mhurhangee/patent-ind-claim-en huggingface dataset:
A lead connector comprising: a base member ; a flexible circuit comprising a printed circuit board disposed on the base member and comprising a plurality of electrical contacts; a casing comprising a bottom casing and a cover member , wherein the bottom casing comprises two or more arrays of receptacles at least partially open to a surface of the flexible circuit and aligned with corresponding electrical contacts on the flexible circuit, and wherein the cover member comprises two or more slot openings configured to receive two or more leads ; and two or more arrays of ball contacts positioned in the two or more arrays of receptacles within the bottom casing; wherein when each of the two or more leads are inserted through the lead connector via the two or more slot openings , the two or more leads push the two or more arrays of ball contacts downward to make electrical contact with the corresponding contacts on the flexible circuit , such that the two or more leads are electrically coupled to each other; wherein the two or more leads are electrically coupled to each other via the two or more arrays of ball contacts and the flexible circuit . a base member ; a flexible circuit comprising a printed circuit board disposed on the base member and comprising a plurality of electrical contacts; a casing comprising a bottom casing and a cover member , wherein the bottom casing comprises two or more arrays of receptacles at least partially open to a surface of the flexible circuit and aligned with corresponding electrical contacts on the flexible circuit, and wherein the cover member comprises two or more slot openings configured to receive two or more leads ; and two or more arrays of ball contacts positioned in the two or more arrays of receptacles within the bottom casing; wherein when each of the two or more leads are inserted through the lead connector via the two or more slot openings , the two or more leads push the two or more arrays of ball contacts downward to make electrical contact with the corresponding contacts on the flexible circuit , such that the two or more leads are electrically coupled to each other; wherein the two or more leads are electrically coupled to each other via the two or more arrays of ball contacts and the flexible circuit .
A method for operating an industrial automation component, the method comprising: receive design information from a database , the database being configured to store a comprehensive list of industrial automation components , wherein the design information is associated with an arrangement of one or more industrial automation components in an industrial automation system; identify a first portion of the industrial automation components in the industrial automation system that is unable to interface with a second portion of industrial automation components based on the design information; and generate a list of industrial automation components based on the first portion of the industrial automation components and the second portion of industrial automation components, wherein each of the list of industrial automation components is configured to translate a first set of data associated with the first portion of the industrial automation components to a second set of data configured to be at least partly interpretable by the second portion of industrial automation components based on translation functions, wherein the database is configured to download translation functions to an industrial automation component. receive design information from a database , the database being configured to store a comprehensive list of industrial automation components , wherein the design information is associated with an arrangement of one or more industrial automation components in an industrial automation system; identify a first portion of the industrial automation components in the industrial automation system that is unable to interface with a second portion of industrial automation components based on the design information; and generate a list of industrial automation components based on the first portion of the industrial automation components and the second portion of industrial automation components, wherein each of the list of industrial automation components is configured to translate a first set of data associated with the first portion of the industrial automation components to a second set of data configured to be at least partly interpretable by the second portion of industrial automation components based on translation functions, wherein the database is configured to download translation functions to an industrial automation component.
A method for measuring a capacitance value of a capacitor , the method comprising: having a resistor coupled to a terminal of the capacitor ; measuring a difference in voltage at the terminal between a first time and a second time during a discharge routine of the capacitor , the discharge routine comprising sinking a current through a discharge circuit coupled to the resistor from the first time to the second time; measuring an integration of a difference in voltage at terminals of the resistor during the discharge routine between the first time and the second time; computing the capacitance value based on the measured difference in voltage, the measured integration, and a resistance value of the resistor ; and determining a health of the capacitor based on a difference between the computed capacitance value and a threshold value, wherein the method further comprises determining the second time by monitoring the voltage at the terminal during the discharge routine, the second time corresponding to a difference in voltage at the terminal, between the first time and the second time, being greater than or equal to a second threshold voltage. having a resistor coupled to a terminal of the capacitor ; measuring a difference in voltage at the terminal between a first time and a second time during a discharge routine of the capacitor , the discharge routine comprising sinking a current through a discharge circuit coupled to the resistor from the first time to the second time; measuring an integration of a difference in voltage at terminals of the resistor during the discharge routine between the first time and the second time; computing the capacitance value based on the measured difference in voltage, the measured integration, and a resistance value of the resistor ; and determining a health of the capacitor based on a difference between the computed capacitance value and a threshold value, wherein the method further comprises determining the second time by monitoring the voltage at the terminal during the discharge routine, the second time corresponding to a difference in voltage at the terminal, between the first time and the second time, being greater than or equal to a second threshold voltage.
A blade outer air seal for a gas turbine engine , comprising: a body having circumferential sides between a forward face and an aft face , each of the circumferential sides defining a mate face ; an attachment member extending from the body ; and a transition member adjacent to the body and the attachment member , the transition member and the body defining a slot configured to receive a seal member , characterised in that : the transition member comprises a sloped surface extending radially and that is sloped inwardly from one of the circumferential sides and is sloped away from the mate face . a body having circumferential sides between a forward face and an aft face , each of the circumferential sides defining a mate face ; an attachment member extending from the body ; and a transition member adjacent to the body and the attachment member , the transition member and the body defining a slot configured to receive a seal member , characterised in that : the transition member comprises a sloped surface extending radially and that is sloped inwardly from one of the circumferential sides and is sloped away from the mate face .
An apparatus for integrating a three dimensional, 3D, support structure with a 3D object, the apparatus comprising a processor and memory , the apparatus programmed to perform the following operations: receive image data of a 3D object ; segment the image date into a plurality of polygons ; orient at least one of the plurality of polygons to face a common plane ; select a first polygon of the plurality of polygons; determine a subset of polygons that are proximate to the first polygon; determine if one or more polygons of the subset occlude the first polygon ; discard, from being used to define a common plane facing surface, the one or more polygons determined to occlude the first polygon, to define the common plane-facing surface having one or more edges, wherein the common plane-facing surface is substantially parallel to the common plane; extend the one or more edges to the common plane ; generate a bottom surface based on the common plane-facing surface to define the 3D support structure associated with the 3D object, wherein the bottom surface is parallel with the common plane, and wherein the bottom surface is bound by the one or more extended edges ; integrate the 3D support structure with the 3D object; and generate a 3D model including the integrated 3D support structure and the 3D object. receive image data of a 3D object ; segment the image date into a plurality of polygons ; orient at least one of the plurality of polygons to face a common plane ; select a first polygon of the plurality of polygons; determine a subset of polygons that are proximate to the first polygon; determine if one or more polygons of the subset occlude the first polygon ; discard, from being used to define a common plane facing surface, the one or more polygons determined to occlude the first polygon, to define the common plane-facing surface having one or more edges, wherein the common plane-facing surface is substantially parallel to the common plane; extend the one or more edges to the common plane ; generate a bottom surface based on the common plane-facing surface to define the 3D support structure associated with the 3D object, wherein the bottom surface is parallel with the common plane, and wherein the bottom surface is bound by the one or more extended edges ; integrate the 3D support structure with the 3D object; and generate a 3D model including the integrated 3D support structure and the 3D object.
A personal-ornament clasp comprising: a holder on a fixed side having, on one end side, an arc-shaped holding portion where a long chain-shaped personal ornament main body is held via an opening ; a closing member on a movable side rotatably attached to the holder via a pivotally attaching portion on another end side with the opening side and locking from inside the opening to cause a closed state; and a spring attached in a repulsive state between the holder and the closing member and pressing the closing member in a direction of closing the opening , wherein a grip space (S) where the personal ornament main body is gripped in the repulsive direction of the spring is provided between the closing member and the holding portion, characterized in that a soft member made of silicone or rubber with friction resistance is attached in a state of slightly protruding from the closing member to the grip space (S); the soft member is attached to the closing member at least on a side of gripping the personal ornament main body ; and that the grip space (S) where the personal ornament main body is gripped in the repulsive direction of the spring is provided between the soft member and the holding portion .
Additive manufacturing system comprising a liquefier tube , wherein the liquefier tube comprises a. a body provided with a feed channel ; b. said feed channel having: i. a feeding portion having a first diameter; ii. an outlet portion having a second diameter, wherein the first diameter is larger than the second diameter; iii. a transitional portion interconnecting the feeding portion and the outlet portion; wherein said transitional portion has a monotonically decreasing third diameter from said feeding portion to said outlet portion ; and wherein said third diameter, as a function of a longitudinal position of said feed channel , is differentiable in said transitional portion and at a first transition between said transitional portion and said outlet portion ; and wherein said feed channel has an inner surface with an arithmetic mean/average roughness Ra of less than 3.2 μm, preferably less than 0.4 μm, more preferably less than 0.1 μm, and wherein the outlet portion is cylindrically shaped having a diameter d2. a. a body provided with a feed channel ; b. said feed channel having: i. a feeding portion having a first diameter; ii. an outlet portion having a second diameter, wherein the first diameter is larger than the second diameter; iii. a transitional portion interconnecting the feeding portion and the outlet portion; wherein said transitional portion has a monotonically decreasing third diameter from said feeding portion to said outlet portion ; and wherein said third diameter, as a function of a longitudinal position of said feed channel , is differentiable in said transitional portion and at a first transition between said transitional portion and said outlet portion ; and wherein said feed channel has an inner surface with an arithmetic mean/average roughness Ra of less than 3.2 μm, preferably less than 0.4 μm, more preferably less than 0.1 μm, and wherein the outlet portion is cylindrically shaped having a diameter d2. i. a feeding portion having a first diameter; ii. an outlet portion having a second diameter, wherein the first diameter is larger than the second diameter; iii. a transitional portion interconnecting the feeding portion and the outlet portion; wherein said transitional portion has a monotonically decreasing third diameter from said feeding portion to said outlet portion ; and wherein said third diameter, as a function of a longitudinal position of said feed channel , is differentiable in said transitional portion and at a first transition between said transitional portion and said outlet portion ; and wherein said feed channel has an inner surface with an arithmetic mean/average roughness Ra of less than 3.2 μm, preferably less than 0.4 μm, more preferably less than 0.1 μm, and wherein the outlet portion is cylindrically shaped having a diameter d2.
Method for the provision, by a device (CPE4) to be managed of a first telecommunications network (R1), to a management device (ACS4) for managing said device to be managed, which management device is located in a second telecommunications network (R2), of an address (URL4') allowing said management device to make a request of the device to be managed for the establishment of a management session, at least one intermediate device (CGN5) being located between the first and second telecommunications networks, this provision method comprising steps implemented by the device to be managed, including: - a step (F10) of identifying a server able to control the intermediate device; - a step (F20) of sending the server a request for the establishment, by the intermediate device, of static routing to the device to be managed, allowing the packets received by the intermediate device and bound for a reachability address associated by the intermediate device with the device to be managed to be routed to a contact address of said device to be managed; - a step (F40) of receiving a response from the server comprising said reachability address associated by the intermediate device with the device to be managed; and - a step (F60) of providing the management device with an address (URL4') comprising the received reachability address, said address being intended to be used by the management device to make a request of the device to be managed for the establishment of a management session. - a step (F10) of identifying a server able to control the intermediate device; - a step (F20) of sending the server a request for the establishment, by the intermediate device, of static routing to the device to be managed, allowing the packets received by the intermediate device and bound for a reachability address associated by the intermediate device with the device to be managed to be routed to a contact address of said device to be managed; - a step (F40) of receiving a response from the server comprising said reachability address associated by the intermediate device with the device to be managed; and - a step (F60) of providing the management device with an address (URL4') comprising the received reachability address, said address being intended to be used by the management device to make a request of the device to be managed for the establishment of a management session.
Device for the supply of a gas comprising: • a plurality of gas vessels , preferably in the form of gas cylinders; • a frame , comprising a plurality of frame portions including a lower portion , an upper portion , and a plurality of side portions , constrained to each other and constrained to said lower and upper portions , so as to define a space for arranging said plurality of gas vessels ; • a plurality of fasteners , configured to reversibly constrain to each other at least part of at least two of said frame portions, characterised in that • at least part of said side portions comprise coupling protrusions , arranged so that, in use, the coupling protrusion of a first side portion is in contact with a second side portion , preferably with a relevant coupling protrusion of the second side portion, and wherein, in use condition, said fasteners are coupled to said coupling protrusion of said first side portion and to the second side portion so as to constrain said first side portion to said second side portion ; • said coupling protrusions are configured to project outside said space for the gas vessels . • a plurality of gas vessels , preferably in the form of gas cylinders; • a frame , comprising a plurality of frame portions including a lower portion , an upper portion , and a plurality of side portions , constrained to each other and constrained to said lower and upper portions , so as to define a space for arranging said plurality of gas vessels ; • a plurality of fasteners , configured to reversibly constrain to each other at least part of at least two of said frame portions, characterised in that • at least part of said side portions comprise coupling protrusions , arranged so that, in use, the coupling protrusion of a first side portion is in contact with a second side portion , preferably with a relevant coupling protrusion of the second side portion, and wherein, in use condition, said fasteners are coupled to said coupling protrusion of said first side portion and to the second side portion so as to constrain said first side portion to said second side portion ; • said coupling protrusions are configured to project outside said space for the gas vessels .
A magazine for shells that comprises at least one compartment defined by at least one pair of walls , the compartment being able to receive the shells arranged substantially horizontally and one above the other in a column, and a gripping means allowing to vertically extract the shells from their compartment , the magazine being characterized in that it comprises at least one supporting means arranged between each shell of a same column, the supporting means being mounted so as to be pivotable between a support position, in which it supports the shell located above the supporting means , and a retracted position allowing the passage of the shell located below the supporting means , the magazine for shells comprising at least one holding means located above the longitudinal axis of each shell , the holding means being retractable by pivoting between a holding position, in which it limits the upward movements of the shell , and a retracted position in which it allows the passage of a shell gripped by the gripping means , the transition from the holding position to the retracted position being caused by pressing the gripping means on the holding means when lowering the gripping means within the compartment , the holding means having a length L such that the circle of radius L described by the end of the holding means is, at most, tangent with the shell when the latter is supported on the supporting means .
A method for producing elastic laminates, comprising the steps of: - feeding a first continuous elastic film , - stretching the first continuous elastic film in a transverse direction (Y), - applying the first continuous elastic film on an outer circumferential surface of a transfer wheel rotatable around a first axis of rotation , - holding the first continuous elastic film transversally stretched on said outer circumferential surface of the transfer wheel , - cutting longitudinally the transversally stretched first continuous elastic film on said outer circumferential surface of the transfer wheel so as to split the first continuous elastic film in at least two parallel continuous elastic films , - holding said at least two parallel continuous elastic films in a transversally stretched state on said outer circumferential surface of the transfer wheel , - applying a first non-woven web on an outer cylindrical surface of an anvil wheel rotatable around a second axis of rotation parallel to the first axis of rotation , - transferring said at least two transversally stretched parallel continuous elastic films from the transfer wheel on the first non-woven web held on the outer cylindrical surface of the anvil wheel , - applying a second non-woven web on the anvil wheel above said at least two parallel continuous elastic film , and - forming an elastic laminate by joining the first and second non-woven web through said at least two parallel continuous elastic films . - feeding a first continuous elastic film , - stretching the first continuous elastic film in a transverse direction (Y), - applying the first continuous elastic film on an outer circumferential surface of a transfer wheel rotatable around a first axis of rotation , - holding the first continuous elastic film transversally stretched on said outer circumferential surface of the transfer wheel , - cutting longitudinally the transversally stretched first continuous elastic film on said outer circumferential surface of the transfer wheel so as to split the first continuous elastic film in at least two parallel continuous elastic films , - holding said at least two parallel continuous elastic films in a transversally stretched state on said outer circumferential surface of the transfer wheel , - applying a first non-woven web on an outer cylindrical surface of an anvil wheel rotatable around a second axis of rotation parallel to the first axis of rotation , - transferring said at least two transversally stretched parallel continuous elastic films from the transfer wheel on the first non-woven web held on the outer cylindrical surface of the anvil wheel , - applying a second non-woven web on the anvil wheel above said at least two parallel continuous elastic film , and - forming an elastic laminate by joining the first and second non-woven web through said at least two parallel continuous elastic films .