mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing bevel gears on a rectilinear multi-axis computer-controlled gear generating machine by moving a tool having a tool axis and a workpiece having a workpiece axis relative to one another according to a generating process, wherein said generating is defined by parameters including rotation of a cradle of a theoretical gear generating machine, said cradle comprising rotatable and positionable elements for establishing settings for radial distance S, tool axis swivel j and tool axis tilt i; and, wherein an auxiliary plane P A is defined as being connected to said rotatable and positionable elements for establishing angular settings for said tool axis swivel j and tool axis tilt i, said auxiliary plane P A further containing said tool axis; rotating said tool about said tool axis; engaging said tool with said workpiece; moving said tool relative to said workpiece to generate said bevel gear, said tool moving along a path described by rotation of said cradle; said method further comprising rotating said rotatable element for establishing the angular setting for radial distance S along with said cradle rotation, wherein during said cradle rotation, said rotatable elements for establishing angular settings for tool axis swivel j and tool axis tilt I exhibit a net amount of rotation equal to zero and wherein said auxiliary plane P A remains in a fixed angular orientation during said cradle rotation; said method being further characterized by no relative pivoting motion between said tool axis and said workpiece axis during said generating on said rectilinear multi-axis computer-controlled gear generating machine.
Method for capturing a calibration object using an optical sensor device, which is a confocal or chromatic-confocal optical sensor device, wherein the sensor device is configured to emit electromagnetic radiation at at least one wavelength and focus said radiation on a focus position along a sensor axis, wherein the method comprises: - radiating electromagnetic radiation along the sensor axis onto a curved surface of the calibration object and capturing radiation reflected off the curved surface of the calibration object, the curved surface being an outer surface of the calibration object and the calibration object being non-transparent to the radiation, - moving the sensor device and the calibration object relative to each other while monitoring the measurement signals created by the sensor device until the focus position is arranged at a distance from the curved surface and a target state is reached, in which a capturable reflected radiation power of the wavelength of the electromagnetic radiation associated with the focus position fulfils a predetermined condition. wherein the sensor device is configured to emit electromagnetic radiation at at least one wavelength and focus said radiation on a focus position along a sensor axis, wherein the method comprises: - radiating electromagnetic radiation along the sensor axis onto a curved surface of the calibration object and capturing radiation reflected off the curved surface of the calibration object, the curved surface being an outer surface of the calibration object and the calibration object being non-transparent to the radiation, - moving the sensor device and the calibration object relative to each other while monitoring the measurement signals created by the sensor device until the focus position is arranged at a distance from the curved surface and a target state is reached, in which a capturable reflected radiation power of the wavelength of the electromagnetic radiation associated with the focus position fulfils a predetermined condition. - radiating electromagnetic radiation along the sensor axis onto a curved surface of the calibration object and capturing radiation reflected off the curved surface of the calibration object, the curved surface being an outer surface of the calibration object and the calibration object being non-transparent to the radiation, - moving the sensor device and the calibration object relative to each other while monitoring the measurement signals created by the sensor device until the focus position is arranged at a distance from the curved surface and a target state is reached, in which a capturable reflected radiation power of the wavelength of the electromagnetic radiation associated with the focus position fulfils a predetermined condition.
A surgery device for osteotomy (2,) comprising: a first body component having an upper guide edge for forming a cutting track, wherein said upper guide edge has a first correcting perforation; a second body component having a lower guide edge disposed below said upper guide edge, a guide groove being formed between said upper guide edge and said lower guide edge for guiding a saw blade to perform a cutting procedure, wherein said lower guide edge has a second correcting perforation; a hinge pin guide component disposed on the surface of said second body component, wherein said hinge pin guide component comprises a third correcting perforation extending to the rear of said guide groove, said third correcting perforation fits with a preoperative hinge axis for osteotomy as a hinge when a bone is opened; wherein a corrective angle (L, N) between a first hole axis of said first correcting perforation and a second hole axis of said second correcting perforation is formed, characterized in that said surgery device for osteotomy is configured such that when an open angle of a gap of said osteotomy is the same as that of a preoperative planning correction angle, said first hole axis of said first correcting perforation and said second hole axis of said second correcting perforation will coincide, so that an alignment bar can be inserted between said first correcting perforation and said second correcting perforation only when a tibia is opened to said preoperative planning correction angle by said first body component and said second body component. a first body component having an upper guide edge for forming a cutting track, wherein said upper guide edge has a first correcting perforation; a second body component having a lower guide edge disposed below said upper guide edge, a guide groove being formed between said upper guide edge and said lower guide edge for guiding a saw blade to perform a cutting procedure, wherein said lower guide edge has a second correcting perforation; a hinge pin guide component disposed on the surface of said second body component, wherein said hinge pin guide component comprises a third correcting perforation extending to the rear of said guide groove, said third correcting perforation fits with a preoperative hinge axis for osteotomy as a hinge when a bone is opened; wherein a corrective angle (L, N) between a first hole axis of said first correcting perforation and a second hole axis of said second correcting perforation is formed, characterized in that said surgery device for osteotomy is configured such that when an open angle of a gap of said osteotomy is the same as that of a preoperative planning correction angle, said first hole axis of said first correcting perforation and said second hole axis of said second correcting perforation will coincide, so that an alignment bar can be inserted between said first correcting perforation and said second correcting perforation only when a tibia is opened to said preoperative planning correction angle by said first body component and said second body component.
An end drive for a conveyor, comprising a conveying track for, during use, guiding a conveying part of a modular conveyor mat of the side-flexing type, a return guide extending at a distance along the conveying part for return guidance of a return part of the conveyor mat, and a gear drive located between the conveying track and the return guide for, through engagement of the conveyor mat, drivingly having the conveyor mat round from the conveying track to the return guide, wherein the conveying track and the return guide comprise a bend segment where the conveying part and the return part of the conveyor mat, respectively, are guided in their plane through a bend, characterized in that the gear drive drives the conveyor mat only in an area corresponding to the outer side of the bend segment where successive modules of the conveyor mat are substantially at pitch, and leaves the conveyor mat free in an area corresponding to the inner side of the bend segment where successive modules of the conveyor mat are at least partly slid into each other, and that the return guide comprises a guiding envelope, linking up with the gear drive and extending along successive rows of modules, in which movement of the return part of the conveyor mat both sideways in the plane of the conveyor mat and transversely to the conveying plane is limited.
A binder composition for secondary battery electrode-use comprising: a copolymer; and a dispersion medium, wherein the copolymer includes at least 5 mass% and no greater than 80 mass% of a constitutional unit represented by formula shown below where, in formula, R 1 represents hydrogen or a monovalent organic group, R 2, R 3, and R 4 each represent, independently of one another, hydrogen or a monovalent organic group, X represents a hydrocarbon chain, and A - represents a monovalent anion selected from the group consisting of a bis(trifluoromethanesulfonyl)imide anion, a bis(fluorosulfonyl)imide anion, a perfluoroalkanesulfonate anion, and a monoalkyl sulfate anion, and the copolymer includes at least 5 mass% and no greater than 90 mass% of a constitutional unit represented by formula shown below where, in formula, R 5 represents hydrogen, a methyl group, or a halogen atom. a copolymer; and a dispersion medium, wherein the copolymer includes at least 5 mass% and no greater than 80 mass% of a constitutional unit represented by formula shown below where, in formula, R 1 represents hydrogen or a monovalent organic group, R 2, R 3, and R 4 each represent, independently of one another, hydrogen or a monovalent organic group, X represents a hydrocarbon chain, and A - represents a monovalent anion selected from the group consisting of a bis(trifluoromethanesulfonyl)imide anion, a bis(fluorosulfonyl)imide anion, a perfluoroalkanesulfonate anion, and a monoalkyl sulfate anion, and the copolymer includes at least 5 mass% and no greater than 90 mass% of a constitutional unit represented by formula shown below where, in formula, R 5 represents hydrogen, a methyl group, or a halogen atom.
A method of performing an eye examination test for examining eyes of a user, said method using a computing device as well as a input tool, such as a mobile User Equipment, UE, wherein said computing device comprises a screen and comprises a camera unit arranged for capturing images, said method comprising the steps of: - capturing, by said camera unit of said computing device, at least one image of a human face of said user facing said screen; - detecting, by said computing device, in said at least one captured image, both pupils of said human face; - determining, by said computing device, a distance of said user to said screen based on: - a predetermined distance between pupils of a user; - a distance between said detected pupils in said at least one captured image, and - a focal length (f) of said camera unit corresponding to said at least one captured image, wherein said focal length of said camera unit is determined by the computing device by calculating said focal length based on said predetermined distance between pupils of a user, a predetermined initial distance (o) of a user facing said screen and said distance between said detected pupils in said at least one captured image - performing, by said computing device in combination with said input tool, said eye examination test using said determined distance. - capturing, by said camera unit of said computing device, at least one image of a human face of said user facing said screen; - detecting, by said computing device, in said at least one captured image, both pupils of said human face; - determining, by said computing device, a distance of said user to said screen based on: - a predetermined distance between pupils of a user; - a distance between said detected pupils in said at least one captured image, and - a focal length (f) of said camera unit corresponding to said at least one captured image, wherein said focal length of said camera unit is determined by the computing device by calculating said focal length based on said predetermined distance between pupils of a user, a predetermined initial distance (o) of a user facing said screen and said distance between said detected pupils in said at least one captured image - performing, by said computing device in combination with said input tool, said eye examination test using said determined distance. - a predetermined distance between pupils of a user; - a distance between said detected pupils in said at least one captured image, and - a focal length (f) of said camera unit corresponding to said at least one captured image, wherein said focal length of said camera unit is determined by the computing device by calculating said focal length based on said predetermined distance between pupils of a user, a predetermined initial distance (o) of a user facing said screen and said distance between said detected pupils in said at least one captured image - performing, by said computing device in combination with said input tool, said eye examination test using said determined distance.
A dry-blend mixture, comprising: a metaxylylene group-containing polyamide comprising a diamine unit including 80 mol% or more of a metaxylylenediamine unit based on the diamine unit and a dicarboxylic acid unit including 80 mol% or more of at least one unit selected from the group consisting of an α,ω-linear aliphatic dicarboxylic acid unit having 6 to 12 carbon atoms and an isophthalic acid unit based on the dicarboxylic acid unit, in which a molar ratio of the α,ω-linear aliphatic dicarboxylic acid unit and the isophthalic acid unit ((α,ω-linear aliphatic dicarboxylic acid unit)/(isophthalic acid unit)) is 80/20 to 100/0; and an aliphatic polyamide comprising 75 to 95 mol% of an ε-aminocaproic acid unit and 25 to 5 mol% of a hexamethylene adipamide unit based on the total constitutional units of the aliphatic polyamide, wherein a mass ratio ( /) of the metaxylylene group-containing polyamide and the aliphatic polyamide is in a range of from 55/45 to 65/35. a metaxylylene group-containing polyamide comprising a diamine unit including 80 mol% or more of a metaxylylenediamine unit based on the diamine unit and a dicarboxylic acid unit including 80 mol% or more of at least one unit selected from the group consisting of an α,ω-linear aliphatic dicarboxylic acid unit having 6 to 12 carbon atoms and an isophthalic acid unit based on the dicarboxylic acid unit, in which a molar ratio of the α,ω-linear aliphatic dicarboxylic acid unit and the isophthalic acid unit ((α,ω-linear aliphatic dicarboxylic acid unit)/(isophthalic acid unit)) is 80/20 to 100/0; and an aliphatic polyamide comprising 75 to 95 mol% of an ε-aminocaproic acid unit and 25 to 5 mol% of a hexamethylene adipamide unit based on the total constitutional units of the aliphatic polyamide,
A method for online charging within an IP Multimedia Subsystem, IMS, comprising at an IMS charging node: (a) receiving (S-A) a first credit control request message from an IMS service network node over a service charging interface provided between the IMS service node and the IMS charging node; (b) in response to receipt of the first credit control request message, determining (S-B) with reference to one or more triggering conditions that a replenishment of credit is to be offered for a user associated with the first credit control request message; and (c) following such a determination, initiating a credit replenishment service in the IMS service node by sending (S-D) a replenishment request in a first credit control answer message over the service charging interface to the IMS service node, the first credit control answer message being in response to the first credit control request message. (a) receiving (S-A) a first credit control request message from an IMS service network node over a service charging interface provided between the IMS service node and the IMS charging node; (b) in response to receipt of the first credit control request message, determining (S-B) with reference to one or more triggering conditions that a replenishment of credit is to be offered for a user associated with the first credit control request message; and (c) following such a determination, initiating a credit replenishment service in the IMS service node by sending (S-D) a replenishment request in a first credit control answer message over the service charging interface to the IMS service node, the first credit control answer message being in response to the first credit control request message.
An apparatus for extracting an analyte from a liquid sample, the apparatus comprising: - a container having an entrance, an exit, and a passage therebetween for the passage of the liquid sample containing the analyte therethrough, the container having a full diameter bed region nearest the entrance and a reduced diameter bed region between the full diameter bed region and the exit, and a tip region nearest the exit, a first shelf defined by a step in diameter between the full diameter bed region and the reduced diameter bed region, and a second shelf defined by a step in diameter between the reduced diameter bed region and the tip region; - a middle mesh flow distributor arranged within the full diameter bed region and positioned atop the first shelf; - an upper compression layer arranged within the full diameter bed region and positioned atop the middle mesh flow distributor; - an upper mesh flow distributor arranged within the full diameter bed region and positioned atop the upper compression layer; - a lower compression layer arranged within the reduced diameter bed region and positioned atop the second shelf; - a thin extraction layer of microparticulate extraction medium arranged within the reduced diameter bed region and positioned atop the lower compression layer; - a middle compression layer arranged within the reduced diameter bed region and positioned atop the thin extraction layer; and - an air gap layer arranged in the reduced-diameter bed region and positioned atop the middle compression layer; wherein all compression layers (18a, 18b, 18c) are flexible and comprise a hydrophobic polypropylene frit material. - a container having an entrance, an exit, and a passage therebetween for the passage of the liquid sample containing the analyte therethrough, the container having a full diameter bed region nearest the entrance and a reduced diameter bed region between the full diameter bed region and the exit, and a tip region nearest the exit, a first shelf defined by a step in diameter between the full diameter bed region and the reduced diameter bed region, and a second shelf defined by a step in diameter between the reduced diameter bed region and the tip region; - a middle mesh flow distributor arranged within the full diameter bed region and positioned atop the first shelf; - an upper compression layer arranged within the full diameter bed region and positioned atop the middle mesh flow distributor; - an upper mesh flow distributor arranged within the full diameter bed region and positioned atop the upper compression layer; - a lower compression layer arranged within the reduced diameter bed region and positioned atop the second shelf; - a thin extraction layer of microparticulate extraction medium arranged within the reduced diameter bed region and positioned atop the lower compression layer; - a middle compression layer arranged within the reduced diameter bed region and positioned atop the thin extraction layer; and - an air gap layer arranged in the reduced-diameter bed region and positioned atop the middle compression layer;
Method for recognizing objects of low height using an obstacle recognition system in vehicles, wherein the obstacle recognition system comprises ultrasonic sensors or radar sensors as distance sensors for determining the distance to objects and evaluation means, comprising the following steps of: (a) continuously capturing the distance to an object by means of the distance sensors or capturing the distance to an object at predefined intervals, (b) checking whether the object continues to be captured by the distance sensors when approaching the vehicle, if a predefined distance is undershot, or disappears from the detection range of the distance sensors, (c) recognizing the object which disappears from the detection range of the distance sensors as an object of low height, wherein, in order to check whether the object disappears from the detection range of the distance sensors when approaching the vehicle, at least two successive measurements for capturing the distance to an object are each compared with one another, characterized in that the height of the object is inferred from the distance at which the object disappears from the capture range of the distance sensors. (a) continuously capturing the distance to an object by means of the distance sensors or capturing the distance to an object at predefined intervals, (b) checking whether the object continues to be captured by the distance sensors when approaching the vehicle, if a predefined distance is undershot, or disappears from the detection range of the distance sensors, (c) recognizing the object which disappears from the detection range of the distance sensors as an object of low height,
An anti-corrosion treatment method for an aluminum material-made heat exchanger comprising subjecting an aluminum material-made heat exchanger having been flux-brazed by the Nocolok brazing process, using a halogen based flux selected from KAlF 4, K 2 AlF 5, K 3 AlF 6, CsAlF 4, Cs 3 AlF 6, Cs 2 AlF 5, and mixtures of two or more kinds thereof, to hydrophilic treatment liquid and then applying a baking treatment to form a hydrophilic film on the surface of the aluminum material-made heat exchanger, wherein the hydrophilic treatment liquid contains a hydrophilic resin and a lithium ion, and a lithium concentration in the hydrophilic film is from 0.05 to 25 % by mass.
Manufacturing process for removing material from a movable object defining a machining surface, by means of a machine tool comprising a removal tool for removing material from said object, consisting of a cutting and/or drilling tool, and driving means comprise driving wheels and suitable to be placed directly in contact with said machining surface; and characterised in that said manufacturing process comprises: placing said wheels directly in contact with said machining surface and moving said machine tool and, thus, said removal tool, with respect to said object, while said removal tool removes material from said object, and in that said wheels define a main axis of rotation; and wherein said machine tool comprises a control unit suitable to control said driving wheels and, thus, said machine tool along a material removal path.