mhurhangee/ep-ind-claims huggingface dataset:
A molded case circuit breaker for use in connection with a main busbar provided on a distribution board panel, comprising: a power-source-side terminal provided to a front portion of a case and having a terminal assembly hole formed at an upper portion thereof; a base bus supporter comprising a connector protruding from a front surface thereof so as to engage with the main busbar installed on one side of the distribution board panel, the base bus supporter being coupled to an upper surface and a lower surface of the power-source-side terminal; characterized in that an auxiliary cover plate coupled to an upper portion of the power-source-side terminal and provided with a temperature measurement hole communicating with the terminal assembly hole, the auxiliary cover plate being coupled with a part of the base bus supporter to support the base bus supporter from an outside. a power-source-side terminal provided to a front portion of a case and having a terminal assembly hole formed at an upper portion thereof; a base bus supporter comprising a connector protruding from a front surface thereof so as to engage with the main busbar installed on one side of the distribution board panel, the base bus supporter being coupled to an upper surface and a lower surface of the power-source-side terminal; characterized in that an auxiliary cover plate coupled to an upper portion of the power-source-side terminal and provided with a temperature measurement hole communicating with the terminal assembly hole, the auxiliary cover plate being coupled with a part of the base bus supporter to support the base bus supporter from an outside.
A method for recovering at least one valuable containing tungsten, comprising subjecting a raw material mixture comprising at least one valuable containing tungsten to electrolysis using an electrolytic solution containing at least one alcohol amine to dissolve tungsten in the electrolytic solution, electrodeposit a part of the valuable(s) onto a cathode used for the electrolysis and separate at least one valuable other than the valuable(s) electrodeposited onto the cathode as a residue in the electrolytic solution, and then separating the electrolytic solution including tungsten, the valuable(s) electrodeposited onto the cathode, and the residue, and then recovering tungsten dissolved in the electrolytic solution, the at least one valuable in the residue and the valuable(s) electrodeposited onto the cathode.
A vehicle seat comprising: a seat cushion frame configuring a frame member of a seat cushion; and a seat unit (20, 40, 50, 60, 70, 80) that is supported by the seat cushion frame and on which an occupant sits, characterized in that the seat unit (20, 40, 50, 60, 70, 80) has a higher seating face rigidity in a seat front-rear direction than a seating face rigidity in a seat width direction, and that has the seating face rigidity in the seat width direction set lower at a seat front-rear direction rear side than at a seat front-rear direction front side. a seat cushion frame configuring a frame member of a seat cushion; and a seat unit (20, 40, 50, 60, 70, 80) that is supported by the seat cushion frame and on which an occupant sits, characterized in that the seat unit (20, 40, 50, 60, 70, 80) has a higher seating face rigidity in a seat front-rear direction than a seating face rigidity in a seat width direction, and that has the seating face rigidity in the seat width direction set lower at a seat front-rear direction rear side than at a seat front-rear direction front side.
Trench silo comprising a base plate and at least two lateral boundary walls delimiting a storage region, wherein the trench silo has one respective lateral base joint in the connecting regions of the base plate and the lateral boundary walls, wherein the trench silo is provided in the region of at least one base joint with a sealing arrangement, characterised in that the sealing arrangement comprises at least one tubular joint sealing element pressurized with a pressure fluid and at least one fastening profile, wherein the fastening profile is fastened to the boundary wall on a wall surface of the boundary wall facing the storage region and wherein the fastening profile fastened to the boundary wall fixes the joint sealing element which bears against the base plate, which extends along the base joint and which is pressurized with pressure fluid.
A multi-hull vessel, comprising a first hull and a second hull; and a connecting structure via which the first hull is connected to the second hull; wherein the connecting structure includes a displacement bearing for at least partially supporting a change of a position and/or an orientation of the first hull relative to the second hull, wherein the das displacement bearing includes a linear bearing, wherein a distance between the first hull and the second hull is changeable by a change of the position and/or the orientation in order to change a width of the multi-hull vessel; a load-transferring component for transferring a load to the first hull for changing the position and/or the orientation of the first hull relative to the second hull; a supporting structure, wherein a connection between the supporting structure and the load-transferring component is a movable connection, which includes the linear bearing of the connecting structure, wherein the connecting structure is configured so that the displacement bearing is connected via at least one compensating connection with at least a part of the first hull; wherein the compensating connection is located at a transition between the load-transferring component and the first hull; wherein the compensating connection provides plural guided degrees of freedom for a reduction of the bearing load of the displacement bearing; wherein one of the degrees of freedom of the compensating connection is a translational degree of freedom; and wherein a further degree of freedom of the degrees of freedom of the compensating connection is a rotational degree of freedom, wherein an angle between the direction of the translational degree of freedom and an axis which is parallel to a rotation axis of the rotational degree of freedom is less than 45 degrees.
A power generation architecture, comprising: one or more intermittent power generating assets located at a first site; a local forecasting system located at the first site, wherein the local forecasting system generates a first set of periodic forecasts of future power generation by the one or more intermittent power generating assets; a remote forecasting system located at a second site remote from the first site, wherein the remote forecasting system generates a second set of periodic forecasts of future power generation by the one or more intermittent power generating assets; a communication network connecting the first site and the second site; and a selection algorithm executing on processor-based systems at one or both of the first site and the second site, wherein the selection algorithm selects a forecast generated by the local forecasting system or the remote forecasting system for a given forecast period and forwards the forecast to a third party. one or more intermittent power generating assets located at a first site; a local forecasting system located at the first site, wherein the local forecasting system generates a first set of periodic forecasts of future power generation by the one or more intermittent power generating assets; a remote forecasting system located at a second site remote from the first site, wherein the remote forecasting system generates a second set of periodic forecasts of future power generation by the one or more intermittent power generating assets; a communication network connecting the first site and the second site; and a selection algorithm executing on processor-based systems at one or both of the first site and the second site, wherein the selection algorithm selects a forecast generated by the local forecasting system or the remote forecasting system for a given forecast period and forwards the forecast to a third party.
A powder formulation for use in a dry powder inhaler, the powder comprising: i) from 0.5 to 5.0 percent by weight of microparticles consisting of an active ingredient belonging to the class of low-dosage strength long-acting beta 2 -agonists having a therapeutical nominal dose equal to or lower than 4 μg (microg) on each actuation of the powder inhaler and microparticles of alpha-lactose monohydrate in a ratio of between 1:5 and 1:100 by weight, ii) from 99.5 to 95 percent by weight of a carrier comprising coarse particles of alpha-lactose monohydrate having a mass diameter of between 150 and 400 micron, a fissure index of not less than 1.5 and a rugosity coefficient of at least 1.25 wherein both the microparticles of i) have: - the mass median diameter comprised between 2 and 15 μm (micron); - the d(0.1) higher than 0.5 μm; and - the d(0.9) lower than 60 μm.; and wherein said formulation has an apparent density before settling of at least 0.5 g/ml. i) from 0.5 to 5.0 percent by weight of microparticles consisting of an active ingredient belonging to the class of low-dosage strength long-acting beta 2 -agonists having a therapeutical nominal dose equal to or lower than 4 μg (microg) on each actuation of the powder inhaler and microparticles of alpha-lactose monohydrate in a ratio of between 1:5 and 1:100 by weight, ii) from 99.5 to 95 percent by weight of a carrier comprising coarse particles of alpha-lactose monohydrate having a mass diameter of between 150 and 400 micron, a fissure index of not less than 1.5 and a rugosity coefficient of at least 1.25 wherein both the microparticles of i) have: - the mass median diameter comprised between 2 and 15 μm (micron); - the d(0.1) higher than 0.5 μm; and - the d(0.9) lower than 60 μm.; and wherein said formulation has an apparent density before settling of at least 0.5 g/ml. - the mass median diameter comprised between 2 and 15 μm (micron); - the d(0.1) higher than 0.5 μm; and - the d(0.9) lower than 60 μm.; and
A smart home system comprising a client, a cloud server, a router, a control terminal, gateway devices and household appliances; wherein the client is configured to transmit control instructions, which comprise preset time and a scene command, to the cloud server; the cloud server is configured to receive the control instructions, which are transmitted by the client and comprise preset time and a scene command, and to transmit the control instructions to the router; the router is configured to receive the control instructions and transmit the control instructions to the control terminal; the control terminal comprises a storage unit, a detecting unit and a transmit unit, and is configured to store the control instructions, judge whether current time is the preset time or not, and, if yes, transmit the scene command to the gateway devices; wherein the storage unit is configured to store the control instructions containing the preset time and the scene command; the detecting unit is configured to judge whether the current time is the preset time or not; and the transmit unit is configured to transmit the scene command to the gateway devices; the gateway devices are configured to receive the scene command, decode the scene command, generate control commands, and transmit the control commands to the household appliances; the household appliances are configured to communicate with the gateway devices, and execute the control commands.
Rotor for an electric machine, the rotor comprising a laminated rotor core, a filler body composed of an aluminium die-cast alloy, which is cast onto the laminated rotor core, a first shaft journal with at least one air inlet opening, a second shaft journal with at least one air outlet opening, and a ventilation unit (18; 36, 37; 40; 60), wherein - the filler body connects the laminated rotor core rotationally conjointly to the first shaft journal and to the second shaft journal, - the laminated rotor core has a central axial bore which is partially filled by the filler body such that an axial cooling channel for cooling air is formed within the central bore of the laminated rotor core, - the shaft journals (3, 4) drive the ventilation unit (18; 36, 37; 40; 60), and - the ventilation unit (18; 36, 37; 40; 60) is designed to draw an air stream in via the air inlet opening, convey said air stream through the axial cooling channel, and discharge said air stream via the air outlet opening. - the filler body connects the laminated rotor core rotationally conjointly to the first shaft journal and to the second shaft journal, - the laminated rotor core has a central axial bore which is partially filled by the filler body such that an axial cooling channel for cooling air is formed within the central bore of the laminated rotor core, - the shaft journals (3, 4) drive the ventilation unit (18; 36, 37; 40; 60), and - the ventilation unit (18; 36, 37; 40; 60) is designed to draw an air stream in via the air inlet opening, convey said air stream through the axial cooling channel, and discharge said air stream via the air outlet opening.
Sensor with a dielectric elastomer transducer comprising - a dielectric layer sandwiched between two opposing electrodes, - wherein at least one of the two electrodes is applied on an elastomer forming a substrate, characterized in that - the dielectric layer comprises a fluid, - the dielectric layer is porous and contains nanoscale voids which are filled by the fluid, and - the fluid is a liquid. - a dielectric layer sandwiched between two opposing electrodes, - wherein at least one of the two electrodes is applied on an elastomer forming a substrate, characterized in that - the dielectric layer comprises a fluid, - the dielectric layer is porous and contains nanoscale voids which are filled by the fluid, and - the fluid is a liquid.
A silicon carbide (SiC) wafer comprising: a silicon face and a carbon face that are exposed; a diameter of at least 200 millimeters (mm); and a relaxed positive bow from the silicon face. a silicon face and a carbon face that are exposed; a diameter of at least 200 millimeters (mm); and a relaxed positive bow from the silicon face.
Process for the production of composite core with thermoplastic matrix for electrical transmission line cables with the incorporation of reinforcing fibers and structures using pultrusion, where a) a structure based on thermoplastic textile fibers is used to modify the structure of the core, and b) the material constituting the matrix of the thermoplastic core is formed in a ring opening polymerization process of oligomers and mixtures thereof having a melt viscosity lower than 1 Pa.s, and c) the structure of the core and the material properties of the core may be modified by melt phase transreactions, which may occur either during the pultrsuion process or during the melting process used for the recycling the core material. characterized in that by adding 0.5-5 wt%, advantageously 1-2 wt% nanofiller as compared to the weight of the materials used for the ring opening polymerization the burning rate of the core and the peak value thereof is substantially reduced. a) a structure based on thermoplastic textile fibers is used to modify the structure of the core, and b) the material constituting the matrix of the thermoplastic core is formed in a ring opening polymerization process of oligomers and mixtures thereof having a melt viscosity lower than 1 Pa.s, and c) the structure of the core and the material properties of the core may be modified by melt phase transreactions, which may occur either during the pultrsuion process or during the melting process used for the recycling the core material.
A method of forming a sole assembly, comprising the steps of: positioning a plurality of preforms (32', 34', 36') having different colors together to form a sole assembly preform, wherein the plurality of preforms includes a first preform of a first color, a second preform of a second color, and a third preform, wherein an outer periphery of the second preform is completely surrounded by the first preform, and wherein an outer periphery of the first preform is completely surrounded by the third preform; placing the sole assembly preform in a recess in a first portion of a heated mold assembly; closing the mold assembly such that a second portion of the mold assembly is above and in contact with the first portion; subjecting the sole assembly preform to heat for a predetermined amount of time such that the plurality of preforms bond to one another to form a sole assembly; opening the mold assembly; and removing the sole assembly from the mold assembly. positioning a plurality of preforms (32', 34', 36') having different colors together to form a sole assembly preform, wherein the plurality of preforms includes a first preform of a first color, a second preform of a second color, and a third preform, wherein an outer periphery of the second preform is completely surrounded by the first preform, and wherein an outer periphery of the first preform is completely surrounded by the third preform; placing the sole assembly preform in a recess in a first portion of a heated mold assembly; closing the mold assembly such that a second portion of the mold assembly is above and in contact with the first portion; subjecting the sole assembly preform to heat for a predetermined amount of time such that the plurality of preforms bond to one another to form a sole assembly; opening the mold assembly; and removing the sole assembly from the mold assembly.
A terminal chip, comprising a security element, an application processor, and an interface module configured to transfer information between the application processor and the security element, wherein the terminal chip comprises a first power interface configured to receive power from outside the terminal chip, a first power input port of the security element is connected to the first power interface, and at least one of the application processor or the interface module is connected to the first power interface, characterized in that a minimum timing margin in the security element is greater than a minimum timing margin of the application processor or the interface module connected to the first power interface.
Perfusion device for biological tissues comprising - a casing having two parts, a first part and a second part, - a holder for a plurality of hollow penetration structures, wherein the hollow penetration structures are provided with at least one orifice having fluid communication through the holder - a support for the biological tissue wherein the support for the biological tissue is positioned in the casing at a distance to the holder that by joining the first part and the second part to form the casing, the hollow penetration structures are in proximity to the holder, characterized in that the first part and the second part of the casing are each provided with threads as corresponding closing mechanism (11, 12) for joining the two parts and that by joining the first part and the second part to form the casing, the hollow penetration structures penetrate at least in part into the biological tissue. - a casing having two parts, a first part and a second part, - a holder for a plurality of hollow penetration structures, wherein the hollow penetration structures are provided with at least one orifice having fluid communication through the holder - a support for the biological tissue
Device for attaching shrink sleeves to containers, comprising a transport system for moving the containers into the working region of at least one sleeving head which applies the shrink sleeve in each case to a container, characterized in that the sleeving head can move in a direction transverse to the transport direction in order to provide each container in a row of containers with the shrink sleeve one after the other, the row of containers being arranged in the transverse direction to the transport direction, and the sleeving head being movable over the row of containers in a direction perpendicular to the transport direction in order to eject faulty shrink sleeves.
A computer-implemented method for dynamically generating a multimedia content file, the method comprising: receiving a description of an event from a user, the description of the event including a description in one or more non-textual forms; identifying one or more keywords from the description of the event, wherein identifying the one or more keywords from the description of the event comprises employing one or more image and/or video processing techniques to capture actions and emotions of the user narrating the event and determine, based on the actions and emotions, one or more variable attributes of one or more objects; mapping the one or more identified keywords with one or more images, related to the one or more objects, stored in a content database for generating one or more scenes related to the description of the event; generating an initial-level multimedia content file by composing the one or more scenes including the one or more images; receiving one or more inputs on the initial-level multimedia content file from the user; and generating a final-level multimedia content file based on the one or more inputs received on the initial-level multimedia content file. receiving a description of an event from a user, the description of the event including a description in one or more non-textual forms; identifying one or more keywords from the description of the event, wherein identifying the one or more keywords from the description of the event comprises employing one or more image and/or video processing techniques to capture actions and emotions of the user narrating the event and determine, based on the actions and emotions, one or more variable attributes of one or more objects; mapping the one or more identified keywords with one or more images, related to the one or more objects, stored in a content database for generating one or more scenes related to the description of the event; generating an initial-level multimedia content file by composing the one or more scenes including the one or more images; receiving one or more inputs on the initial-level multimedia content file from the user; and generating a final-level multimedia content file based on the one or more inputs received on the initial-level multimedia content file.