mhurhangee/ep-ind-claims huggingface dataset:
Grinding assembly for a basket mill having a grinding shell with a grinding chamber and with grinding balls arranged in the grinding chamber, wherein the grinding chamber comprises a grinding chamber inlet and a grinding chamber outlet for the grinding stock and is configured for the throughflow of the grinding stock, and with a first conveyor means which cooperates with the grinding chamber for generating a grinding stock flow through the grinding chamber, characterized in that the grinding shell comprises a bypass flow path which the grinding stock can flow through while bypassing the grinding chamber, wherein the grinding gear comprises a second conveyor means which cooperates with the bypass flow path to generate the grinding stock flow through the bypass flow path.
A process for the continuous production of polyether alcohols by catalyzed addition of at least one alkylene oxide to at least one hydrogen-functional starter compound, wherein at least one catalyst exhibits the structural element R1/R2C=N-R3, and wherein R1 and R2 are independently of each other selected from the group consisting of alkyl, aryl, arenyl, H, dialkylamino, and wherein R3 is selected from the group consisting of alkyl, aryl, H, dialkylaminon, and wherein at least one catalyst is not selected from the group of imidazoles and derivatives of imidazoles, and wherein the temperature during the reaction is above 115 °C, and wherein the catalyst concentration is in the range of 0,007 to 0,5%, preferably in the range of 0,007 to 0, 4 % mass of the throughput of the continuous process.
A cryogenic liquid delivery installation comprising: - connecting means for transferring a cryogenic liquid to a tank, as well as a recovery of gas exiting said tank or the like, - a first flowmeter (12, 42) for determining the mass of liquid exiting the delivery installation, - a second flowmeter (28, 48) for determining the mass of recovered gas, characterized in that it further comprises a device for determining the calorific value of the transferred liquid and - a device for determining the calorific value of the recovered gas - connecting means for transferring a cryogenic liquid to a tank, as well as a recovery of gas exiting said tank or the like, - a first flowmeter (12, 42) for determining the mass of liquid exiting the delivery installation, - a second flowmeter (28, 48) for determining the mass of recovered gas, characterized in that it further comprises a device for determining the calorific value of the transferred liquid and - a device for determining the calorific value of the recovered gas
A wind power generator system comprising: a tower section; a plurality of wind turbine sections, each of which includes a rotor, a blade provided on the rotor, and an electric generator that generates electric power by rotational force of the rotor; support members joined to the tower section and supporting the respective wind turbine sections; a detection unit (6, 6') configured to detect a value of a predetermined parameter indicating operational state of each of the wind turbine sections; and an anomaly determination unit configured to calculate an average value and deviations of the predetermined parameters and determine whether an anomaly is present in each of the wind turbine sections on the basis of whether the deviation from the average is greater than a preset threshold value. a tower section; a plurality of wind turbine sections, each of which includes a rotor, a blade provided on the rotor, and an electric generator that generates electric power by rotational force of the rotor; support members joined to the tower section and supporting the respective wind turbine sections; a detection unit (6, 6') configured to detect a value of a predetermined parameter indicating operational state of each of the wind turbine sections; and an anomaly determination unit configured to calculate an average value and deviations of the predetermined parameters and determine whether an anomaly is present in each of the wind turbine sections on the basis of whether the deviation from the average is greater than a preset threshold value.
Exhaust system for internal combustion engines, having an exhaust gas line in which at least one exhaust gas purification element is arranged, and having at least one branch duct which is arranged parallel to the at least one exhaust gas purification element and in which a bursting disc device which bursts at a defined bursting pressure is arranged, wherein the at least one exhaust gas purification element is arranged, together with the bursting disc device, in a common housing forming part of the exhaust gas line, and wherein the bursting disc device is arranged fluidically parallel to the at least one exhaust gas purification element in such a way that said bursting disc device bursts at a defined bursting pressure and therefore releases the exhaust gas flow through the and/or to the branch duct, characterized in that the branch duct forms a flow duct which runs parallel to at least one main flow duct and through which a partial flow of exhaust gas can flow, in that at least one exhaust gas purification element is arranged respectively both in the at least one main flow duct and in the branch duct, wherein the exhaust gas purification elements on the main flow duct side and on the branch duct side are positionally offset with respect to one another in the direction of flow in such a way that the at least one exhaust gas purification element on the branch duct side lies, when viewed in the direction of flow, upstream of the at least one main flow duct side exhaust gas purification element, in that the at least one bursting disc device is arranged in a common wall region, lying between the main flow duct side and branch duct side exhaust gas purification elements, of the at least one main flow duct and of the branch duct, wherein the at least one bursting disc device bursts at a defined bursting pressure and releases the exhaust gas flow from the at least one main flow duct into the branch duct downstream of the at least one exhaust gas purification element there.
A conformationally-defined tripeptidomimetic macrocyclic compound made from a compound of any one of the following formulae: (wherein PG and PG' each independently indicate a standard amine protecting group) and three additional building elements two of which possess D-stereochemistry.
A joint, comprising: a first panel having a first honeycomb core having a first thickness, the first honeycomb core being sandwiched between a first skin and a second skin, wherein a first longitudinal edge of the first panel has a rabbet formed along a majority of an entire length of the first longitudinal edge; a second panel having a second honeycomb core having a second thickness, the second honeycomb core being sandwiched between a third skin and a fourth skin, wherein a second longitudinal edge of the second panel has a notch formed along a majority of an entire length of the second longitudinal edge, wherein at least a portion of the rabbet is positioned within the notch such that the first longitudinal edge and the second longitudinal edge are aligned to form the joint; and an adhesive applied to at least one of the first longitudinal edge and the second longitudinal edge wherein the second skin of the first panel and the third skin of the second panel are oriented at a joint angle with respect to one another, the joint angle being non-parallel and non-perpendicular. a first panel having a first honeycomb core having a first thickness, the first honeycomb core being sandwiched between a first skin and a second skin, wherein a first longitudinal edge of the first panel has a rabbet formed along a majority of an entire length of the first longitudinal edge; a second panel having a second honeycomb core having a second thickness, the second honeycomb core being sandwiched between a third skin and a fourth skin, wherein a second longitudinal edge of the second panel has a notch formed along a majority of an entire length of the second longitudinal edge, wherein at least a portion of the rabbet is positioned within the notch such that the first longitudinal edge and the second longitudinal edge are aligned to form the joint; and an adhesive applied to at least one of the first longitudinal edge and the second longitudinal edge wherein the second skin of the first panel and the third skin of the second panel are oriented at a joint angle with respect to one another, the joint angle being non-parallel and non-perpendicular.
An aqueous emulsion of clear synthetic binder comprising: - a clear synthetic binder comprising at least one oil of petroleum origin and at least one resin of vegetable origin, - and at least one latex. - a clear synthetic binder comprising at least one oil of petroleum origin and at least one resin of vegetable origin, - and at least one latex.
A footbed for an article of footwear, the footbed comprising: a sole structure including a lower ground engaging surface and an upper foot facing surface, the sole structure having a forefoot region and a rear foot region; a foot engaging member including a lower surface facing the sole structure foot facing surface and an upper surface adapted to face and engage the foot of the wearer, the foot engaging member having at least a rear foot region; and wherein the foot engaging member rear foot region is capable of lateral movement with respect to the sole structure rear foot region, wherein the foot engaging member includes a forefoot region and wherein the foot engaging member forefoot region is fixed with respect to the sole structure forefoot region, and characterized in that the footbed further includes a first low friction area, constructed by adding or applying an additional layer, positioned on the lower surface of the foot engaging member in the rear foot region of the foot engaging member, and wherein the footbed further includes a second low friction area made by providing a first layer of a polypropylene or plastic type material positioned on the upper surface of the sole structure in the rear foot region of the sole structure, and a very low friction material layer positioned on top of the first layer.
An intravascular device having a septum and an inner surface within which said septum is placed, wherein the septum has an outer surface, a proximal end, and a distal end forming a distal surface, the length of the septum being less than the length of one or more vents formed in the inner surface of the intravascular device such that when the septum is placed within the intravascular device, the one or more vents extend past the distal and proximal ends of the septum to allow air or liquid to bypass the septum via the one or more vents, the outer surface of the septum having a first diameter when uncompressed, characterized in that the distal surface of the septum has a second diameter less than the first diameter such that the distal end is chamfered between the outer surface and the distal surface when the septum is uncompressed, and when the septum is inserted into the intravascular device, the outer surface is compressed towards the second diameter such that the distal end is not chamfered thereby preventing the outer surface of the septum from extending into the one or more vents when the septum is compressed within the intravascular device.
A container comprising a circumferential side wall and a base plate which is connected to the side wall in such a way that the base plate closes the container on one side, the side wall and the base plate delimiting an interior space and the container comprising a longitudinal axis extending perpendicular to the base plate, wherein the side wall and the base plate comprise paper, cardboard or paperboard, wherein the base plate comprises a stop for engaging an end face of the side wall, the stop preventing unwanted intrusion of the base plate into the interior space in a first direction parallel to the longitudinal axis, and wherein the base plate comprises at least one wall portion with a hook, wherein the wall portion with the hook extends into the interior space and the hook can be brought into engagement with a retaining element arranged on the side wall, wherein a motion of the base plate away from the side wall in a direction opposite to the first direction is limited by an engagement of the hook with the retaining element, characterised in that the hook is a tab portion projecting from the wall portion and bent along a fold line towards a portion of the side wall nearest to the hook. a circumferential side wall and a base plate which is connected to the side wall in such a way that the base plate closes the container on one side, the side wall and the base plate delimiting an interior space and the container comprising a longitudinal axis extending perpendicular to the base plate, wherein the side wall and the base plate comprise paper, cardboard or paperboard, wherein the base plate comprises a stop for engaging an end face of the side wall, the stop preventing unwanted intrusion of the base plate into the interior space in a first direction parallel to the longitudinal axis, and wherein the base plate comprises at least one wall portion with a hook, wherein the wall portion with the hook extends into the interior space and the hook can be brought into engagement with a retaining element arranged on the side wall, wherein a motion of the base plate away from the side wall in a direction opposite to the first direction is limited by an engagement of the hook with the retaining element,
A friction stir welding apparatus comprising: a spindle housing; a pin tool concentric with an axis and rotatable relative to the spindle housing about the axis; a first shoulder not rotatable relative to the spindle housing about the axis; and a second shoulder rotatable relative to the spindle housing about the axis; wherein the first shoulder includes a first contact portion, the second shoulder includes a second contact portion facing the first contact portion, and the second contact portion is planar; and characterized in that at least a part of the first contact portion is non-planar. a spindle housing; a pin tool concentric with an axis and rotatable relative to the spindle housing about the axis; a first shoulder not rotatable relative to the spindle housing about the axis; and a second shoulder rotatable relative to the spindle housing about the axis; wherein the first shoulder includes a first contact portion, the second shoulder includes a second contact portion facing the first contact portion, and the second contact portion is planar; and characterized in that at least a part of the first contact portion is non-planar.
A package with flexible walls, such that an outer sachet or pouch mace of plastic material, intended to contain a first product and at least one flexible, internal pouch that can be ruptured or torn, containing a second product intended to be mixed with the said first product in the said outer sachet or the said external pouch, characterized in that it includes a small plate which presents a preferential fold line or zone and on which at least the said internal pouch is firmly brought together, such that folding the said small plate causes the rupture of the internal pouch.
An animal litter box comprising a granular matter storing container in which a plurality of granular matter is stored, wherein the granular matter storing container includes: a container main body having a bottom portion and a side wall portion that is upright from a peripheral portion of the bottom portion; and a plurality of protrusion portions each having a protrusion bottom and a protrusion side wall, the protrusion portion bulging outward from the side wall portion of the container main body and being bent at a predetermined angle with respect to the side wall portion, and wherein a lower end of the protrusion bottom is positioned above an upper end of the bottom portion, the container main body is formed in a rectangular shape in a plan view; the plurality of protrusion portions are provided along one long side of the container main body, one of the protrusion portions being provided at each end of the long side, characterized in that: the protrusion bottom is configured of a slope face which is acclivitous toward an outside; and each of the protrusion portions has a substantially triangular or substantially fan-like shape with the protrusion bottom being of substantially triangular shape and the protrusion side wall extending from a periphery of the protrusion bottom toward an upper end of the side wall portion. a container main body having a bottom portion and a side wall portion that is upright from a peripheral portion of the bottom portion; and a plurality of protrusion portions each having a protrusion bottom and a protrusion side wall, the protrusion portion bulging outward from the side wall portion of the container main body and being bent at a predetermined angle with respect to the side wall portion, and wherein the protrusion bottom is configured of a slope face which is acclivitous toward an outside; and each of the protrusion portions has a substantially triangular or substantially fan-like shape with the protrusion bottom being of substantially triangular shape and the protrusion side wall extending from a periphery of the protrusion bottom toward an upper end of the side wall portion.
A shock assembly comprising: a main chamber comprising a fluid therein; a pump tube within said main chamber, said pump tube having a fluid flow path internal thereto, said pump tube disposed axially along a center of said main chamber; a damping piston coupled to a shaft, said damping piston and a portion of said shaft disposed axially about said pump tube, said damping piston disposed in said main chamber to divide said main chamber into a compression side fluid chamber and a rebound side fluid chamber; and an automatic ride height adjustment assembly comprising: a tube-in-shaft pump assembly; and a spring preload piston assembly; wherein said tube-in-shaft pump assembly comprises: an intake/exhaust port through a portion of said pump tube; and a fluid (253h, 404) path from said pump tube to said spring preload piston assembly, wherein an axial motion of said damping piston and said shaft along said pump tube during a compression stroke pumps said fluid through said pump tube and into said spring preload piston assembly; characterized in that a SAG ride height is established by an axial location of said intake/exhaust port of said pump tube. a main chamber comprising a fluid therein; a pump tube within said main chamber, said pump tube having a fluid flow path internal thereto, said pump tube disposed axially along a center of said main chamber; a damping piston coupled to a shaft, said damping piston and a portion of said shaft disposed axially about said pump tube, said damping piston disposed in said main chamber to divide said main chamber into a compression side fluid chamber and a rebound side fluid chamber; and an automatic ride height adjustment assembly comprising: a tube-in-shaft pump assembly; and a spring preload piston assembly; a tube-in-shaft pump assembly; and a spring preload piston assembly; wherein said tube-in-shaft pump assembly comprises: an intake/exhaust port through a portion of said pump tube; and a fluid (253h, 404) path from said pump tube to said spring preload piston assembly, wherein an axial motion of said damping piston and said shaft along said pump tube during a compression stroke pumps said fluid through said pump tube and into said spring preload piston assembly; an intake/exhaust port through a portion of said pump tube; and a fluid (253h, 404) path from said pump tube to said spring preload piston assembly, wherein an axial motion of said damping piston and said shaft along said pump tube during a compression stroke pumps said fluid through said pump tube and into said spring preload piston assembly; characterized in that a SAG ride height is established by an axial location of said intake/exhaust port of said pump tube.
An intelligent soldering cartridge comprising: a housing; a solder tip; a heater for heating the solder tip; a storage device for storing information about characteristics of the cartridge; characterized by a processor for retrieving the information about characteristics of the cartridge, detecting liquidus occurrence at a solder joint from comparison of 2D images of the solder joint before and after the soldering event, receiving a 3D current image of the solder joint after detection of the liquidus, determining volume of the dispensed solder after occurrence of the liquidus from the 3D current image, comparing the volume of the dispensed solder to an amount of solder needed to fill in a barrel of a hole for a through hole component, or to fill in a surface of a barrel of a hole for a surface mount component to determine how much of the dispensed solder is dissipated onto the barrel or on the surface area of the barrel, repeating the comparing of the volume of the dispensed solder until the dispensed solder has filled the barrel or the surface area of the barrel, and generating an indication signal indicating that a reliable solder joint connection is formed when the dispensed solder has filled the barrel or the surface area of the barrel within the predetermined tolerance; and an interface for transmitting the indication signal. a housing; a solder tip; a heater for heating the solder tip; a storage device for storing information about characteristics of the cartridge; characterized by a processor for retrieving the information about characteristics of the cartridge, detecting liquidus occurrence at a solder joint from comparison of 2D images of the solder joint before and after the soldering event, receiving a 3D current image of the solder joint after detection of the liquidus, determining volume of the dispensed solder after occurrence of the liquidus from the 3D current image, comparing the volume of the dispensed solder to an amount of solder needed to fill in a barrel of a hole for a through hole component, or to fill in a surface of a barrel of a hole for a surface mount component to determine how much of the dispensed solder is dissipated onto the barrel or on the surface area of the barrel, repeating the comparing of the volume of the dispensed solder until the dispensed solder has filled the barrel or the surface area of the barrel, and generating an indication signal indicating that a reliable solder joint connection is formed when the dispensed solder has filled the barrel or the surface area of the barrel within the predetermined tolerance; and an interface for transmitting the indication signal.