mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting a long distance communication, the method comprising: receiving a long distance communication originating from a communication device associated with a first telecommunications network (316,416), the long distance communication including information associating the long distance communication with a second telecommunications network (328,428); applying one or more services to the long distance communication, the one or more services associated with the second telecommunications network wherein the one or more services includes a time-based routing service; applying routing information to the long distance communication, the routing information configured to route the long distance communication to the second telecommunications network; and transmitting the long distance communication to the second telecommunications network utilizing the routing information. receiving a long distance communication originating from a communication device associated with a first telecommunications network (316,416), the long distance communication including information associating the long distance communication with a second telecommunications network (328,428); applying one or more services to the long distance communication, the one or more services associated with the second telecommunications network wherein the one or more services includes a time-based routing service; applying routing information to the long distance communication, the routing information configured to route the long distance communication to the second telecommunications network; and transmitting the long distance communication to the second telecommunications network utilizing the routing information.
A press-formed product comprising a tailored blank made up of a plurality of metal sheets (21, 22) butt-welded together, wherein the press-formed product includes a flange section, and an arc-shaped area in which an inner peripheral edge is open in the area of the flange section, characterized in that a weld line of the tailored blank intersects with the inner peripheral edge of the arc-shaped area and an outer peripheral edge of the arc-shaped area, an angle (θ) formed by the weld line and a maximum principal strain direction is 17 to 84°.
A power transmission device comprising: a planetary reduction gear; a wall part (120-Fig.34) that overlaps with the planetary reduction gear in an axial direction that is a rotation axis direction of the planetary reduction gear; and a plate (8-Fig.34) provided between the wall part (120-Fig.34) and the planetary reduction gear in the axial direction, inside a box, wherein the box (10-Fig.34) is partitioned by the plate (8-Fig.34) into a first chamber (Sb1-Fig.34) in which the planetary reduction gear is arranged and a second chamber (Sb2-Fig.34) that uses the wall part (120-Fig.34) as a portion of a wall, the second chamber (Sb2-Fig.34) communicates with a breather hole (165-Fig.34),the planetary reduction gear has a pinion gear (43-Fig.34) having a large pinion gear (431-Fig.34) and a small pinion gear (432-Fig.34), the planetary reduction gear has a ring gear (42-Fig.34) that engages with the small pinion gear (432-Fig.34), and the box has a breather chamber (16-Fig.34) that communicates with the breather hole (165-Fig.34) above a revolution orbit of the large pinion gear (431-Fig.34), characterized in that the box has the breather hole (165-Fig.34), and the box has a roof part (149-Fig.34) projecting in the axial direction between the breather chamber (16-Fig.34) and the revolution orbit of the large pinion gear (431-Fig.34). a planetary reduction gear; a wall part (120-Fig.34) that overlaps with the planetary reduction gear in an axial direction that is a rotation axis direction of the planetary reduction gear; and a plate (8-Fig.34) provided between the wall part (120-Fig.34) and the planetary reduction gear in the axial direction, inside a box, wherein the box (10-Fig.34) is partitioned by the plate (8-Fig.34) into a first chamber (Sb1-Fig.34) in which the planetary reduction gear is arranged and a second chamber (Sb2-Fig.34) that uses the wall part (120-Fig.34) as a portion of a wall, the second chamber (Sb2-Fig.34) communicates with a breather hole (165-Fig.34),the planetary reduction gear has a pinion gear (43-Fig.34) having a large pinion gear (431-Fig.34) and a small pinion gear (432-Fig.34), the planetary reduction gear has a ring gear (42-Fig.34) that engages with the small pinion gear (432-Fig.34), and the box has a breather chamber (16-Fig.34) that communicates with the breather hole (165-Fig.34) above a revolution orbit of the large pinion gear (431-Fig.34), characterized in that the box has the breather hole (165-Fig.34), and the box has a roof part (149-Fig.34) projecting in the axial direction between the breather chamber (16-Fig.34) and the revolution orbit of the large pinion gear (431-Fig.34).
Mesh cable tray comprising a shaped metal wire mesh having a plurality of longitudinal wires arranged parallel to one another and having a plurality of transverse wires (22, 23), wherein a tray-shaped support space results within the mesh cable tray, in which all transverse wires (22, 23) are arranged lying on the inside or all transverse wires (22, 23) are arranged lying on the outside, wherein the mesh cable tray has two differently shaped ends (21, 25), whereby one of the transverse wires is arranged at the face at the front end of the mesh cable tray and with a receiving tray (40, 40', 40", 40''', 40'''') arranged at the rear end at the end in order to receive an end transverse wire of a further mesh cable tray, characterised in that there is a material-locking connection between the receiving tray (40, 40', 40", 40'", 40"") and the shaped metal wire mesh, wherein the receiving tray (40, 40', 40", 40"', 40"") is formed from a sheet metal tray or sections of a sheet metal tray.
System for controlling a gas turbine, comprising: a control system for providing control signals to a gas turbine; a tuning system for providing tuning signals, a modelling system for generating virtual measurement signals, the virtual measurement signals being based on the control signals and the tuning signals; a sensor diagnostics system having sensor diagnostic logic for diagnosing at least one sensor measurement signal and outputting control system reconfiguration signals to the control system and tuner system reconfiguration signals to the tuning system, wherein the control system reconfiguration signals are derived for better reconfiguration of the control system, the tuning signals being based at least on the tuner system reconfiguration signals, the control signals being based on the at least one sensor measurement signal, the virtual measurement signals and the control system reconfiguration signals, wherein the system simultaneously reconfigures the control system and the tuning system based on the sensor diagnostic logic. a control system for providing control signals to a gas turbine; a tuning system for providing tuning signals, a modelling system for generating virtual measurement signals, the virtual measurement signals being based on the control signals and the tuning signals; a sensor diagnostics system having sensor diagnostic logic for diagnosing at least one sensor measurement signal and outputting control system reconfiguration signals to the control system and tuner system reconfiguration signals to the tuning system, wherein the control system reconfiguration signals are derived for better reconfiguration of the control system, the tuning signals being based at least on the tuner system reconfiguration signals, the control signals being based on the at least one sensor measurement signal, the virtual measurement signals and the control system reconfiguration signals, wherein the system simultaneously reconfigures the control system and the tuning system based on the sensor diagnostic logic.
An animal litter comprising a blend of: i) compacted granules comprising expanded perlite fines and ii) coated granules, each coated granule comprising a non-agglomerated particle and a coating comprising a clumping agent on an outer surface of the particle, wherein the compacted granules are present in an amount from 5 wt. % to 25 wt. % i) compacted granules comprising expanded perlite fines and ii) coated granules, each coated granule comprising a non-agglomerated particle and a coating comprising a clumping agent on an outer surface of the particle, wherein the compacted granules are present in an amount from 5 wt. % to 25 wt. %
A flood protection system comprising at least one elongated flexible tube arranged for containing a liquid, wherein the at least one flexible tube comprises a number of position means wherein the at least one elongated flexible tube is in a desired position selected from a curved position, a U-shaped position, or a S-shaped position, characterized in that the system further comprises a fastening means (14, 14a) connecting at least two position means on the same flexible tube, so that the desired position of the at least one flexible tube has been obtained by connecting at least two position means placed at different positions on the same elongated flexible tube, by means of said fastening means (14, 14a).
A reciprocating hydraulic pump comprising an input oil port, an output oil port, a first and a second moving member movable relatively to each other, and a plurality of hydraulic cylinder units, each hydraulic cylinder unit having: - an own reversing valve having an oil port A and an oil port B, wherein said oil port A is connected to said input oil port, wherein when said reversing valve is in a control position, said oil port A is in communication with said oil port B, and when said reversing valve is not in said control position, said oil port A is not in communication with said oil port B, - an own one-way valve having an input port and an output port, wherein said input port is connected to said oil port B of said own reversing valve, and said output port is connected to said output oil port, and - an own hydraulic cylinder connected to said second moving member via a second mechanical structure, said hydraulic cylinder having a first chamber and a piston or a plunger, wherein said piston or said plunger is connected with said first moving member via a first mechanical structure, wherein said first chamber is connected to said oil port B of said own reversing valve and to said input port of said own one-way valve, wherein a size of an action area of the hydraulic pump is changeable by switching a selection among the reversing valves of said plurality of hydraulic cylinder units to said control position, to configure various operation combinations of a different number or different area magnitudes of the hydraulic cylinder units based on different magnitudes of external force, characterized in that each of said hydraulic cylinders is divided by its piston or its plunger into said first chamber and a second chamber, wherein said second chamber is connected to said input oil port. - an own reversing valve having an oil port A and an oil port B, wherein said oil port A is connected to said input oil port, wherein when said reversing valve is in a control position, said oil port A is in communication with said oil port B, and when said reversing valve is not in said control position, said oil port A is not in communication with said oil port B, - an own one-way valve having an input port and an output port, wherein said input port is connected to said oil port B of said own reversing valve, and said output port is connected to said output oil port, and - an own hydraulic cylinder connected to said second moving member via a second mechanical structure, said hydraulic cylinder having a first chamber and a piston or a plunger, wherein said piston or said plunger is connected with said first moving member via a first mechanical structure, wherein said first chamber is connected to said oil port B of said own reversing valve and to said input port of said own one-way valve,
A character input device for selecting and inputting a desired character from a plurality of displayed characters, using a D-pad to place a cursor on the desired character, the character input device comprising: an input character string management unit configured to manage an input character string that was input from a keyboard management unit; a predicted candidate management unit configured to estimate predicted character string candidates based on the input character string, and manage the predicted character string candidates; a character candidate detection unit configured to compare the input character string with the predicted character string candidates estimated by the predicted candidate management unit, and detect one or more character candidates that are to be selected next; and an operation receiving unit configured to receive an input direction that is input with the D-pad; wherein the keyboard management unit is configured to execute refined input, in which the cursor is moved only to a detected character candidate that is present in the input direction with respect to the character on which the cursor is placed, the operation receiving unit is capable of receiving a cancellation of the refined input which is detected when any of the operation buttons of the D-pad is pressed for a long period of time, and, if the cancellation of the refined input is input from the operation receiving unit, the keyboard management unit executes standard input, in which the cursor is moved to a character that is adjacent, in the input direction, to the character on which the cursor is placed. an input character string management unit configured to manage an input character string that was input from a keyboard management unit; a predicted candidate management unit configured to estimate predicted character string candidates based on the input character string, and manage the predicted character string candidates; a character candidate detection unit configured to compare the input character string with the predicted character string candidates estimated by the predicted candidate management unit, and detect one or more character candidates that are to be selected next; and an operation receiving unit configured to receive an input direction that is input with the D-pad; wherein the keyboard management unit is configured to execute refined input, in which the cursor is moved only to a detected character candidate that is present in the input direction with respect to the character on which the cursor is placed, the operation receiving unit is capable of receiving a cancellation of the refined input which is detected when any of the operation buttons of the D-pad is pressed for a long period of time, and, if the cancellation of the refined input is input from the operation receiving unit, the keyboard management unit executes standard input, in which the cursor is moved to a character that is adjacent, in the input direction, to the character on which the cursor is placed.
Operational method for a production machine, - wherein conveyed goods consisting of grains with an average grain size are fed from a pressure vessel into a conveyor line at a feed point, conveyed from there to a discharge point via the conveyor line, discharged out of the conveyor line there and supplied to an extrusion head, - wherein the conveyed goods are plasticised in the extrusion head and after plasticisation extruded in a punctiform manner via a nozzle of the extrusion head, - wherein the extrusion head is moved dynamically by means of a manipulator during the extrusion of the plasticised conveyed goods, - wherein a conveyor gas in the region of the feed point is compressed into the conveyor line by means of a gas compressor and leaks out of the conveyor line at a separation point in the region of the discharge point, characterised in that gas positive pressure (p) is temporarily applied to the conveyed goods by means of the gas compressor in order to feed the conveyed goods into the conveyor line while bypassing the conveyor line via a first valve, and during the application of the gas positive pressure (p) to the pressure vessel a second valve which is arranged in the conveyor line between the feed point and the gas compressor is closed. - wherein conveyed goods consisting of grains with an average grain size are fed from a pressure vessel into a conveyor line at a feed point, conveyed from there to a discharge point via the conveyor line, discharged out of the conveyor line there and supplied to an extrusion head, - wherein the conveyed goods are plasticised in the extrusion head and after plasticisation extruded in a punctiform manner via a nozzle of the extrusion head, - wherein the extrusion head is moved dynamically by means of a manipulator during the extrusion of the plasticised conveyed goods, - wherein a conveyor gas in the region of the feed point is compressed into the conveyor line by means of a gas compressor and leaks out of the conveyor line at a separation point in the region of the discharge point,
A wind turbine blade for mounting to a hub of a wind turbine, comprising: a plurality of layered sections coupled together end-to-end, wherein each layered section has a longitudinal axis and wherein at least one of the layered sections includes a layer generally defining a plane substantially perpendicular to the longitudinal axis and at least one of said layered sections including a layer deposited by the additive manufacturing process, each section including a side wall that forms a tubular structure and which side wall includes at least one bore formed therein, wherein when the sections are coupled together end-to-end, the at least one bore of adjacent layered sections generally align to form a conduit along the plurality of sections, and at least one strengthening element that extends through the conduit formed in the plurality of layered sections, the at least one strengthening element configured to reinforce the blade under load during use of the wind turbine, wherein said strengthening element extends through at least three sections. a plurality of layered sections coupled together end-to-end, wherein each layered section has a longitudinal axis and wherein at least one of the layered sections includes a layer generally defining a plane substantially perpendicular to the longitudinal axis and at least one of said layered sections including a layer deposited by the additive manufacturing process, each section including a side wall that forms a tubular structure and which side wall includes at least one bore formed therein, wherein when the sections are coupled together end-to-end, the at least one bore of adjacent layered sections generally align to form a conduit along the plurality of sections, and at least one strengthening element that extends through the conduit formed in the plurality of layered sections, the at least one strengthening element configured to reinforce the blade under load during use of the wind turbine, wherein said strengthening element extends through at least three sections.
A vacuum cleaner comprising: a suction device; an extendable inlet nozzle in fluid communication with the suction device, the extendable inlet nozzle being extendable from a first operable position to a second operable position; and characterised by a proximity sensor for detecting a surface; and a controller configured to change the suction power of the suction device in dependence on a signal from the proximity sensor and in dependence on the position of the extendable inlet nozzle. a suction device; an extendable inlet nozzle in fluid communication with the suction device, the extendable inlet nozzle being extendable from a first operable position to a second operable position; and characterised by a proximity sensor for detecting a surface; and a controller configured to change the suction power of the suction device in dependence on a signal from the proximity sensor and in dependence on the position of the extendable inlet nozzle.
A method of forming a thermocouple on a contoured gas turbine hot gas path component, the method comprising: depositing a first material on the contoured gas turbine engine hot gas path component to form a first leg of the thermocouple; depositing a second material through a mask to form a pattern on the component, the pattern forming a plurality of discrete second leg junction ends and the method being characterized in that the pattern forms a continuous patch of the second material comprising indiscrete lead ends of second legs, each second leg junction end spanning from a respective junction with the first leg to the continuous patch; the method being further characterized by laser-ablating the continuous patch to form discrete lead ends of the second legs, each lead end electrically connected to a respective junction end, thereby forming discrete second legs each comprising one junction end and one lead end, wherein the respective junctions are disposed on the component at locations effective to provide a temperature profile of the component during operation. depositing a first material on the contoured gas turbine engine hot gas path component to form a first leg of the thermocouple; depositing a second material through a mask to form a pattern on the component, the pattern forming a plurality of discrete second leg junction ends and the method being characterized in that the pattern forms a continuous patch of the second material comprising indiscrete lead ends of second legs, each second leg junction end spanning from a respective junction with the first leg to the continuous patch; the method being further characterized by laser-ablating the continuous patch to form discrete lead ends of the second legs, each lead end electrically connected to a respective junction end, thereby forming discrete second legs each comprising one junction end and one lead end, wherein the respective junctions are disposed on the component at locations effective to provide a temperature profile of the component during operation.
A method for treating antibody solutions with a phase separation technology, characterized in that the method comprises following steps: a) mixing at least one hydrophobin or a hydrophobin-like protein, fused to at least one antibody-binding protein, into an aqueous antibody-containing solution to form an aqueous protein solution containing at least one hydrophobin-protein-antibody complex, b) adding a surfactant to form an extraction solution, c) allowing an aqueous phase and a surfactant phase to separate at a separation temperature, d) removing a stream of the separated surfactant phase, containing at least said complex, and a stream of the aqueous phase from the extraction solution, and e) adding a low-pH buffer to the separated surfactant phase to release antibody or antibodies from the antibody-binding protein(s) of the formed complex. a) mixing at least one hydrophobin or a hydrophobin-like protein, fused to at least one antibody-binding protein, into an aqueous antibody-containing solution to form an aqueous protein solution containing at least one hydrophobin-protein-antibody complex, b) adding a surfactant to form an extraction solution, c) allowing an aqueous phase and a surfactant phase to separate at a separation temperature, d) removing a stream of the separated surfactant phase, containing at least said complex, and a stream of the aqueous phase from the extraction solution, and e) adding a low-pH buffer to the separated surfactant phase to release antibody or antibodies from the antibody-binding protein(s) of the formed complex.
Telescoping pull-out device for household appliances and furniture, especially pull-out oven systems, with at least one first telescoping rail supported to allow movement between a retracted position and an extended position, with a catch element (14, 16) for latching the first telescoping rail in the retracted position, characterised in that the catch element is formed onto a closure part of the first telescoping rail.