mhurhangee/ep-ind-claims huggingface dataset:
A control plate for a high-conductance valve comprising: a control plate body formed as a circular disk having a flat side and an opposed side opposite the flat side, the control plate configured to be moved within a valve by an actuator, the flat side having a continuous uninterrupted flat portion configured to shut-off fluid flow in the valve; a plurality of radial fluid flow paths in the control plate body; and a plurality of axial fluid flow paths in the control plate body; wherein the axial fluid flow paths are configured for fluid communication with an intermediate valve chamber portion, characterized in that the control plate further comprises a counterbore in the control plate body, the counterbore being configured for fluid communication with a fluid conduit, wherein the plurality of radial fluid flow paths terminate in the counterbore and provide fluid communication from the counterbore to a circumferential perimeter of the control plate body. a control plate body formed as a circular disk having a flat side and an opposed side opposite the flat side, the control plate configured to be moved within a valve by an actuator, the flat side having a continuous uninterrupted flat portion configured to shut-off fluid flow in the valve; a plurality of radial fluid flow paths in the control plate body; and a plurality of axial fluid flow paths in the control plate body; wherein the axial fluid flow paths are configured for fluid communication with an intermediate valve chamber portion,
Dynamic pressure probe for a sensor device for determining the relative speed of an object and a medium surrounding said object, in particular for gathering flight data on a flying object, wherein the dynamic pressure probe (24; 92; 94; 96; 100; 104; 106; 112; 114; 120) comprises an outer body with a wall in which an inflow opening is formed and which encloses an inner space, as well as an inner body which is arranged at least partially in the inner space and which encloses a measuring space as a constituent part of the inner space, wherein medium is able to flow through the inflow opening and is able to be dammed in the measuring space, and wherein the inner body is able to be acted upon with a protective fluid, in particular a gas, on a side remote from the measuring space and comprises passages through which protective fluid is able to flow into the measuring space, wherein arranged or formed on or in the wall is an inlet opening or a connection for the supply of the protective fluid, through which protective fluid is able to flow into an interspace between the wall and the inner body, wherein the interspace comprises channels for the protective fluid, the channels being flow-connected to the passages, and wherein the wall has a side wall surrounding the inner space, between which side wall and the inner body the channels are formed.
An inspection control device for an inspection device of a wind turbine having - a turbine interface arranged for communication with a wind turbine control system of the wind turbine, and - a device interface arranged for communication with the inspection device, wherein - a processor generates control information for the inspection device and outputs the control information via the turbine interface in dependence on turbine parameters of the wind turbine received via the turbine interface characterized in that the processor outputs control information for another flying platform with a lighting source depending on the turbine parameters received via the turbine interface. - a turbine interface arranged for communication with a wind turbine control system of the wind turbine, and - a device interface arranged for communication with the inspection device, - a processor generates control information for the inspection device and outputs the control information via the turbine interface in dependence on turbine parameters of the wind turbine received via the turbine interface
An articulated vehicle comprising a front and a rear vehicle unit, and at least one further vehicle unit connected to said rear vehicle unit, characterized by a front vertical steering link arranged substantially centrally of the front vehicle unit, where said front vertical steering link is configured for pivotal attachment to a fixed load-carrying frame connecting said front and rear vehicle units (11, 12), where said at least one further vehicle unit (13, 14) is configured for attachment to a further fixed load-carrying frame, where said further fixed load-carrying frame (140, 240) is releasably connectable to said fixed load-carrying frame for said connection, such that a train of vehicle units is formed connected to a load-carrying frame unit comprising said fixed load-carrying frame and said further fixed load-carrying frame (140, 240).
A method of over-molding materials, the method comprising: providing a first portion of a mold, the first portion of the mold having an outer surface into which a groove is defined; placing a first material into the groove such that only a single surface of the first material is exposed to a vacant portion of the mold, the entire single surface of the first material being flush with a plane defined by the outer surface of the first portion of the mold; providing, via an injection molding process, a second material in a liquid form in the vacant portion of the mold adj acent to, and in engagement with, the first material; and allowing the second material to solidify and become directly coupled to the first material thus forming a single component, wherein the second material has one or both of a greater hardness when solidified than the first material and/or a higher melting temperature than the first material. providing a first portion of a mold, the first portion of the mold having an outer surface into which a groove is defined; placing a first material into the groove such that only a single surface of the first material is exposed to a vacant portion of the mold, the entire single surface of the first material being flush with a plane defined by the outer surface of the first portion of the mold; providing, via an injection molding process, a second material in a liquid form in the vacant portion of the mold adj acent to, and in engagement with, the first material; and allowing the second material to solidify and become directly coupled to the first material thus forming a single component, wherein the second material has one or both of a greater hardness when solidified than the first material and/or a higher melting temperature than the first material.
Automated driver assistance method, the method using an artificial computing unit and one or more sensors, the method comprising the steps of: - sensing a vehicle's state and the environment, - on the basis of sensing output signals, determining whether a critical state of the vehicle is to be expected in the future, - selecting a movement change command out of a number of determined movement change commands, including at least a steering, a braking and an acceleration command, based on a ranking of the determined movement change commands, if a critical state of the vehicle is to be expected, - determining, depending on a current speed, a currently executed maneuver or driving action performed by the vehicle, a total amount of an activation and a time duration of an activation of at least one vehicle actuator required in order to avoid occurrence of the critical state according to the selected movement change command, the activation being of a nature which can be sensed e.g. acoustically, visually and/or haptically by the driver of the vehicle, and - partially, not fully, performing the activation, i.e. for a portion of the amount and/or a portion of the time duration of the determined total amount and time duration, the partial performance not being sufficient to avoid occurrence of the critical state. - sensing a vehicle's state and the environment, - on the basis of sensing output signals, determining whether a critical state of the vehicle is to be expected in the future, - selecting a movement change command out of a number of determined movement change commands, including at least a steering, a braking and an acceleration command, based on a ranking of the determined movement change commands, if a critical state of the vehicle is to be expected, - determining, depending on a current speed, a currently executed maneuver or driving action performed by the vehicle, a total amount of an activation and a time duration of an activation of at least one vehicle actuator required in order to avoid occurrence of the critical state according to the selected movement change command, the activation being of a nature which can be sensed e.g. acoustically, visually and/or haptically by the driver of the vehicle, and - partially, not fully, performing the activation, i.e. for a portion of the amount and/or a portion of the time duration of the determined total amount and time duration, the partial performance not being sufficient to avoid occurrence of the critical state.
A method for drilling a subterranean well through a subterranean formation which swells in the presence of water which comprises circulating in the well during drilling a water-based drilling fluid having a coefficient of friction of the fluid less than or equal to 0.15 and comprising in an aqueous dispersion, of pH greater than or equal to 7.0, a crosslinked polyacrylic acid of weight average molecular weight 100,000 to 10 million and having a Brookfield viscosity: (a) greater than 20,000 mPa-s in a 1% by weight dispersion; or (b) between from 3,500 and 13,000 mPa-s when the aqueous dispersion contains between from 0.2 to 0.5 weight percent of the crosslinked polyacrylic acid. (a) greater than 20,000 mPa-s in a 1% by weight dispersion; or (b) between from 3,500 and 13,000 mPa-s when the aqueous dispersion contains between from 0.2 to 0.5 weight percent of the crosslinked polyacrylic acid.
A printhead (100; 310; 400) comprising: a nozzle (115; 410); a firing chamber (110; 425) fluidly coupled to the nozzle; a printing fluid slot (105; 430) fluidly coupled to the firing chamber; and a sensor (120; 315; 405) configured to detect a plurality of complex impedance values of a printing fluid at the printhead (100; 310; 400) over a plurality of frequencies and create a printing fluid signature of the printing fluid based on the detected complex impedance values; characterised in that the sensor (120; 315; 405) comprises two electrodes separated by a distance of 300 μm or more. a nozzle (115; 410); a firing chamber (110; 425) fluidly coupled to the nozzle; a printing fluid slot (105; 430) fluidly coupled to the firing chamber; and a sensor (120; 315; 405) configured to detect a plurality of complex impedance values of a printing fluid at the printhead (100; 310; 400) over a plurality of frequencies and create a printing fluid signature of the printing fluid based on the detected complex impedance values; characterised in that the sensor (120; 315; 405) comprises two electrodes separated by a distance of 300 μm or more.
An aqueous ink jet ink, comprising: water; a pigment; and a polymer, wherein: the pigment has a secondary amino group; and the polymer contains a unit derived from a monomer having a ring structure containing a tertiary amino group and the polymer further contains a unit derived from an acidic monomer, wherein the monomer having the ring structure containing the tertiary amino group comprises acryloylmorpholine. water; a pigment; and a polymer, the pigment has a secondary amino group; and the polymer contains a unit derived from a monomer having a ring structure containing a tertiary amino group and the polymer further contains a unit derived from an acidic monomer, wherein the monomer having the ring structure containing the tertiary amino group comprises acryloylmorpholine.
Lock cylinder for a gaming machine, wherein the lock cylinder comprises an electromechanical locking device and a mechanical locking device, wherein the electromechanical locking device and the mechanical locking device are unlockable to unlock the lock cylinder, wherein the electromechanical locking device comprises an electromechanically driven locking or coupling element that is movable between a locking position, in which the electromechanical locking device is locked, and a release position, in which the electromechanical locking device is unlocked, wherein the lock cylinder comprises evaluation electronics for detecting an access authorization, and wherein the electromechanical locking device interacts with the evaluation electronics, characterized in that in the release position, the electromechanical locking device is decoupled from a cylinder housing of the lock cylinder, and the mechanical locking device is coupled with the electromechanical locking device, and in the locking position, the electromechanical locking device is rotationally fixed to the cylinder housing of the lock cylinder, and the mechanical locking device and the electromechanical locking device are decoupled from each other, and that the mechanical locking device is unlockable by a key, wherein only when the electromechanical locking device and the mechanical locking device are both unlocked, a rotation of a lever or a locking element of the lock cylinder is enabled by means of the key.
A method, comprising: configuring a monitoring period for monitoring resource access on an electronic device; determining a number of background resource accesses to a resource on the electronic device made by an application operating in a background of an operating system, OS, during the monitoring period, wherein the application is configured to operate in the background and in a foreground of the operating system; generating a graphic representation (1004, 1604) of a quantized number of background resource accesses (1114, 1214), wherein the quantized number of background resource accesses represents the number of background resource accesses that is quantized using a nonlinear scale (1002, 1102, 1202); outputting, on the electronic device, a user-interface notification object and the generated graphic representation (1004, 1604) of the quantized number of background resource accesses, wherein the generated graphic representation of the background resource accesses includes at least one of a name of the application or a name of the source of the application; and responsive to a user selection of the user-interface notification object, setting a notification indicating access of the resource on the electronic device by the application, wherein the notification is triggered responsive to a determination that the application attempts to access the resource when the application is operating in the background of the OS. configuring a monitoring period for monitoring resource access on an electronic device; determining a number of background resource accesses to a resource on the electronic device made by an application operating in a background of an operating system, OS, during the monitoring period, wherein the application is configured to operate in the background and in a foreground of the operating system; generating a graphic representation (1004, 1604) of a quantized number of background resource accesses (1114, 1214), wherein the quantized number of background resource accesses represents the number of background resource accesses that is quantized using a nonlinear scale (1002, 1102, 1202); outputting, on the electronic device, a user-interface notification object and the generated graphic representation (1004, 1604) of the quantized number of background resource accesses, wherein the generated graphic representation of the background resource accesses includes at least one of a name of the application or a name of the source of the application; and responsive to a user selection of the user-interface notification object, setting a notification indicating access of the resource on the electronic device by the application, wherein the notification is triggered responsive to a determination that the application attempts to access the resource when the application is operating in the background of the OS.
An anisotropic conductive adhesive comprising: an insulating adhesive composition; and magnetic conductive particles dispersed therein, wherein the magnetic conductive particles have been subjected to demagnetization before establishment of an anisotropic conductive connection using the anisotropic conductive adhesive and wherein the average particle diameter of the conductive particles is 0.5 to 30 μm, wherein the conductive particles are nickel-coated resin particles or nickel metal particles, wherein the nickel in the nickel-coated resin particles or the nickel metal particles contains 1 to 10% by mass of the elemental phosphorus.
A modular windshield, comprising: a central component; a first side component and a second side component; a first support pillar disposed primarily behind the central component and the first one side component to support the central component and the first one side component, wherein little or no portion of the first support pillar is disposed between the central component and the first one side component; and a second support pillar disposed primarily behind the central component and the second side component to support the central component and the second side component, wherein little or no portion of the second support pillar is disposed between the central component and the second side component; wherein i) the central component is constructed of polycarbonate and wherein at least one of the first side component and the second side component is constructed of acrylic and ii) the central component comprises a thickness greater than a thickness of at least one of the first side component and the second side component. a central component; a first side component and a second side component; a first support pillar disposed primarily behind the central component and the first one side component to support the central component and the first one side component, wherein little or no portion of the first support pillar is disposed between the central component and the first one side component; and a second support pillar disposed primarily behind the central component and the second side component to support the central component and the second side component, wherein little or no portion of the second support pillar is disposed between the central component and the second side component; wherein i) the central component is constructed of polycarbonate and wherein at least one of the first side component and the second side component is constructed of acrylic and ii) the central component comprises a thickness greater than a thickness of at least one of the first side component and the second side component.
A system, characterized in that it comprises: a data center hosting a representational state transfer, hereinafter referred to simply as REST, server in communication with a client network, wherein the REST server includes a GraphQL schema describing tables and fields of a communicatively coupled database server, and wherein the REST server is configured to: receive a REST request from a client device disposed on the client network, wherein the REST request includes a plurality of GraphQL queries; open a streaming connection to the client device on the client network; output a beginning of a REST response to the client device via the streaming connection; process each of the plurality of GraphQL queries based on the GraphQL schema to generate a plurality of GraphQL results in a memory of the REST server; output each GraphQL result of the plurality of the GraphQL results to the client device in a body of the REST response via the streaming connection as each GraphQL result is generated; free a portion of the memory of the REST server storing each GraphQL result after each GraphQL result has been output to the client device; and output an end of the REST response to the client device via the streaming connection, wherein the REST response is in JavaScript Object Notation. receive a REST request from a client device disposed on the client network, wherein the REST request includes a plurality of GraphQL queries; open a streaming connection to the client device on the client network; output a beginning of a REST response to the client device via the streaming connection; process each of the plurality of GraphQL queries based on the GraphQL schema to generate a plurality of GraphQL results in a memory of the REST server; output each GraphQL result of the plurality of the GraphQL results to the client device in a body of the REST response via the streaming connection as each GraphQL result is generated; free a portion of the memory of the REST server storing each GraphQL result after each GraphQL result has been output to the client device; and output an end of the REST response to the client device via the streaming connection, wherein the REST response is in JavaScript Object Notation.
An electronic device, comprising: a device housing comprising a front face, a rear face, and a bent side face connecting the front face with the rear face, the rear face comprising a reserved region, and an assembling region connected with the reserved region; and a flexible screen component covering the front face, the bent side face, and the assembling region, and having a display region, characterized in that the flexible screen component further comprises an extending layer protruding from the display region, two ends of the display region being assembled and fitted with two sides of the reserved region, respectively; and, a retractable device assembled in the device housing, wherein the extending layer of the flexible screen component extends through the reserved region to be connected with the retractable device. a device housing comprising a front face, a rear face, and a bent side face connecting the front face with the rear face, the rear face comprising a reserved region, and an assembling region connected with the reserved region; and a flexible screen component covering the front face, the bent side face, and the assembling region, and having a display region, characterized in that the flexible screen component further comprises an extending layer protruding from the display region, two ends of the display region being assembled and fitted with two sides of the reserved region, respectively; and, a retractable device assembled in the device housing, wherein the extending layer of the flexible screen component extends through the reserved region to be connected with the retractable device.