mhurhangee/ep-ind-claims huggingface dataset:
A computing device comprising: a plurality of hardware components; and a plurality of modules, wherein a first module of the plurality of modules directly subscribes to receive a first parameter from a first hardware component of the plurality of hardware components, wherein a subscription of the first module to the first hardware component specifies activation of the first hardware component to provide the first parameter to the first module to satisfy the subscription, and wherein the first module is configured to derive a second parameter from the first parameter, and wherein a second module of the plurality of modules indirectly subscribes to the first hardware component by directly subscribing to receive the second parameter from the first module, and wherein a subscription of the second module to the first module specifies activation of the first module to provide the second parameter to the second module to satisfy the subscription. a plurality of hardware components; and a plurality of modules, wherein a first module of the plurality of modules directly subscribes to receive a first parameter from a first hardware component of the plurality of hardware components, wherein a subscription of the first module to the first hardware component specifies activation of the first hardware component to provide the first parameter to the first module to satisfy the subscription, and wherein the first module is configured to derive a second parameter from the first parameter, and wherein a second module of the plurality of modules indirectly subscribes to the first hardware component by directly subscribing to receive the second parameter from the first module, and wherein a subscription of the second module to the first module specifies activation of the first module to provide the second parameter to the second module to satisfy the subscription.
A variable power optical system comprising, in order from an object: a first lens group having positive refractive power and a second lens group having negative refractive power, and the second lens group including a front group (G2F) having negative refractive power, wherein the following conditional expressions is satisfied: 0.4 < f 2 ⁢ F / f 2 < 1.6 − 3.0 < q 2 < − 0.3 − 0.3 < f 2 / f 1 < − 0.2 where f1 denotes a focal length of the first lens group, f2 denotes a focal length of the second lens group, f2F denotes a focal length of the front group (G2F), q2 denotes a form factor of a negative lens disposed closest to the object in the front group (G2F), the form factor q2 is defined by q2 = (r22 + r21) / (r22 - r21), where r21 denotes a radius of curvature of an object side lens surface of the negative lens, and r22 denotes a radius of curvature of an image side lens surface of the negative lens. a first lens group having positive refractive power and a second lens group having negative refractive power, and the second lens group including a front group (G2F) having negative refractive power, wherein the following conditional expressions is satisfied: 0.4 < f 2 ⁢ F / f 2 < 1.6 − 3.0 < q 2 < − 0.3 − 0.3 < f 2 / f 1 < − 0.2 where f1 denotes a focal length of the first lens group, f2 denotes a focal length of the second lens group, f2F denotes a focal length of the front group (G2F), q2 denotes a form factor of a negative lens disposed closest to the object in the front group (G2F), the form factor q2 is defined by q2 = (r22 + r21) / (r22 - r21), where r21 denotes a radius of curvature of an object side lens surface of the negative lens, and r22 denotes a radius of curvature of an image side lens surface of the negative lens.
A revision implant for a total ankle replacement system, comprising: a body extending between a first planar surface and a second planar surface; a head extending from the first planar surface of the body and configured to couple the revision implant to at least one additional component of a multi-component prosthesis; and at least one coupling mechanism configured to couple the body to a first bone, wherein the at least one coupling mechanism comprises a plurality of holes therethrough, characterised in that the plurality of holes is configured to receive a threaded head of a variable angle peg therethrough and in that the revision implant comprises at least one variable angle peg, wherein the variable angle peg includes an unthreaded shaft extending distally from the threaded head, and wherein the threaded head engages one of the plurality of holes formed in the body at a selectable angle between about 5-90°. a body extending between a first planar surface and a second planar surface; a head extending from the first planar surface of the body and configured to couple the revision implant to at least one additional component of a multi-component prosthesis; and at least one coupling mechanism configured to couple the body to a first bone, wherein the at least one coupling mechanism comprises a plurality of holes therethrough, characterised in that the plurality of holes is configured to receive a threaded head of a variable angle peg therethrough and in that the revision implant comprises at least one variable angle peg, wherein the variable angle peg includes an unthreaded shaft extending distally from the threaded head, and wherein the threaded head engages one of the plurality of holes formed in the body at a selectable angle between about 5-90°.
Spinneret for producing several filaments, comprising a plurality of perforations, each of which ends on the bottom side of the spinneret into a respective outlet opening for pressing a thermoplastic there through for forming the filaments, wherein the outlet openings are arranged in rows which extend along a cooling direction, from one side of the spinneret to the opposite side, and wherein these rows are arranged increasingly close together, away from a line, along this cooling direction and through the centre of the spinneret, characterized in that the outlet openings in each row are arranged increasingly far apart, viewed along the cooling direction.
A computer hardware system comprising at least one processing unit coupled to a memory, wherein the memory is encoded with computer executable instructions that when executed cause the at least one processing unit to: receive a client message at a published endpoint, the message formatted according to a description of a first application programming interface; parse an instruction from the message according to the description; pass the instruction to a package via a function of the first application programming interface, the package having a second application programming interface and a logic; receive, over the second application programming interface, a result based on the instruction and the logic; and respond to the client message based on the result, wherein the description has a generic format. receive a client message at a published endpoint, the message formatted according to a description of a first application programming interface; parse an instruction from the message according to the description; pass the instruction to a package via a function of the first application programming interface, the package having a second application programming interface and a logic; receive, over the second application programming interface, a result based on the instruction and the logic; and respond to the client message based on the result,
A battery cell, comprising: a casing having an opening and provided with a pressure relief mechanism, the pressure relief mechanism being actuated to relieve an internal pressure or temperature of the battery cell when the internal pressure or temperature reaches a threshold value; an electrode assembly accommodated in the casing, and comprising a body portion and a tab portion protruding therefrom; and a cover assembly for covering the opening, a first recessed portion being formed on one side, abutting against the body portion and facing the electrode assembly, of the cover assembly, and being configured to accommodate at least part of the tab portion; characterized in that, the cover assembly is provided with at least one first channel for communicating the space between the electrode assembly and the casing with the first recessed portion, so as to introduce the gas in the first recessed portion into the space between the electrode assembly and the casing and enable the same to act on the pressure relief mechanism. a casing having an opening and provided with a pressure relief mechanism, the pressure relief mechanism being actuated to relieve an internal pressure or temperature of the battery cell when the internal pressure or temperature reaches a threshold value; an electrode assembly accommodated in the casing, and comprising a body portion and a tab portion protruding therefrom; and a cover assembly for covering the opening, a first recessed portion being formed on one side, abutting against the body portion and facing the electrode assembly, of the cover assembly, and being configured to accommodate at least part of the tab portion; characterized in that, the cover assembly is provided with at least one first channel for communicating the space between the electrode assembly and the casing with the first recessed portion, so as to introduce the gas in the first recessed portion into the space between the electrode assembly and the casing and enable the same to act on the pressure relief mechanism.
Interlayer that is in contact with an organic dielectric layer in an organic electronic device, said interlayer comprising a polycycloolefinic polymer or a polymer composition comprising a polycycloolefinic polymer, wherein the polycycloolefinic polymer comprises a first type of repeating unit having a pendant crosslinkable group, and the dielectric layer comprises a fluoropolymer.
A method for manufacturing a hearing aid component (15, 50) adapted for fitting in the auditory canal of a hearing aid user, said hearing aid component having a covering of resilient material on at least part of its outside surface and said hearing aid component having an inner sound conveying part (16, 56), said method comprising the steps of, - acquiring data representing the shape of the auditory canal of a hearing aid user, - forming a three-dimensional computer model of the shape of the hearing aid component (15, 50) based on the acquired data, - forming a three-dimensional computer model of a mould (10, 40) for casting the covering, - manufacturing said mould in a rapid prototyping process based on said three-dimensional computer model of the mould, - casting the covering in the mould, - removing the mould from the covering, and - forming said hearing aid component by joining the covering with the inner sound conveying part, characterised in that said mould is provided with a wall thickness of 0.4 mm or less and that said mould is removed by crushing it. - acquiring data representing the shape of the auditory canal of a hearing aid user, - forming a three-dimensional computer model of the shape of the hearing aid component (15, 50) based on the acquired data, - forming a three-dimensional computer model of a mould (10, 40) for casting the covering, - manufacturing said mould in a rapid prototyping process based on said three-dimensional computer model of the mould, - casting the covering in the mould, - removing the mould from the covering, and - forming said hearing aid component by joining the covering with the inner sound conveying part,
A method for manufacturing a resin mold assembly, comprising the steps of: disposing a light transmitting resin member on a light absorbing resin member in such a manner that a first weld region of the light transmitting resin member faces a second weld region of the light absorbing resin member; applying a pressure between the light transmitting resin member and the light absorbing resin member to bring the first weld region of the light transmitting resin member and the second weld region of the light absorbing resin member in a pressed contact in a mutually facing direction; and applying a laser beam through the light transmitting resin member on the second weld region of the light absorbing resin member, and scanning the laser beam over a whole area of the second weld region, to repetitively radiate the laser beam on the second weld region to heat and melt a whole of the first weld region and second weld region simultaneously, and welding the light transmitting resin member and the light absorbing resin member; characterized in that a contact surface between said first weld region and said second weld region has a three-dimensional structure, and an incidence angle of said laser beam upon said contact surface changes with a position and a scan velocity of said laser beam is changed with the position to average a heating temperature. disposing a light transmitting resin member on a light absorbing resin member in such a manner that a first weld region of the light transmitting resin member faces a second weld region of the light absorbing resin member; applying a pressure between the light transmitting resin member and the light absorbing resin member to bring the first weld region of the light transmitting resin member and the second weld region of the light absorbing resin member in a pressed contact in a mutually facing direction; and applying a laser beam through the light transmitting resin member on the second weld region of the light absorbing resin member, and scanning the laser beam over a whole area of the second weld region, to repetitively radiate the laser beam on the second weld region to heat and melt a whole of the first weld region and second weld region simultaneously, and welding the light transmitting resin member and the light absorbing resin member; characterized in that a contact surface between said first weld region and said second weld region has a three-dimensional structure, and an incidence angle of said laser beam upon said contact surface changes with a position and a scan velocity of said laser beam is changed with the position to average a heating temperature.
A process for exchanging heat with a mixed phase fluid, the process comprising: feeding a mixed phase fluid comprising a vapor and at least one of an entrained liquid and an entrained solid to a heat exchanger, the heat exchanger comprising: a shell having a fluid inlet, and a fluid outlet, indirectly exchanging heat between the mixed phase fluid and a heat exchange medium; characterized in that the heat exchanger comprises a plurality of baffles mounted in the shell to guide the fluid into a helical flow pattern through the shell; converting the mixed phase fluid to essentially all vapor; wherein a helix angle α of a baffle proximate the fluid inlet maintains a velocity of the mixed phase fluid greater than a terminal velocity of the entrained liquid or solid; and wherein a helix angle β of a baffle proximate the fluid outlet is greater than helix angle α of the baffle proximate the fluid inlet.
A method for pushing information, the method comprising: obtaining (101, 401) a feature information of a Wireless Fidelity, Wi-Fi, signal detected by a user equipment, wherein the feature information comprises an identification information of the Wi-Fi signal, wherein the identification information of the Wi-Fi signal comprises a Media Access Control, MAC, address corresponding to the Wi-Fi signal, or a Wi-Fi name corresponding to the Wi-Fi signal; screening the Wi-Fi signal to exclude abnormal Wi-Fi signals comprising: excluding the Wi-Fi signal if the identification information of the Wi-Fi signal includes an abnormal MAC address and/or an abnormal Wi-Fi name, and, excluding the Wi-Fi signal based on a signal strength of the Wi-Fi signal if it exhibits a signal strength exceeding a preset range; searching (102, 402) a database for identification information of a target object corresponding to the identification information of the screened Wi-Fi signal, wherein the database comprises a mapping relationship between the identification information of the Wi-Fi signal and the identification information of the target object, wherein the target object is covered by the Wi-Fi signal or the target object provides the Wi-Fi signal; and pushing the identified identification information of the target object to the user equipment. obtaining (101, 401) a feature information of a Wireless Fidelity, Wi-Fi, signal detected by a user equipment, wherein the feature information comprises an identification information of the Wi-Fi signal, wherein the identification information of the Wi-Fi signal comprises a Media Access Control, MAC, address corresponding to the Wi-Fi signal, or a Wi-Fi name corresponding to the Wi-Fi signal; screening the Wi-Fi signal to exclude abnormal Wi-Fi signals comprising: excluding the Wi-Fi signal if the identification information of the Wi-Fi signal includes an abnormal MAC address and/or an abnormal Wi-Fi name, and, excluding the Wi-Fi signal based on a signal strength of the Wi-Fi signal if it exhibits a signal strength exceeding a preset range; excluding the Wi-Fi signal if the identification information of the Wi-Fi signal includes an abnormal MAC address and/or an abnormal Wi-Fi name, and, excluding the Wi-Fi signal based on a signal strength of the Wi-Fi signal if it exhibits a signal strength exceeding a preset range; searching (102, 402) a database for identification information of a target object corresponding to the identification information of the screened Wi-Fi signal, wherein the database comprises a mapping relationship between the identification information of the Wi-Fi signal and the identification information of the target object, wherein the target object is covered by the Wi-Fi signal or the target object provides the Wi-Fi signal; and pushing the identified identification information of the target object to the user equipment.
A portable auxiliary hazard detector that is adapted to be temporarily introduced in a vicinity of a host detection system and link with a controller of the host detection system to provide additional detection capability, the portable auxiliary hazard detector having at least one light source, each said light source, when operated, emitting a light beam, and at least one photosensor operable to emit sensor signals responsive to interaction of the light beam with an analyte, characterised in that the portable auxiliary hazard detector further comprises a surface plasmon sensor including a prism, the surface plasmon sensor operable to emit second sensor signals responsive to interaction of the light beam with the surface plasmon sensor, and a beam splitter operable to split the light beam into first and second secondary light beams, the first secondary light beam being directed at the prism and the second secondary light beam being directed external to the at least one portable auxiliary hazard detector.
A method for controlling a transformer, the method comprising: specifying, in one or more control devices, an initial operating limit for one or more windings (128, 130) of the transformer; monitoring, via one or more sensors (183, 185), at least one electrical condition of the one or more windings (128, 130) of the transformer; receiving, by the one or more control devices, a signal indicative of the at least one electrical condition of the one or more windings (128, 130) of the transformer; and increasing, by the one or more control devices, the initial operating limit based on a linear or polynomial function and by a specified gain if the at least one electrical condition drops below a predetermined threshold, and varying the specified gain based on the at least one electrical condition of the one or more windings (128, 130) of the transformer. specifying, in one or more control devices, an initial operating limit for one or more windings (128, 130) of the transformer; monitoring, via one or more sensors (183, 185), at least one electrical condition of the one or more windings (128, 130) of the transformer; receiving, by the one or more control devices, a signal indicative of the at least one electrical condition of the one or more windings (128, 130) of the transformer; and increasing, by the one or more control devices, the initial operating limit based on a linear or polynomial function and by a specified gain if the at least one electrical condition drops below a predetermined threshold, and varying the specified gain based on the at least one electrical condition of the one or more windings (128, 130) of the transformer.
A filter element for use in a housing of a filter assembly comprising: an obround ring of filter media defining an obround filtration space and extending axially between a first obround endcap and a second obround endcap, said first obround endcap defining a fluid inlet, and a fluid outlet; an obround insert received in the first obround endcap, wherein a fluid flow path is defined between said obround insert and said first obround endcap, said fluid flow path is in communication with the fluid inlet and said obround filtration space; a water separator disposed externally to the obround ring of filter media, said water separator including an outlet tube at least partially surrounded by a hydrophobic mesh; and a peripheral wrapper extending between the first and second obround endcaps, said peripheral wrapper comprising a grid of ribs surrounding the obround ring of filter media and the water separator; wherein, unfiltered fluid is delivered to the filter element through the fluid inlet, flows through the fluid flow path into the obround filtration space, unfiltered fluid flows radially outward through the obround ring of filter media coalescing water and separating particulates from the fluid to form filtered fluid and coalesced water, said filtered fluid flows through the hydrophobic mesh into said water separator, separating said coalesced water from the filtered fluid to form filtered dry fluid, and said filtered dry fluid flows through the outlet tube to exit the filter element. an obround ring of filter media defining an obround filtration space and extending axially between a first obround endcap and a second obround endcap, said first obround endcap defining a fluid inlet, and a fluid outlet; an obround insert received in the first obround endcap, wherein a fluid flow path is defined between said obround insert and said first obround endcap, said fluid flow path is in communication with the fluid inlet and said obround filtration space; a water separator disposed externally to the obround ring of filter media, said water separator including an outlet tube at least partially surrounded by a hydrophobic mesh; and a peripheral wrapper extending between the first and second obround endcaps, said peripheral wrapper comprising a grid of ribs surrounding the obround ring of filter media and the water separator; wherein, unfiltered fluid is delivered to the filter element through the fluid inlet, flows through the fluid flow path into the obround filtration space, unfiltered fluid flows radially outward through the obround ring of filter media coalescing water and separating particulates from the fluid to form filtered fluid and coalesced water, said filtered fluid flows through the hydrophobic mesh into said water separator, separating said coalesced water from the filtered fluid to form filtered dry fluid, and said filtered dry fluid flows through the outlet tube to exit the filter element.