mhurhangee/ep-ind-claims huggingface dataset:
A prosthetic heart valve comprising a plurality of leaflets secured together and retained within an expandable tubular member, each leaflet comprising cross-linked porcine small intestine submucosa tissue, wherein the porcine small intestine submucosa tissue is chemically cross-linked while it is under tension.
A follower assembly (40; 2340; 3200) for a firearm drum magazine, the follower assembly (40; 2340; 3200) comprising: a plurality of dummy cartridges (410, 412) comprising a leading dummy cartridge and a last dummy cartridge; and a plurality of links comprising a leading link and a last link; wherein the plurality of dummy cartridges are linked by the plurality of links and the last dummy cartridge is configured to rotate relative to the last link and the leading link, characterized in that the plurality of links forms a kinematic chain independent of the plurality of dummy cartridges (410, 412).
A mounting system for mounting an aircraft element to a surface comprising: a mounting element having a base and a threaded shaft extending from the base along an axis, the base configured for mounting to the surface; an aperture formed through the threaded shaft generally perpendicular to the shaft axis, the aperture being elongated in the direction of the shaft axis; an incremental nut configured for rotating on the threaded shaft and moving up and down along the shaft axis for adjusting the height of the nut on the mounting element; the incremental nut having at least one aperture (100, 102) formed therethrough generally perpendicular to the shaft axis; the incremental nut aperture (100, 102) and threaded shaft aperture being aligned at a plurality of rotational positions of the incremental nut along the threaded shaft; and a locking element passing through the aligned incremental nut aperture (100, 102) and threaded shaft aperture for securing the incremental nut at a selected height on the mounting element; characterised in that the system further comprises a fitting coupled with the incremental nut and further configured for coupling with an aircraft element to mount the aircraft element to the surface at a selected height above the surface. a mounting element having a base and a threaded shaft extending from the base along an axis, the base configured for mounting to the surface; an aperture formed through the threaded shaft generally perpendicular to the shaft axis, the aperture being elongated in the direction of the shaft axis; an incremental nut configured for rotating on the threaded shaft and moving up and down along the shaft axis for adjusting the height of the nut on the mounting element; the incremental nut having at least one aperture (100, 102) formed therethrough generally perpendicular to the shaft axis; the incremental nut aperture (100, 102) and threaded shaft aperture being aligned at a plurality of rotational positions of the incremental nut along the threaded shaft; and a locking element passing through the aligned incremental nut aperture (100, 102) and threaded shaft aperture for securing the incremental nut at a selected height on the mounting element; characterised in that the system further comprises a fitting coupled with the incremental nut and further configured for coupling with an aircraft element to mount the aircraft element to the surface at a selected height above the surface.
Plate heat exchanger, in particular for water and oil, comprising a plurality of stacked plates, each formed of flat troughs fitted into each other having substantially flat bottoms and being tightly connected at the trough edges, the plurality of plates separating first and second chambers from one another which are arranged in an alternating consecutive manner within the plate stack formed by the plates, wherein a first fluid, e.g. water, can flow in parallel through the first chambers connected in parallel via associated first openings in the plates, and a second fluid, e.g. oil, can flow in parallel through the second chambers connected in parallel via associated second openings in the plates, and a base plate or connection plate on the end face of the plate stack for holding the heat exchanger, wherein the base plate or connection plate (10, 20) is arranged on the end face of the plate stack, the end face being formed by the convex side of a plate, the base plate or connection plate formed of flat material that is shaped forming a receptacle (bed 11) resting in a frame-like manner against the bottom edge and/or trough edge of the plate on the end face, wherein a flange (15, 22) framing the plate stack is circumferentially bent/angled at its inner edge at the plate stack as well as its free outer edge, forming a half-pipe shaped U-profile, wherein the inner angled portion rests against the edge of the plate stack, wherein fastening holes are provided on the flange, characterised in that the fastening holes provided on the flange are arranged centrally between the two circumferential angled portions between the edges of the plate stack.
A handling and installation assembly for a roof window comprising a frame, a sash and a hinge with a sash hinge part comprising a base plate, a slide rail, and a pivot pin, in which the pivot pin extends perpendicularly from the base plate, and the slide rail is connected to the pivot pin and configured to pivot about the pivot pin, wherein the assembly is releasably connectable to the hinge, and wherein the assembly comprises a first element connectable to the pivot pin and the slide rail and configured to rotate with the slide rail, characterized in that the assembly comprises a second element connectable to the first element and the base plate, that the first element and the second element are engageable with each other in a first orientation to temporarily lock the slide rail in the first orientation, and that the first element and the second element are engageable with each other in at least one other orientation including a second orientation to temporarily lock the slide rail in the second orientation.
Burner for a gas turbine, comprising a main burner and a pilot burner, wherein the main burner has a supporting structure, a heat shield and a holder for the heat shield, and wherein the holder is located at least partially inside the supporting structure and the heat shield is located at least partially inside the holder, wherein the heat shield is secured to the holder by means of a force-fit and/or frictional connection and the holder is secured to the supporting structure by means of a force-fit and/or frictional connection, wherein the burner has a tip adjoining the supporting structure, the holder and the heat shield and that the heat shield is secured between the tip and the holder by means of a clamp fit.
A dense phase powder pump for particulate material, comprising: a first housing, a gas permeable filter disposed in said first housing characterized by: a pinch valve housing adapted to receive four pinch valves, a body comprising four pressure chambers, wherein the pinch valve housing is transparent and wherein said pinch valve housing is removable as a unit from the pump, four pinch valves installed in said pressure chambers, each pinch valve, comprising: a body having a central particulate material flow passage therethrough and a pair of diametrically opposed and longitudinally extending ribs along opposite sides of the valve body, a first end flange on a first end of said body and a second end flange on an opposite end of said body, wherein each said first end flange and second end flange have a larger outside diameter than said body, at least one end flange of said first end flange and said second end flange having a shaped periphery for aligning the pinch valve when the pinch valve is installed in said pressure chamber, wherein said at least one end flange has a circular periphery with at least one non-circular portion. a first housing, a gas permeable filter disposed in said first housing characterized by: a pinch valve housing adapted to receive four pinch valves, a body comprising four pressure chambers, wherein the pinch valve housing is transparent and wherein said pinch valve housing is removable as a unit from the pump, four pinch valves installed in said pressure chambers, a pinch valve housing adapted to receive four pinch valves, a body comprising four pressure chambers, wherein the pinch valve housing is transparent and wherein said pinch valve housing is removable as a unit from the pump, four pinch valves installed in said pressure chambers, each pinch valve, comprising: a body having a central particulate material flow passage therethrough and a pair of diametrically opposed and longitudinally extending ribs along opposite sides of the valve body, a first end flange on a first end of said body and a second end flange on an opposite end of said body, wherein each said first end flange and second end flange have a larger outside diameter than said body, at least one end flange of said first end flange and said second end flange having a shaped periphery for aligning the pinch valve when the pinch valve is installed in said pressure chamber, wherein said at least one end flange has a circular periphery with at least one non-circular portion. a body having a central particulate material flow passage therethrough and a pair of diametrically opposed and longitudinally extending ribs along opposite sides of the valve body, a first end flange on a first end of said body and a second end flange on an opposite end of said body, wherein each said first end flange and second end flange have a larger outside diameter than said body, at least one end flange of said first end flange and said second end flange having a shaped periphery for aligning the pinch valve when the pinch valve is installed in said pressure chamber, wherein said at least one end flange has a circular periphery with at least one non-circular portion.
A system for modifying a signaling message, the system comprising: a network element located on a transporting mobile network, the network element characterized by being configured to: receive the signaling message that includes one or more protected data fields and a first authentication field, the first authentication field including a first authentication code, calculate a hash value for each of the one or more protected data fields, select at least one of the calculated hash values, combine each of the selected calculated hash values and the first authentication code together using an exclusive OR operation resulting in a combined value, calculate a second authentication code based on the combined value and a key 825), add a second authentication field to the signaling message, the second authentication field includes the second authentication code, and send the signaling message to a receiving network. receive the signaling message that includes one or more protected data fields and a first authentication field, the first authentication field including a first authentication code, calculate a hash value for each of the one or more protected data fields, select at least one of the calculated hash values, combine each of the selected calculated hash values and the first authentication code together using an exclusive OR operation resulting in a combined value, calculate a second authentication code based on the combined value and a key 825), add a second authentication field to the signaling message, the second authentication field includes the second authentication code, and send the signaling message to a receiving network.
A gas meter system, comprising: a gas meter; a gas production plant; and a center device, the gas meter comprising a sound velocity derivation unit configured to derive a sound velocity of a gas supplied to a demand place, the gas production plant comprising: a gas production unit configured to produce the gas; and a gas characteristic identification unit configured to identify a gas characteristic representing a relationship between the sound velocity and a heating value of the gas based on an analysis result of a component of the gas produced by the gas production unit, the center device comprising a heating value derivation unit configured to derive the heating value of the gas used in the gas meter based on the sound velocity of the gas, which is derived by the sound velocity derivation unit of the gas meter, and on the gas characteristic identified by the gas characteristic identification unit. a gas meter; a gas production plant; and a center device, the gas meter comprising a sound velocity derivation unit configured to derive a sound velocity of a gas supplied to a demand place, the gas production plant comprising: a gas production unit configured to produce the gas; and a gas characteristic identification unit configured to identify a gas characteristic representing a relationship between the sound velocity and a heating value of the gas based on an analysis result of a component of the gas produced by the gas production unit, a gas production unit configured to produce the gas; and a gas characteristic identification unit configured to identify a gas characteristic representing a relationship between the sound velocity and a heating value of the gas based on an analysis result of a component of the gas produced by the gas production unit, the center device comprising a heating value derivation unit configured to derive the heating value of the gas used in the gas meter based on the sound velocity of the gas, which is derived by the sound velocity derivation unit of the gas meter, and on the gas characteristic identified by the gas characteristic identification unit.
An adjustable spine joint assembly for a crash test dummy comprising: an upper member adapted to be operatively connected to an upper thoracic portion of a spine of the crash test dummy; a lower member adapted to be operatively connected to a lower thoracic portion of the spine of the crash test dummy; and a center pivot bolt pivotally connected to said lower member and said upper member to allow rotational movement therebetween; characterised in that the adjustable spine joint assembly includes a self-locating adjustment mechanism cooperating with said upper member and said lower member to allow adjustment between a plurality of fixed joint angles between said upper member and said lower member. an upper member adapted to be operatively connected to an upper thoracic portion of a spine of the crash test dummy; a lower member adapted to be operatively connected to a lower thoracic portion of the spine of the crash test dummy; and a center pivot bolt pivotally connected to said lower member and said upper member to allow rotational movement therebetween; characterised in that the adjustable spine joint assembly includes a self-locating adjustment mechanism cooperating with said upper member and said lower member to allow adjustment between a plurality of fixed joint angles between said upper member and said lower member.
A method for monitoring co-location of electronic devices in a geographical zone, the method comprising: processing first global positioning system, GPS, data obtained using a first GPS sensor of a first electronic device, the first GPS data to identify a first geographic location of the first electronic device; processing second GPS data obtained using a second GPS sensor of a second electronic device, the second GPS data to identify a second geographic location of the second electronic device, characterized in that transmitting the first GPS data and the second GPS data to a co-location management system; comparing, by the co-location management system, using at least one processor, a sensing error from the first GPS data and a sensing error from the second GPS data; and generating an alarm if the distance between the first geographic location and the second geographic location is greater than a reference distance, the method further comprises the step of: canceling the alarm if the sensing error from the first GPS data is the same as at least some of the sensing error from the second GPS data. processing first global positioning system, GPS, data obtained using a first GPS sensor of a first electronic device, the first GPS data to identify a first geographic location of the first electronic device; processing second GPS data obtained using a second GPS sensor of a second electronic device, the second GPS data to identify a second geographic location of the second electronic device, characterized in that transmitting the first GPS data and the second GPS data to a co-location management system; comparing, by the co-location management system, using at least one processor, a sensing error from the first GPS data and a sensing error from the second GPS data; and generating an alarm if the distance between the first geographic location and the second geographic location is greater than a reference distance, the method further comprises the step of: canceling the alarm if the sensing error from the first GPS data is the same as at least some of the sensing error from the second GPS data. canceling the alarm if the sensing error from the first GPS data is the same as at least some of the sensing error from the second GPS data.
A method, comprising: - providing a product (PROD1), which comprises a combination of a transparent container and a security label attached to the container for indicating authenticity of the product (PROD1), the security label comprising a transmissive diffractive element, wherein positions and dimensions of diffractive features of the diffractive element have been determined to form a predetermined virtual image, which represents a graphical pattern, - providing a non-coherent diverging white illuminating light beam from an illuminating area, and - forming the virtual image observable from a viewing position by illuminating the diffractive element with the illuminating light beam, wherein the diffractive element overlaps a non-planar portion (CUR1b) of the container, wherein the container contains an amount of the liquid and an amount of a gas, and wherein the virtual image is visually observable when the illuminating light beam is transmitted from the illuminating area to the diffractive element through non-planar portions (CUR1a, CUR1b) of the container and through the gas. - providing a product (PROD1), which comprises a combination of a transparent container and a security label attached to the container for indicating authenticity of the product (PROD1), the security label comprising a transmissive diffractive element, wherein positions and dimensions of diffractive features of the diffractive element have been determined to form a predetermined virtual image, which represents a graphical pattern, - providing a non-coherent diverging white illuminating light beam from an illuminating area, and - forming the virtual image observable from a viewing position by illuminating the diffractive element with the illuminating light beam,
A software maintenance supporting device comprising source code analysis means for analyzing a source code of software loaded in an electronic control device to control a control target, and outputting analysis information related to a variable in the source code, wherein the source code analysis means includes variable dependence relation analysis means which analyzes an inter-variable dependence relation in variable update processing when executing the software based on the source code 3, and extracting variable dependence relation data, and variable dependence relation network analysis means having variable cluster analysis means for extracting variable cluster data in which a set of all variables is divided into variable clusters including at least one variable, based on the variable dependence relation data, and the device including a variable dependence relation display unit for illustrating an inter-variable dependence relation as a directed graph in which variables are expressed as nodes and the dependence relation is expressed as a link, based on the variable dependence relation data, and highlighting variables belonging to the same cluster based on the variable cluster data, characterized in that the variable dependence relation network analysis means further includes variable importance degree analysis means for extracting variable importance degree data indicating the degree of importance of each variable, based on the variable dependence relation data, wherein the variable dependence relation display unit illustrates a cluster dependence relation network in which a variable cluster is expressed as a node and the variable dependence relation between variable clusters is expressed as a link, based on the variable dependence relation data and the variable cluster data, wherein the variable dependence relation display unit illustrates a variable dependence relation between variables belonging to the same variable cluster, within the cluster, based on the variable dependence relation data and the variable cluster data, wherein the variable dependence relation display unit changes a display color according to a value of the degree of importance, based on the variable importance degree data.
A combination of therapeutic agents comprising: saposin C and dioleoylphosphatidylserine (SapC-DOPS); and nucleolin aptamer AS1411, for use in a method of inducing cell death in a glioblastoma multiforme cancer cell, wherein cell death of the cancer cell is induced. saposin C and dioleoylphosphatidylserine (SapC-DOPS); and nucleolin aptamer AS1411,