of each UPS (10a, 10b); and - means of generating a control signal (Cmd) capable of controlling the inhibition of a paralleling management module of the two UPS (10a, 10b) when said monitoring means (Si1, Si2, So1, So2) indicate that an inverter (13a, 13b) is stopped or that a line end switch is open. - means of monitoring (Si1, Si2) the state of the line end switches (11, 12) of each UPS (10a, 10b); - means of monitoring (Sol, So2) the state of the inverters (13a, 13b) of each UPS (10a, 10b); and - means of generating a control signal (Cmd) capable of controlling the inhibition of a paralleling management module of the two UPS (10a, 10b) when said monitoring means (Si1, Si2, So1, So2) indicate that an inverter (13a, 13b) is stopped or that a line end switch is open.
Electric machine rotor comprising: a rotor core and an outer rotor element positioned more outwards in the radial direction than the rotor core, the rotor core and the outer rotor element being made of a material of high permeance, and an air gap of low permeance being provided between the rotor core and the outer rotor element, wherein the outer rotor element is a flux path element, which is arranged to conduct the magnetic flux from the first extremity of the flux path element to the second extremity thereof, the first and the second extremities of the flux path element both ending at the rotor surface and the first extremity and the second extremity of the flux path element being spaced apart from one another on the rotor surface, when seen in the direction of the circumference, and a rotation axis of the electric machine rotor passes through the rotor core, and in the middle of the rotor core RC there is a hole arranged to receive the motor shaft, wherein the air gap extends as a continuous gap from a first extremity to a second extremity, the first and the second extremities of the air gap both ending at the rotor surface and the first extremity and the second extremity of the air gap being spaced apart from one another on the rotor surface, when seen in the direction of the circumference, characterized in that the outer rotor element forms a shape-mating pair with the rotor core such that radial detachment of the outer rotor element from the rotor core is prevented.
An interchangeable unit for material-removing work on a ground starting from ground surface, the interchangeable unit being designed for operational physical and functional coupling to a machine frame of a road construction machine, the interchangeable unit comprising: - a housing, the housing having, in a connecting section for physically coupling the interchangeable unit to the road construction machine, connecting configurations for connecting the interchangeable unit to a machine frame of a road construction machine, and the housing having a working opening in a working section situated remotely from the connecting section. - a removal tool, which is mounted on the housing so as to be rotatable about a working axis and of which a circumferential section protrudes from the working opening, - a drive belt pulley, which is rotatably mounted on the housing and is able to be coupled to a drive belt for functionally coupling the interchangeable unit to the road construction machine, - a transmission gear unit, which transmits torque and rotary motion from the drive belt pulley to the removal tool by reversing the direction of rotation, at least the axis of rotation of the drive belt pulley running at a distance from the working axis. characterized in that a working shaft assemblage penetrates a housing wall of the housing, the working shaft assemblage connecting the removal tool with a working gear component situated on the side of the housing wall facing away from the removal tool for equidirectional joint rotation, the transmission gear unit being situated between the drive belt pulley and the working gear component. - a housing, the housing having, in a connecting section for physically coupling the interchangeable unit to the road construction machine, connecting configurations for connecting the interchangeable unit to a machine frame of a road construction machine, and the housing having a working opening in a working section situated remotely from the connecting section. - a removal tool, which is mounted on the housing so as to be rotatable about a working axis and of which a circumferential section protrudes from the working opening, - a drive belt pulley, which is rotatably mounted on the housing and is able to be coupled to a drive belt for functionally coupling the interchangeable unit to the road construction machine, - a transmission gear unit, which transmits torque and rotary motion from the drive belt pulley to the removal tool by reversing the direction of rotation, at least the axis of rotation of the drive belt pulley running at a distance from the working axis.
An illumination device which is provided with a dish-shaped accommodating body, a plurality of light source substrates on each of which a light source is mounted on one face, and which are aligned on an inner face of a base wall of the accommodating body, a reflecting sheet which covers the one face, and an inner face of the accommodating body, and reflects light, and a power supply unit, the illumination device comprising: a connector which is provided on the one face; a power feeding member which is formed of a flexible printed board, disposed between the base wall and the reflecting sheet, and feeds power from the power supply unit to the light source substrates; and a light source connecting portion which is provided in the power feeding member, and is electrically connected to the connector, wherein a through-hole is provided on the base wall, the power feeding member is provided with a power supply connecting portion facing the through-hole, the power supply connecting portion includes a connector, and the power supply unit is disposed on an outer face of the base wall, and includes a connector facing the through-hole which is electrically connected to the connector of the power supply connecting portion within the through-hole. a connector which is provided on the one face; a power feeding member which is formed of a flexible printed board, disposed between the base wall and the reflecting sheet, and feeds power from the power supply unit to the light source substrates; and a light source connecting portion which is provided in the power feeding member, and is electrically connected to the connector, wherein a through-hole is provided on the base wall, the power feeding member is provided with a power supply connecting portion facing the through-hole, the power supply connecting portion includes a connector, and the power supply unit is disposed on an outer face of the base wall, and includes a connector facing the through-hole which is electrically connected to the connector of the power supply connecting portion within the through-hole.
A process of isolating or enriching the rare earth element scandium from a solution or dispersion containing said REE, comprising the following steps: (i) preparing a mixture comprising said solution or dispersion and biomass comprising at least one organism selected from genera Pseudomonas and Bacillus, whereby the at least one organism is capable of adsorbing or accumulating said REE; (ii) incubating said mixture of step (i) for allowing the adsorption or accumulation of said REE by said biomass; (iii) separating the biomass having adsorbed or accumulated REE from the mixture of step (ii); and (iv) isolating said REE from said biomass separated in step (iii). (i) preparing a mixture comprising said solution or dispersion and biomass comprising at least one organism selected from genera Pseudomonas and Bacillus, whereby the at least one organism is capable of adsorbing or accumulating said REE; (ii) incubating said mixture of step (i) for allowing the adsorption or accumulation of said REE by said biomass; (iii) separating the biomass having adsorbed or accumulated REE from the mixture of step (ii); and (iv) isolating said REE from said biomass separated in step (iii).
A method of forming a free-standing (Al,Ga,In)N article by steps comprising: initiating growth of (Al,Ga,In)N material over an epitaxially compatible sacrificial template; partially parting said initially grown (Al,Ga,In)N material from said epitaxially compatible sacrificial template; continuing growth of said (Al,Ga,In)N material over said epitaxially compatible sacrificial template; following completion of said (Al,Ga,In)N material growth, completing removal of said (Al,Ga,In)N material from said epitaxially compatible sacrificial template to yield free-standing (Al,Ga,In)N material. initiating growth of (Al,Ga,In)N material over an epitaxially compatible sacrificial template; partially parting said initially grown (Al,Ga,In)N material from said epitaxially compatible sacrificial template; continuing growth of said (Al,Ga,In)N material over said epitaxially compatible sacrificial template; following completion of said (Al,Ga,In)N material growth, completing removal of said (Al,Ga,In)N material from said epitaxially compatible sacrificial template to yield free-standing (Al,Ga,In)N material.
Vehicle cooling system for a rail vehicle, - wherein the vehicle cooling system comprises a cooler, through which cooling air can flow, for cooling at least one main component, to which cooler is attached downstream at least one fan room (4a, 4b) with in each case one fan (5a, 5b), - wherein the at least one fan room (4a, 4b) has in each case one main outlet (6a, 6b) arranged downstream from the respective fan (5a, 5b), through which an outlet air is able to flow out of the vehicle cooling system, - wherein the at least one fan room (4a, 4b) has in each case one secondary outlet (9a, 9b) arranged downstream from the respective fan (5a, 5b), through which a secondary component cooling air for cooling at least one secondary component of the rail vehicle can flow out, - wherein the vehicle cooling system has an exhaust air duct with an exhaust air outlet, through which the secondary component cooling air from the secondary outlet (9a, 9b) of the at least one fan room (4a, 4b) can be supplied to the at least one secondary component, and - wherein the vehicle cooling system comprises a control device for controlling the cooling of the secondary component with the secondary component cooling air, characterised in that by means of the control device a flow cross-section (S a, S b) of the main outlet (6a, 6b) of the at least one fan room (4a, 4b) can be altered, wherein in a full load state of the vehicle cooling system the flow cross-section (S a, S b) of the main outlet (6a, 6b) is maximised and in one of the partial states of the vehicle cooling system the flow cross-section (S a, S b) of the main outlet (6a, 6b) is reduced. - wherein the vehicle cooling system comprises a cooler, through which cooling air can flow, for cooling at least one main component, to which cooler is attached downstream at least one fan room (4a, 4b) with in each case one fan (5a, 5b), - wherein the at least one fan room (4a, 4b) has in each case one main outlet (6a, 6b) arranged downstream from the respective fan (5a, 5b), through which an outlet air is able to flow out of the vehicle cooling system, - wherein the at least one fan room (4a, 4b) has in each case one secondary outlet (9a, 9b) arranged downstream from the respective fan (5a, 5b), through which a secondary component cooling air for cooling at least one secondary component of the rail vehicle can flow out, - wherein the vehicle cooling system has an exhaust air duct with an exhaust air outlet, through which the secondary component cooling air from the secondary outlet (9a, 9b) of the at least one fan room (4a, 4b) can be supplied to the at least one secondary component, and - wherein the vehicle cooling system comprises a control device for controlling the cooling of the secondary component with the secondary component cooling air,
A method for bonding a silicone-based element to a textile based element, comprising the steps of; - providing a silicone material; - providing a fibrous material; - engaging a first surface of the fibrous material with the silicone material so as to partially water the fibrous material in the silicone material; - at least partially curing the silicone material such that the fibrous material is partially embedded in the silicone material; - providing a textile element; and - bonding the silicone-based element to the textile based element by means of a bonding agent, said fibres in the fibrous material strengthening the bond between the silicone-based element and the textile based element. - providing a silicone material; - providing a fibrous material; - engaging a first surface of the fibrous material with the silicone material so as to partially water the fibrous material in the silicone material; - at least partially curing the silicone material such that the fibrous material is partially embedded in the silicone material; - providing a textile element; and - bonding the silicone-based element to the textile based element by means of a bonding agent, said fibres in the fibrous material strengthening the bond between the silicone-based element and the textile based element.