mhurhangee/ep-ind-claims huggingface dataset:
A polishing composition comprising: abrasives; at least one water-soluble polymer selected from vinyl alcohol-based resins having a 1,2-diol structural unit expressed by Formula provided below; a polyalcohol; and an alkali compound; wherein the polyalcohol is an alkylene oxide derivative of methylglucoside; (In the formula, each of "R 1 ", "R 2 " and "R 3 " independently indicates a hydrogen atom or an organic group; "X" indicates a single bond or a joining chain; each of "R 4 ", "R 5 " and "R 6 " independently indicates a hydrogen atom or an organic group; and each of "R 7 " and "R 8 " independently indicates a hydrogen atom.) abrasives; at least one water-soluble polymer selected from vinyl alcohol-based resins having a 1,2-diol structural unit expressed by Formula provided below; a polyalcohol; and an alkali compound; wherein the polyalcohol is an alkylene oxide derivative of methylglucoside; (In the formula, each of "R 1 ", "R 2 " and "R 3 " independently indicates a hydrogen atom or an organic group; "X" indicates a single bond or a joining chain; each of "R 4 ", "R 5 " and "R 6 " independently indicates a hydrogen atom or an organic group; and each of "R 7 " and "R 8 " independently indicates a hydrogen atom.)
An electronic device comprising: a first camera disposed in a first direction; a second camera disposed in a second direction opposite to the first direction; a display; and a controller configured to: identify an object from a first image obtained by the first camera, detect a change in a portion of the object, convert the detected change into image metadata, obtain a second image by composing a third image obtained by the second camera with the object, using the image metadata control the display to display the second image, wherein the image metadata comprises coordinate data including a location of the portion of the object and a change in location of the portion of the object. a first camera disposed in a first direction; a second camera disposed in a second direction opposite to the first direction; a display; and a controller configured to: identify an object from a first image obtained by the first camera, detect a change in a portion of the object, convert the detected change into image metadata, obtain a second image by composing a third image obtained by the second camera with the object, using the image metadata control the display to display the second image, wherein the image metadata comprises coordinate data including a location of the portion of the object and a change in location of the portion of the object. identify an object from a first image obtained by the first camera, detect a change in a portion of the object, convert the detected change into image metadata, obtain a second image by composing a third image obtained by the second camera with the object, using the image metadata control the display to display the second image, wherein the image metadata comprises coordinate data including a location of the portion of the object and a change in location of the portion of the object.
A power supplier circuit, comprising: a converting circuit, configured to convert input voltage to output voltage, the converting circuit comprising a controller, configured to control the converting, and a startup resistor, configured to provide startup current flowing through the startup resistor to the controller for starting the controlling; an input voltage detector, configured to detect whether the input voltage is DC, direct current, voltage or AC, alternating current, voltage; and a startup controlling circuit, configured to control the startup current provided to the controller, according to the detecting result of the input voltage detector. a converting circuit, configured to convert input voltage to output voltage, the converting circuit comprising a controller, configured to control the converting, and a startup resistor, configured to provide startup current flowing through the startup resistor to the controller for starting the controlling; a controller, configured to control the converting, and a startup resistor, configured to provide startup current flowing through the startup resistor to the controller for starting the controlling; an input voltage detector, configured to detect whether the input voltage is DC, direct current, voltage or AC, alternating current, voltage; and a startup controlling circuit, configured to control the startup current provided to the controller, according to the detecting result of the input voltage detector.
An IL-8 inhibitor, IL-6 inhibitor, and/or IL-1β inhibitor for use in a method of treating atherosclerosis in a human subject, the method comprising administering an effective amount of at least one IL-8 inhibitor, IL-6 inhibitor, and/or IL-1β inhibitor, wherein the subject has at least one loss-of-function TET2 mutation and/or at least one loss-of-function DNMT3A mutation, thereby treating atherosclerosis.
A radar filling level measuring device for non-contact measurement of a filling level of a filling matter in a vessel, comprising: an electronics unit for generating transmitting signals and for processing receiving signals reflected from a filling matter surface of the filling matter, an antenna unit (6a; 6b) connected to the electronics unit and adapted to radiate the transmission signals generated by the electronics unit in the direction of the filling matter and to receive the receiving signals reflected from the filling matter surface and to pass them on to the electronics unit, and a single housing (2, 3) having a cavity at least tight with respect to the atmosphere in the vessel, in which cavity the electronics unit and the antenna unit (6a; 6b) are accommodated; characterized in that the single housing (2, 3) has a housing flange extending around its circumference on the side opposite from the radiation direction, for mounting the radar filling level measuring device to an inside of the vessel top wall by the help of dowels, such that an opening in the vessel for mounting the radar filling level measuring device is not necessary; wherein the single housing consists of at least two housing portions (2, 3) which are welded together or glued together. an electronics unit for generating transmitting signals and for processing receiving signals reflected from a filling matter surface of the filling matter, an antenna unit (6a; 6b) connected to the electronics unit and adapted to radiate the transmission signals generated by the electronics unit in the direction of the filling matter and to receive the receiving signals reflected from the filling matter surface and to pass them on to the electronics unit, and a single housing (2, 3) having a cavity at least tight with respect to the atmosphere in the vessel, in which cavity the electronics unit and the antenna unit (6a; 6b) are accommodated; characterized in that the single housing (2, 3) has a housing flange extending around its circumference on the side opposite from the radiation direction, for mounting the radar filling level measuring device to an inside of the vessel top wall by the help of dowels, such that an opening in the vessel for mounting the radar filling level measuring device is not necessary; wherein the single housing consists of at least two housing portions (2, 3) which are welded together or glued together.
A retractor (10, 70) comprising: an elongate support member having a first screw thread along part of its length; a first arm having a first anatomy engaging member depending therefrom and a first threaded portion which cooperates with the first screw thread to move the first arm along the support member; a second arm having a second anatomy engaging member depending therefrom; a driver operable to rotate the elongate support member and thereby move the first arm along the support member by cooperation of the first threaded portion and the first screw thread whereby separation between the first and second arms (16, 18) changes; and a bridging part (20, 22) attached towards a first end thereof to the first arm and attached towards a second, opposite end thereof to the second arm, the bridging part having a third anatomy engaging member depending therefrom, characterised in that the elongate support member has a second screw thread running in an opposite direction to the first screw thread, the first and second screw threads defined along different parts of the length of the elongate support member; the second arm has a second threaded portion which cooperates with the second screw thread to move the second arm along the support member; and rotation of the elongate support member by the driver moves the second arm along the elongate support member simultaneously with and in the opposite direction to the first arm by cooperation of the second threaded portion and the second screw thread. an elongate support member having a first screw thread along part of its length; a first arm having a first anatomy engaging member depending therefrom and a first threaded portion which cooperates with the first screw thread to move the first arm along the support member; a second arm having a second anatomy engaging member depending therefrom; a driver operable to rotate the elongate support member and thereby move the first arm along the support member by cooperation of the first threaded portion and the first screw thread whereby separation between the first and second arms (16, 18) changes; and a bridging part (20, 22) attached towards a first end thereof to the first arm and attached towards a second, opposite end thereof to the second arm, the bridging part having a third anatomy engaging member depending therefrom, characterised in that the elongate support member has a second screw thread running in an opposite direction to the first screw thread, the first and second screw threads defined along different parts of the length of the elongate support member; the second arm has a second threaded portion which cooperates with the second screw thread to move the second arm along the support member; and rotation of the elongate support member by the driver moves the second arm along the elongate support member simultaneously with and in the opposite direction to the first arm by cooperation of the second threaded portion and the second screw thread.
Method for offloading, by at least one home base station, a base station of a wireless cellular telecommunication network, the base station serving mobile terminals, characterized in that the method comprises the steps of: - obtaining, by the base station and/or the home base stations, signal to interference plus noise ratio on signals received by the mobile terminals served by the base station from the at least one home base station, - determining, by the base station and/or the home base stations, mobile terminals which are located in the neighborhood of the home base stations from the obtained signal to interference plus noise ratio, - determining, by the base station and/or the home base stations, metrics at least from the obtained signal to interference plus noise ratio, - determining, by a server of the wireless cellular telecommunication network, clusters of mobile terminals from the metrics, each cluster of mobile terminals comprising information identifying mobile terminals which are neighbours of the same number of home base stations, - prioritizing, by the server, mobile terminals which are identified in the cluster of mobile terminal comprising information identifying mobile terminals which are neighbours of the lowest number of home base stations and performing handover of the prioritized mobile terminals to at least one home base station. - obtaining, by the base station and/or the home base stations, signal to interference plus noise ratio on signals received by the mobile terminals served by the base station from the at least one home base station, - determining, by the base station and/or the home base stations, mobile terminals which are located in the neighborhood of the home base stations from the obtained signal to interference plus noise ratio, - determining, by the base station and/or the home base stations, metrics at least from the obtained signal to interference plus noise ratio, - determining, by a server of the wireless cellular telecommunication network, clusters of mobile terminals from the metrics, each cluster of mobile terminals comprising information identifying mobile terminals which are neighbours of the same number of home base stations, - prioritizing, by the server, mobile terminals which are identified in the cluster of mobile terminal comprising information identifying mobile terminals which are neighbours of the lowest number of home base stations and performing handover of the prioritized mobile terminals to at least one home base station.
Adjustment apparatus for self-regulating adjustment of a flow control valve of a consumer loop comprising a heat exchanger, in particular in a temperature regulating system for buildings having a temperature regulating source, a liquid heating medium and a pump, wherein the adjustment apparatus comprises: an actuator which is configured so as to be able to be coupled to the flow control valve such that an opening position of the flow control valve can be adjusted and detected between a closed position and an open position, in particular gradually or in steps, by means of the adjustment apparatus; a calculation means which is configured to calculate an activation of the actuator based upon a control difference (ΔT control difference), a temperature detection means which detects a supply temperature (T supply) which is on the input side in relation to the consumer loop; characterised in that the adjustment apparatus is configured to restrict the flow control valve to a predetermined smaller flow cross-section than the particular flow cross-section which is adjusted based upon the control difference (ΔT control difference), if the detected input-side supply temperature (T supply) is within a predetermined value range (W U, W M, Wo). an actuator which is configured so as to be able to be coupled to the flow control valve such that an opening position of the flow control valve can be adjusted and detected between a closed position and an open position, in particular gradually or in steps, by means of the adjustment apparatus; a calculation means which is configured to calculate an activation of the actuator based upon a control difference (ΔT control difference), a temperature detection means which detects a supply temperature (T supply) which is on the input side in relation to the consumer loop; characterised in that the adjustment apparatus is configured to restrict the flow control valve to a predetermined smaller flow cross-section than the particular flow cross-section which is adjusted based upon the control difference (ΔT control difference), if the detected input-side supply temperature (T supply) is within a predetermined value range (W U, W M, Wo).
An end cap (200, 300) for use with an intramedullary nail, comprising a head portion (210, 310) with a tool engagement portion (212, 312) and a shaft with a tip (240, 340), wherein the shaft comprises a conical portion (220, 320) starting from the tip and extending in a direction to the head portion, wherein a thread (270, 370) with a constant pitch (270, 370) is provided on the conical portion, wherein the thread (270, 370) is configured to engage with a proximal end of the intramedullary nail, characterized in that the conical portion (220, 320) is completely formed with a thread at an outer surface of the conical portion (220, 320) and the tip has a blunt end with rounded edges as smooth transition to a first turn of the thread.
A method for communicating between a first entity and a second entity, the first entity residing in a first Machine-to-Machine, M2M, network, the second entity residing in a second M2M network, each network comprising one or more of the entities topologically organised in a pyramid-like structure having a single network node (121-1, 121-2) on top, the entities and the network nodes being communicatively connected, the entities designated for exchanging information comprising resources arranged in a tree-like structure, the resources arranged for exchanging information, characterised in that the method comprises the steps of: - the first entity transmitting a request addressed for the second entity in the direction of a first network node of the first network; - the first network node receiving the request comprising an identifier identifying the addressed second entity; - the first network node checking its resources for a matching reference comprised by the first network node's resources, with the identified address of the second entity, the entity represented by the reference being comprised by the second network; - on a match, the first network node forwards the request to a second network node of the second network indicated as the network node from which the request to the resource comprising the matched reference was received; - the second network node forwarding the request to the second entity; and - the second entity receiving the request, processing the request and responding to the first entity via a path created by the previous steps. - the first entity transmitting a request addressed for the second entity in the direction of a first network node of the first network; - the first network node receiving the request comprising an identifier identifying the addressed second entity; - the first network node checking its resources for a matching reference comprised by the first network node's resources, with the identified address of the second entity, the entity represented by the reference being comprised by the second network; - on a match, the first network node forwards the request to a second network node of the second network indicated as the network node from which the request to the resource comprising the matched reference was received; - the second network node forwarding the request to the second entity; and - the second entity receiving the request, processing the request and responding to the first entity via a path created by the previous steps.
Method for the sterilisation of a preform made of plastic material, said preform comprising both a neck equipped with an opening and a bottom opposite to the opening, the method comprising the steps of: - introducing into the preform a sterilising agent for a sterilising action; - heating the agent contained in the preform to determine its evaporation, the step of heating the agent contained in the preform being preceded by a gripping step of the preform using gripping means acting on the outside of the preform; characterized in that said gripping means identifying, in combination with the preform itself, an annular cavity, said annular cavity externally surrounding the neck of the preform, said annular cavity is in fluid communication with the inside of the preform so as to allow the evaporated agent to reach the inside and the outside of the neck. - introducing into the preform a sterilising agent for a sterilising action; - heating the agent contained in the preform to determine its evaporation, the step of heating the agent contained in the preform being preceded by a gripping step of the preform using gripping means acting on the outside of the preform; characterized in that said gripping means identifying, in combination with the preform itself, an annular cavity, said annular cavity externally surrounding the neck of the preform, said annular cavity is in fluid communication with the inside of the preform so as to allow the evaporated agent to reach the inside and the outside of the neck.
A lubricant comprising a diester of adipic acid with a tridecanol mixture which comprises - 25 to 50 % of at least triply branched tridecanols, - 20 to 45 % doubly branched tridecanols, and - 10 to 25 % singly branched and/or linear tridecanols, and where the percentages are determined by gas chromatography, and where the tridecanol mixture comprises at least 95 wt% of linear or branched tridecanols. - 25 to 50 % of at least triply branched tridecanols, - 20 to 45 % doubly branched tridecanols, and - 10 to 25 % singly branched and/or linear tridecanols, and where the percentages are determined by gas chromatography, and where the tridecanol mixture comprises at least 95 wt% of linear or branched tridecanols.
An amino silane-based compound selected from the group consisting of N,N-bis(2-(2-(2-methoxyethoxy)ethoxy)ethyl)3-(triethoxysilyl)propan-1-amine, N-(2-(2-(2-methoxyethoxy)ethoxy)ethyl)-N-(3-(trimethyoxysilyl)propyl)butan-1-amine, N-(3,6,9,12-tetraoxahexadecyl)-N-(3-(triethoxysilyl)propyl)-3,6,9,12-tetraoxahexadecan-1-amine, N-(3,6,9,12,15-pentaoxanonandecyl)-N-(3-(triethoxysilyl)propyl)-3,6,9,12,15-pentaoxanonandecan-1-amine, and N,N-bis(3-(triethoxysilyl)propyl)-3,6,9, 12, 15, 18-hexaoxodocosan-1-amine.
A method for producing bis(β-epoxypropyl)sulfide or bis(β-epoxypropyl)polysulfide, which comprises adding a metal compound selected from the group consisting of a metal sulfide and a metal polysulfide to an epihalohydrin at -5 to 30°C in such a manner that the molar ratio of the epihalohydrin to the metal compound becomes 5 to 20 to thereby cause the reaction of the epihalohydrin with the metal compound.
Device for the mixing and distribution of fluids for a catalytic reactor with a downward flow, said device comprising: - at least one collection zone comprising at least one collection means; - at least one substantially vertical collection line suitable for receiving a reaction fluid collected by said collection means and at least one injection means opening into said collection line for injecting a quench fluid; - at least one mixing zone, situated downstream of said collection line in the direction of circulation of the fluids and communicating with said collection line, said mixing zone comprising at least one enclosure for mixing the fluids; - at least one distribution zone, situated downstream of said mixing zone in the direction of circulation of the fluids, comprising a distribution plate supporting a plurality of chimneys; characterized in that said mixing zone is situated at the same level as the distribution zone and also comprises at least one enclosure for the exchange of the fluids, connected to, and communicating with, said mixing enclosure, said exchange enclosure comprising at least one lateral passage section (17a, 17b) suitable for the passage of the fluids from said exchange enclosure to said distribution zone. - at least one collection zone comprising at least one collection means; - at least one substantially vertical collection line suitable for receiving a reaction fluid collected by said collection means and at least one injection means opening into said collection line for injecting a quench fluid; - at least one mixing zone, situated downstream of said collection line in the direction of circulation of the fluids and communicating with said collection line, said mixing zone comprising at least one enclosure for mixing the fluids; - at least one distribution zone, situated downstream of said mixing zone in the direction of circulation of the fluids, comprising a distribution plate supporting a plurality of chimneys;