mhurhangee/ep-ind-claims huggingface dataset:
Surgical device for the repair of soft tissues which is capable of being inserted into a hole produced in a bone in an initial deployed configuration and of adopting a final compressed configuration after insertion, the device comprising in its initial configuration: - a flexible anchor constituted by a braid of textile fibers, which is curved into a hoop to form a first and a second arms (11, 12) extending distally from an apex zone, and - at least one suture filament, a median portion of which separating a first and a second long strands (21, 22) each having a free end (211, 221), the median portion of the suture filament being placed between the first and the second arms (11, 12) in the vicinity of the apex zone of the anchor, and the two strands (21, 22) of the suture filament passing transversely through the braid from one side to the other at a plurality of sites, - the first strand passing through the braid alternately at two adjacent sites (51, 52) of the first arm and at two adjacent sites (53, 54) of the second arm, the sites passed through in sequence on the same arm being increasingly distant from the apex zone, and - the second strand passing through the braid at at least two sites of the second arm, the sites passed through in sequence being increasingly distant from the apex zone. - a flexible anchor constituted by a braid of textile fibers, which is curved into a hoop to form a first and a second arms (11, 12) extending distally from an apex zone, and - at least one suture filament, a median portion of which separating a first and a second long strands (21, 22) each having a free end (211, 221), the median portion of the suture filament being placed between the first and the second arms (11, 12) in the vicinity of the apex zone of the anchor, and the two strands (21, 22) of the suture filament passing transversely through the braid from one side to the other at a plurality of sites, - the first strand passing through the braid alternately at two adjacent sites (51, 52) of the first arm and at two adjacent sites (53, 54) of the second arm, the sites passed through in sequence on the same arm being increasingly distant from the apex zone, and - the second strand passing through the braid at at least two sites of the second arm, the sites passed through in sequence being increasingly distant from the apex zone. - the first strand passing through the braid alternately at two adjacent sites (51, 52) of the first arm and at two adjacent sites (53, 54) of the second arm, the sites passed through in sequence on the same arm being increasingly distant from the apex zone, and - the second strand passing through the braid at at least two sites of the second arm, the sites passed through in sequence being increasingly distant from the apex zone.
A method for inspecting a component, the method comprising: determining a theoretical moment weight of the component; comparing the theoretical moment weight of the component to a measured moment weight of the component to determine a difference between the theoretical moment weight of the component and the measured moment weight of the component; and providing a fault notification where the difference between the theoretical moment weight of the component and the measured moment weight of the component is greater than a predetermined value, wherein the theoretical moment weight of the component is determined based on a measured weight of the component and a theoretical center of gravity distance of the component, and wherein the component is configured as a rotor blade. determining a theoretical moment weight of the component; comparing the theoretical moment weight of the component to a measured moment weight of the component to determine a difference between the theoretical moment weight of the component and the measured moment weight of the component; and providing a fault notification where the difference between the theoretical moment weight of the component and the measured moment weight of the component is greater than a predetermined value, wherein the theoretical moment weight of the component is determined based on a measured weight of the component and a theoretical center of gravity distance of the component, and wherein the component is configured as a rotor blade.
A heated leading edge structure for an aircraft, comprising a leading edge panel having an outer surface configured for contact with an ambient flow, and an inner surface opposite the outer surface, and a heater device mounted to the inner surface of the leading edge panel for heating of the leading edge panel, wherein the heater device is mounted to the inner surface of the leading edge panel in a detachable manner, characterized in that the heater device is mounted to the inner surface of the leading edge panel by a fastener arrangement comprising at least one discrete releasable fastener, wherein the at least one fastener is attached to the inner surface of the leading edge panel and engages the heater device, wherein the at least one fastener is formed as a snap connector that can be engaged to and disengaged from the heater device by elastic deformation of the fastener or the heater device. a leading edge panel having an outer surface configured for contact with an ambient flow, and an inner surface opposite the outer surface, and a heater device mounted to the inner surface of the leading edge panel for heating of the leading edge panel, wherein the heater device is mounted to the inner surface of the leading edge panel in a detachable manner, characterized in that the heater device is mounted to the inner surface of the leading edge panel by a fastener arrangement comprising at least one discrete releasable fastener, wherein the at least one fastener is attached to the inner surface of the leading edge panel and engages the heater device, wherein the at least one fastener is formed as a snap connector that can be engaged to and disengaged from the heater device by elastic deformation of the fastener or the heater device.
A wide-angle optical system comprising, in order from an object side to an image side: a front group (Grf); a stop; and a rear group (Grr), wherein the front group (Grf) comprises, in order from the object side to the image side, a first lens (111, L1) having a negative optical power, a second lens (112, L2) having a negative optical power, and a third lens (113, L3) having a positive optical power, the rear group (Grr) comprises, in order from the object side to the image side, a fourth lens (131, L4) having a positive optical power, and a fifth lens (132, L5) having a negative optical power, and an opposite surface from the aperture of each of a pair of lenses which are arranged at the both sides of the stop is a convex surface, and the wide-angle optical system satisfies the following conditional expression: Ff / Fr > 0 where Ff is a focal length of the front group, and Fr is a focal length of the rear group, characterized in that the wide-angle optical system satisfies the following further conditional expressions: 1.7 < vd 4 / vd 3 < 2.7 2.43 ≥ vd 4 / vd 5 > 1.5 where vd3 is an Abbe number of the third lens (113, L3), vd4 is an Abbe number of the fourth lens (131, L4), and vd5 is an Abbe number of the fifth lens (132, L5).
An actuator comprising: a first part having a magnetomotive means and configured to absorb heat up to at least a first temperature; a second part arranged so as to face the first part; a temperature-sensitive magnetic body provided between the first part and the second part and configured to move between a first position for contact with the first part and a second position for contact with the second part, the temperature-sensitive magnetic body having a Curie point lower than the first temperature and higher than a temperature of the second part; and restoring means configured to restore the temperature-sensitive magnetic body from the first position to the second position. a first part having a magnetomotive means and configured to absorb heat up to at least a first temperature; a second part arranged so as to face the first part; a temperature-sensitive magnetic body provided between the first part and the second part and configured to move between a first position for contact with the first part and a second position for contact with the second part, the temperature-sensitive magnetic body having a Curie point lower than the first temperature and higher than a temperature of the second part; and restoring means configured to restore the temperature-sensitive magnetic body from the first position to the second position.
A package comprising a pharmaceutical composition and a container, wherein the pharmaceutical composition is a lyophilized preparation containing a saccharide-degrading enzyme as an active ingredient, and the container contains the pharmaceutical composition and has at least one material selected from a group consisting of fine ceramics, silicone resins and fluorine resins at an inner surface of the container, wherein the saccharide-degrading enzyme comprises chondroitinase ABC, and wherein an amount of the enzyme per the container is less than 10 μg and not less than 0.1 μg. the pharmaceutical composition is a lyophilized preparation containing a saccharide-degrading enzyme as an active ingredient, and the container contains the pharmaceutical composition and has at least one material selected from a group consisting of fine ceramics, silicone resins and fluorine resins at an inner surface of the container, wherein the saccharide-degrading enzyme comprises chondroitinase ABC, and wherein an amount of the enzyme per the container is less than 10 μg and not less than 0.1 μg.
Pressure tank, in particular for a motor vehicle, which is designed to store a compressed fuel, having a main body which forms a container for receiving the fuel, and having at least one sensor apparatus comprising at least one electrical conductor for detecting at least one variable which allows conclusions to be drawn about a state of the main body, wherein a compensating layer is arranged between the at least one sensor apparatus and an outer side of the main body, which compensating layer is designed to compensate for unevenness at least in the region of the at least one sensor apparatus if unevenness is present on the outer side of the main body, characterised in that the compensating layer is anisotropic, wherein deformation of the compensating layer on a side of the compensating layer facing the main body by a first amount causes deformation of the compensating layer on a side of the compensating layer facing the at least one sensor apparatus by a second amount which is greater than the first amount. wherein a compensating layer is arranged between the at least one sensor apparatus and an outer side of the main body, which compensating layer is designed to compensate for unevenness at least in the region of the at least one sensor apparatus if unevenness is present on the outer side of the main body, characterised in that the compensating layer is anisotropic, wherein deformation of the compensating layer on a side of the compensating layer facing the main body by a first amount causes deformation of the compensating layer on a side of the compensating layer facing the at least one sensor apparatus by a second amount which is greater than the first amount.
Assembly for controlling a technical system, in particular a system of railway tracks, wherein the assembly comprises an interlocking computer, which can trigger a change in the technical system, and at least two operator workstation computers (30, 40, 50), with which control commands can be generated and transferred to the interlocking computer, wherein - of the operator workstation computers (30, 40, 50), at least one operator workstation computer is a secure operator workstation computer, the security level of which reaches a predetermined minimum standard, and at least one operator workstation computer (40, 50) is an unsecured operator workstation computer (40, 50), the security level of which does not reach the predetermined minimum standard, - the secure operator workstation computer is connected to the interlocking computer by way of a secure data link, which ensures a predetermined transmission security, and - the at least one unsecured operator workstation computer (40, 50) is indirectly connected to the interlocking computer, namely by way of the secure operator workstation computer, and the control commands of the unsecured operator workstation computer (40, 50) are transferred to the secure operator workstation computer and by way of this and the secure data link to the interlocking computer. - of the operator workstation computers (30, 40, 50), at least one operator workstation computer is a secure operator workstation computer, the security level of which reaches a predetermined minimum standard, and at least one operator workstation computer (40, 50) is an unsecured operator workstation computer (40, 50), the security level of which does not reach the predetermined minimum standard, - the secure operator workstation computer is connected to the interlocking computer by way of a secure data link, which ensures a predetermined transmission security, and - the at least one unsecured operator workstation computer (40, 50) is indirectly connected to the interlocking computer, namely by way of the secure operator workstation computer, and the control commands of the unsecured operator workstation computer (40, 50) are transferred to the secure operator workstation computer and by way of this and the secure data link to the interlocking computer.
Machine for the automatic preparation of substances for intravenous application, wherein it comprises: - a container receiving zone which defines a two-dimensional matrix of individual positions for initial and final containers arranged on two horizontal guides perpendicular to each other; - a plurality of actuators for transferring substances from initial container to final container, each of said actuators being positioned beneath said zone for receiving initial and final containers, each of said actuators being able to move relatively, independently of each other, along a horizontal guide parallel to one of said horizontal guides of said matrix, each of said actuators being suitable for receiving and operating injectors with different volumes and degrees of precision in order to remove substances from initial containers and insert them into final containers, characterised in that each injector comprises a respective Luer-Lock adaptor arranged on their respective inlet/outlet ports for connection to/disconnection from the initial/final containers (80, 81), wherein the actuators comprise first rotation actuating means for twisting and untwisting any possible stoppers arranged in the inlet/outlet ports of the respective containers (80, 81) and second rotation actuating means for connecting and disconnecting the inlet/outlet ports of the Luer-Lock adaptors of the injectors to/from the inlet/outlet ports of the respective initial and final containers (80, 81). - a container receiving zone which defines a two-dimensional matrix of individual positions for initial and final containers arranged on two horizontal guides perpendicular to each other; - a plurality of actuators for transferring substances from initial container to final container, each of said actuators being positioned beneath said zone for receiving initial and final containers, each of said actuators being able to move relatively, independently of each other, along a horizontal guide parallel to one of said horizontal guides of said matrix, each of said actuators being suitable for receiving and operating injectors with different volumes and degrees of precision in order to remove substances from initial containers and insert them into final containers, characterised in that each injector comprises a respective Luer-Lock adaptor arranged on their respective inlet/outlet ports for connection to/disconnection from the initial/final containers (80, 81), wherein the actuators comprise first rotation actuating means for twisting and untwisting any possible stoppers arranged in the inlet/outlet ports of the respective containers (80, 81) and second rotation actuating means for connecting and disconnecting the inlet/outlet ports of the Luer-Lock adaptors of the injectors to/from the inlet/outlet ports of the respective initial and final containers (80, 81).
An audio/video recording and communication doorbell, comprising: a housing; a button for actuating the doorbell, the button being located at a front of the housing and being configured to move between a first, static position and a second, depressed position; a video camera located directly behind the button, the video camera being configured for capturing a set of video images to be streamed to a client device, and for detection of infrared light, wherein the button comprises an optically transparent or translucent material such that ambient light may pass through the button to reach the video camera behind the button; and IR light-emitting components for activation in low level ambient light, the IR light-emitting components located behind the button. a housing; a button for actuating the doorbell, the button being located at a front of the housing and being configured to move between a first, static position and a second, depressed position; a video camera located directly behind the button, the video camera being configured for capturing a set of video images to be streamed to a client device, and for detection of infrared light, wherein the button comprises an optically transparent or translucent material such that ambient light may pass through the button to reach the video camera behind the button; and IR light-emitting components for activation in low level ambient light, the IR light-emitting components located behind the button.
Method for at least partially regenerating a particulate filter of a motor vehicle, the particulate filter being provided with inlet and outlet sections of the exhaust gases of the vehicle, comprising the steps of: a) simultaneously feeding a flow of a washing liquid and a gas flow to the outlet section of the particulate filter so that the particulate filter is simultaneously passed through by the washing liquid and the gas, and b) discharging a slurry including said washing liquid and solid particles removed from the particulate filter through the inlet section of the particulate filter, wherein said simultaneous flows of the washing liquid and of the gas are continuously fed to said particulate filter for the entire duration of said washing step a); characterized in that said gas flow has a flow rate comprised in the range 300÷400 m 3 /h and a pressure comprised in the range 1÷2 bar. a) simultaneously feeding a flow of a washing liquid and a gas flow to the outlet section of the particulate filter so that the particulate filter is simultaneously passed through by the washing liquid and the gas, and b) discharging a slurry including said washing liquid and solid particles removed from the particulate filter through the inlet section of the particulate filter,
A method for the measurement of the volumetric capacity of a textured surface of an anilox roll, said anilox roll comprising a plurality of cells designed to receive a predetermined quantity of a liquid, preferably ink, glue, varnish or a similar product, to be transferred onto the surface of a support, characterized in that a ferrofluid is applied in the cells that compose the anilox roll surface, a magnetic field is generated close to the roll surface, the intensity of said magnetic field, increased by the ferrofluid, is measured and the volumetric capacity of the anilox roll is determined by measuring the increase in the magnetic field due to the presence of said ferrofluid.
Soundproof panel, comprising a main plane with, on both sides thereof, two main plane sides and a circumference delimiting the main plane sides, a row of tubes, arranged along a main plane side of the main plane, extending mutually parallel along the main plane side in a tube direction and covering the main plane side, wherein, near the ends of the tubes, at a first pair of opposing sides (Z1, Z2) of the circumference, a corresponding first pair of U-profiles is provided, extending perpendicularly to the tube direction, wherein the ends of the tubes are clampingly received in the open sides of the U-profiles, wherein, at a second pair of opposing sides (Z3, Z4) of the circumference, a corresponding second pair of U-profiles is provided, extending in the tube direction, wherein the first pair of U-profiles and the second pair of U-profiles connect in such a way, that a rectangular frame is formed, wherein in the main plane, a plate, such as a sound insulating plate, is arranged, wherein the main plane sides are formed by the main planes of the plate and the plate is delimited by the circumference, characterized in that the tubes are covered with fiber material, and in that an elongated fixing element is provided, of which opposing ends are each clamped between one of the U-profiles of the second pair of U-profiles and the tubes or the plate at that position, wherein the elongated fixing element extends perpendicular to the tube direction and runs over the tubes transversally such that the tubes are kept against the plate by the elongated fixing element.
Composition for use in treating heart failure comprising: a biodegradable gel-based matrix made of fibrin, at least one growth factor or cytokine incorporated in the matrix, and cardiogenic stem cells wherein said cardiogenic stem cells do not comprise human embryonic stem cells, characterized in that it is in the form of patch.
A power tool (10, 410), comprising: a housing including a motor housing portion, a drive housing (22, 422), and a mounting portion between the motor housing portion and the drive housing; a motor located within the motor housing portion; a spindle (36, 436) configured to rotate about a rotational axis in response to torque received from the motor; a handle holder (154, 554) coupled to the drive housing, the handle holder defining a first mounting point and the mounting portion defining a second mounting point (182, 186); and an auxiliary handle (18, 418); characterized in that: the first and second mounting points are each configured to receive the auxiliary handle such that the auxiliary handle is selectively attachable to each of the first and second mounting points, and the first mounting point is located at a first position along the rotational axis, and the second mounting point is located at a second position offset from the first position along the rotational axis. a housing including a motor housing portion, a drive housing (22, 422), and a mounting portion between the motor housing portion and the drive housing; a motor located within the motor housing portion; a spindle (36, 436) configured to rotate about a rotational axis in response to torque received from the motor; a handle holder (154, 554) coupled to the drive housing, the handle holder defining a first mounting point and the mounting portion defining a second mounting point (182, 186); and an auxiliary handle (18, 418); characterized in that: the first and second mounting points are each configured to receive the auxiliary handle such that the auxiliary handle is selectively attachable to each of the first and second mounting points, and the first mounting point is located at a first position along the rotational axis, and the second mounting point is located at a second position offset from the first position along the rotational axis. the first and second mounting points are each configured to receive the auxiliary handle such that the auxiliary handle is selectively attachable to each of the first and second mounting points, and the first mounting point is located at a first position along the rotational axis, and the second mounting point is located at a second position offset from the first position along the rotational axis.