mhurhangee/ep-ind-claims huggingface dataset:
Device for cutting products simultaneously on three sides in a plurality of cutting stations (26, 27, 28), having a common upper knife carrier which is able to be operated in a lifting movement, wherein at least knives for front-edge cutting as well as top-and-bottom cutting (30, 31) of the products are able to be attached to the upper knife carrier, having a first drive that drives the upper knife carrier as well as a transportation installation having top-proximal and bottom-proximal transport belt pairs (35, 36, 37, 38) for transporting the products through the cutting stations (26, 27, 28) of the device, having at least one second drive (22, 23) that drives the transportation installation, wherein the drives for the lifting installation and the transportation installation (22, 23) are embodied as stand-alone, mutually independent drives which are connected to one another by way of a control installation (47, 48, 49, 51), characterized in that the device, in the transportation direction of the products downstream of the transportation installation, for transporting the products through the cutting stations has a further outfeed transportation installation which has a stand-alone, independent drive which by way of a control installation is connected to the other independent drives of the device.
Hardener component for a multicomponent epoxy resin composition, which component comprises, as a curing agent, at least one Mannich base and an amine that is reactive with respect to epoxy groups, as well as at least one polyphenol from the group of novolac resins as an accelerator, wherein the Mannich base can be obtained by reacting a phenolic compound selected from the group consisting of phenol, styrenated phenol, pyrocatechol, resorcinol, hydroquinone, hydroxyhydroquinone, phloroglucinol, pyrogallol, o-cresol, m-cresol, p-cresol and bisphenols, with an aldehyde or an aldehyde precursor and an amine having at least two active hydrogen atoms in the molecule which are bonded to a nitrogen atom, and wherein the novolac resin is contained in the hardener component in a proportion of from 5 to 30 wt.%, based on the organic proportions of the hardener component. wherein the Mannich base can be obtained by reacting a phenolic compound selected from the group consisting of phenol, styrenated phenol, pyrocatechol, resorcinol, hydroquinone, hydroxyhydroquinone, phloroglucinol, pyrogallol, o-cresol, m-cresol, p-cresol and bisphenols, with an aldehyde or an aldehyde precursor and an amine having at least two active hydrogen atoms in the molecule which are bonded to a nitrogen atom, and wherein the novolac resin is contained in the hardener component in a proportion of from 5 to 30 wt.%, based on the organic proportions of the hardener component.
A recanalization catheter for facilitating re-entry into a lumen of a blood vessel from a subintimal space, comprising: an elongate shaft extending distally from a hub assembly, the elongate shaft including a guidewire lumen extending through a distal port at a distal tip of the elongate shaft; first and second mechanically actuatable wings positioned at a distal region of the elongate shaft, the first and second mechanically actuatable wings being actuatable between a retracted position and an expanded position with an actuation mechanism extending through the elongate shaft to the hub assembly; the distal region of the elongate shaft including first and second elongate channels opening out to an exterior of the elongate shaft; wherein in the retracted position the first and second mechanically actuatable wings are positioned in the first and second elongate channels, respectively, and in the expanded position the first and second mechanically actuatable wings extend outward from the first and second elongate channels, respectively; wherein the distal region of the elongate shaft includes a lateral port in communication with the guidewire lumen, wherein when viewed along a central longitudinal axis of the elongate shaft, the first and second mechanically actuatable wings extend in an arcuate path away from the elongate shaft in the expanded position to be positionable in a circumferential orientation within a subintimal space formed in a vessel wall. an elongate shaft extending distally from a hub assembly, the elongate shaft including a guidewire lumen extending through a distal port at a distal tip of the elongate shaft; first and second mechanically actuatable wings positioned at a distal region of the elongate shaft, the first and second mechanically actuatable wings being actuatable between a retracted position and an expanded position with an actuation mechanism extending through the elongate shaft to the hub assembly; the distal region of the elongate shaft including first and second elongate channels opening out to an exterior of the elongate shaft; wherein in the retracted position the first and second mechanically actuatable wings are positioned in the first and second elongate channels, respectively, and in the expanded position the first and second mechanically actuatable wings extend outward from the first and second elongate channels, respectively; wherein the distal region of the elongate shaft includes a lateral port in communication with the guidewire lumen, wherein when viewed along a central longitudinal axis of the elongate shaft, the first and second mechanically actuatable wings extend in an arcuate path away from the elongate shaft in the expanded position to be positionable in a circumferential orientation within a subintimal space formed in a vessel wall.
An encoding method of encoding one or more units that are included in a picture, the encoding method comprising: generating a first flag indicating whether a removal time of encoded data from a buffer by a hypothetical reference decoder is set per unit or set per picture, the buffer being for storing the encoded data, the encoded data being generated by encoding the unit; generating a second flag indicating whether an interval between removal times of the units is constant or arbitrary when the removal time is set per unit; generating common-interval information when the second flag indicates that the interval is constant, the common-interval information indicating the constant time interval between the removal times of the units, generating variable interval information when the second flag indicates that the interval is arbitrary, and generating an encoded bitstream including the encoded data and the first flag, wherein the encoded bitstream includes the second flag when the first flag indicates that the removal time is set per unit, wherein the first flag, the second flag, and the common interval information are included into per-picture-group control information which is included into the encoded bitstream and provided per group of pictures, and the variable interval information is included into per-picture control information which is included in the bitstream and provided per picture. generating a first flag indicating whether a removal time of encoded data from a buffer by a hypothetical reference decoder is set per unit or set per picture, the buffer being for storing the encoded data, the encoded data being generated by encoding the unit; generating a second flag indicating whether an interval between removal times of the units is constant or arbitrary when the removal time is set per unit; generating common-interval information when the second flag indicates that the interval is constant, the common-interval information indicating the constant time interval between the removal times of the units, generating variable interval information when the second flag indicates that the interval is arbitrary, and generating an encoded bitstream including the encoded data and the first flag, wherein the encoded bitstream includes the second flag when the first flag indicates that the removal time is set per unit, wherein the first flag, the second flag, and the common interval information are included into per-picture-group control information which is included into the encoded bitstream and provided per group of pictures, and the variable interval information is included into per-picture control information which is included in the bitstream and provided per picture.
Side part of a member of a drag chain system with a first region with at least one first stop face (5, 6, 9, 10) and with a second region with at least one second stop face (7, 8, 11, 12), whereby the first stop face (5, 6, 9, 10) cooperates with the second stop face (7, 8, 11, 12) when two side parts (21, 22) are connected with their regions, and with at least one elastic element (15, 20), characterized by at least one element (15, 20) extending in the longitudinal direction of the side part that is fixed on one side in the first region and by at least one stop in the second region, whereby by bending the elastic element (15, 20) essentially perpendicular to the longitudinal direction of the side part, the pivoting movement of the two side parts is damped and the element (15, 20) has a variable thickness when viewed in the longitudinal direction of the element.
Fastening device for the stationary, detachable mounting of a housing in a receiving device, in which the fastening device has: a guiding device (22, 23) dedicated to the receiving device for the support and for the guidance of the housing, at least one carriage element slidably mountable on the guiding device (22, 23) in a guiding direction (z), which is located on an outer surface of the housing and is convertible in and out of engagement with the guiding device (22, 23), a first tensioning device, which is located adjacent to a front side of the housing, in order to stress the housing in a slide-in position at its front end against the guiding device (22, 23), a second tensioning device, which is located adjacent to a rear side of the housing, in order to stress the housing in a slide-in position at its rear end against the guiding device (22, 23), wherein the guiding device has a first guide rail, which defines the guiding direction (z), characterized by a second guide rail, wherein the first guide rail has at least one transversely arranged bearing surface, wherein the second guide rail of the guiding device has at least a second, transversely arranged bearing surface, in which both of the bearing surfaces (24, 25) form a guideway with a trapezoidal cross-section. a guiding device (22, 23) dedicated to the receiving device for the support and for the guidance of the housing, at least one carriage element slidably mountable on the guiding device (22, 23) in a guiding direction (z), which is located on an outer surface of the housing and is convertible in and out of engagement with the guiding device (22, 23), a first tensioning device, which is located adjacent to a front side of the housing, in order to stress the housing in a slide-in position at its front end against the guiding device (22, 23), a second tensioning device, which is located adjacent to a rear side of the housing, in order to stress the housing in a slide-in position at its rear end against the guiding device (22, 23), wherein the guiding device has a first guide rail, which defines the guiding direction (z), characterized by a second guide rail, wherein the first guide rail has at least one transversely arranged bearing surface, wherein the second guide rail of the guiding device has at least a second, transversely arranged bearing surface, in which both of the bearing surfaces (24, 25) form a guideway with a trapezoidal cross-section.
A method for selecting an attachment for an electronic message, comprising: displaying an electronic message (300, 310); displaying a most recently used, MRU, list (305, 320) that comprises a list of files including files recently accessed from a first computing device and files recently accessed from a second computing device; presenting an indication for at least one file, the indication indicating whether the first computing device or the second computing device most recently accessed the at least one file; receiving a selection of a file that is displayed within the MRU list; attaching the selected file to the electronic message; and sending the electronic message to a recipient. displaying an electronic message (300, 310); displaying a most recently used, MRU, list (305, 320) that comprises a list of files including files recently accessed from a first computing device and files recently accessed from a second computing device; presenting an indication for at least one file, the indication indicating whether the first computing device or the second computing device most recently accessed the at least one file; receiving a selection of a file that is displayed within the MRU list; attaching the selected file to the electronic message; and sending the electronic message to a recipient.
An evaluation method for evaluating the accuracy of a measurement device of an electricity meter, the evaluation method being performed by and in the electricity meter and comprising: • a preliminary stage comprising a step of acquiring first measurements of a first electrical magnitude, and a step of detecting a period of stability during which the first electrical magnitude is stable; • a test stage following detection of the period of stability and comprising an injection step for injecting a test current (I test) into a conductor of the electricity meter for a predetermined duration, and a step of acting during the injection step to acquire at least one second measurement of the first electrical magnitude; • an evaluation stage comprising a step of comparing the second measurement of the first electrical magnitude with a sum of a first stability value representative of the first electrical magnitude during the period of stability plus a predefined value corresponding to an expected increase in the first electrical magnitude due to injecting the test current (I test), and a step of evaluating the accuracy of the measurement device from said comparison. • a preliminary stage comprising a step of acquiring first measurements of a first electrical magnitude, and a step of detecting a period of stability during which the first electrical magnitude is stable; • a test stage following detection of the period of stability and comprising an injection step for injecting a test current (I test) into a conductor of the electricity meter for a predetermined duration, and a step of acting during the injection step to acquire at least one second measurement of the first electrical magnitude; • an evaluation stage comprising a step of comparing the second measurement of the first electrical magnitude with a sum of a first stability value representative of the first electrical magnitude during the period of stability plus a predefined value corresponding to an expected increase in the first electrical magnitude due to injecting the test current (I test), and a step of evaluating the accuracy of the measurement device from said comparison.
A distal femur cutting block comprising: a first portion defining a first external surface, said first external surface including one or more first passages therethrough; a second portion defining a second external surface, said second external surface including one or more second passages therethrough, said first portion hingedly connected to said second portion, wherein said first portion and said second portion may be rotated relative to each other through said hinged connection; and a third surface opposite one of said first surface or said second surface, said third surface comprising contours configured to substantially mate with at least one condyle of said distal femur; characterised in that the distal femur cutting block further comprises a fourth surface opposite the other one of said first surface and said second surface, said fourth surface comprising contours configured to substantially mate with at least one condyle of said distal femur. a first portion defining a first external surface, said first external surface including one or more first passages therethrough; a second portion defining a second external surface, said second external surface including one or more second passages therethrough, said first portion hingedly connected to said second portion, wherein said first portion and said second portion may be rotated relative to each other through said hinged connection; and a third surface opposite one of said first surface or said second surface, said third surface comprising contours configured to substantially mate with at least one condyle of said distal femur; characterised in that the distal femur cutting block further comprises a fourth surface opposite the other one of said first surface and said second surface, said fourth surface comprising contours configured to substantially mate with at least one condyle of said distal femur.
Anti-vibration support system applicable in the protection of various apparatuses against seismic movements and vibrations, comprising: - a lower base, consisting of: - a floating mount, forms a resting surface for the apparatus to be protected; said floating mount being capable of limited movement on three perpendicular axes X, Y, Z, and supported by lower elastic elements and by side elastic elements arranged between said floating mount and a fixed mount; - a fixed mount anchored to the ground or other resistant surface and limiting, together with the side elastic elements, the lateral movement of the floating mount on the X-Y plane; - an upper base intended to rest on the apparatus to be protected and the system being characterised in that it comprises: - side structures (4a, 4b) comprising at least one tilted bar connected by damping elements to the upper base and to the fixed mount of the lower base; said side structures (4a, 4b) limiting the movement of the upper base and the apparatus to be protected, at least, in the vertical direction. - a lower base, consisting of: - a floating mount, forms a resting surface for the apparatus to be protected; said floating mount being capable of limited movement on three perpendicular axes X, Y, Z, and supported by lower elastic elements and by side elastic elements arranged between said floating mount and a fixed mount; - a fixed mount anchored to the ground or other resistant surface and limiting, together with the side elastic elements, the lateral movement of the floating mount on the X-Y plane; - a floating mount, forms a resting surface for the apparatus to be protected; said floating mount being capable of limited movement on three perpendicular axes X, Y, Z, and supported by lower elastic elements and by side elastic elements arranged between said floating mount and a fixed mount; - a fixed mount anchored to the ground or other resistant surface and limiting, together with the side elastic elements, the lateral movement of the floating mount on the X-Y plane; - an upper base intended to rest on the apparatus to be protected and - side structures (4a, 4b) comprising at least one tilted bar connected by damping elements to the upper base and to the fixed mount of the lower base; said side structures (4a, 4b) limiting the movement of the upper base and the apparatus to be protected, at least, in the vertical direction.
Spring compressor for tensioning a helical spring of a spring damper strut, said helical spring being held under prestress between a lower and an upper spring plate, the spring compressor consisting of an actuator and two supporting elements, the spacing of which can be changed by actuation of the actuator in order to tension the helical spring or the spring damper strut, wherein one of the supporting elements has two holding elements (60, 61) which can be brought into engagement with the upper spring plate of the spring damper strut and/or a spring winding of the helical spring and are connected to the actuator in a manner adjustable relative to each other, characterized in that, for the axial supporting of the holding elements (60, 61) on the upper spring plate, a pressure plate is provided which is connected fixedly and/or releasably to the holding elements (60, 61), and in that the pressure plate can be brought fixedly into engagement with the upper spring plate, and in that the pressure plate is connected releasably to the holding elements (60, 61) in each case via screw connections (70, 71).
A method of controlling a trolley system, the method comprising: establishing, by a first trolley, a connection with a second trolley and receiving, by the first trolley, a trolley signal from the second trolley, wherein the trolley signal comprises a group identification of the second trolley; determining, by the first trolley, a signal strength of the trolley signal and comparing the determined signal strength to a predetermined signal strength threshold; comparing, by the first trolley, the group identification of the second trolley to a group identification of the first trolley; and pairing, by the first trolley, the second trolley with the first trolley based on the determined signal strength being at least the predetermined signal strength and the group identification of the second trolley matching the group identification of the first trolley, wherein pairing the second trolley with the first trolley comprises activating a visual indicator of the first trolley and a visual indicator of the second trolley such that both visual indicators emit a first visual transmission. establishing, by a first trolley, a connection with a second trolley and receiving, by the first trolley, a trolley signal from the second trolley, wherein the trolley signal comprises a group identification of the second trolley; determining, by the first trolley, a signal strength of the trolley signal and comparing the determined signal strength to a predetermined signal strength threshold; comparing, by the first trolley, the group identification of the second trolley to a group identification of the first trolley; and pairing, by the first trolley, the second trolley with the first trolley based on the determined signal strength being at least the predetermined signal strength and the group identification of the second trolley matching the group identification of the first trolley, wherein pairing the second trolley with the first trolley comprises activating a visual indicator of the first trolley and a visual indicator of the second trolley such that both visual indicators emit a first visual transmission.
An aircraft propulsion system nacelle comprising: an engine assembly; and a single stage fan assembly operatively connected to the engine assembly, and comprising a plurality of fan blades arranged circumferentially around an axis of rotation; a monolithic nacelle structure which circumferentially encloses the fan assembly, and comprises a first, radially proximal, surface locatable radially outward of the plurality of blades, and an opposite, second, radially distal, surface which forms a radially outermost surface of the nacelle structure; and a thrust reverser means operable to produce reverse thrust by selectively varying a pitch angle of the plurality of fan blades, characterised in that a radial thickness of the nacelle structure is greater at a first inlet portion than at a plane of the fan assembly normal to the axis of rotation. an engine assembly; and a single stage fan assembly operatively connected to the engine assembly, and comprising a plurality of fan blades arranged circumferentially around an axis of rotation; a monolithic nacelle structure which circumferentially encloses the fan assembly, and comprises a first, radially proximal, surface locatable radially outward of the plurality of blades, and an opposite, second, radially distal, surface which forms a radially outermost surface of the nacelle structure; and a thrust reverser means operable to produce reverse thrust by selectively varying a pitch angle of the plurality of fan blades, characterised in that a radial thickness of the nacelle structure is greater at a first inlet portion than at a plane of the fan assembly normal to the axis of rotation.