mhurhangee/ep-ind-claims huggingface dataset:
Bearing component of a flow sensor, in particular of an impeller, of a building services appliance, in particular of an instantaneous water heater, wherein the flow sensor has an axle which in the installed state is substantially vertical to a direction of flow of a fluid channel of the building services appliance, wherein the bearing component is configured in one piece and comprises at least two legs (310, 320) connected to one another, wherein two opposing axle receptacles (312, 324) are contained in the bearing component, wherein the two axle receptacles (312, 324) are spaced apart in such a way that their distance corresponds to an expansion of the axle of the flow sensor in a state of the bearing component, wherein the two legs (310, 320) are configured to be elastic in such a way that, for the purpose of inserting the flow sensor between the axle receptacles (312, 324), a distance between the axle receptacles (312, 324) can be increased, characterised in that the two legs (310, 320) are connected at a first end and at an opposite second end, wherein the axle receptacles (312, 324) are configured substantially centrally between the first end and the second end, such that the distance between the axle receptacles (312, 324) is increased when a compressive force is applied between the first end and the second end, and/or that the bearing component is configured to be symmetrical around the axle connecting the axle receptacles (312, 324). wherein the bearing component is configured in one piece and comprises at least two legs (310, 320) connected to one another, wherein two opposing axle receptacles (312, 324) are contained in the bearing component, wherein the two axle receptacles (312, 324) are spaced apart in such a way that their distance corresponds to an expansion of the axle of the flow sensor in a state of the bearing component, wherein the two legs (310, 320) are configured to be elastic in such a way that, for the purpose of inserting the flow sensor between the axle receptacles (312, 324), a distance between the axle receptacles (312, 324) can be increased, characterised in that the two legs (310, 320) are connected at a first end and at an opposite second end, wherein the axle receptacles (312, 324) are configured substantially centrally between the first end and the second end, such that the distance between the axle receptacles (312, 324) is increased when a compressive force is applied between the first end and the second end, and/or that the bearing component is configured to be symmetrical around the axle connecting the axle receptacles (312, 324).
An article of footwear having an upper and a sole structure secured to the upper, the sole structure comprising: a first chamber that encloses a fluid, at least a portion of the first chamber that is visible from an exterior of the article of footwear having a first color; and a second chamber that encloses a fluid and is positioned adjacent the first chamber, at least a portion of the second chamber that is visible from the exterior of the article of footwear having a second color, the second color being different than the first color, wherein the first chamber is generally positioned above the second chamber, and wherein the first chamber defines a plurality of first projections and a plurality of first depressions located between the first projections, and the second chamber defines a plurality of second projections and a plurality of second depressions located between the second projections, at least a portion of the first projections being located within the second depressions, and at least a portion of the second projections being located within the first depressions. a first chamber that encloses a fluid, at least a portion of the first chamber that is visible from an exterior of the article of footwear having a first color; and a second chamber that encloses a fluid and is positioned adjacent the first chamber, at least a portion of the second chamber that is visible from the exterior of the article of footwear having a second color, the second color being different than the first color, wherein the first chamber is generally positioned above the second chamber, and wherein the first chamber defines a plurality of first projections and a plurality of first depressions located between the first projections, and the second chamber defines a plurality of second projections and a plurality of second depressions located between the second projections, at least a portion of the first projections being located within the second depressions, and at least a portion of the second projections being located within the first depressions.
A proximity switch for providing a safe state when a fault occurs, comprising: - a measuring probe which provides a measuring capacitance (CMess) related to an object to be detected; - a first measurement path configured to provide a first switching signal dependent on a charging current for charging the measurement capacitance (CMess) onto a predetermined charging voltage (Vaa); - a second measuring path which is designed to provide a second switching signal as a function of a discharge current for discharging the measuring capacitance (CMess) onto a predetermined discharge voltage (Vbb); - a switching device (SE1, SE2) for each of the measurement paths (M1, M2), each of which is configured to set a switching state in dependence on the first and the second switching signal (SS1, SS2), the switching states of the switching devices (SE1, SE2) defining a common switching state of the switching devices (SE1, SE2), the switching devices (SE1, SE2) being serially coupled to provide an AND operation to evaluate the switching states of the first and second switching signals (SS1, SS2) to provide a state of a common switching signal, such that only one of the possible common switching states indicates a presence of the sensing object and the remaining ones of the possible common switching states indicate a non-presence of the sensing object. - a measuring probe which provides a measuring capacitance (CMess) related to an object to be detected; - a first measurement path configured to provide a first switching signal dependent on a charging current for charging the measurement capacitance (CMess) onto a predetermined charging voltage (Vaa); - a second measuring path which is designed to provide a second switching signal as a function of a discharge current for discharging the measuring capacitance (CMess) onto a predetermined discharge voltage (Vbb); - a switching device (SE1, SE2) for each of the measurement paths (M1, M2), each of which is configured to set a switching state in dependence on the first and the second switching signal (SS1, SS2), the switching states of the switching devices (SE1, SE2) defining a common switching state of the switching devices (SE1, SE2), the switching devices (SE1, SE2) being serially coupled to provide an AND operation to evaluate the switching states of the first and second switching signals (SS1, SS2) to provide a state of a common switching signal, such that only one of the possible common switching states indicates a presence of the sensing object and the remaining ones of the possible common switching states indicate a non-presence of the sensing object.
A track chain assembly for an undercarriage system, the track chain assembly comprising: a plurality of adjacent offset link sets connected to each other through a pin provided between oppositely disposed offset links (204, 206), wherein an axis of rotation is defined by the pin, and wherein each of the offset links (204, 206) includes a center portion, a first extension portion extending in a first direction from the center portion, and a second extension portion extending in a second direction from the center portion, the first and second extension portions (234, 236) being offset from one another in an axial direction; and a connection assembly coupled to a pair of the plurality of offset link sets, the connection assembly configured to connect two ends of the track chain assembly together to form an endless loop, the connection assembly comprising: a first pair of straight links coupled to one of the pair of the plurality of offset link sets; and a second pair of straight links coupled to the first pair of straight links and the other of the pair of the plurality of offset link sets, wherein the straight links of the first and second pairs (500, 600) of straight links have a substantially planar first side and a central portion having an increased thickness on a second side. a plurality of adjacent offset link sets connected to each other through a pin provided between oppositely disposed offset links (204, 206), wherein an axis of rotation is defined by the pin, and wherein each of the offset links (204, 206) includes a center portion, a first extension portion extending in a first direction from the center portion, and a second extension portion extending in a second direction from the center portion, the first and second extension portions (234, 236) being offset from one another in an axial direction; and a connection assembly coupled to a pair of the plurality of offset link sets, the connection assembly configured to connect two ends of the track chain assembly together to form an endless loop, the connection assembly comprising: a first pair of straight links coupled to one of the pair of the plurality of offset link sets; and a second pair of straight links coupled to the first pair of straight links and the other of the pair of the plurality of offset link sets, wherein the straight links of the first and second pairs (500, 600) of straight links have a substantially planar first side and a central portion having an increased thickness on a second side. a first pair of straight links coupled to one of the pair of the plurality of offset link sets; and a second pair of straight links coupled to the first pair of straight links and the other of the pair of the plurality of offset link sets, wherein the straight links of the first and second pairs (500, 600) of straight links have a substantially planar first side and a central portion having an increased thickness on a second side.
A method for making mesoporous, zirconium-based mixed oxides, the method comprising: preparing a polyvalent metal-containing solution by dissolving in an aqueous medium a combination of water soluble compounds that have zirconium as a metal element and water soluble compounds that have one or more metal elements chosen from the group consisting of cerium, praseodymium, lanthanum, yttrium, neodymium, nickel, copper, cobalt, manganese, niobium, and combinations thereof; injecting the polyvalent metal-containing solution into an agitated electrolyte solution to form a mother liquor; the electrolyte solution having a pH that exceeds the isoelectric point pH for zirconium-based mixed oxides; the injection occurring at pH from pH +2 up to pH +4; wherein the pH is in the range from 7.5 to 8.8; forming a precipitate in the mother liquor; allowing the precipitate to age in the mother liquor and form the mesoporous, zirconium-based mixed oxides; wherein a NaOH solution is added at a flow rate that allows the pH of the mother liquor to be maintained in the range of 10.0 to 12.0; washing the mesoporous, zirconium-based mixed oxides with an aqueous medium; drying the mesoporous, zirconium-based mixed oxides; and collecting the mesoporous, zirconium-based mixed oxides. preparing a polyvalent metal-containing solution by dissolving in an aqueous medium a combination of water soluble compounds that have zirconium as a metal element and water soluble compounds that have one or more metal elements chosen from the group consisting of cerium, praseodymium, lanthanum, yttrium, neodymium, nickel, copper, cobalt, manganese, niobium, and combinations thereof; injecting the polyvalent metal-containing solution into an agitated electrolyte solution to form a mother liquor; the electrolyte solution having a pH that exceeds the isoelectric point pH for zirconium-based mixed oxides; the injection occurring at pH from pH +2 up to pH +4; wherein the pH is in the range from 7.5 to 8.8; forming a precipitate in the mother liquor; allowing the precipitate to age in the mother liquor and form the mesoporous, zirconium-based mixed oxides; wherein a NaOH solution is added at a flow rate that allows the pH of the mother liquor to be maintained in the range of 10.0 to 12.0; washing the mesoporous, zirconium-based mixed oxides with an aqueous medium; drying the mesoporous, zirconium-based mixed oxides; and collecting the mesoporous, zirconium-based mixed oxides.
Maintenance facility with a maintenance track and a transport facility for rail vehicles, wherein the transport facility is configured for disassembly of a running gear from a rail vehicle, for assembling the running gear in the rail vehicle and for transporting the running gear and comprises a transport track as well as at least one first carrying apparatus that is connected to the transport track and can be moved on the transport track, wherein the at least first carrying apparatus is embodied such that the running gear can be supported against the at least one carrying apparatus via a carrying structure embodied as a running gear frame, when the vehicle body is arranged above the running gear, characterised in that the maintenance track and the transport track are arranged such that they overlap one another and intersect one another.
Baking module of a linear tunnel oven for bakery, Viennese pastry and similar products, including a baking chamber comprising a hearth, in the form of a conveyor belt, which is movable and permeable to a gaseous heat-transfer fluid, a vault, and heating means (40, 50) in the vault and in the hearth for baking or prebaking said products, which rest on the conveyor belt either directly or indirectly through a suitable baking support such as a plate, a net or a baking mold, the heating means in the hearth comprising a plurality of holes for blowing the gaseous heat-transfer fluid under said conveyor belt, said baking module being characterized in that said conveyor belt is movable above, and rests on, a sliding surface comprising openings for the passing through of said heat-transfer fluid, this sliding surface being movable between at least two positions, among which a so-called convection position, where said openings of the sliding surface coincide with the blowing holes of the heating means in the hearth for letting the heat-transfer fluid pass, and at least one second so-called radiating position, in which said openings are offset with respect to these blowing holes, the sliding surface forming a screen for the heat-transfer fluid blown through the blowing holes.
A reel assembly for an offshore umbilical comprising: a frame having an axle; a spool having flanges and a drum wherein said spool is mounted on said axle and adapted to hold said offshore umbilical; a motor in communication with said spool and adapted to rotate said spool; a tensioning device adapted to automatically maintain a relatively constant tension and a relatively constant slippage load on said umbilical when deployed from said spool, wherein said tensioning device comprises: a primary accelerometer attached to said spool and a secondary accelerometer which is attached to said spool at an angle from the primary accelerometer wherein the primary accelerometer and the secondary accelerometer are arranged to detect rotational direction of said spool; and a processing computer in communication with the primary accelerometer, the secondary accelerometer and the motor wherein the processing computer is adapted to compute the relative constant tension and the relative constant slippage and control the motor based on g force readings of the primary accelerometer and the secondary accelerometer. a frame having an axle; a spool having flanges and a drum wherein said spool is mounted on said axle and adapted to hold said offshore umbilical; a motor in communication with said spool and adapted to rotate said spool; a tensioning device adapted to automatically maintain a relatively constant tension and a relatively constant slippage load on said umbilical when deployed from said spool, wherein said tensioning device comprises: a primary accelerometer attached to said spool and a secondary accelerometer which is attached to said spool at an angle from the primary accelerometer wherein the primary accelerometer and the secondary accelerometer are arranged to detect rotational direction of said spool; and a primary accelerometer attached to said spool and a secondary accelerometer which is attached to said spool at an angle from the primary accelerometer wherein the primary accelerometer and the secondary accelerometer are arranged to detect rotational direction of said spool; and a processing computer in communication with the primary accelerometer, the secondary accelerometer and the motor wherein the processing computer is adapted to compute the relative constant tension and the relative constant slippage and control the motor based on g force readings of the primary accelerometer and the secondary accelerometer.
An athletic performance monitoring system, comprising: a global positioning satellite receiver for obtaining data relating to a series of time stamped position points encountered during an athletic event; a first athletic performance monitor for measuring data relating to an athlete during the athletic event; a processing system programmed and adapted to: receive input data relating to a route to be used during the athletic event, wherein the input data includes at least distance and route difficulty data relating to the route; receive input data relating to a target time or timing goal for all or a portion of the athletic event; calculate plural time goals along the route or for portions of the route using the input data relating to the route and the input data relating to the target time or timing goal so that a user will meet the received target time or timing goal for the athletic event if the plural time goals are met; and determine adjusted split times for one or more distance segments of the route, wherein the adjusted split times are determined based, at least in part, on the route difficulty data. a global positioning satellite receiver for obtaining data relating to a series of time stamped position points encountered during an athletic event; a first athletic performance monitor for measuring data relating to an athlete during the athletic event; a processing system programmed and adapted to: receive input data relating to a route to be used during the athletic event, wherein the input data includes at least distance and route difficulty data relating to the route; receive input data relating to a target time or timing goal for all or a portion of the athletic event; calculate plural time goals along the route or for portions of the route using the input data relating to the route and the input data relating to the target time or timing goal so that a user will meet the received target time or timing goal for the athletic event if the plural time goals are met; and determine adjusted split times for one or more distance segments of the route, wherein the adjusted split times are determined based, at least in part, on the route difficulty data. receive input data relating to a route to be used during the athletic event, wherein the input data includes at least distance and route difficulty data relating to the route; receive input data relating to a target time or timing goal for all or a portion of the athletic event; calculate plural time goals along the route or for portions of the route using the input data relating to the route and the input data relating to the target time or timing goal so that a user will meet the received target time or timing goal for the athletic event if the plural time goals are met; and determine adjusted split times for one or more distance segments of the route, wherein the adjusted split times are determined based, at least in part, on the route difficulty data.
A secure message and file delivery method of delivering an electronic message from a sender to a recipient, the method comprising: registering a sender for biometric authentication, wherein registering comprises capturing a fingerprint scan of the sender and storing a private key in an authentication database responsive to the fingerprint scan; biometrically authenticating the sender of the electronic message through a server in communication with the sender, wherein authenticating comprises transmitting software code to a sender's device, scanning a fingerprint of the sender at the sender's device, creating a numerical index of the fingerprint to form a public key at the sender's device responsively to scanning the fingerprint, receiving the public key over a secure connection, and authenticating the public key with the private key in an authentication database; receiving an electronic message at the server from the sender through a secure connection to the sender; storing the electronic message, wherein the electronic message is encrypted by the server prior to storing such that the electronic messages are accessible only by authorized recipients; notifying a recipient of the electronic message; and delivering the electronic message through a secure connection to the recipient from the server. registering a sender for biometric authentication, wherein registering comprises capturing a fingerprint scan of the sender and storing a private key in an authentication database responsive to the fingerprint scan; biometrically authenticating the sender of the electronic message through a server in communication with the sender, wherein authenticating comprises transmitting software code to a sender's device, scanning a fingerprint of the sender at the sender's device, creating a numerical index of the fingerprint to form a public key at the sender's device responsively to scanning the fingerprint, receiving the public key over a secure connection, and authenticating the public key with the private key in an authentication database; receiving an electronic message at the server from the sender through a secure connection to the sender; storing the electronic message, wherein the electronic message is encrypted by the server prior to storing such that the electronic messages are accessible only by authorized recipients; notifying a recipient of the electronic message; and delivering the electronic message through a secure connection to the recipient from the server.
A device (100; 500) for inspecting a surface of an electrically conductive part, the device having a plurality of eddy current probes (330, 331, 332,...) arranged on a convex surface of the device together with application means for applying the probes against the surface to be inspected, the device being characterized in that the probes (330, 331, 332,...) are fastened on flexible strips (320, 321, 322,...) extending beside one another in a longitudinal direction of the device, said application means comprising a deformable material that, on being compressed along said longitudinal direction, gives rise to expansion transversely to the longitudinal direction, said expansion deforming said strips (320, 321, 322,...) so as to apply the probes (330, 331, 332,...) against the surface.
A power supplying device for wirelessly supplying power, comprising a power supplying antenna including: a first coil; and a second coil, wherein the second coil is wound substantially line symmetrical to the first coil with respect to a center line, wherein the center line is an axis passing through a winding center of the first coil, a ground point being the ground point of the first coil and of the second coil is provided further inside than an innermost winding of the first coil. a first coil; and a second coil, wherein the second coil is wound substantially line symmetrical to the first coil with respect to a center line, wherein the center line is an axis passing through a winding center of the first coil, a ground point being the ground point of the first coil and of the second coil is provided further inside than an innermost winding of the first coil.