mhurhangee/ep-ind-claims huggingface dataset:
Device for cutting and drawing off tissue from the human or animal eye, in particular for carrying out a vitrectomy or retina peeling, having an outer tube and an inner tube which can be rotated in the outer tube, wherein the outer tube has at least one lateral opening having at least one outer cutting edge, wherein the inner tube has at least one lateral opening having at least one inner cutting edge, wherein the inner cutting edge and the outer cutting edge cooperate in a cutting manner with each other when the inner tube is rotated relative to the outer tube, wherein the inner tube is directly or indirectly connected to a rotary element and wherein the rotary element and consequently the inner tube carry out a rotational movement when compressed air is applied, characterised in that the rotary element has an at least partially radially extending projection for actuation with compressed air.
A method for producing composites comprising aluminum oxide and cerium/zirconium (optional rare earth) mixed oxides comprising the following steps: (a) Providing a suspension comprising boehmite as the alumina precursor and adjusting the pH to 8 to 11.5; (b) Producing an aqueous metal salt solution comprising metal salts of cerium and of zirconium; (c) Bringing in contact the suspension of (a) with the metal salt solution from (b) at temperatures of 5 to 95°C or exposing the resulting slurry to these temperatures; (d) Isolating the solids from (c) and (e) Calcining the solids from (d), wherein the boehmites provided in a suspension according to step (a) are present in an aqueous suspension and are provided with organic compounds having at least one carboxyl group (-COO and/or -COOH) and one or more other groups selected from hydroxy(-OH), oxo(-O), carboxy(-COO and/or -COOH) and/or amine(-NH and/or - NH 2) groups. (a) Providing a suspension comprising boehmite as the alumina precursor and adjusting the pH to 8 to 11.5; (b) Producing an aqueous metal salt solution comprising metal salts of cerium and of zirconium; (c) Bringing in contact the suspension of (a) with the metal salt solution from (b) at temperatures of 5 to 95°C or exposing the resulting slurry to these temperatures; (d) Isolating the solids from (c) and (e) Calcining the solids from (d),
A computer-implemented method of monitoring and evaluating a production of a functional material, wherein the functional material is a catalyst, and wherein the method comprises: providing a multitude of defined processes to a user, each with defined process parameters (11, 12, 13) of a process for the production of a catalyst and properties thereof (15, 16, 17), recording steps (11', 12', 13') taken by the user in implementing a process selected from the multitude of processes, comparing the steps (11', 12', 13') taken by the user with the process parameters (11, 12, 13) of the selected process for the production of a catalyst, assessing the steps (11', 12', 13') taken by the user based on a data basis having a multitude of processes implemented by earlier users with process parameters (21, 22, 23) for the production of catalysts and the analyzed properties thereof (25, 26, 27), reporting to the user the extent to which predetermined properties (15, 16, 17) of the catalyst produced by the implemented process are attained in the event of variances of the steps (11', 12', 13') taken in an implementation of the process selected from the defined process parameters (11, 12, 13) of the selected process. providing a multitude of defined processes to a user, each with defined process parameters (11, 12, 13) of a process for the production of a catalyst and properties thereof (15, 16, 17), recording steps (11', 12', 13') taken by the user in implementing a process selected from the multitude of processes, comparing the steps (11', 12', 13') taken by the user with the process parameters (11, 12, 13) of the selected process for the production of a catalyst, assessing the steps (11', 12', 13') taken by the user based on a data basis having a multitude of processes implemented by earlier users with process parameters (21, 22, 23) for the production of catalysts and the analyzed properties thereof (25, 26, 27), reporting to the user the extent to which predetermined properties (15, 16, 17) of the catalyst produced by the implemented process are attained in the event of variances of the steps (11', 12', 13') taken in an implementation of the process selected from the defined process parameters (11, 12, 13) of the selected process.
A fluid supply for a household appliance at least comprising: a fluid container having a lid, a fluid communication part to allow fluid transfer to the household appliance; and a releasable flow obstacle releasably supported inside the fluid container to obstruct a fluid movement inside the fluid container, wherein the obstacle comprises at least two mechanically interconnected parts in the form of wave breakers (125, 130, 135, 140) characterized in that the wave breakers are interconnected by a frame and in that said fluid supply is adapted to be assembled by first inserting the frame with the wave breakers (125, 130, 135, 140) inside the main body of the fluid container, then sealing the fluid container and fixing the flow obstacle inside the fluid container by sliding the lid on top of the fluid container. a fluid container having a lid, a fluid communication part to allow fluid transfer to the household appliance; and a releasable flow obstacle releasably supported inside the fluid container to obstruct a fluid movement inside the fluid container, wherein the obstacle comprises at least two mechanically interconnected parts in the form of wave breakers (125, 130, 135, 140) characterized in that the wave breakers are interconnected by a frame and in that said fluid supply is adapted to be assembled by first inserting the frame with the wave breakers (125, 130, 135, 140) inside the main body of the fluid container, then sealing the fluid container and fixing the flow obstacle inside the fluid container by sliding the lid on top of the fluid container.
An oil or fat composition, satisfying the following items to: the oil or fat composition comprises diacylglycerol in an amount of 20 mass% or more; constituent fatty acids of the diacylglycerol comprise oleic acid in an amount of 30 mass% or more; a mass ratio of a content of 1,3-dipalmitin diacylglycerol to a content of 1,2-dipalmitin diacylglycerol, [ /], in the diacylglycerol is 1.45 or less; and a mass ratio of a content of 1,3-diacylglycerol to a content of 1,2-diacylglycerol, [ /], in the diacylglycerol is 1.2 or more. the oil or fat composition comprises diacylglycerol in an amount of 20 mass% or more; constituent fatty acids of the diacylglycerol comprise oleic acid in an amount of 30 mass% or more; a mass ratio of a content of 1,3-dipalmitin diacylglycerol to a content of 1,2-dipalmitin diacylglycerol, [ /], in the diacylglycerol is 1.45 or less; and a mass ratio of a content of 1,3-diacylglycerol to a content of 1,2-diacylglycerol, [ /], in the diacylglycerol is 1.2 or more.
A method of laser welding, characterised by comprising the following steps: arranging at least one heat source point from a first collection of heat source points so as to overlap at least a portion of at least one heat source point from a second collection of heat source points; irradiating a portion of a target with the first and second collections (60, 60') of heat source points, the heat source points maintaining a linear profile within their respective collection; and directing the at least two collections (60, 60') of heat source points in a travel direction along a weld line, each linear profile maintaining an oblique angle (α) relative to the travel direction. arranging at least one heat source point from a first collection of heat source points so as to overlap at least a portion of at least one heat source point from a second collection of heat source points; irradiating a portion of a target with the first and second collections (60, 60') of heat source points, the heat source points maintaining a linear profile within their respective collection; and directing the at least two collections (60, 60') of heat source points in a travel direction along a weld line, each linear profile maintaining an oblique angle (α) relative to the travel direction.
An emulsified gel composition comprising diclofenac sodium, water, a gelling agent, an antioxidant, and a surfactant having an HLB of 14 or more, wherein the gelling agent is a nonionic water-soluble polymer selected from the group consisting of hydroxypropyl cellulose and hydrophobically-modified hydroxypropyl methyl cellulose, and wherein the composition does not comprise an ionic polymer or comprises an ionic polymer in an amount of 0.5% by mass or less based on the mass of the whole emulsified gel composition. wherein the gelling agent is a nonionic water-soluble polymer selected from the group consisting of hydroxypropyl cellulose and hydrophobically-modified hydroxypropyl methyl cellulose, and wherein the composition does not comprise an ionic polymer or comprises an ionic polymer in an amount of 0.5% by mass or less based on the mass of the whole emulsified gel composition.
Arrangement with a plurality of heat exchangers for evaporating a working medium by heat transfer from a heat source medium, each heat exchanger (10.1, 10.2, 10.3) having a heat source medium passage and a working medium chamber separated therefrom, and the heat source medium passages of the heat exchangers (10.1, 10.2, 10.3) being connected or connectable to one another in series, preferably in a ring arrangement, a valve means (12.1, 12.2, 12.3) being provided between the heat source medium passages of in each case two serially successive heat exchangers (10.1, 10.2, 10.3), characterised in that a supply line for the heat source medium is provided so as to be selectively connectable to and separable from the input of the heat source medium passage of each of the plurality of heat exchangers (10.1, 10.2, 10.3), and a discharge line for the heat source medium is provided so as to be selectively connectable to and separable from the output of the heat source medium passage of each of the plurality of heat exchangers (10.1, 10.2, 10.3).
Insulating glazing at least comprising a first pane, a second pane, a third pane, and a spacer having a holding profiled element comprising a first leg (13.1), a second leg (13.2), and a bottom surface for holding the third pane, an outer interpane space between the first pane, the second pane, and the outer surface of the spacer, a first inner interpane space (5.1) between the first pane, the third pane, and a first glazing interior surface (7.1) of the spacer, and a second inner interpane space (5.2) between the second pane, the third pane, and a second glazing interior surface (7.2) of the spacer, wherein - the spacer contains at least one main body comprising a sealing material and a desiccant, - the spacer connects the first pane and the second pane, - the first leg (13.1) and the second leg (13.2) of the holding profiled element lie at least partially against opposite surfaces of the third pane in the peripheral edge region of the third pane, and the bottom surface surrounds the peripheral edge of the third pane, characterized in that - the third pane includes at least one thermoplastic polymeric pane, - the holding profiled element has a supporting element, which is attached to the side of the bottom surface opposite the first leg (13.1) and the second leg (13.2), and protrudes at least partially into the main body. - the spacer contains at least one main body comprising a sealing material and a desiccant, - the spacer connects the first pane and the second pane, - the first leg (13.1) and the second leg (13.2) of the holding profiled element lie at least partially against opposite surfaces of the third pane in the peripheral edge region of the third pane, and the bottom surface surrounds the peripheral edge of the third pane, - the third pane includes at least one thermoplastic polymeric pane, - the holding profiled element has a supporting element, which is attached to the side of the bottom surface opposite the first leg (13.1) and the second leg (13.2), and protrudes at least partially into the main body.
An active medical device of the autonomous implantable capsule type, comprising an elongated capsule body generally extending along a longitudinal axis, the capsule body being provided with an element for its anchoring to a wall of a patient's organ, wherein the capsule body accommodates an electronic unit, an energy harvesting module and an energy storage component for powering the electronic unit, wherein the energy harvesting module comprises: a pendular unit subjected to external stresses applied to the capsule body under the effect of movements of said wall and/or of blood flow rate variations in the surrounding medium, the pendular unit comprising an inertial mass coupled to an elastically deformable beam according to at least one degree of freedom, the beam generally extending along the longitudinal axis of the capsule body between a clamped end and an opposite, free end coupled to the inertial mass; a mechanical-electrical transducer coupled to the beam, for converting into an oscillating electrical signal a mechanical energy produced by the oscillations of the pendular unit; and a power management circuit, adapted to rectify and regulate the oscillating electrical signal to output a stabilized direct voltage or current for powering the electronic unit and/or for charging the energy storage component, wherein the energy harvesting module further comprises a mobile support, integral with the clamped end of the beam and mobile in axial rotation about the longitudinal axis of the capsule body; characterized in that the energy harvesting module further comprises a controllable driver, adapted to adjust an angular position in axial rotation of the mobile support with respect to the capsule body. a pendular unit subjected to external stresses applied to the capsule body under the effect of movements of said wall and/or of blood flow rate variations in the surrounding medium, the pendular unit comprising an inertial mass coupled to an elastically deformable beam according to at least one degree of freedom, the beam generally extending along the longitudinal axis of the capsule body between a clamped end and an opposite, free end coupled to the inertial mass; a mechanical-electrical transducer coupled to the beam, for converting into an oscillating electrical signal a mechanical energy produced by the oscillations of the pendular unit; and a power management circuit, adapted to rectify and regulate the oscillating electrical signal to output a stabilized direct voltage or current for powering the electronic unit and/or for charging the energy storage component,
A passage establishment device for posterior spinal fusion minimally invasive surgery, wherein a front end of the passage establishment device being configured to extend into a spine, wherein the device comprises: a tube, wherein an interior of the tube includes a through hole penetrating both axial ends of the tube, and a wall of the tube includes an opening portion; and a bottom plate, which covers the opening portion of the tube, characterised by two protective wings spaced at an interval and extending upward being disposed at an edge of a top surface of the bottom plate, and slots being disposed at a bottom of the tube for the two protective wings to be respectively locked into. a tube, wherein an interior of the tube includes a through hole penetrating both axial ends of the tube, and a wall of the tube includes an opening portion; and a bottom plate, which covers the opening portion of the tube, characterised by two protective wings spaced at an interval and extending upward being disposed at an edge of a top surface of the bottom plate, and slots being disposed at a bottom of the tube for the two protective wings to be respectively locked into.
A lateral grinding drill with continuously variable angle for use in orthopedics surgery, comprising a tube body component and a grinding head arranged at the front end of the tube body component, the tube body component including an outer tube body and an inner tube body which is coaxially arranged inside the outer tube body and configured to be rotatablely fit with the outer tube body and the grinding head, the grinding head being configured to be driven to pitch by rotating to a certain angle with respect to a certain axis of the tube body component to effect the continuously variable angle, the outer tube body also being configured to rotate the grinding head about its own axis to effect the torque for the lateral grinding, the front end of the outer tube body being articulated with a grinding head mount sheath in a single degree of freedom mode, the grinding head being mounted on the grinding head mount sheath and configure to be rotatably fit with the grinding head mount sheath along the circumferential direction, and the grinding head having a grinding blade extending out of the grinding head mount sheath; and the grinding head mount sheath is provided with a reciprocating middle part configured to drive the grinding head mount sheath to pitch in the rotation direction of the articulation, wherein the reciprocating middle part is a middle tube body located between the inner tube body and the outer tube body, characterized in that: the reciprocating middle part at least has movement space in the direction of the pitching motion of the grinding head mount sheath and there is radial movement space between the middle tube body and the inner tube body, and between the middle tube body and the outer tube body, the radial movement space accommodating the radial displacement caused by the middle tube body when the grinding head mount sheath is driven to pitch.
A method for allowing an application (106, 108) to invoke a function on a device, wherein the device includes at least two operating modes comprising a privileged mode and a non-privileged mode, and the function executes in the privileged mode, the method comprising: receiving a request from the application to invoke the function; determining the operating mode of the application; invoking the function using an interrupt, if the application is executing in the non-privileged mode, wherein the function is executed within the same task and priority as the application; and invoking the function directly, if the application is executing in the privileged mode. receiving a request from the application to invoke the function; determining the operating mode of the application; invoking the function using an interrupt, if the application is executing in the non-privileged mode, wherein the function is executed within the same task and priority as the application; and invoking the function directly, if the application is executing in the privileged mode.
A gearbox for vehicles, comprising a split gearbox, a main gearbox and a range gearbox, which is shiftable into a low range gear, a high range gear and a reverse gear; the range gearbox comprising a planetary gear with a ring gear wheel, a sun gear wheel and a planet carrier, on which at least one planet gear wheel is rotatable mounted, which ring gear wheel and sun gear wheel engage with the at least one planet gear wheel; a gearbox housing surrounding the planetary gear; a first axially movable coupling sleeve arranged to engage the planet carrier with the gearbox housing and a second axially movable coupling sleeve arranged to engage the ring gear wheel with an output shaft, for achieving the reverse gear in the gearbox, characterized in that the split gearbox and the main gearbox are together arranged to have a combined largest gear ratio, which is larger than the gear ratio in the planetary gear in the range gearbox when the planetary gear is shifted into the reverse gear.
A superconducting tape comprising: a substrate; an overlying buffer; and a superconductor, wherein the superconductor has a critical current retention factor greater than about 90% when a magnetic field of about 0.1 T at 77K is applied parallel to the tape. a substrate; an overlying buffer; and a superconductor, wherein the superconductor has a critical current retention factor greater than about 90% when a magnetic field of about 0.1 T at 77K is applied parallel to the tape.
Modular missile launch system for launching missiles from a mobile platform consisting of a rectangular first support frame, comprising: a first longitudinal support extending in a longitudinal direction, on which at least one platform coupling structure (3A; 3B) for detachably fixing the first support frame to the mobile platform is formed; a second longitudinal support extending in the longitudinal direction, which is arranged spaced apart from the first longitudinal support in a vertical direction extending transverse to the longitudinal direction and has, on a lower face orientated away from the first longitudinal structure, a first connecting structure, the first connecting structure defining a first plug-in connection portion extending in the longitudinal direction, onto which a second support frame, having a second plug-in connection portion formed complementary to the first plug-in connection portion, can be plugged in the vertical direction, and at least two through-holes spaced apart in the longitudinal direction, through each of which a connecting device can be passed so as to fix the first and second support frames (2; 4) to one another when the second support frame is plugged onto the first support frame; and at least one launching tube fixing structure for attaching a missile launching tube to the first support frame. a first longitudinal support extending in a longitudinal direction, on which at least one platform coupling structure (3A; 3B) for detachably fixing the first support frame to the mobile platform is formed; a second longitudinal support extending in the longitudinal direction, which is arranged spaced apart from the first longitudinal support in a vertical direction extending transverse to the longitudinal direction and has, on a lower face orientated away from the first longitudinal structure, a first connecting structure, the first connecting structure defining a first plug-in connection portion extending in the longitudinal direction, onto which a second support frame, having a second plug-in connection portion formed complementary to the first plug-in connection portion, can be plugged in the vertical direction, and at least two through-holes spaced apart in the longitudinal direction, through each of which a connecting device can be passed so as to fix the first and second support frames (2; 4) to one another when the second support frame is plugged onto the first support frame; and at least one launching tube fixing structure for attaching a missile launching tube to the first support frame.