mhurhangee/ep-ind-claims huggingface dataset:
A method of coating an article having at least one horizontally orientated surface and at least one vertically orientated surface, comprising providing a coating composition comprising (a) a film-forming component, and (b) a rheology control agent comprising (i) substantially colorless, substantially inorganic microparticles, and (ii) a compound comprising the reaction product of an amine and an isocyanate, characterized in that the film-forming component (a) comprises an active hydrogen containing component (ai), which has the structure: wherein R 1 is H or CH 3, R 2 is H, alkyl, or cycloalkyl, L is a divalent linking group, x is a value from 10 to 90%, y is a value from 90 to 10%, and A represents repeat units derived from one or more ethylenically unsaturated monomers, and a curing agent (aii) comprising one or more functional groups reactive with component (ai), applying the coating composition to the at least one horizontally orientated surface and the at least one vertically orientated surface to provide a coated horizontally orientated surface and a coated vertically orientated surface, and curing the coating composition. providing a coating composition comprising (a) a film-forming component, and (b) a rheology control agent comprising (i) substantially colorless, substantially inorganic microparticles, and (ii) a compound comprising the reaction product of an amine and an isocyanate, characterized in that the film-forming component (a) comprises an active hydrogen containing component (ai), which has the structure: wherein R 1 is H or CH 3, R 2 is H, alkyl, or cycloalkyl, L is a divalent linking group, x is a value from 10 to 90%, y is a value from 90 to 10%, and A represents repeat units derived from one or more ethylenically unsaturated monomers, and a curing agent (aii) comprising one or more functional groups reactive with component (ai), (a) a film-forming component, and (b) a rheology control agent comprising (i) substantially colorless, substantially inorganic microparticles, and (ii) a compound comprising the reaction product of an amine and an isocyanate, (i) substantially colorless, substantially inorganic microparticles, and (ii) a compound comprising the reaction product of an amine and an isocyanate, R 2 is H, alkyl, or cycloalkyl, L is a divalent linking group, x is a value from 10 to 90%, y is a value from 90 to 10%, and A represents repeat units derived from one or more ethylenically unsaturated monomers, and a curing agent (aii) comprising one or more functional groups reactive with component (ai), applying the coating composition to the at least one horizontally orientated surface and the at least one vertically orientated surface to provide a coated horizontally orientated surface and a coated vertically orientated surface, and curing the coating composition.
A cased cogeneration apparatus in which an engine and a working machine driven by the engine are disposed in a lower space of a casing, and electrical components for the engine and the working machine are disposed in an upper space of the casing, wherein the upper space is partitioned into: a high heat generation chamber in which high heat generation components included in the electrical components are collectively disposed; a low heat generation chamber in which low heat generation components included in the electrical components and having amounts of heat smaller than those of the high heat generation components are collectively disposed; and an intake fan chamber provided with an intake fan for sucking outside air through a single intake port provided in a panel constituting a wall surface of the high heat generation chamber, wherein the high heat generation chamber and the low heat generation chamber are extended in a longitudinal direction of the upper space and adjacent to each other in a width direction of the upper space, and the intake fan chamber is adjacent to the high heat generation chamber and the low heat generation chamber, wherein a first wall serving as a partition between the high heat generation chamber and the intake fan chamber comprises a first communication port through which the high heat generation chamber and the intake fan chamber are communicated with each other, wherein a second wall serving as a partition between the high heat generation chamber and the low heat generation chamber comprises a second communication port through which the high heat generation chamber and the low heat generation chamber are communicated with each other, wherein a third wall serving as a partition between the low heat generation chamber and the intake fan chamber comprises a third communication port through which the low heat generation chamber and the intake fan chamber are communicated with each other, and wherein the cased cogeneration apparatus comprises: a high heat generation chamber cooling path through which the outside air from the intake port reaches the intake fan chamber via the high heat generation chamber and the first communication port; and a low heat generation chamber cooling path through which the outside air from the intake port reaches the intake fan chamber via the high heat generation chamber, the second communication port, the low heat generation chamber and the third communication port.
A drug delivery device comprising: a housing with a proximal end and a distal end, a cartridge holder adapted to retain a cartridge, the cartridge holder comprising an at least partially transparent side wall, a piston rod, the piston rod being adapted to drive a piston so as to engage the piston into the cartridge, and a plurality of symbols on the piston rod, the symbols representing dosage information during operation of the drug delivery device and being visible through a window aperture in the housing or in the cartridge holder, characterized in that the at least partially transparent side wall of the cartridge holder comprises a structured surface capable of unevenly reflecting light so as to at least partially render the symbols of the piston rod unreadable such that the dosage related information represented by the symbols can only be viewed through the window aperture. a housing with a proximal end and a distal end, a cartridge holder adapted to retain a cartridge, the cartridge holder comprising an at least partially transparent side wall, a piston rod, the piston rod being adapted to drive a piston so as to engage the piston into the cartridge, and a plurality of symbols on the piston rod, the symbols representing dosage information during operation of the drug delivery device and being visible through a window aperture in the housing or in the cartridge holder, characterized in that the at least partially transparent side wall of the cartridge holder comprises a structured surface capable of unevenly reflecting light so as to at least partially render the symbols of the piston rod unreadable such that the dosage related information represented by the symbols can only be viewed through the window aperture.
A handle assembly for use with a surgical instrument having an operative distal end portion, the handle assembly comprising: a handle housing; a drive element disposed at least partially within the handle housing and being longitudinally translatable with respect to the handle assembly; an actuator disposed in mechanical cooperation with the handle housing, wherein at least a partial actuation of the actuator distally translates the drive element; a drive pawl disposed in mechanical cooperation with the actuator and the drive element, the drive pawl being configured to distally translate the drive element in response to at least a partial actuation of the actuator; and a clamp release assembly disposed in mechanical cooperation with the drive element, the clamp release assembly including a clamp pawl configured to releasably lock the longitudinal position of the drive element, characterised by the clamp release assembly further comprising a release lever disposed on the actuator that is movable with respect to the actuator and is biased proximally, wherein a predetermined amount of distal movement of the release lever causes the clamp pawl to disengage from the drive element, the clamp release assembly further comprising a link disposed between the release lever and the clamp pawl. a handle housing; a drive element disposed at least partially within the handle housing and being longitudinally translatable with respect to the handle assembly; an actuator disposed in mechanical cooperation with the handle housing, wherein at least a partial actuation of the actuator distally translates the drive element; a drive pawl disposed in mechanical cooperation with the actuator and the drive element, the drive pawl being configured to distally translate the drive element in response to at least a partial actuation of the actuator; and a clamp release assembly disposed in mechanical cooperation with the drive element, the clamp release assembly including a clamp pawl configured to releasably lock the longitudinal position of the drive element, characterised by the clamp release assembly further comprising a release lever disposed on the actuator that is movable with respect to the actuator and is biased proximally, wherein a predetermined amount of distal movement of the release lever causes the clamp pawl to disengage from the drive element, the clamp release assembly further comprising a link disposed between the release lever and the clamp pawl.
A fan adapter, comprising: a base, including a mounting portion and a coupling portion, wherein the base is configured to be coupled to a portion of an engine; and a fan end portion, wherein the fan end portion includes a mounting portion and a coupling portion, wherein the coupling portion of the fan end portion is configured to be coupled to the coupling portion of the base, and wherein the fan end portion is removably couplable to the base via one or more coupling elements (16, 18, 20) to prevent relative rotation between the base and the fan end portion, the one or more coupling elements (16, 18, 20) comprise a bolt and a dowel rod; the base is configured to be coupled to a fan drive pulley or a fan drive, and wherein the coupling portions (24, 36) of the base and the fan end portion include complementary mating portions (28, 40); the mating portion of the base includes a male configuration, and wherein the mating portion of the fan end portion includes a female configuration; characterized in that a radially central portion of the fan end portion includes a through-hole configured to receive a portion of the bolt, and wherein a radially central portion of the coupling portion of the base includes a threaded blind hole configured to receive another portion of the bolt to couple the fan end portion to the base, wherein the coupling portion of the fan end portion includes a blind hole configured to receive a portion of the dowel rod, and wherein the base includes another blind hole configured to receive another portion of the dowel rod. a base, including a mounting portion and a coupling portion, wherein the base is configured to be coupled to a portion of an engine; and a fan end portion, wherein the fan end portion includes a mounting portion and a coupling portion, wherein the coupling portion of the fan end portion is configured to be coupled to the coupling portion of the base, and wherein the fan end portion is removably couplable to the base via one or more coupling elements (16, 18, 20) to prevent relative rotation between the base and the fan end portion, the one or more coupling elements (16, 18, 20) comprise a bolt and a dowel rod; the base is configured to be coupled to a fan drive pulley or a fan drive, and wherein the coupling portions (24, 36) of the base and the fan end portion include complementary mating portions (28, 40); the mating portion of the base includes a male configuration, and wherein the mating portion of the fan end portion includes a female configuration; characterized in that a radially central portion of the fan end portion includes a through-hole configured to receive a portion of the bolt, and wherein a radially central portion of the coupling portion of the base includes a threaded blind hole configured to receive another portion of the bolt to couple the fan end portion to the base, wherein the coupling portion of the fan end portion includes a blind hole configured to receive a portion of the dowel rod, and wherein the base includes another blind hole configured to receive another portion of the dowel rod.
A pharmaceutical composition comprising a therapeutically effective amount of a modified angiopoietin protein for use in a method of treating, preventing or ameliorating at least one symptom, indication or complication of cerebral malaria, said method comprising administering the composition to a subject in need thereof, wherein the modified angiopoietin comprises a fusion protein comprising at least one fibrinogen-like domain of angiopoietin-1 fused to an immunoglobulin Fc fragment.
Guiding device for roller shutters with at least one guide rail for guiding a lateral edge region of a roller shutter in and against a guide direction, the guide rail having a stop element which can be displaced in and against the guide direction and which limits the movement of the roller shutter in the guide direction, this position being an end position, characterized in that the stop element is coupled to the guide rail via a resetting device, the stop element forming an extension of the guide rail.
A manufacturing mold comprising: a lower mold cavity configured to receive modular fluid ejection subassemblies, each fluid ejection subassembly comprising a corresponding substrate supporting multiple fluidic dies, wherein the lower mold cavity is configured for receiving the modular fluid ejection subassemblies aligned such that an upper surface of the substrate of each modular fluid ejection subassembly is coplanar with an upper surface of the substrate of an adjacent modular fluid ejection subassembly; an upper mold cavity planarly aligned with the coplanar upper surfaces of the substrates of the modular fluid ejection subassemblies; and a runner configured to convey a mold material between the lower mold cavity and the upper mold cavity proximate a seam (515, 516) between two adjacent modular fluid ejection subassemblies; and wherein the upper mold cavity constrains the delivered mold material coplanar with the upper surfaces of the substrates of the modular fluid ejection subassemblies. a lower mold cavity configured to receive modular fluid ejection subassemblies, each fluid ejection subassembly comprising a corresponding substrate supporting multiple fluidic dies, wherein the lower mold cavity is configured for receiving the modular fluid ejection subassemblies aligned such that an upper surface of the substrate of each modular fluid ejection subassembly is coplanar with an upper surface of the substrate of an adjacent modular fluid ejection subassembly; an upper mold cavity planarly aligned with the coplanar upper surfaces of the substrates of the modular fluid ejection subassemblies; and a runner configured to convey a mold material between the lower mold cavity and the upper mold cavity proximate a seam (515, 516) between two adjacent modular fluid ejection subassemblies; and wherein the upper mold cavity constrains the delivered mold material coplanar with the upper surfaces of the substrates of the modular fluid ejection subassemblies.
A switch cabinet housing with a door element and with at least one hinge arrangement with a first hinge half, which is fastened to a vertical side wall delimiting a door opening or to a vertical profile of a switch cabinet housing, and with a second hinge half, which is fastened to the door element, wherein the hinge halves (2, 3) are connected to one another so as to be pivotable with respect to one another via an axis of rotation (x), so that, in a closed position, the door element closes the door opening and, in an open position, preferably completely releases it, wherein the axis of rotation (x) is arranged outside at outer circumference both of the door opening and of the door element, wherein one of the hinge halves (2, 3) has a groove, via which the hinge half (2, 3) is plugged onto a projection on the outer circumference of that part of the switch cabinet housing and door element which is assigned to the hinge half (2, 3), wherein the projection has, on its inner side facing away from the outer circumference, a fastening means and the hinge half (2, 3), which is completely plugged onto the projection via its groove, has a further fastening means, which is operatively coupled to the fastening means and via which the second hinge half is fixed in its position in which it is completely plugged onto the projection, wherein the door element is an angled flat part, which has a door side, which, in the closed position of the door element, extends parallel to the door opening and covers the latter, and which has the circumferential 90° angled portion, and wherein the second hinge half is mounted with a second support surface on the 90° angled portion, characterized in that the second hinge half is mounted with a first support surface on the door side.
Carrying aid for shopping bags and other containers provided with carrying handles, comprising a receiving region which encloses the carrying handles and which is enclosed by the hand of the person gripping the carrying handles, wherein the carrying aid is formed of an upper shell and a lower shell, which are connected to one another in an articulated manner along a first longitudinal edge, and has at least one releasable closing means at the opposite second longitudinal edge, wherein the upper and lower shells (2, 3), which are closed to form the carrying aid, between them form the receiving region for the carrying handles, and the carrying aid has, at both ends, a respective opening through which the inserted carrying handles exit, characterized in that - the closing means is arranged internally in the upper and/or lower shell and can be actuated by means of an external sliding lever on the carrying aid, which is closed by bringing the upper shell and lower shell together, as a result of the sliding lever being displaced in a longitudinal direction of the carrying aid, - wherein the closing means is formed of a closure body of approximately bar-shaped configuration which, firstly, is guided, on a first shell, in first holes on internal guide projections, - and which, secondly, engages by way of its free ends (16', 16'') in second holes on retaining projections which are integrally formed on the opposite second shell which is to be fastened, and - a first one of the free ends (16") of the bar-shaped closure body is bent through 180° and thus runs parallel to the profile of the closure body so as to point in the same direction as the second free end, such that the two free ends (16', 16"), by way of the same linear displacement of the closure body, engage in the two holes of the retaining projections. - the closing means is arranged internally in the upper and/or lower shell and can be actuated by means of an external sliding lever on the carrying aid, which is closed by bringing the upper shell and lower shell together, as a result of the sliding lever being displaced in a longitudinal direction of the carrying aid, - wherein the closing means is formed of a closure body of approximately bar-shaped configuration which, firstly, is guided, on a first shell, in first holes on internal guide projections, - and which, secondly, engages by way of its free ends (16', 16'') in second holes on retaining projections which are integrally formed on the opposite second shell which is to be fastened, and - a first one of the free ends (16") of the bar-shaped closure body is bent through 180° and thus runs parallel to the profile of the closure body so as to point in the same direction as the second free end, such that the two free ends (16', 16"), by way of the same linear displacement of the closure body, engage in the two holes of the retaining projections.
A method of loading a self-expanding stent into a delivery sheath configured to retain the stent in a radially compressed pre-deployment configuration, comprising the steps of: i) providing a loading sheath with an inner diameter d2, the stent being accommodated within a lumen of the loading sheath at a compressed outside diameter d1 that is radially compressed from a relaxed outside diameter d0 of the stent, where d0 > d2 > d1; ii) providing a delivery sheath with an inner diameter d3, where d0 > d3 > d2; iii) advancing the loading sheath, containing the stent, into the lumen of the delivery sheath; iv) deploying the stent into the lumen of the delivery sheath; and v) with the stent within the lumen of the delivery sheath, imposing lengthwise strain on the sheath, to draw down the inner diameter of the delivery sheath to a diameter d4 which is less than d3. i) providing a loading sheath with an inner diameter d2, the stent being accommodated within a lumen of the loading sheath at a compressed outside diameter d1 that is radially compressed from a relaxed outside diameter d0 of the stent, where d0 > d2 > d1; ii) providing a delivery sheath with an inner diameter d3, where d0 > d3 > d2; iii) advancing the loading sheath, containing the stent, into the lumen of the delivery sheath; iv) deploying the stent into the lumen of the delivery sheath; and v) with the stent within the lumen of the delivery sheath, imposing lengthwise strain on the sheath, to draw down the inner diameter of the delivery sheath to a diameter d4 which is less than d3.
Hydraulic circuit designed for a hybrid vehicle, having a hydraulic machine and a pump both connected to a transmission driving the wheels of the vehicle, this machine and pump being connected together to allow direct exchanges of fluid that take place in a very high pressure circuit not comprising any pressure accumulator, in which the very high pressure circuit comprises safety means (110, 140, 160) which, in the event of overpressure, discharges the fluid to a limited-pressure circuit equipped with a pressure accumulator, characterised in that the pressure in the limited-pressure circuit is between 200 and 350 bar, the pressure in the very high pressure circuit is greater than 350 bar and the safety means comprise a rupture disc that opens at a pressure differential exceeding a limit.
A system for generating spectral computed tomography projection data, the system comprising: - a radiation device for providing polychromatic radiation (4, 34) for traversing an examination zone of the system, - a spectral projection data generation device comprising an energy-resolving detector for generating spectral computed tomography projection data based on the radiation (4; 34) after having traversed the examination zone, - a reference values generation device (36, 37, 38; 40; 50; 51; 60; 70) for generating energy-dependent reference values based on radiation (34; 41; 61), which has not traversed the examination zone, and - a spectral parameter providing unit for providing a spectral parameter being indicative of a spectral property of the radiation device based on the energy-dependent reference values. - a radiation device for providing polychromatic radiation (4, 34) for traversing an examination zone of the system, - a spectral projection data generation device comprising an energy-resolving detector for generating spectral computed tomography projection data based on the radiation (4; 34) after having traversed the examination zone, - a reference values generation device (36, 37, 38; 40; 50; 51; 60; 70) for generating energy-dependent reference values based on radiation (34; 41; 61), which has not traversed the examination zone, and - a spectral parameter providing unit for providing a spectral parameter being indicative of a spectral property of the radiation device based on the energy-dependent reference values.