mhurhangee/ep-ind-claims huggingface dataset:
An assembled-type traveling carriage (1, 2) comprising: four telescopic cylindrical bodies (10, 10A) each being an extendable telescopic cylindrical body rotatably provided with a first one of a male screw and a female screw collectively serving as screw means at each end thereof, and each incorporating an actuator configured to extend and withdraw a nest; characterized in that it further comprises eight joint blocks (20, 25) comprising four first joint blocks and four second joint blocks and provided with a second one of the screw means; four travelers rotatably provided with a first one of the screw means and attached a driving device thereto; and four coupling rods rotatably provided with a first one of the screw means on each end thereof, and a first planar frame body being in a rectangular shape seen from a plane and assembled by screwing one of the second joint blocks (20, 25) to one end of each of the four telescopic cylindrical bodies (10, 10A), screwing one of the travelers to each of the second joint blocks (10, 10A) such that the travelers are positioned on extension lines of the telescopic cylindrical bodies (10, 10A), and coupling the other end of each of the four telescopic cylindrical bodies to one another by the coupling rods through the first joint blocks (20, 25). four telescopic cylindrical bodies (10, 10A) each being an extendable telescopic cylindrical body rotatably provided with a first one of a male screw and a female screw collectively serving as screw means at each end thereof, and each incorporating an actuator configured to extend and withdraw a nest; characterized in that it further comprises eight joint blocks (20, 25) comprising four first joint blocks and four second joint blocks and provided with a second one of the screw means; four travelers rotatably provided with a first one of the screw means and attached a driving device thereto; and four coupling rods rotatably provided with a first one of the screw means on each end thereof, and a first planar frame body being in a rectangular shape seen from a plane and assembled by screwing one of the second joint blocks (20, 25) to one end of each of the four telescopic cylindrical bodies (10, 10A), screwing one of the travelers to each of the second joint blocks (10, 10A) such that the travelers are positioned on extension lines of the telescopic cylindrical bodies (10, 10A), and coupling the other end of each of the four telescopic cylindrical bodies to one another by the coupling rods through the first joint blocks (20, 25).
Two-roller roll press having a machine frame with two rollers, which have shaft journals at their respective axial ends for mounting in a bearing construction, which said shaft journals are fastened in the machine frame, wherein at least one of the rollers is mounted at one or both shaft journals in a thrust bearing construction characterized in that, the thrust bearing construction comprises a thrust bearing, a thrust bearing housing ring, an outer thrust bearing cap and a bearing cap, the thrust bearing is shrunk onto a shaft journal, thrust bearing is surrounded by the ring-shaped thrust bearing housing in the circumferential direction, wherein the trust bearing housing ring can be removed while the trust bearing is still mounted, wherein the trust bearing is free accessible for heat shrinking or removing onto shaft journal with the ring-shaped thrust bearing housing removed and the outer thrust bearing cap removed, which makes it possible to heat shrink the thrust bearing during mounting, wherein thrust bearing housing ring and the bearing cap are detachably connected into one unit, which is detachably fastened to the outer thrust bearing cap, which is in turn detachably fastened to the bearing housing.
An electrosurgical device, comprising: a handle; a shaft coupled to the handle; a first electrode and a second electrode disposed adjacent a distal end of the shaft, wherein the first electrode is U-shaped and the second electrode comprises a single longitudinal segment, and wherein the perimeter of the second electrode is surrounded by the U-shaped first electrode, with the second electrode located within a U-shaped aperture defined by the first electrode. a handle; a shaft coupled to the handle; a first electrode and a second electrode disposed adjacent a distal end of the shaft, wherein the first electrode is U-shaped and the second electrode comprises a single longitudinal segment, and wherein the perimeter of the second electrode is surrounded by the U-shaped first electrode, with the second electrode located within a U-shaped aperture defined by the first electrode.
Marking composition suitable for marking roads for improved visibility, which composition comprises a monomer having a high-boiling point and which is selected from the group consisting of benzyl methacrylate, 2-ethylhexyl acrylate, hydroxypropyl methacrylate, hydroxybutyl methacrylate, n-butyl acrylate, dibutyl maleate, butyl methacrylate, and combinations thereof, and preferably benzyl methacrylate; a polyacrylate; and at least one compound selected from luminescent compound; thermochrome compound; or combinations thereof; which marking composition has a viscosity of less than or equal to 1000 mPa ·s, as measured by a Brookfield viscometer using a spindle no. 2 at 100 rpm, and at a temperature of 20 °C.
An aircraft undercarriage including a leg for mounting on a structure of the aircraft so as to be movable between a deployed position and a retracted position, the undercarriage being fitted with a breaker strut comprising two hinged elements (2A, 2B) that are hinged together at a knee, with a first element for coupling to the structure of the aircraft and a second element for coupling to the undercarriage, a return member being arranged between the two elements to urge them towards a substantially aligned position that is defined by respective abutments (11A, 11B), one of the strut elements incorporating a linear actuator having a slidable rod that is coupled to the other strut element by means of a link, the assembly being arranged in such a manner that moving the slidable rod of the actuator in a single direction causes, in succession, the elements of the strut to move out of alignment and the undercarriage to move from the deployed position to the retracted position.
A process for producing a water-based conductive polymeric paint containing graphene for providing coatings with radar-absorbent properties or else for producing antistatic devices or piezoresistive coatings, characterized in that it comprises the steps of: a) subjecting to thermal expansion commercial graphite intercalation compound to obtain structures known as TEGO, WEG or expanded graphite, or else using EG of a commercial type; b) dispersing and shredding said TEGO, WEG, or EG structures in a liquid phase chosen in the group of: - water-based polymeric paint, - liquid water-based polymer, - water-based polymeric liquid solution; - water-based polymeric paint, diluted with an alcohol-water mixture, - liquid water-based polymer, diluted with an alcohol-water mixture, - water - based polymeric liquid solution, diluted with an alcohol-water mixture; and - an alcohol-water mixture; and c) subjecting the suspension thus obtained to ultrasonication. a) subjecting to thermal expansion commercial graphite intercalation compound to obtain structures known as TEGO, WEG or expanded graphite, or else using EG of a commercial type; b) dispersing and shredding said TEGO, WEG, or EG structures in a liquid phase chosen in the group of: - water-based polymeric paint, - liquid water-based polymer, - water-based polymeric liquid solution; - water-based polymeric paint, diluted with an alcohol-water mixture, - liquid water-based polymer, diluted with an alcohol-water mixture, - water - based polymeric liquid solution, diluted with an alcohol-water mixture; and - an alcohol-water mixture; and - water-based polymeric paint, - liquid water-based polymer, - water-based polymeric liquid solution; - water-based polymeric paint, diluted with an alcohol-water mixture, - liquid water-based polymer, diluted with an alcohol-water mixture, - water - based polymeric liquid solution, diluted with an alcohol-water mixture; and - an alcohol-water mixture; and c) subjecting the suspension thus obtained to ultrasonication.
A lubricating oil composition comprising a lubricating base oil, a 2,2,6,6-tetraalkylpiperidine derivative in an amount of 0.005 to 0.2 percent by mass as nitrogen, an organic molybdenum compound and/or an organic tungsten compound in an amount of 10 to 2000 ppm by mass as molybdenum and/or tungsten, 0.1 to 3 percent by mass of a hindered phenol-type anti-oxidant and/or 0.1 to 5 percent by mass of an aromatic amine-type anti-oxidant, and at least one type of compound selected from the group of consisting of phosphorus compounds represented by formula and metal salts or amine salts thereof in an amount of 0.005 to 0.5 percent by mass as phosphorus: wherein X 1, X 2, X 3 and X 4 are each independently oxygen or sulfur and at least two of them are oxygen, and R 1, R 2 and R 3 are each independently hydrogen or a hydrocarbon group having 1 to 30 carbon atoms.
A stiffness adjustment device movable between an interference position for imposing a restriction on the deformation of a seat, back or bedding spring, and a non-interference position for releasing the spring from the restriction, by passing through an intermediate position between the interference and the non-interference positions, and including a resilient element subjected in the intermediate position to resilient bending that is greater than in the interference and non-interference positions.
A tissue extraction device, comprising: a tissue harvesting tip rotatably disposed at a distal end of a shaft, the tissue harvesting tip being effective to excise tissue particles upon rotation thereof; and, a drive mechanism coupled to the tissue harvesting tip and effective to rotate the tissue harvesting tip, wherein the drive mechanism is configured to stop rotation of the tissue harvesting tip upon contacting bone; and characterised in that the drive mechanism is configured to apply a torque of about 1 to 5 N-cm to the tissue harvesting tip. a tissue harvesting tip rotatably disposed at a distal end of a shaft, the tissue harvesting tip being effective to excise tissue particles upon rotation thereof; and, a drive mechanism coupled to the tissue harvesting tip and effective to rotate the tissue harvesting tip, wherein the drive mechanism is configured to stop rotation of the tissue harvesting tip upon contacting bone; and characterised in that the drive mechanism is configured to apply a torque of about 1 to 5 N-cm to the tissue harvesting tip.
Method for assembling an insert on a support, comprising an apparatus provided with a pin mounted rotating on the body of the apparatus, characterized in that it comprises the following steps: - fitting the insert in removable manner on the apparatus passing the pin through a pass-through hole of the insert; - drilling an opening in the support by hot friction making the pin rotate around an axis of rotation and translating the pin in the direction of the axis of rotation to exert a pressure of the pin against the support, so as to form a sleeve around the opening, from the drilled support material; - welding the insert to the sleeve by exerting a pressure of the insert against the sleeve; and - removing the pin from the insert. - fitting the insert in removable manner on the apparatus passing the pin through a pass-through hole of the insert; - drilling an opening in the support by hot friction making the pin rotate around an axis of rotation and translating the pin in the direction of the axis of rotation to exert a pressure of the pin against the support, so as to form a sleeve around the opening, from the drilled support material; - welding the insert to the sleeve by exerting a pressure of the insert against the sleeve; and - removing the pin from the insert.
A method for generating articular like non-hypertrophic chondrocyte cells, hypertrophic chondrocyte-like cells, or cartilage like tissue, the method comprising: a. culturing a CD56 + and PDGFRα + primitive streak-like mesoderm population for at least 1, 2, 3 or 4 days, with a paraxial mesoderm specifying cocktail comprising: i. an FGF agonist; ii. a BMP inhibitor; and iii. a TGFβ inhibitor, to generate a CD73 + CD105 +, CD73 + PDGFRβ +, or CD73 + CD105 + PDGFRβ + paraxial mesoderm population; b. culturing the paraxial mesoderm population at a high cell density with a TGFβ agonist, to produce a Sox9 + and collagen 2 + chondrocyte precursor population; and c. either i. further culturing the high cell density, Sox9 +, collagen 2 + chondrocyte precursor population with the TGFβ agonist for at least 10 days to produce articular like non-hypertrophic chondrocyte cells and/or cartilage like tissue; or ii. culturing the high cell density Sox9 + collagen 2 + chondrocyte precursor population with a BMP4 agonist for period of time of at least 3 weeks to produce hypertrophic chondrocyte like cells and/or cartilage like tissue. a. culturing a CD56 + and PDGFRα + primitive streak-like mesoderm population for at least 1, 2, 3 or 4 days, with a paraxial mesoderm specifying cocktail comprising: i. an FGF agonist; ii. a BMP inhibitor; and iii. a TGFβ inhibitor, to generate a CD73 + CD105 +, CD73 + PDGFRβ +, or CD73 + CD105 + PDGFRβ + paraxial mesoderm population; i. an FGF agonist; ii. a BMP inhibitor; and iii. a TGFβ inhibitor, b. culturing the paraxial mesoderm population at a high cell density with a TGFβ agonist, to produce a Sox9 + and collagen 2 + chondrocyte precursor population; and c. either i. further culturing the high cell density, Sox9 +, collagen 2 + chondrocyte precursor population with the TGFβ agonist for at least 10 days to produce articular like non-hypertrophic chondrocyte cells and/or cartilage like tissue; or ii. culturing the high cell density Sox9 + collagen 2 + chondrocyte precursor population with a BMP4 agonist for period of time of at least 3 weeks to produce hypertrophic chondrocyte like cells and/or cartilage like tissue. i. further culturing the high cell density, Sox9 +, collagen 2 + chondrocyte precursor population with the TGFβ agonist for at least 10 days to produce articular like non-hypertrophic chondrocyte cells and/or cartilage like tissue; or ii. culturing the high cell density Sox9 + collagen 2 + chondrocyte precursor population with a BMP4 agonist for period of time of at least 3 weeks to produce hypertrophic chondrocyte like cells and/or cartilage like tissue.
A system for determining end of life of a continuous analyte sensor, the system comprising sensor electronics configured to be operably connected to a continuous analyte sensor, the sensor electronics configured to: evaluate a plurality of risk factors associated with end of life of the continuous analyte sensor, wherein the plurality of risk factors comprise at least two risk factors selected from the group consisting of a number of days the sensor has been in use, a rate of change of sensor sensitivity, end of life noise, oxygen concentration, glucose patterns, error between reference values, and sensor values in clinical units; monitor the sensor or sensor data of the sensor over a period of time to determine a likelihood of recovery associated with the continuous analyte sensor based on the evaluated plurality of risk factors; determine an end of life status based on the determined likelihood of recovery; and disable display of sensor data based on the end of life status. evaluate a plurality of risk factors associated with end of life of the continuous analyte sensor, wherein the plurality of risk factors comprise at least two risk factors selected from the group consisting of a number of days the sensor has been in use, a rate of change of sensor sensitivity, end of life noise, oxygen concentration, glucose patterns, error between reference values, and sensor values in clinical units; monitor the sensor or sensor data of the sensor over a period of time to determine a likelihood of recovery associated with the continuous analyte sensor based on the evaluated plurality of risk factors; determine an end of life status based on the determined likelihood of recovery; and disable display of sensor data based on the end of life status.
A computer-implemented method, comprising: creating a consistency group including a first data item for a first application program and a second data item for a second application program at a first client device when the first data item and the second data item have to be kept consistent; creating a consistency group item storing consistency information for the consistency group; modifying the first data item and the second data item at a first client device; updating the consistency group item with said modifications; synchronizing said modified first data item with a corresponding first data item at a second client device through a first server and said modified second data item with a corresponding second data item at the second client device through a second server; and determining whether said corresponding first data item is consistent with said corresponding second data item at said second client device using the consistency group item to determine whether the synchronization is complete. creating a consistency group including a first data item for a first application program and a second data item for a second application program at a first client device when the first data item and the second data item have to be kept consistent; creating a consistency group item storing consistency information for the consistency group; modifying the first data item and the second data item at a first client device; updating the consistency group item with said modifications; synchronizing said modified first data item with a corresponding first data item at a second client device through a first server and said modified second data item with a corresponding second data item at the second client device through a second server; and determining whether said corresponding first data item is consistent with said corresponding second data item at said second client device using the consistency group item to determine whether the synchronization is complete.
Injection-molding tool for a clamping unit of an injection-molding machine for producing injection-molded parts, comprising a frame tool, consisting of a first, nozzle-side tool half, for attachment to a nozzle-side, fixed platen of the clamping unit of an injection-molding machine, and a second, ejector-side tool half, for attachment to an ejector-side movable platen of the clamping unit of the injection-molding machine, wherein the second, ejector-side tool half has at least one ejector unit, and wherein at least one mold insert respectively formed by two mold insert halves and having at least one cavity adapted to a molded part is provided, wherein the first, nozzle-side mold insert half of a mold insert is adapted for connection to the first, nozzle-side tool half and the second, ejector-side mold insert half of the same mold insert is adapted for connection to the second, ejector-side tool half, characterized in that the first, nozzle-side tool half has at least one injection-molding material distributing unit, which interacts with a machine nozzle of the injection-molding machine that can be attached to the nozzle-side platen and which has a runner and at least one injection-molding nozzle, protruding from the first, nozzle-side tool half in the direction of the second, ejector-side tool half, wherein the runner leads from an inlet opening for the attachment of the machine nozzle of the injection-molding machine to the at least one injection-molding nozzle, the mold insert halves (50, 51) of the at least one mold insert are fitted in slide-in frames (9, 10) and the slide-in frames (9, 10) can be connected to one another to form a slide-in module that can be removed from the frame tool, and in that the nozzle-side slide-in frame has at least one nozzle opening for respectively receiving an assigned injection-molding nozzle of the first, nozzle-side tool half.
A server comprising: a memory and a processor cooperating with said memory to perform the following: execute a first portion of a real-time media application, inject redirection code into the real-time media application based on one or more intercepted API calls of the real-time media application, and redirect the one or more intercepted API calls based on the injected redirection code so that a second portion of the real-time media application is to be redirected to a client computing device for execution, with the to be redirected second portion of the real-time media application corresponding to real-time media processing and networking off-loaded from the server to the client computing device; characterized in being configured to: receive a report from the client computing device on capabilities of the client computing device to execute the second portion of the real-time media application; switch to a per-modality fallback mode if the client computing device has limited capabilities, where in the per-modality fallback mode the server executes at least part of the second portion of the real-time media application and a remaining part of the second portion of the real-time media application that is not executed by the server is redirected to the client computing device for execution. execute a first portion of a real-time media application, inject redirection code into the real-time media application based on one or more intercepted API calls of the real-time media application, and redirect the one or more intercepted API calls based on the injected redirection code so that a second portion of the real-time media application is to be redirected to a client computing device for execution, with the to be redirected second portion of the real-time media application corresponding to real-time media processing and networking off-loaded from the server to the client computing device; characterized in being configured to: receive a report from the client computing device on capabilities of the client computing device to execute the second portion of the real-time media application; switch to a per-modality fallback mode if the client computing device has limited capabilities, where in the per-modality fallback mode the server executes at least part of the second portion of the real-time media application and a remaining part of the second portion of the real-time media application that is not executed by the server is redirected to the client computing device for execution.