mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for calcining gypsum comprising: a housing having an open top, a bottom wall, and a plurality of side walls extending therebetween; a fixture located on the housing for receiving raw gypsum from a source and transferring the gypsum into the housing; a support floor positioned proximate the bottom wall for holding the gypsum in the housing; at least one burner connected to the housing and operable for combusting an air/fuel mixture to heat the gypsum; and at least one serpentine burner conduit extending through the housing from the at least one burner and terminating through the support floor. a housing having an open top, a bottom wall, and a plurality of side walls extending therebetween; a fixture located on the housing for receiving raw gypsum from a source and transferring the gypsum into the housing; a support floor positioned proximate the bottom wall for holding the gypsum in the housing; at least one burner connected to the housing and operable for combusting an air/fuel mixture to heat the gypsum; and at least one serpentine burner conduit extending through the housing from the at least one burner and terminating through the support floor.
A hot runner system comprising: a hot runner plate; a nozzle received in a well in the hot runner plate, the nozzle having a nozzle channel for delivering molding material to a respective mold cavity; a manifold seated against the nozzle, the manifold having a manifold channel in fluid communication with the nozzle channel; an actuator plate upstream of the hot runner plate and spaced apart from the manifold, the actuator plate having an actuator bore extending therethrough; a support pad separating the manifold and the actuator plate, characterised by the support pad having a forward bearing surface seated against the manifold and a rearward bearing surface against which the actuator plate is seated, the rearward bearing surface surrounding a lower mouth of the actuator bore; a valve pin extending through the support pad and the manifold to a downstream end of the nozzle; a cylinder received in the actuator bore from a rearward side of the actuator plate; and a piston coupled to the valve pin, the piston received in the cylinder from a forward end of the cylinder. a hot runner plate; a nozzle received in a well in the hot runner plate, the nozzle having a nozzle channel for delivering molding material to a respective mold cavity; a manifold seated against the nozzle, the manifold having a manifold channel in fluid communication with the nozzle channel; an actuator plate upstream of the hot runner plate and spaced apart from the manifold, the actuator plate having an actuator bore extending therethrough; a support pad separating the manifold and the actuator plate, characterised by the support pad having a forward bearing surface seated against the manifold and a rearward bearing surface against which the actuator plate is seated, the rearward bearing surface surrounding a lower mouth of the actuator bore; a valve pin extending through the support pad and the manifold to a downstream end of the nozzle; a cylinder received in the actuator bore from a rearward side of the actuator plate; and a piston coupled to the valve pin, the piston received in the cylinder from a forward end of the cylinder.
A fluid control device, comprising: a piezoelectric actuator comprising a piezoelectric element and a vibration plate, wherein the piezoelectric element is attached on a surface of the vibration plate, the piezoelectric element is subjected to deformation in response to an applied voltage, and the vibration plate is subjected to a curvy vibration in response to the deformation of the piezoelectric element; and a deformable substrate comprising a communication plate and a flexible plate stacked on and coupled with the communication plate, wherein the communication plate and the flexible plate are subjected to a synchronous deformation to form a synchronously-deformed structure defined by the flexible plate and the communication plate collaboratively, characterized in that the deformable substrate is combined with and positioned on the vibration plate of the undeformed piezoelectric actuator, so that a specified depth (δ) is defined between the flexible plate of the deformable substrate and the vibration plate of the undeformed piezoelectric actuator, wherein the flexible plate comprises a movable part corresponding to the vibration plate. a piezoelectric actuator comprising a piezoelectric element and a vibration plate, wherein the piezoelectric element is attached on a surface of the vibration plate, the piezoelectric element is subjected to deformation in response to an applied voltage, and the vibration plate is subjected to a curvy vibration in response to the deformation of the piezoelectric element; and a deformable substrate comprising a communication plate and a flexible plate stacked on and coupled with the communication plate, wherein the communication plate and the flexible plate are subjected to a synchronous deformation to form a synchronously-deformed structure defined by the flexible plate and the communication plate collaboratively, characterized in that the deformable substrate is combined with and positioned on the vibration plate of the undeformed piezoelectric actuator, so that a specified depth (δ) is defined between the flexible plate of the deformable substrate and the vibration plate of the undeformed piezoelectric actuator, wherein the flexible plate comprises a movable part corresponding to the vibration plate.
A system having a central processing unit and having a plurality of direct voltage charging posts for charging electric vehicles, the central processing unit being configured to control the direct voltage charging posts and the direct voltage charging posts comprising in each case: - two direct voltage charging post input terminals (102, 104) for an input direct voltage (Vε) having a first voltage range provided by the central processing unit; - a first direct voltage converter for converting the input direct voltage (Vε) into an output direct voltage (V A) having a second voltage range; - two direct voltage charging post output terminals (108, 110) for providing the output direct voltage (V A) to one electric vehicle at a time; - a control unit having a first communication interface for communication between the direct voltage charging posts and the central processing unit characterized in that the direct voltage charging posts each comprise a second direct voltage converter, which is selectively connected in parallel or in series to the first direct voltage converter. - two direct voltage charging post input terminals (102, 104) for an input direct voltage (Vε) having a first voltage range provided by the central processing unit; - a first direct voltage converter for converting the input direct voltage (Vε) into an output direct voltage (V A) having a second voltage range; - two direct voltage charging post output terminals (108, 110) for providing the output direct voltage (V A) to one electric vehicle at a time; - a control unit having a first communication interface for communication between the direct voltage charging posts and the central processing unit
A mixture of excipients comprising: - ethanol, - ascorbyl palmitate at a concentration of 1% by mass, - propylene glycol at a concentration of 5% by mass, - a percentage of water inferior to 50% by mass, and - an ethanol/aqueous phase ratio ranging from 10% to 15%. - ethanol, - ascorbyl palmitate at a concentration of 1% by mass, - propylene glycol at a concentration of 5% by mass, - a percentage of water inferior to 50% by mass, and - an ethanol/aqueous phase ratio ranging from 10% to 15%.
System for analyzing water and for treating drinking and/or process water and/or swimming pool water, in which water parameters are metrologically monitored and are kept within a predetermined range by the metered addition of suitable chemical additives and/or by measures for separating particulate water constituents, the system comprising - a housing, through which a portion of a water-carrying pipeline is guided, which, when the system is in use, is connected to pipeline portions of the piping of the drinking and/or process water and/or swimming pool water to be treated, said pipeline portions being located outside the housing, and which also accommodates - a transducer for analytically measuring one or more predetermined parameters of the water flowing through the water-carrying pipeline, - a control unit to which the measured parameters of the water are supplied in data form, and which, on the basis of the determined analytical data, effects the metered addition of one or more aqueous conditioning solutions from storage containers arranged in the housing into the water in the pipeline and/or initiates a measure for mechanically separating particulate water constituents, - wherein the control unit processes the operating data of the water conditioning system and, by means of remote data transmission, transmits the data to an external maintenance station from where it can be controlled and managed, characterized in that the housing is a closed housing secured against unauthorized access, in that the walls of the housing are thermally insulating, and in that the internal space of the housing is air-conditioned by being temperature-controlled and/or having a controlled humidity content. - a housing, through which a portion of a water-carrying pipeline is guided, which, when the system is in use, is connected to pipeline portions of the piping of the drinking and/or process water and/or swimming pool water to be treated, said pipeline portions being located outside the housing, and which also accommodates - a transducer for analytically measuring one or more predetermined parameters of the water flowing through the water-carrying pipeline, - a control unit to which the measured parameters of the water are supplied in data form, and which, on the basis of the determined analytical data, effects the metered addition of one or more aqueous conditioning solutions from storage containers arranged in the housing into the water in the pipeline and/or initiates a measure for mechanically separating particulate water constituents, - wherein the control unit processes the operating data of the water conditioning system and, by means of remote data transmission, transmits the data to an external maintenance station from where it can be controlled and managed,
Electrical machine, in particular an electric motor, having a rotor which has a plurality of laminates, with one laminate of the rotor being divided into a plurality of laminate sectors (6, 7, 8) in a circumferential direction, between which laminate sectors (6, 7, 8) magnet pockets (9, 10) are formed, with the laminate having an inner attachment crown, with the laminate having connection elements (20, 23, 24) which connect the laminate sectors (6, 7, 8) to the attachment crown, and with one connection element having a main web, at least one first side arm which branches off from the main web in the circumferential direction, and at least one second side arm which branches off from the main web in the opposite direction to the circumferential direction, with the main web of the connection element leading to the attachment crown, with the connection element together with the main web and the side arms (30, 31) being Y-shaped, characterized in that the main web of the connection element is located on a radial axis of a magnet pocket, with the magnet pocket being arranged between the adjacent laminate sectors (6, 7) to which the side arms (30, 31) of the connection element lead.
A method for manufacturing a multilayer structure for an electronic device, comprising obtaining a substrate film capable of accommodating electronics, the substrate film having a first side and a second side; providing, through utilization of printed electronics technology, a number of conductive traces and further providing at least one electronic component, on the first side of the substrate film to establish a predetermined circuit design, preparing the substrate film, prior to molding, so as to contain at least a weakened portion comprising a non-through cut on the first or second side of the substrate film, to facilitate and guide the penetration of molded, molten plastic through the substrate film from the first side to the second side of the substrate film at the location of the non-through cut so that the pressure of the plastic establishes a through-hole from the non-through cut; and molding a layer of plastic onto the first side of the substrate film so that the number of traces and the at least one electronic component are embedded in the plastic and a portion of plastic of the layer of plastic pushes and protrudes through the substrate film at the location of the weakened portion via the through-hole established thereat from the non-through cut, onto the second side and forms thereat a protrusion.
A coupling unit suitable to form an end of a lattice structure and to be connected to an end of another lattice structure adjacent to the lattice structure, the lattice structure including a plurality of main pipes and a plurality of connection members that connects the plurality of main pipes to one another in a state where the plurality of main pipes are spaced perpendicularly to their respective axial directions of the main pipes, the coupling unit comprising: a plurality of connectors disposable at respective axial ends of the plurality of main pipes and joinable to the axial ends, wherein each of the plurality of connectors includes: a fitted part capable of being fitted to an end of the main pipe corresponding to the connector; a detachable connection part that is detachably connectable to a counterpart connector provided to an end of the other lattice structure; and an outer peripheral surface that is weldable to an outer peripheral surface of the end of the main pipe over an entire circumference of the main pipe in a state where the fitted part is fitted to the end of the main pipe, characterized in that the coupling unit further comprises at least one connector interconnection member that interconnects the plurality of connectors, and each of the plurality of connectors further includes a connected part to which an end of the connector interconnection member is connected. a plurality of connectors disposable at respective axial ends of the plurality of main pipes and joinable to the axial ends, wherein each of the plurality of connectors includes: a fitted part capable of being fitted to an end of the main pipe corresponding to the connector; a detachable connection part that is detachably connectable to a counterpart connector provided to an end of the other lattice structure; and an outer peripheral surface that is weldable to an outer peripheral surface of the end of the main pipe over an entire circumference of the main pipe in a state where the fitted part is fitted to the end of the main pipe, characterized in that the coupling unit further comprises at least one connector interconnection member that interconnects the plurality of connectors, and each of the plurality of connectors further includes a connected part to which an end of the connector interconnection member is connected.
A method for resource balancing between a video server and a video client in a video distribution network, the method comprising: receiving a first request from a video client for a video stream, the requested video stream conforming to a capability of the requesting video client to decode and display the requested video stream; and balancing the resources in the video distribution network by: determining a resource capability of the video server for transcoding; determining a resource capability of the video client for transcoding; comparing the resource capability of the video server with the resource capability of the video client; determining which one of the video server and the video client is to transcode the requested video stream based on the comparison; and if it is determined that the video server is to transcode the requested video stream: rejecting the first request from the video client; transcoding the requested video stream at the video server; updating a listing of available video content to include the transcoded video stream; publishing the availability of the transcoded video stream; and providing the transcoded video stream to the video client. receiving a first request from a video client for a video stream, the requested video stream conforming to a capability of the requesting video client to decode and display the requested video stream; and balancing the resources in the video distribution network by: determining a resource capability of the video server for transcoding; determining a resource capability of the video client for transcoding; comparing the resource capability of the video server with the resource capability of the video client; determining which one of the video server and the video client is to transcode the requested video stream based on the comparison; and determining a resource capability of the video server for transcoding; determining a resource capability of the video client for transcoding; comparing the resource capability of the video server with the resource capability of the video client; determining which one of the video server and the video client is to transcode the requested video stream based on the comparison; and if it is determined that the video server is to transcode the requested video stream: rejecting the first request from the video client; transcoding the requested video stream at the video server; updating a listing of available video content to include the transcoded video stream; publishing the availability of the transcoded video stream; and providing the transcoded video stream to the video client. rejecting the first request from the video client; transcoding the requested video stream at the video server; updating a listing of available video content to include the transcoded video stream; publishing the availability of the transcoded video stream; and providing the transcoded video stream to the video client.
A system of uninterruptible power over Ethernet and backup Internet connectivity, comprising: a primary power supply; a rechargeable power supply; a power over Ethernet injection device attached to the rechargeable power supply; a plurality of electronic premises security system devices (602, 702) connected to the power over Ethernet injection device so as to power the premises security system devices; a primary power monitoring circuit that detects variation in primary power voltage provided to the system and generates a primary power fault signal when the variation exceeds a primary power validity voltage range; a power source control circuit that redirects power provided to the Ethernet injection device from primary power to the rechargeable power supply based on the primary power fault signal; an Internet connectivity monitoring circuit that detects variation in Internet connectivity of the system and generates an Internet connectivity fault signal when the variation in Internet connectivity exceeds a connection fault threshold; and an Internet wireless connectivity device that automatically provides Internet connectivity to devices connected to the injection device responsive to at least one of the primary power fault signal and the Internet connectivity fault signal, wherein the system of uninterruptible power over Ethernet and backup Internet connectivity comprises an auto-negotiation module that monitors the primary power supply and the rechargeable power supply and also monitors power output over the Ethernet to ensure power meeting the requirements of the premises security system devices is provided. a primary power supply; a rechargeable power supply; a power over Ethernet injection device attached to the rechargeable power supply; a plurality of electronic premises security system devices (602, 702) connected to the power over Ethernet injection device so as to power the premises security system devices; a primary power monitoring circuit that detects variation in primary power voltage provided to the system and generates a primary power fault signal when the variation exceeds a primary power validity voltage range; a power source control circuit that redirects power provided to the Ethernet injection device from primary power to the rechargeable power supply based on the primary power fault signal; an Internet connectivity monitoring circuit that detects variation in Internet connectivity of the system and generates an Internet connectivity fault signal when the variation in Internet connectivity exceeds a connection fault threshold; and an Internet wireless connectivity device that automatically provides Internet connectivity to devices connected to the injection device responsive to at least one of the primary power fault signal and the Internet connectivity fault signal, wherein the system of uninterruptible power over Ethernet and backup Internet connectivity comprises an auto-negotiation module that monitors the primary power supply and the rechargeable power supply and also monitors power output over the Ethernet to ensure power meeting the requirements of the premises security system devices is provided.
A composition comprising one or more isoflavones for use in inducing bone growth or inhibiting bone loss in a gonadectomized, spayed, or neutered non-human animal, wherein the animal's skeletal system is still growing or maturing.
A light emitting device comprising a substrate and a gallium nitride-based compound semiconductor layer formed on the substrate, wherein a planar shape is a rectangular shape with transverse and longitudinal sides each having a different length, a side surface of the gallium nitride-based compound semiconductor layer is not vertical to a principal surface of the substrate and the substrate is a sapphire C-plane substrate, wherein the plane direction of the side surface at a rectangular long side of the gallium nitride-based compound semiconductor layer corresponds to an A-plane in a gallium nitride single crystal lattice.