mhurhangee/ep-ind-claims huggingface dataset:
A bag storage case, comprising: a plurality of stacked and folded bags, a housing including a pair of first walls, a pair of second walls, and a third wall, the pair of first walls and the pair of second walls forming a parallelepiped shape and the third wall covering one of two openings formed by the pair of first walls and the pair of second walls, the third wall having a take-out opening extending in a first direction and having a first width; and a holder configured to hold the plurality of stacked and folded bags, the plurality of stacked and folded bags having a second width that is larger than the first width of the take-out opening, the holder being insertable into the housing through an opening opposite the third wall so that a folded portion of the plurality of stacked and folded bags faces the take-out opening, wherein the take-out opening has a middle portion that is larger than opposite end portions of the take-out opening in a stacking direction of the plurality of the stacked and folded bags, characterized in that the holder comprises a tray and a holding part, the holding part including a shaft that is configured to be received in the folded portion of the plurality of stacked and folded bags. a plurality of stacked and folded bags, a housing including a pair of first walls, a pair of second walls, and a third wall, the pair of first walls and the pair of second walls forming a parallelepiped shape and the third wall covering one of two openings formed by the pair of first walls and the pair of second walls, the third wall having a take-out opening extending in a first direction and having a first width; and a holder configured to hold the plurality of stacked and folded bags, the plurality of stacked and folded bags having a second width that is larger than the first width of the take-out opening, the holder being insertable into the housing through an opening opposite the third wall so that a folded portion of the plurality of stacked and folded bags faces the take-out opening, wherein the take-out opening has a middle portion that is larger than opposite end portions of the take-out opening in a stacking direction of the plurality of the stacked and folded bags, characterized in that the holder comprises a tray and a holding part, the holding part including a shaft that is configured to be received in the folded portion of the plurality of stacked and folded bags.
A method for selecting a public land mobile network, PLMN, comprising: acquiring, by an evolved NodeB, eNodeB, PLMN information about a circuit switched fallback, CSFB; and determining, by the eNodeB, a target cell of a packet switching handover in a PLMN corresponding to the PLMN information about the CSFB; wherein the acquiring, by the eNodeB, the PLMN information about a CSFB comprises: receiving, by the eNodeB, an S1-application protocol, S1-AP, request message sent by an mobility management entity, MME, wherein the S1-AP request message comprises a location area identity, the location area identity comprises a PLMN identity, and the PLMN information about the CSFB comprises PLMN information about a circuit switched, CS, domain selected by the MME during the combined attach process or combined tracking area update process of the CSFB. acquiring, by an evolved NodeB, eNodeB, PLMN information about a circuit switched fallback, CSFB; and determining, by the eNodeB, a target cell of a packet switching handover in a PLMN corresponding to the PLMN information about the CSFB; wherein the acquiring, by the eNodeB, the PLMN information about a CSFB comprises: receiving, by the eNodeB, an S1-application protocol, S1-AP, request message sent by an mobility management entity, MME, wherein the S1-AP request message comprises a location area identity, the location area identity comprises a PLMN identity, and the PLMN information about the CSFB comprises PLMN information about a circuit switched, CS, domain selected by the MME during the combined attach process or combined tracking area update process of the CSFB. receiving, by the eNodeB, an S1-application protocol, S1-AP, request message sent by an mobility management entity, MME, wherein the S1-AP request message comprises a location area identity, the location area identity comprises a PLMN identity, and the PLMN information about the CSFB comprises PLMN information about a circuit switched, CS, domain selected by the MME during the combined attach process or combined tracking area update process of the CSFB.
A method for inspecting drain pipes, where, using a camera equipped with a fisheye lens, hemi or full spherical digital pictures produced at certain areas in the pipe are processed while generating perspective images that allow virtual swiveling, characterized in that in the case of a known geometry of the imaged pipe from the image data taken at an area there can be calculated and represented intermediate images resulting at any neighbouring area (the desired fictitious camera position), in that the images taken are projected by calculating onto the known pipe geometry and the perspective image data resulting therefrom for the neighbouring area are calculated.
A bicycle clipless pedal assembly, comprising a pedal, the pedal having a first clipless end extending therefrom; a locking sheet pivotally mounted on the pedal, the locking sheet being elastically pivotable relative to the pedal, the locking sheet having a second clipless end extending therefrom opposite to the first clipless end, a clipping space defined between the first clipless end and the second clipless end for receiving a cleat of a cycling shoe; a plastic elastomer located between the pedal and the locking sheet, the elastomer being a part of a pivot between the pedal and the locking sheet, the elastomer having one end abutting against the pedal and the other end abutting against the locking sheet for providing a resilience force to elastically press the locking sheet toward to the pedal, such that the locking sheet is elastically pivoted relative to the pedal for clipping the cleat of the cycling shoe, characterized in that the locking sheet has two ear rings extending therefrom and facing to each other, the pedal having a tenon ring extending therefrom for positioning between the two ear rings of the locking sheet, the elastomer substantially has a trapezoid shape to form a narrow end and a broad end opposite to the narrow end, the elastomer having a through hole laterally defined therein and passing therethrough, the through hole being located in the narrow end of the elastomer, a pivot rod passing through the two ear rings of the locking sheet, the tenon ring of the pedal, and the through hole in the elastomer to form the pivot between the pedal and the locking sheet, the tenon ring having a groove defined therein for partially receiving the elastomer, the locking sheet having an abutting blocker extending therefrom and located between the two ear rings for abutting against the elastomer.
Coil with a distributed winding formed from a plurality of hairpins, wherein the hairpins each have two straight conductor portions which are arranged in different grooves of a coil body, wherein contact regions (2.1) which are formed in the circumferential direction adjoin the conductor portions at one axial end, and the conductor portions are connected at the other axial end by a turning region, wherein an even number of conductor portions is provided in the radial direction in layers (3; 3.1; 3.2) in the grooves of the coil body, wherein the contact regions (2.1) have a connecting portion at their end facing away from the coil body and the connecting portions are aligned in radially running rows, wherein the contact regions (2.1) of a layer (3; 3.1; 3.2) are formed in the same circumferential direction, characterized in that some of the contact regions (2.1) of an outer layer (3.1; 3.2) are deformed in the radial direction in order to form an additional layer (4; 4.1; 4.2), as a result of which the contact regions (2.1) are arranged in more layers than conductor portions in the grooves, and these contact regions (2.1) are formed in a circumferential direction opposite to the contact regions (2.1) of the outer layer (3.1; 3.2), as a result of which the contact regions (2.1) of the additional layer (4; 4.1; 4.2) are arranged in the same row with contact regions (2.1) of the outer layer (3.1; 3.2) for direct connection to these.
A compound of Formula I: wherein: R 1 is H, CH 2 NH 2, or CH 2 NHC (CH 2) m CO 2 H; R 2 is H, or CH 2 NHC (CH 2) m CO 2 H; provided that either R 1 or R 2 must be H, and further provided that both R 1 and R 2 may not be H simultaneously; R 3 is H; m is 1, 2, 3, 4, or 5; and n is 1, 2, 3, 4, or 5. R 1 is H, CH 2 NH 2, or CH 2 NHC (CH 2) m CO 2 H; R 2 is H, or CH 2 NHC (CH 2) m CO 2 H; provided that either R 1 or R 2 must be H, and further provided that both R 1 and R 2 may not be H simultaneously; R 3 is H; m is 1, 2, 3, 4, or 5; and n is 1, 2, 3, 4, or 5.
A solid electrolyte material represented by the following composition formula Li 3-3δ-a Y 1+δ-a M a Cl 6-x-y Br x I y Formula where M is one or more kinds of elements selected from the group consisting of Zr, Hf, and Ti; − 1 < δ < 1; 0 < a ≤ 0.9; 0 < 3 − 3 δ − a; 0 < 1 + δ − a; 0 ≤ x ≤ 6; 0 ≤ y ≤ 6; and x + y ≤ 6.
A method of determining the pose of a moving head light fixture (), wherein said moving head light fixture comprises a support structure and a rotatable structure, said rotatable structure is rotatable connected to said support structure and is rotatable around an axis of rotation and said rotatable structure comprises at least one light source generating a light beam, said rotatable structure comprises a first position indicator at said rotatable structure, said position indicator is arranged at a first position offset said axis of rotation, said first position indicator indicates the position of said first position indicator in relation to a reference point; said method comprising the steps of: - arranging said first position indicator at at least three different positions around said axis of rotation and obtaining the position of said position indicator at each of said at least three different positions, where said position of said position indicator are obtained by using said position indicator and where said position indicator is arranged at said at least three different positions by rotating said rotatable structure around said axis of rotation; characterized in that the method further comprises: - determining the pose of said moving head light fixture based on said obtained positions of said first position indicator. - arranging said first position indicator at at least three different positions around said axis of rotation and obtaining the position of said position indicator at each of said at least three different positions, where said position of said position indicator are obtained by using said position indicator and where said position indicator is arranged at said at least three different positions by rotating said rotatable structure around said axis of rotation; - determining the pose of said moving head light fixture based on said obtained positions of said first position indicator.
A surgical robot system comprising: - a display; - a housing; - an arm; - an end effectuator coupled to the arm and - a guided surgical tool assembly (35; 300) coupled to the arm, the guided surgical tool assembly comprising: - a guide tube including at least one sensor (55b, 56, 310, 510) disposed on the guide tube; - a surgical instrument (15, 35) configured to be received within the guide tube, the surgical instrument including at least one detectable feature; and wherein the at least one detectable feature is a magnetic strip that extends longitudinally along a length of the surgical instrument (15, 35); - wherein the at least one sensor is configured and arranged to detect the at least one detectable feature when the surgical instrument (15, 35) is inside the guide tube, and - wherein the system further comprises a plurality of tracking markers configured to track the movement of the robot arm, the end-effectuator, and/or the surgical instrument in three dimensions, - at least one tracking markers of the plurality of tracking markers is positioned on the end-effectuator so as to maximize the accuracy of the positional measurements. - a display; - a housing; - an arm; - an end effectuator coupled to the arm and - a guided surgical tool assembly (35; 300) coupled to the arm, the guided surgical tool assembly comprising: - a guide tube including at least one sensor (55b, 56, 310, 510) disposed on the guide tube; - a surgical instrument (15, 35) configured to be received within the guide tube, the surgical instrument including at least one detectable feature; and wherein the at least one detectable feature is a magnetic strip that extends longitudinally along a length of the surgical instrument (15, 35); - wherein the at least one sensor is configured and arranged to detect the at least one detectable feature when the surgical instrument (15, 35) is inside the guide tube, and - wherein the system further comprises a plurality of tracking markers configured to track the movement of the robot arm, the end-effectuator, and/or the surgical instrument in three dimensions, - at least one tracking markers of the plurality of tracking markers is positioned on the end-effectuator so as to maximize the accuracy of the positional measurements.
A polarizing electrode material used in an electric double layer capacitor, comprising a porous carbon particle, an electroconductive aid, a tungsten oxide powder, and a binder; characterized in that the tungsten oxide powder is added at a content from 2 parts by mass to 40 parts by mass with respect to the total mass of the porous carbon particle, the electroconductive aid, and the binder, as 100 parts by mass.
A method, comprising: Obtaining (201, 301, 401, 501) a connection quality for a user device (102, 103) to one or more wireless access points having at least one device (110, 112, 114, 116) for extending wireless signal coverage coupled thereto; and changing an activation status of the at least one device (110, 112, 114, 116) for extending wireless signal coverage coupled to the one or more wireless access points based on the connection quality for the user device; the method being characterized in that the connection quality for the user device (102, 103) is based on a difference between a connection strength and an energy consumption for each of said at least one device (110, 112, 114, 116) for extending wireless signal coverage. Obtaining (201, 301, 401, 501) a connection quality for a user device (102, 103) to one or more wireless access points having at least one device (110, 112, 114, 116) for extending wireless signal coverage coupled thereto; and changing an activation status of the at least one device (110, 112, 114, 116) for extending wireless signal coverage coupled to the one or more wireless access points based on the connection quality for the user device;
Method for forming a shallow junction in a semiconductor substrate having an interface layer containing contaminants on a first face of said substrate, comprising the steps of: a) bombarding said first face with ions so as to implant ions into said semiconductor substrate and to form an ion implanted region having a predetermined implantation depth; and b) irradiating said first face with a pulsed laser beam so as to melt said semiconductor substrate to at least the predetermined implantation depth; wherein said pulsed laser beam has an energy density and a pulse duration selected to form within said ion implanted region a first layer extending from the first face and including the implanted ions and the contaminants having diffused from said interface layer; and a second layer extending from the first layer deeper into the semiconductor substrate and including implanted ions and an atomic concentration of contaminants lower than 10 18 at/cm 3, preferably lower than 10 17 at/cm 3 and in that it further comprises a step c) of removing at least said first layer from the semiconductor substrate, said junction being formed at the interface between said second layer and a subjacent non-molten part of the semiconductor substrate. a) bombarding said first face with ions so as to implant ions into said semiconductor substrate and to form an ion implanted region having a predetermined implantation depth; and b) irradiating said first face with a pulsed laser beam so as to melt said semiconductor substrate to at least the predetermined implantation depth;
An organizer for receiving blood tubing elements, comprising at least a first, a second and a third portions, the first portion being movably connected to the second portion relative to the second portion, and the second portion being movably connected to the third portion relative to the third portion, wherein the first portion, the third portion and the second portion each comprise at least one holding element for reversibly receiving blood tubing system elements, wherein the second portion is configured such that it ensures a defined distance between the areas of the first portion and the third portion connected thereto.
A method of operating a wind turbine, the method comprising: operating the wind turbine over an operating period in accordance with a control strategy; receiving a set of sensor signals over the operating period from a plurality of sensors measuring a plurality of operational parameters of the turbine; using a surrogate model to obtain modelled fatigue values based on the set of sensor signals, wherein the modelled fatigue values provide estimates of fatigue loading applied to a component of the turbine over the operating period; defining fatigue utilisation ratios for more components based on a difference or ratio between the modelled fatigue value and an expected fatigue value for a particular component; identifying the component with the largest utilisation ratio; modifying the control strategy based on the fatigue utilisation ratio of the component with the largest utilisation ratio to reduce a difference between the modelled fatigue value and an expected fatigue value for the component with the largest utilisation ratio; wherein the surrogate model is a trained model using training data, trained by running a machine learning algorithm. operating the wind turbine over an operating period in accordance with a control strategy; receiving a set of sensor signals over the operating period from a plurality of sensors measuring a plurality of operational parameters of the turbine; using a surrogate model to obtain modelled fatigue values based on the set of sensor signals, wherein the modelled fatigue values provide estimates of fatigue loading applied to a component of the turbine over the operating period; defining fatigue utilisation ratios for more components based on a difference or ratio between the modelled fatigue value and an expected fatigue value for a particular component; identifying the component with the largest utilisation ratio; modifying the control strategy based on the fatigue utilisation ratio of the component with the largest utilisation ratio to reduce a difference between the modelled fatigue value and an expected fatigue value for the component with the largest utilisation ratio; wherein the surrogate model is a trained model using training data, trained by running a machine learning algorithm.
Heating apparatus for growing crystals, the apparatus comprising a heating chamber, and a crucible device for growing crystals, the crucible device comprising a container being arranged in the heating chamber of the heating apparatus, and a seed fixture element, wherein the container comprises a base section, wherein the seed fixture element comprises a seed surface which is configured for attaching a seed crystal, wherein the seed fixture element is moveable coupled to the base section such that the distance between the seed surface and the base section is adjustable, characterized in that the base section comprises a receiving hole in which the seed fixture element is moveable in and out for adjusting the distance between the seed surface and the base section wherein at least one spacer element (108, 109) being arranged between the base section and the seed fixture element, wherein at least the spacer element (108, 109) and the seed fixture element are extractable in a telescopically manner for what reason the at least one spacer element (108, 109) comprises a further receiving hole in which the seed fixture element is movably arranged and the spacer element (108, 109) is movable inside the receiving hole of the base section. a heating chamber, and a crucible device for growing crystals, the crucible device comprising a container being arranged in the heating chamber of the heating apparatus, and a seed fixture element, wherein the container comprises a base section, wherein the seed fixture element comprises a seed surface which is configured for attaching a seed crystal, wherein the seed fixture element is moveable coupled to the base section such that the distance between the seed surface and the base section is adjustable, characterized in that the base section comprises a receiving hole in which the seed fixture element is moveable in and out for adjusting the distance between the seed surface and the base section wherein at least one spacer element (108, 109) being arranged between the base section and the seed fixture element, wherein at least the spacer element (108, 109) and the seed fixture element are extractable in a telescopically manner for what reason the at least one spacer element (108, 109) comprises a further receiving hole in which the seed fixture element is movably arranged and the spacer element (108, 109) is movable inside the receiving hole of the base section.
A pharmaceutical composition in buccal form comprising nystatin, at least one corticosteroid, at least one local anaesthetic, at least one in situ gelling polymer and at least one mucoadhesive polymer.
An exhaust gas inlet structure of an exhaust gas recirculation cooler comprising a water shell, a gas inlet pipe, an inlet chamber, a pre-cooling water chamber and a main board, the water shell is equipped with a water inlet pipe, whereby two ends of the pre-cooling water chamber are connected to the gas inlet pipe and the water shell, the inlet chamber is an one-grade reducing pipe including a large-bore end and a small-bore end, the large-bore end is connected with the main board to form a gas inlet cavity while leaving a space to form a coolant channel between the joint part and the water shell, an external surface of the small-bore end connects to the end of pre-cooling water chamber to form a pre-cooling cavity connected to the coolant channel. characterized in that the exhaust gas inlet structure comprises an insulated pipe placed within the pre-cooling water chamber and connected with the gas inlet pipe at one end while the other end is suspended.
An agonist antigen binding protein that specifically binds to a human Lecithin-cholesterol acyltransferase polypeptide, wherein the antigen binding protein is a human antibody.
A method of treating wood, comprising: providing a mixture comprising a mineral binder and a carrier liquid, the mineral binder being comprised of solid particles of substances that chemically react with water, thereby forming mineral hydrates; pressure impregnating a piece of wood with the mixture; and activating hydration of the mineral binder; characterized in that the mineral binder is cement; and the mineral hydrates comprise calcium silicate hydrates. providing a mixture comprising a mineral binder and a carrier liquid, the mineral binder being comprised of solid particles of substances that chemically react with water, thereby forming mineral hydrates; pressure impregnating a piece of wood with the mixture; and activating hydration of the mineral binder; characterized in that the mineral binder is cement; and the mineral hydrates comprise calcium silicate hydrates.