mhurhangee/ep-ind-claims huggingface dataset:
Hydrodispersion comprising a) water, b) 0.05%-5% by weight of at least one thickener, c) 2% to 20% by weight of one or more waxes and d) 0% to 20% by weight of one or more oils as well as the waxes, based in each case on the total mass of the dispersion, characterized in that at least one wax has a melting point T onset of less than 30°C, in that a thickener is chosen from the group of the homopolymers or copolymers of acrylic acid and in that the proportion of emulsifiers is up to 2% by weight. a) water, b) 0.05%-5% by weight of at least one thickener, c) 2% to 20% by weight of one or more waxes and d) 0% to 20% by weight of one or more oils as well as the waxes, based in each case on the total mass of the dispersion,
A method for manufacturing a metal part, said part including a first set of elements having a small thickness, between 0.3 millimetres and 4 millimetres, and a second set of elements (201; 202) having a large thickness, greater than four millimetres, the metal part being an aircraft turbojet part, characterised in that it includes the different steps of: - forming a peripheral portion of the elements (201; 202) of the second set of elements by selective melting of a metal powder by scanning a surface of the powder layer with a laser beam or with an electron beam; - using the peripheral portion of the elements (201; 202) of the second set of elements as a mould by performing an operation of filling, with liquid metal, an inside area limited by said peripheral portion; - cooling the metal part to make strong the inside area, limited by the peripheral portion, filled with metal. - forming a peripheral portion of the elements (201; 202) of the second set of elements by selective melting of a metal powder by scanning a surface of the powder layer with a laser beam or with an electron beam; - using the peripheral portion of the elements (201; 202) of the second set of elements as a mould by performing an operation of filling, with liquid metal, an inside area limited by said peripheral portion; - cooling the metal part to make strong the inside area, limited by the peripheral portion, filled with metal.
An abrasive article comprising: a substrate comprising strands forming first void spaces between strands; a laminate joined to the substrate, wherein the laminate comprises a surface opposite to the substrate; a resin composition joined to the surface of the laminate, wherein a first portion of the surface of the laminate has a first surface free energy, wherein a second portion of the surface of the laminate has a second surface free energy, and wherein the first surface free energy is different from the second surface free energy; and abrasive particles joined to the resin composition, wherein a plurality of second void spaces extends through the laminate coinciding with first void spaces in the porous substrate. a substrate comprising strands forming first void spaces between strands; a laminate joined to the substrate, wherein the laminate comprises a surface opposite to the substrate; a resin composition joined to the surface of the laminate, wherein a first portion of the surface of the laminate has a first surface free energy, wherein a second portion of the surface of the laminate has a second surface free energy, and wherein the first surface free energy is different from the second surface free energy; and abrasive particles joined to the resin composition, wherein a plurality of second void spaces extends through the laminate coinciding with first void spaces in the porous substrate.
A method of sending data from a first transceiver to a second transceiver geographically fixed on the earth, the method comprising the steps of: sending data from the first transceiver to a first satellite of a plurality of three or more satellites through a first link; the first satellite sending the data to a second satellite of the plurality of three or more satellites through one or more laser communication crosslinks; and the second satellite sending the data to the second transceiver through a second link; a ground control station communicating with the first satellite or the second satellite to specify a desired route for transmitting data received by the first satellite to the second satellite; wherein the first satellite and second satellite are at a low earth orbit or medium earth orbit below a geostationary orbit of approximately 36000 km. sending data from the first transceiver to a first satellite of a plurality of three or more satellites through a first link; the first satellite sending the data to a second satellite of the plurality of three or more satellites through one or more laser communication crosslinks; and the second satellite sending the data to the second transceiver through a second link;
A void-fill packaging system (100, 200) comprising: a manual input device (106,206) for indicating to the system an estimate of how full a container is, an electronic controller (102, 202) that provides an output signal that indicates how much dunnage to dispense to the container based on the estimated fullness and one or more characteristics of the container; a container input device (104, 204) to identify one or more characteristics of a packing container; and an illustration of different degrees of fill for a container. where the manual input device (106, 206) includes a device for inputting an estimated degree of fullness of the packing container having one or more articles to be packed correlated with the illustration; and where the controller (102, 202) is in communication with the container input device (104, 204) and the manual input device (106, 205), and determines the quantity of dunnage to dispense to the container based on the input estimated degree of fullness and the input container identity, characterised in that the manual input device provides a substantially continuous range of input options between empty and full, and in that the illustration includes indicia representing a substantially continuous range of input options between empty and full, and in that the Indicia include at least three visual representations of packing containers illustrating estimated degrees of fullness that correspond to respective input options. a manual input device (106,206) for indicating to the system an estimate of how full a container is, an electronic controller (102, 202) that provides an output signal that indicates how much dunnage to dispense to the container based on the estimated fullness and one or more characteristics of the container; a container input device (104, 204) to identify one or more characteristics of a packing container; and an illustration of different degrees of fill for a container. where the manual input device (106, 206) includes a device for inputting an estimated degree of fullness of the packing container having one or more articles to be packed correlated with the illustration; and where the controller (102, 202) is in communication with the container input device (104, 204) and the manual input device (106, 205), and determines the quantity of dunnage to dispense to the container based on the input estimated degree of fullness and the input container identity, characterised in that the manual input device provides a substantially continuous range of input options between empty and full, and in that the illustration includes indicia representing a substantially continuous range of input options between empty and full, and in that the Indicia include at least three visual representations of packing containers illustrating estimated degrees of fullness that correspond to respective input options.
A method of operating a contacting column comprising the steps of, - feeding a feed (31, 32) which is liquid or at least partially liquid to the contacting column via feed inlets (11, 12) at a first pressure, and - operating a section of the contacting column at a second pressure lower than the first pressure, CHARACTERIZED by, - allowing the feed (31, 32) to simultaneously vaporizes partially or totally, or vaporize more, and enter the contacting column from the feed inlets (11, 12) through a feed flow path device having a series of openings inside the column, and - wherein the second pressure is kept so low that if the second pressure is further lowered a maximal mass flow into the column from the feed inlets remains constant and is therefore in choked condition. - feeding a feed (31, 32) which is liquid or at least partially liquid to the contacting column via feed inlets (11, 12) at a first pressure, and - operating a section of the contacting column at a second pressure lower than the first pressure, - allowing the feed (31, 32) to simultaneously vaporizes partially or totally, or vaporize more, and enter the contacting column from the feed inlets (11, 12) through a feed flow path device having a series of openings inside the column, and - wherein the second pressure is kept so low that if the second pressure is further lowered a maximal mass flow into the column from the feed inlets remains constant and is therefore in choked condition.
Assembly of two- or multi-layer thin plastic films which are divided and separated in the form of tubular pouches for portioned accommodation of diverse products, wherein the plastic films are provided at predetermined intervals with weld seams running substantially transversely to the longitudinal direction to form pouch-like containers, and the containers are each separated from one another by a cutting or separating process with the steps: a) welding of the films at predetermined intervals by means of an ultrasonic welding process wherein, between a machining tool with a roughly triangular cutting edge and a counter-tool with a flat end face, a defined film-dependent interval is maintained during welding, and wherein a minimum film-dependent machining gap is maintained, around which the machining tool and the counter-tool are held apart from one another during the ultrasonic excitation; b) separation of the tubular pouches thus welded by means of a mechanical separation process without or with reduced ultrasonic excitation at the point of the respective weld seams, wherein the machining tool after step a) is moved closer to the counter-tool. a) welding of the films at predetermined intervals by means of an ultrasonic welding process wherein, between a machining tool with a roughly triangular cutting edge and a counter-tool with a flat end face, a defined film-dependent interval is maintained during welding, and wherein a minimum film-dependent machining gap is maintained, around which the machining tool and the counter-tool are held apart from one another during the ultrasonic excitation; b) separation of the tubular pouches thus welded by means of a mechanical separation process without or with reduced ultrasonic excitation at the point of the respective weld seams, wherein the machining tool after step a) is moved closer to the counter-tool.
A quality monitoring system in a wireless communication network, comprising: at least one mobile terminal; and a quality monitoring apparatus, said mobile terminal comprising: measuring means for measuring at least a moving speed of the terminal and communication quality of wireless communication; and communication means for transmitting terminal information including moving speed information and communication quality information, and said quality monitoring apparatus comprising: terminal information collection means for collecting the terminal information from said at least one mobile terminal; and analyzing means for monitoring communication quality in a predetermined target area for each moving speed range of said mobile terminal based on the collected terminal information. at least one mobile terminal; and a quality monitoring apparatus, said mobile terminal comprising: measuring means for measuring at least a moving speed of the terminal and communication quality of wireless communication; and communication means for transmitting terminal information including moving speed information and communication quality information, and measuring means for measuring at least a moving speed of the terminal and communication quality of wireless communication; and communication means for transmitting terminal information including moving speed information and communication quality information, and said quality monitoring apparatus comprising: terminal information collection means for collecting the terminal information from said at least one mobile terminal; and analyzing means for monitoring communication quality in a predetermined target area for each moving speed range of said mobile terminal based on the collected terminal information. terminal information collection means for collecting the terminal information from said at least one mobile terminal; and analyzing means for monitoring communication quality in a predetermined target area for each moving speed range of said mobile terminal based on the collected terminal information.
An extrusion device comprising: an extrusion die comprising: a die bushing comprising a channel extending to an opening of the die bushing; a die pin positioned in the channel; and a plurality of die pin support features (60a-60h) extending between the die pin and the die bushing having curved surfaces, wherein a curved surface of one of the plurality of die pin support features (60a-60h) interacts with a curved surface of another of the plurality of die pin support features (60a-60h) to form the boundaries of a hole (62a-62g). a die bushing comprising a channel extending to an opening of the die bushing; a die pin positioned in the channel; and a plurality of die pin support features (60a-60h) extending between the die pin and the die bushing having curved surfaces, wherein a curved surface of one of the plurality of die pin support features (60a-60h) interacts with a curved surface of another of the plurality of die pin support features (60a-60h) to form the boundaries of a hole (62a-62g).
A drip irrigation dripper to be disposed on an inner peripheral surface of an elongated flow pipe configured to allow an irrigation liquid to flow therethrough at a position corresponding to an ejection port for the irrigation liquid, the ejection port extending through the inner peripheral surface and an outer peripheral surface of the flow pipe, the drip irrigation dripper configured to perform drip irrigation by ejecting the irrigation liquid from the ejection port, the drip irrigation dripper being formed into a shape of plate elongated in a longitudinal direction of the flow pipe to have a bottom surface to be joined to the inner peripheral surface of the flow pipe and a top surface opposite to the bottom surface, the drip irrigation dripper comprising: an inflow part disposed in the top surface to allow the irrigation liquid in the flow pipe to flow into a channel of the drip irrigation dripper main body; and an ejection amount control part disposed at a positon on a downstream side of the inflow part in the channel of the drip irrigation dripper main body to control an ejection amount of the irrigation liquid ejected from the ejection port through the channel; and a first groove part formed in the top surface, the first groove part extending from a first end toward a second end of the top surface in the longitudinal direction, characterized in that the first groove part is formed in such a shape that a groove width - and a groove depth are gradually decreased toward the second end. an inflow part disposed in the top surface to allow the irrigation liquid in the flow pipe to flow into a channel of the drip irrigation dripper main body; and an ejection amount control part disposed at a positon on a downstream side of the inflow part in the channel of the drip irrigation dripper main body to control an ejection amount of the irrigation liquid ejected from the ejection port through the channel; and a first groove part formed in the top surface, the first groove part extending from a first end toward a second end of the top surface in the longitudinal direction, characterized in that the first groove part is formed in such a shape that a groove width - and a groove depth are gradually decreased toward the second end.
A control device for an elevator, comprising: a plurality of electromagnetic brakes provided independently from a hoisting motor, each of the plurality of electromagnetic brakes having an independent brake coil and an independent actuation mechanism for stationary retention; a plurality of brake switches for individually detecting a respective open state and a respective closed state of the plurality of electromagnetic brakes; a door-opening zone detector for detecting a door-opening zone corresponding to a range in which a door of a car can be opened and closed; and a control section for outputting and interrupting brake release commands for turning ON and OFF a current through the respective brake coils of the plurality of electromagnetic brakes to perform opening and closing control for the plurality of electromagnetic brakes and for outputting a door-opening command and a door-closing command based on results of detection of the door-opening zone detector to perform opening and closing control for the door, characterised in that, in a case where a state in which a closed state of at least one of the plurality of brake switches cannot be detected occurs even though the brake release commands are interrupted after it is detected that the car is present in the door-opening zone by the door-opening zone detector while the door-closing command is currently output, when it is detected that at least a predetermined number of the plurality of brake switches is in the closed state, the control section outputs the door-closing command after outputting the door-opening command for a predetermined time and then stops service of the elevator, and when it is not detected that at least the predetermined number of the plurality of brake switches is in the closed state, the control section immediately stops the service of the elevator. a plurality of electromagnetic brakes provided independently from a hoisting motor, each of the plurality of electromagnetic brakes having an independent brake coil and an independent actuation mechanism for stationary retention; a plurality of brake switches for individually detecting a respective open state and a respective closed state of the plurality of electromagnetic brakes; a door-opening zone detector for detecting a door-opening zone corresponding to a range in which a door of a car can be opened and closed; and a control section for outputting and interrupting brake release commands for turning ON and OFF a current through the respective brake coils of the plurality of electromagnetic brakes to perform opening and closing control for the plurality of electromagnetic brakes and for outputting a door-opening command and a door-closing command based on results of detection of the door-opening zone detector to perform opening and closing control for the door,
An imaging element comprising: a pixel unit that includes multiple pixels arranged in a matrix; and a driving unit (22, 24) that drives the pixel unit, wherein the pixel has a converting unit that converts incident light into charges in a conversion period, a charge holding unit that accumulates the charges converted by the converting unit in the conversion period and holds the charges transferred from the converting unit after the conversion period ends, and a reading unit that reads the charges held in the charge holding unit in a read period, and when the multiple pixels of the pixel unit are divided equally into two groups, a first and a second group, and when the driving unit sets one of the first group and the second group of the pixel unit to the read period, it sets the other group to the conversion period, and wherein for each group when the group changes from the read period to the conversion period the driving unit sets all the pixels belonging to that group to the conversion period at the same time. a pixel unit that includes multiple pixels arranged in a matrix; and a driving unit (22, 24) that drives the pixel unit, wherein the pixel has a converting unit that converts incident light into charges in a conversion period, a charge holding unit that accumulates the charges converted by the converting unit in the conversion period and holds the charges transferred from the converting unit after the conversion period ends, and a reading unit that reads the charges held in the charge holding unit in a read period, and when the multiple pixels of the pixel unit are divided equally into two groups, a first and a second group, and when the driving unit sets one of the first group and the second group of the pixel unit to the read period, it sets the other group to the conversion period, and wherein for each group when the group changes from the read period to the conversion period the driving unit sets all the pixels belonging to that group to the conversion period at the same time.
Mobile Transportation system for injured persons comprising conveying device, a conveying element and at least one treatment station, wherein the injured persons can be transported in a lying position with the aid of a conveying element located on a conveying device to at least one treatment station, wherein the conveying element is designed as a stretcher which is accommodated in or on the conveying device to travel linearly, wherein the conveying element as against the conveying device is secured against turning over by an anti-tilting device, characterised in that the design of the conveying device is based on a modular system consisting of height-adjustable leg supports distributed along the conveying path with carrier rails (20, 30) laid parallel to each other, wherein the leg supports and carrier rails (20, 30) are designed so they can interlock with each other.
A first electronic device for electronic payment, the first electronic device comprising: a display; a communication unit; and a controller configured to: execute an electronic payment application, transmit to a payment server, a request for registration of a common use group including a second electronic device to be registered as a group member; receive device information including a device ID of the second electronic device; perform authentication of the second electronic device by using the device information; and transmit a result of the authentication to the payment server. a display; a communication unit; and a controller configured to: execute an electronic payment application, transmit to a payment server, a request for registration of a common use group including a second electronic device to be registered as a group member; receive device information including a device ID of the second electronic device; perform authentication of the second electronic device by using the device information; and transmit a result of the authentication to the payment server. execute an electronic payment application, transmit to a payment server, a request for registration of a common use group including a second electronic device to be registered as a group member; receive device information including a device ID of the second electronic device; perform authentication of the second electronic device by using the device information; and transmit a result of the authentication to the payment server.