mhurhangee/ep-ind-claims huggingface dataset:
A medical device for measuring blood pressure, comprising: an elongated shaft having a proximal region and a distal region, wherein the distal region has a distal inner diameter, wherein the proximal region has a proximal inner diameter, and wherein the distal inner diameter is greater than the proximal inner diameter; an optical fiber extending along the proximal region; an optical pressure sensor coupled to the optical fiber, the optical pressure sensor being disposed along the distal region; an attachment member that attaches the optical fiber to the elongated shaft; and a centering member (160; 260; 360) coupled to the optical fiber and positioned adjacent to the optical pressure sensor, wherein the centering member (160; 260; 360) is disposed within the shaft along the distal region. an elongated shaft having a proximal region and a distal region, wherein the distal region has a distal inner diameter, wherein the proximal region has a proximal inner diameter, and wherein the distal inner diameter is greater than the proximal inner diameter; an optical fiber extending along the proximal region; an optical pressure sensor coupled to the optical fiber, the optical pressure sensor being disposed along the distal region; an attachment member that attaches the optical fiber to the elongated shaft; and a centering member (160; 260; 360) coupled to the optical fiber and positioned adjacent to the optical pressure sensor, wherein the centering member (160; 260; 360) is disposed within the shaft along the distal region.
Cable robot 3D printer, comprising a cable robot with eight cables or bands, where the cables or bands are releasably attached at one end to a print head and led from the print head to a respective cable drum, and the other end opposite from the print head of the cables or bands can be wound in the cable drum in a planar, crossing-free manner, where the cable drums are located within a workspace, and where the cable drums are drivable and the drives of the cable drums are arranged outside or inside the workspace, and where at least one material feed and at least one nozzle are provided on the print head, characterised in that the cable drum has an external gearing and the external gearing of the cable drum engages a worm shaft, where the drive directly or indirectly drives the worm shaft.
A multilayer product comprising a paper or polymer carrier and on the surface of the carrier a security element including a multicolor cover in the form of a periodic raster, made in at least two different colors that are contrasting relative to the carrier surface, and a three-dimensional raster made in the form of embossing with a multiple period and disposed relative to the cover so that the three-dimensional raster is disposed at least partially on the cover, the three-dimensional raster being at least partially oriented in space in the same way as the raster of the multicolor cover and forms together with it a latent image, which is indiscernible when the product is viewed at the right angle to the surface, and becomes visible when the angle of viewing changes, characterized in that the latent image is comprised of two identical graphic elements of different color, which are formed by mutual offset of portions of the three-dimensional raster and the raster of the multicolor cover by a distance multiple of half the period of the raster, and which are positioned relative to each other in the same plane at a distance which allows for viewing a stereoscopic image of the graphic element with the use of anaglyph glasses and/or color filters.
A three-dimensional printing system comprising: a head that has a nozzle, and by which a first continuous material including a resin and a second continuous material including fibers are individually fed; a platform on which a printing material based on the first and second continuous materials (FL, FB) from an outlet of the nozzle is stacked; a cutting device configured to cut at least the fibers; and a controller configured to control an operation device including at least one of the head, the platform, and the cutting device, characterized in that the first continuous material includes a linear resin which extends continuously, the three-dimensional printing system further comprises: a heating unit configured to soften the linear resin; and a preheater configured to mainly heat the fibers, wherein the preheater is provided separately from the heating unit and is located at an upstream position with respect to the heating unit. a head that has a nozzle, and by which a first continuous material including a resin and a second continuous material including fibers are individually fed; a platform on which a printing material based on the first and second continuous materials (FL, FB) from an outlet of the nozzle is stacked; a cutting device configured to cut at least the fibers; and a controller configured to control an operation device including at least one of the head, the platform, and the cutting device, characterized in that the first continuous material includes a linear resin which extends continuously, the three-dimensional printing system further comprises: a heating unit configured to soften the linear resin; and a preheater configured to mainly heat the fibers, wherein the preheater is provided separately from the heating unit and is located at an upstream position with respect to the heating unit.
A yarn winding device comprising: a bobbin support section that supports a yarn feeding bobbin having a core tube onto which a yarn (y) is wound; a yarn winding section that unwinds the yarn (y) from the yarn feeding bobbin supported by the bobbin support section to form a package (p); and a yarn unwinding assisting device that assists unwinding of the yarn (y) from the yarn feeding bobbin, the yarn unwinding assisting device includes a cylinder put on to cap an end portion of the yarn feeding bobbin, the end portion being on a side from which the yarn (y) is unwound, to regulate a bulge of a curved path of the yarn (y) being unwound from the yarn feeding bobbin, characterized in that an inner diameter of the cylinder is 8 to 11 mm greater than an outer diameter of the core tubes of the yarn feeding bobbins to be supported by the bobbin support section, or is greater or equal to 28 mm and less than or equal to 30 mm. a bobbin support section that supports a yarn feeding bobbin having a core tube onto which a yarn (y) is wound; a yarn winding section that unwinds the yarn (y) from the yarn feeding bobbin supported by the bobbin support section to form a package (p); and a yarn unwinding assisting device that assists unwinding of the yarn (y) from the yarn feeding bobbin, the yarn unwinding assisting device includes a cylinder put on to cap an end portion of the yarn feeding bobbin, the end portion being on a side from which the yarn (y) is unwound, to regulate a bulge of a curved path of the yarn (y) being unwound from the yarn feeding bobbin, characterized in that an inner diameter of the cylinder is 8 to 11 mm greater than an outer diameter of the core tubes of the yarn feeding bobbins to be supported by the bobbin support section, or is greater or equal to 28 mm and less than or equal to 30 mm.
A towed seismic arrangement comprising a plurality of streamers and a separation rope connecting two adjacent streamers, the separation rope determining a maximum interstreamer distance between the streamers, the separation rope consisting of two or more partial ropes (11, 12), characterized in that the partial ropes (11, 12) are connected with a rope shackle made of a rope.
Process for routing virtual links in a frame-switching network including a plurality of source and/or destination terminals of said frames, in which frame switches are connected to one another by physical connections, with each virtual link being defined, for a point-to-point type, by a path through said network between a source terminal and a destination terminal, and, for a multipoint type, by a plurality of paths through said network between a source terminal and a plurality of destination terminals, which process is characterized in that, for at least one virtual link, it includes the following steps: (a) selection, from a set of possible paths between the source terminal and the destination terminal(s), of a subset of paths satisfying at least one predetermined topological constraint, said topological constraint belonging to a set of absolute topological constraints and of relative topological constraints, the topological constraints applying to the routing of a virtual link independently of the presence of other virtual links on the network and relative topological constraints concerning the virtual links with each other; (b) determination, among said subset, of a path for a point-to-point virtual link, or of a plurality of paths for a multipoint virtual link, minimizing at least one given cost function; (c) routing said virtual link according to the path(s) thus determined. (a) selection, from a set of possible paths between the source terminal and the destination terminal(s), of a subset of paths satisfying at least one predetermined topological constraint, said topological constraint belonging to a set of absolute topological constraints and of relative topological constraints, the topological constraints applying to the routing of a virtual link independently of the presence of other virtual links on the network and relative topological constraints concerning the virtual links with each other; (b) determination, among said subset, of a path for a point-to-point virtual link, or of a plurality of paths for a multipoint virtual link, minimizing at least one given cost function; (c) routing said virtual link according to the path(s) thus determined.
A scroll compressor comprising a fixed scroll and an orbiting scroll which are disposed inside a casing and form consecutively moving compression pockets by a reciprocal motion thereof; and a mode changing apparatus, the mode changing apparatus comprising: at least one low pressure passage configured to communicate with a low pressure area of the compression pockets of the scroll compressor; at least one intermediate pressure passage configured to communicate with an intermediate pressure area of a plurality of compression pockets of the scroll compressor; and a piston member configured to selectively allow communication between the at least one low pressure passage and the at least one intermediate pressure passage; a block assembly having a chamber configured to receive the piston member therein and a passage that allows communication between the at least one low pressure passage and the at least one intermediate pressure passage; and a pressure supply device that is positioned outside of the casing and supplies high or low pressure to the chamber, thereby to operate the piston member, characterized in that the piston member has a passage formed in a groove shape to allow communication between the at least one low pressure passage and the at least one intermediate pressure passage when aligned with the passage of the block assembly. at least one low pressure passage configured to communicate with a low pressure area of the compression pockets of the scroll compressor; at least one intermediate pressure passage configured to communicate with an intermediate pressure area of a plurality of compression pockets of the scroll compressor; and a piston member configured to selectively allow communication between the at least one low pressure passage and the at least one intermediate pressure passage; a block assembly having a chamber configured to receive the piston member therein and a passage that allows communication between the at least one low pressure passage and the at least one intermediate pressure passage; and a pressure supply device that is positioned outside of the casing and supplies high or low pressure to the chamber, thereby to operate the piston member, characterized in that the piston member has a passage formed in a groove shape to allow communication between the at least one low pressure passage and the at least one intermediate pressure passage when aligned with the passage of the block assembly.
A safety switching device, in particular safety relay, having a plurality of switch elements for safely setting at least one operating parameter of the safety switching device, and having a control and evaluation unit configured to set the operating parameter on the basis of the switch positions of the switch elements, characterized in that the switch elements form at least a first group (24a1..24a6), second group (24b1..24b3) and third group (24c1), and in that the control and evaluation unit is further configured to set the operating parameter according to the switch positions only when the switch elements in each of the three groups satisfy a validity condition.
A colorimetric hydrogen sulfide gas sensing layer, comprising: a substrate having a top surface and a bottom surface (20, 22); and a sensing material deposited on at least one of the top surface and the bottom surface (20, 22), the sensing material comprising dextran and a salt chosen from one of an iron salt and a copper salt. a substrate having a top surface and a bottom surface (20, 22); and a sensing material deposited on at least one of the top surface and the bottom surface (20, 22), the sensing material comprising dextran and a salt chosen from one of an iron salt and a copper salt.
A multilayered structure having an adhesive intermediate layer of a blend of an ethylene/vinyl alcohol copolymer and a maleic anhydride-modified olefin resin between an inner layer and an outer layer, wherein said adhesive intermediate layer contains the ethylene/vinyl alcohol copolymer and the maleic anhydride-modified olefin resin at a weight ratio of 4:6 to 8:2, and said ethylene/vinyl alcohol copolymer and said maleic anhydride-modified olefin resin have a viscosity ratio η AB defined by the following formula, η AB = a / b wherein "a" is a melt viscosity of the ethylene/vinyl alcohol copolymer at 200°C and at a shearing rate of 200 s -1, and "b" is a melt viscosity of the maleic anhydride-modified olefin resin at 200°C and at a shearing rate of 200 s -1, in a range of 3 to 10, and wherein at least either the inner layer or the outer layer is formed of a polyolefin resin.
A blade for a turbomachine extending longitudinally between a base and an apex, comprising a lower surface wall, an upper surface wall, a leading edge and a trailing edge and comprising a plurality of internal ventilation cavities (21, 22, 23, 27) which form a cooling circuit of the blade, wherein several ventilation cavities are ventilation cavities of a first type (21, 22, 23) comprising - at least one ascending portion (21a, 22a, 23a) which extends longitudinally between the base and the apex, engaged with the lower surface wall and spaced from the upper surface wall, and - at least one discharge portion (21c, 22c, 23c) which extends towards and which opens at the trailing edge via at least one port of the trailing edge (21d, 22d, 23d), and wherein at least one ventilation cavity of the first type (22, 23) further comprises at least one descending portion (22b, 23b) which extends longitudinally from the apex engaged with the upper surface wall and spaced from the lower surface wall. wherein several ventilation cavities are ventilation cavities of a first type (21, 22, 23) comprising - at least one ascending portion (21a, 22a, 23a) which extends longitudinally between the base and the apex, engaged with the lower surface wall and spaced from the upper surface wall, and - at least one discharge portion (21c, 22c, 23c) which extends towards and which opens at the trailing edge via at least one port of the trailing edge (21d, 22d, 23d), and - at least one ascending portion (21a, 22a, 23a) which extends longitudinally between the base and the apex, engaged with the lower surface wall and spaced from the upper surface wall, and - at least one discharge portion (21c, 22c, 23c) which extends towards and which opens at the trailing edge via at least one port of the trailing edge (21d, 22d, 23d), and wherein at least one ventilation cavity of the first type (22, 23) further comprises at least one descending portion (22b, 23b) which extends longitudinally from the apex engaged with the upper surface wall and spaced from the lower surface wall.
A luggage bag comprising an envelope, defining a loading volume and bearing electronic circuits comprising in particular a geolocation module and a communication module comprising a switch-off device allowing its deactivation by the user independently of the remainder of said electronic circuits, said electronic circuits being capable of functioning in an aircraft mode and furthermore comprising a detection module, designed to take measurements of at least one physical quantity and to identify conditions corresponding to the landing of an aircraft on the basis of the measurements, said electronic circuits being designed to deactivate said communication module in said aircraft mode and to control said detection module so that it performs measurements staggered over time, said electronic circuits also being designed to automatically reactivate said communication module subsequent to the identification of conditions corresponding to the landing of an aircraft on the basis of said measurements, characterized in that said geolocation module and said communication module are designed in such a way that an information item relating to the position of the luggage bag may be remotely accessible to a user, and in that said aircraft mode of said electronic circuits can exclusively be activated - in response to a suitable action of the user on said electronic circuits, or - as the result of a suitable programming of said electronic circuits by the user, prior to transport of the luggage bag by aircraft, based on at least one expected takeoff time. - in response to a suitable action of the user on said electronic circuits, or - as the result of a suitable programming of said electronic circuits by the user, prior to transport of the luggage bag by aircraft, based on at least one expected takeoff time.
A computer-implemented method for providing multi-path network access to a client node (101, 201, 401) in a first local area network, the method comprising, by a first routing circuitry that is network addressable: - providing (252, 352, 452, 552) routing (602, 701, 732, 735, 742) of packets (601, 700, 702, 731, 733, 734, 736, 741, 743) between the first local area network and a first access network thereby providing network access to the first local area network; - providing (252, 352, 452, 552) forwarding (711, 751, 756, 803) of packets within the first local area network; - intercepting network packets from the client node destined for a destination node outside the first local area network; - forwarding the intercepted network packets to a multi-path agent that is network addressable within the first local area network; the method further comprising, by the multi-path agent: - receiving the intercepted network packets from the first routing circuitry; - transforming (714, 730) the intercepted network packets to multi-path networking packets (715, 731) supporting a multi-path networking protocol; and - forwarding (714, 730), according to the multi-path networking protocol, the multipath networking packets (715, 731) to the first routing circuitry for further routing along the first access network and/or to a second routing circuitry that is network addressable for further routing along a second access network; wherein the second routing circuitry provides network access to the first local area network over the second access network. - providing (252, 352, 452, 552) routing (602, 701, 732, 735, 742) of packets (601, 700, 702, 731, 733, 734, 736, 741, 743) between the first local area network and a first access network thereby providing network access to the first local area network; - providing (252, 352, 452, 552) forwarding (711, 751, 756, 803) of packets within the first local area network; - intercepting network packets from the client node destined for a destination node outside the first local area network; - forwarding the intercepted network packets to a multi-path agent that is network addressable within the first local area network; - receiving the intercepted network packets from the first routing circuitry; - transforming (714, 730) the intercepted network packets to multi-path networking packets (715, 731) supporting a multi-path networking protocol; and - forwarding (714, 730), according to the multi-path networking protocol, the multipath networking packets (715, 731) to the first routing circuitry for further routing along the first access network and/or to a second routing circuitry that is network addressable for further routing along a second access network; wherein the second routing circuitry provides network access to the first local area network over the second access network.
A metallic ink composition for inkjet printing for a polyvinyl chloride substrate, the metallic ink composition comprising at least: a polyester resin (a) having a weight average molecular weight, measured by gel filtration chromatography using a polystyrene as a standard substance, of 12,000 or less; a metallic pigment dispersion member (b) formed by dispersing an evaporated aluminum pigment in only an organic solvent; and an organic solvent (c) permeable to a polyvinyl chloride substrate.
A pressure limiting unit for a pressure booster for driving hydraulic tools, comprising a pressure limiting valve for setting the hydraulic pressure, having - a closing element that is pushed against a valve seat by a spring element, and - a displaceable adjusting element for setting the spring force of the spring element, wherein - a position detection unit that is directly connected to the adjusting element to detect the position, in particular the axial position of the adjusting element, - an evaluation unit for determining the set hydraulic pressure as a function of the position, in particular the axial position of the adjusting element, and - an output unit for displaying the set hydraulic pressure are provided and - the spring element is braced against the adjusting element, which is directly connected to the position detection unit and formed as a running sleeve and - the running sleeve is mounted by means of a rotary handle in an axially displaceable manner on a valve housing of the pressure limiting valve and the running sleeve rests against the rotary handle and the rotary handle is arranged on a threaded section of the pressure limiting valve. - a closing element that is pushed against a valve seat by a spring element, and - a displaceable adjusting element for setting the spring force of the spring element, wherein - a position detection unit that is directly connected to the adjusting element to detect the position, in particular the axial position of the adjusting element, - an evaluation unit for determining the set hydraulic pressure as a function of the position, in particular the axial position of the adjusting element, and - an output unit for displaying the set hydraulic pressure - the spring element is braced against the adjusting element, which is directly connected to the position detection unit and formed as a running sleeve and - the running sleeve is mounted by means of a rotary handle in an axially displaceable manner on a valve housing of the pressure limiting valve and the running sleeve rests against the rotary handle and the rotary handle is arranged on a threaded section of the pressure limiting valve.