mhurhangee/ep-ind-claims huggingface dataset:
A nozzle structure provided in a gap between a rotor configured to rotate about an axis and a casing configured to surround the rotor from an outer peripheral side thereof, the nozzle structure comprising: a plurality of outer rings arranged in an axial direction along an inner peripheral surface of the casing and formed in an annular shape about the axis; a plurality of annular nozzles fixed to an inner radial side of the plurality of outer rings, having a blade sections configured to guide a fluid in the axial direction, and arranged in the axial direction, a labyrinth seal supported by the inner radial side of the plurality of annular nozzles to face an outer peripheral surface of the rotor and configured to seal a space between an inner peripheral surface of the plurality of annular nozzles an the outer peripheral surface of the rotor and an elastic member provided between the plurality of annular nozzles and the labyrinth seal and configured to bias the labyrinth seal inward in a radial direction, characterized by comprising: an inner casing serving as a strength reinforcing section provided between the casing and the plurality of outer rings such that the inner casing comes to contact with all of the plurality of the outer rings, formed in an annular shape about the axis, and configured to reinforce strength of the plurality of annular nozzles in the radial direction. a plurality of outer rings arranged in an axial direction along an inner peripheral surface of the casing and formed in an annular shape about the axis; a plurality of annular nozzles fixed to an inner radial side of the plurality of outer rings, having a blade sections configured to guide a fluid in the axial direction, and arranged in the axial direction, a labyrinth seal supported by the inner radial side of the plurality of annular nozzles to face an outer peripheral surface of the rotor and configured to seal a space between an inner peripheral surface of the plurality of annular nozzles an the outer peripheral surface of the rotor and an elastic member provided between the plurality of annular nozzles and the labyrinth seal and configured to bias the labyrinth seal inward in a radial direction, characterized by comprising: an inner casing serving as a strength reinforcing section provided between the casing and the plurality of outer rings such that the inner casing comes to contact with all of the plurality of the outer rings, formed in an annular shape about the axis, and configured to reinforce strength of the plurality of annular nozzles in the radial direction.
System having a contact element for making electrical contact with a contact surface of a mating contact element and the mating contact element with the contact surface for making contact with the contact element, wherein the contact element has a base body which at least in one section is provided with a coating and a contact region which forms at least two contact points (4, 5), characterised in that the two contact points (4, 5) are distinguished from one another in the new state in respect of the distance from the contact surface of the mating contact element, so that in the new state a first contact point makes contact with the contact surface and, after a defined amount of wear of the first contact point, the second contact point makes contact with the contact surface, wherein the second contact point makes contact with the contact surface when the coating in the region of the first contact point has been removed through wear.
A touch screen sensor having a touch sensing area that is configured to overlay, or that overlays, a viewable portion of an information display, the touch sensing area being visible light transparent in order to allow viewability of the information display, the touch screen sensor comprising: a visible light transparent substrate; and an electrically conductive micropattern filling micro-grooves in the visible light transparent substrate, the micropattern having: a conductor trace width of X + 0.5 in units of micrometers; and an open area fraction between [95 - X]% and 99.5%, wherein 0 ≤ X ≤ 4.5, the touch sensor having an optical transmission of greater than 85% across the touch sensing area. a visible light transparent substrate; and an electrically conductive micropattern filling micro-grooves in the visible light transparent substrate, the micropattern having: a conductor trace width of X + 0.5 in units of micrometers; and an open area fraction between [95 - X]% and 99.5%, wherein 0 ≤ X ≤ 4.5, the touch sensor having an optical transmission of greater than 85% across the touch sensing area. a conductor trace width of X + 0.5 in units of micrometers; and an open area fraction between [95 - X]% and 99.5%, wherein 0 ≤ X ≤ 4.5, the touch sensor having an optical transmission of greater than 85% across the touch sensing area.
A pump system, comprising: a base; an opening in the base; a bellow comprising a suction valve and an upper lip; a stem comprising a top portion, a neck, and an end portion, wherein the top portion is configured to seat next to the upper lip of the bellow, the neck extends through the suction valve, and the end portion extends through the opening in the base; a guide in communication with the bellow, characterised by a fluid lock attached to the end portion of the stem. a base; an opening in the base; a bellow comprising a suction valve and an upper lip; a stem comprising a top portion, a neck, and an end portion, wherein the top portion is configured to seat next to the upper lip of the bellow, the neck extends through the suction valve, and the end portion extends through the opening in the base; a guide in communication with the bellow, characterised by a fluid lock attached to the end portion of the stem.
Water filling device for sanitary facilities in vehicles, comprising: - a water inlet port, - a water outlet port, - a connecting line (41, 42) which connects the water inlet port to the water outlet port for conducting water, - a shut-off valve which is inserted in the connecting line and can be switched between an open position and a closed position, - a valve drive means for actuating the shut-off valve from the open position to the closed position and vice versa, - a control unit which is coupled for signal transmission purposes to the valve drive means and is designed to actuate the valve drive means, characterized in that the water filling device has a flushing receiving opening which is designed to receive the water outlet port and is fluidically connected to a flushing water outlet opening, and in that the control unit is designed - to actuate the valve drive device to switch the shut-off valve from the closed position to the open position after a predefined first time interval has elapsed, and - to actuate the valve drive device to switch the shut-off valve from the open position to the closed position after a second time interval has elapsed, said second time interval being subsequent to the first time interval. - a water inlet port, - a water outlet port, - a connecting line (41, 42) which connects the water inlet port to the water outlet port for conducting water, - a shut-off valve which is inserted in the connecting line and can be switched between an open position and a closed position, - a valve drive means for actuating the shut-off valve from the open position to the closed position and vice versa, - a control unit which is coupled for signal transmission purposes to the valve drive means and is designed to actuate the valve drive means, - to actuate the valve drive device to switch the shut-off valve from the closed position to the open position after a predefined first time interval has elapsed, and - to actuate the valve drive device to switch the shut-off valve from the open position to the closed position after a second time interval has elapsed, said second time interval being subsequent to the first time interval.
Masonry infill wall comprising - a plurality of superimposed masonry strips, wherein each masonry strip comprises a plurality of adjacent masonry blocks horizontally arranged such to occupy a space between two columns of a framed structure, - a sliding element interposed between two adjacent masonry strips, characterized in that the sliding element comprises two section bar elements faced with each other and intended to longitudinally guide the sliding of a masonry strip with respect to another masonry strip in case of a stress to the infill wall. - a plurality of superimposed masonry strips, wherein each masonry strip comprises a plurality of adjacent masonry blocks horizontally arranged such to occupy a space between two columns of a framed structure, - a sliding element interposed between two adjacent masonry strips, characterized in that the sliding element comprises two section bar elements faced with each other and intended to longitudinally guide the sliding of a masonry strip with respect to another masonry strip in case of a stress to the infill wall.
A spun yarn comprising a fiber which is a shaped article comprising a polymer comprising repeat units of Formula and one or both of Formula and (IIa): wherein Q is SO 3 M, and M is one or more cations.
A standard train wagon provided with an automatic coupling at the front and back end, at the free automatic coupling at the back of which an appliance with a weight of maximum 100 kg is coupled in an easily disconnectable manner, the appliance being mounted externally of the train wagon, and wherein the appliance is a measuring appliance designed to acquire information about the rail geometry.
A herbicidal composition comprising a herbicidally effective amount of (a) (±)-2-exo-(2-Methylbenzyloxy)-1-methyl-4-isopropyl-7-oxabicyclo[2.2.1]heptane, any of its individual enantiomers or any non-racemic mixture thereof (herbicide A) and (b) at least one non-ACCase lipid synthesis inhibitor selected from prosulfocarb (B.9) and tri-allate (B.12) (herbicide B).
Method for completing a stack of sheets in an output holder attached to a printing device, the output holder configured to hold the stack of sheets printed upon by the printing device according to a plurality of print jobs submitted to the printing device, the printing device comprising a user interface and a print controller for controlling the receiving of the plurality of print jobs in a print job queue and the printing of the plurality of print jobs according to the print job queue, the method comprising the steps of - the print controller receiving a trigger comprising information for a completion of the stack, - retrieving a stack summary of print jobs contained in the printed stack from memory of the printing device, - creating a summary job comprising the stack summary, and - printing the summary job on at least one stack trailer sheet (56, 101, 111) on top of the stack, characterized in that the method comprises the step of in case the stack intended to be completed comprises a part of a specific print job, indicating in the summary which part of the specific print job is present in the stack intended to be completed, and either the step of receiving the trigger comprises receiving the trigger from a local user interface being part of the output holder or the user interface is configured to display a user operable item for completing the stack from the output holder and the step of receiving the trigger comprises the sub-step of activating the user operable item. - the print controller receiving a trigger comprising information for a completion of the stack, - retrieving a stack summary of print jobs contained in the printed stack from memory of the printing device, - creating a summary job comprising the stack summary, and - printing the summary job on at least one stack trailer sheet (56, 101, 111) on top of the stack,
A liquid discharge apparatus comprising: a head to discharge a liquid; a suction cap to detachably contact the head and store the liquid suctioned from the head; a tank connected to the suction cap to store the liquid fed from the suction cap; a first path connecting the suction cap and the tank; a suction device in the first path between the suction cap and the tank, the suction device to suck the liquid from the head to the suction cap; a second path (202, 203) connected to the suction cap; a first atmosphere path to connect the second path (202, 203) to atmosphere, the first atmosphere path having a first diameter; a second atmosphere path, characterized in that the second atmosphere path is to connect the second path (202, 203) to the atmosphere, the second atmosphere path having a second diameter smaller than the first diameter; and that the liquid discharge apparatus comprises an atmosphere switch between the second path (202, 203), the first atmosphere path, and the second atmosphere path, the atmosphere switch to switch to: connect the second path (202, 203) with the first atmosphere path; or connect the second path (202, 203) with the second atmosphere path. a head to discharge a liquid; a suction cap to detachably contact the head and store the liquid suctioned from the head; a tank connected to the suction cap to store the liquid fed from the suction cap; a first path connecting the suction cap and the tank; a suction device in the first path between the suction cap and the tank, the suction device to suck the liquid from the head to the suction cap; a second path (202, 203) connected to the suction cap; a first atmosphere path to connect the second path (202, 203) to atmosphere, the first atmosphere path having a first diameter; a second atmosphere path, characterized in that the second atmosphere path is to connect the second path (202, 203) to the atmosphere, the second atmosphere path having a second diameter smaller than the first diameter; and that the liquid discharge apparatus comprises an atmosphere switch between the second path (202, 203), the first atmosphere path, and the second atmosphere path, the atmosphere switch to switch to: connect the second path (202, 203) with the first atmosphere path; or connect the second path (202, 203) with the second atmosphere path. the second atmosphere path is to connect the second path (202, 203) to the atmosphere, the second atmosphere path having a second diameter smaller than the first diameter; and that the liquid discharge apparatus comprises an atmosphere switch between the second path (202, 203), the first atmosphere path, and the second atmosphere path, the atmosphere switch to switch to: connect the second path (202, 203) with the first atmosphere path; or connect the second path (202, 203) with the second atmosphere path. connect the second path (202, 203) with the first atmosphere path; or connect the second path (202, 203) with the second atmosphere path.
Centrifugal compressor impeller comprising a plurality of blades extending from a hub, each blade having a first wall defining a pressure side of the blade, and a second wall defining a suction side of the blade, and a free end defining a blade tip arranged to face a centrifugal compressor stator, characterized by the blade tip comprising a tip surface perpendicular to the second wall and extending from the edge of the second wall toward the first wall and a raised rim aligned to the edge of the first wall and raised relative to the tip surface, wherein said raised rim presents multiple parts (8A, 8B) raised from the tip surface and extending from the raised rim in the direction of the second wall. characterized by the blade tip comprising a tip surface perpendicular to the second wall and extending from the edge of the second wall toward the first wall and a raised rim aligned to the edge of the first wall and raised relative to the tip surface, wherein said raised rim presents multiple parts (8A, 8B) raised from the tip surface and extending from the raised rim in the direction of the second wall.
A particulate fabric softening composition, comprising one or more ethylenediamine fatty acid diamides and one or more quaternary ammonium salt fabric softeners, the composition having an exothermal transition at a temperature between 60 and 90 °C with an exothermal transition enthalpy of more than 5 J/g measured by DSC at a heating rate of 2 °C/min.
A mobile communications terminal (100, 200, 350, 650) comprising a memory, a radio interface and a controller, wherein said controller is configured to enable a multiple-layer protocol stack comprising at least a Network layer (Layer 3) to establish an RRC connection through said radio interface by: transmitting an RRC connection request to a first base station (340, 640a); receiving a response (RESP); determine a cause of reject; notify a higher layer; in said higher layer, determine whether a second connection should be established or not based on a priority of a service in a higher layer requesting said RRC connection; and establishing said second connection for communicating through by: transmitting an RRC connection request to a second base station (340,345, 640b); receiving a response (RESP); and in response thereto establishing a dedicated channel for communicating over said dedicated channel through said second base station (340, 345, 640b). transmitting an RRC connection request to a first base station (340, 640a); receiving a response (RESP); determine a cause of reject; notify a higher layer; in said higher layer, determine whether a second connection should be established or not based on a priority of a service in a higher layer requesting said RRC connection; and establishing said second connection for communicating through by: transmitting an RRC connection request to a second base station (340,345, 640b); receiving a response (RESP); and in response thereto establishing a dedicated channel for communicating over said dedicated channel through said second base station (340, 345, 640b). transmitting an RRC connection request to a second base station (340,345, 640b); receiving a response (RESP); and in response thereto establishing a dedicated channel for communicating over said dedicated channel through said second base station (340, 345, 640b).
An electronic device comprising: a memory configured for storing call logs; and a processor including a determination module configured for: analyzing the call logs based on a dialing pattern; identifying a second electronic device associated with a first electronic device based on the analyzed call logs; and when attempting a call to a first electronic device, identifying whether establishing the call connection with the first electronic device failed, outputting information of at least one second electronic device associated with the first electronic device; characterized in that the dialing pattern being a pattern of attempting a call, within a predetermined amount of time, to the second electronic device in direct succession to a failed attempt to call the first electronic device, and wherein outputting information comprises displaying, based on a result of the identification that establishing the call connection with the first electronic device failed, a first icon with a first size and a second icon with a second size different from the first size, wherein the first icon is used for establishing a call connection with a second electronic device associated with the first electronic device, and wherein the second icon is used for establishing a call connection with a third electronic device associated with the first electronic device. a memory configured for storing call logs; and a processor including a determination module configured for: analyzing the call logs based on a dialing pattern; identifying a second electronic device associated with a first electronic device based on the analyzed call logs; and when attempting a call to a first electronic device, identifying whether establishing the call connection with the first electronic device failed, analyzing the call logs based on a dialing pattern; identifying a second electronic device associated with a first electronic device based on the analyzed call logs; and when attempting a call to a first electronic device, identifying whether establishing the call connection with the first electronic device failed, outputting information of at least one second electronic device associated with the first electronic device; characterized in that the dialing pattern being a pattern of attempting a call, within a predetermined amount of time, to the second electronic device in direct succession to a failed attempt to call the first electronic device, and wherein outputting information comprises displaying, based on a result of the identification that establishing the call connection with the first electronic device failed, a first icon with a first size and a second icon with a second size different from the first size, wherein the first icon is used for establishing a call connection with a second electronic device associated with the first electronic device, and wherein the second icon is used for establishing a call connection with a third electronic device associated with the first electronic device.
A vehicle lamp comprising: a light emitting device having a rectangular light emitting surface; a reflector configured to reflect light from the light emitting device in a forward direction of the vehicle lamp to form a horizontally diffused light distribution pattern (P1, P2), such that, in a top view of the vehicle lamp, a part of the light reflected by one end portion (54b1) of the reflector and another part of the light reflected by another end portion (54b2) of the reflector intersect each other, characterized in that the light emitting device is disposed such that the long sides (52af1) of the light emitting surface extend in a vertical direction, and the reflector is configured to reflect the light from the light emitting device such that the long sides (52af1) of the light emitting surface are projected to extend in a vertical direction of the horizontally diffused light distribution pattern (P1, P2). a light emitting device having a rectangular light emitting surface; a reflector configured to reflect light from the light emitting device in a forward direction of the vehicle lamp to form a horizontally diffused light distribution pattern (P1, P2), such that, in a top view of the vehicle lamp, a part of the light reflected by one end portion (54b1) of the reflector and another part of the light reflected by another end portion (54b2) of the reflector intersect each other, characterized in that the light emitting device is disposed such that the long sides (52af1) of the light emitting surface extend in a vertical direction, and the reflector is configured to reflect the light from the light emitting device such that the long sides (52af1) of the light emitting surface are projected to extend in a vertical direction of the horizontally diffused light distribution pattern (P1, P2).