mhurhangee/ep-ind-claims huggingface dataset:
A method of measuring objects which are conveyed in a conveying direction by means of an object conveyor, wherein (i) a first object edge of a conveyed object is detected at a first measurement position by means of a first optoelectronic sensor, (ii) the first object edge or a second object edge of the conveyed object is detected at a second measurement position, which is spaced apart from the first measurement position in the conveying direction, by means of a second optoelectronic sensor (22, 23, 24, 25) which is spatially resolving at least in the conveying direction, (iii) a time difference between the detection of the first object edge at the first measurement position and the detection of the object edge (41 or 42) detected in step (ii) at the second measurement position is determined, (iv) a transit time is determined in which the object edge (41 or 42) detected in step (ii) moves through a predetermined measurement path of the second optoelectronic sensor (22, 23, 24, 25) extending in the conveying direction, (v) the object speed at which the conveyed object moves in the conveying direction is determined based on the transit time and a length of the measurement path, and (vi) the length of the object is determined based on the determined time difference and the determined object speed. (i) a first object edge of a conveyed object is detected at a first measurement position by means of a first optoelectronic sensor, (ii) the first object edge or a second object edge of the conveyed object is detected at a second measurement position, which is spaced apart from the first measurement position in the conveying direction, by means of a second optoelectronic sensor (22, 23, 24, 25) which is spatially resolving at least in the conveying direction, (iii) a time difference between the detection of the first object edge at the first measurement position and the detection of the object edge (41 or 42) detected in step (ii) at the second measurement position is determined, (iv) a transit time is determined in which the object edge (41 or 42) detected in step (ii) moves through a predetermined measurement path of the second optoelectronic sensor (22, 23, 24, 25) extending in the conveying direction, (v) the object speed at which the conveyed object moves in the conveying direction is determined based on the transit time and a length of the measurement path, and (vi) the length of the object is determined based on the determined time difference and the determined object speed.
An antiskid apparatus for a hybrid vehicle, the hybrid vehicle including: an engine configured to output a rotational power from a crankshaft as a propelling force of the vehicle; a power generator that is connected to the crankshaft of the engine, the power generator capable of being driven by a torque of the crankshaft to generate electricity, the power generator capable of generating an auxiliary driving force by assisting to add a torque to the output of the crankshaft; a battery configured to supply electricity to the power generator and capable of storing the electricity generated by the power generator; and a transmission configured to change a speed of a rotation of the crankshaft and to transmit the rotation to a driving wheel, the antiskid apparatus being characterized by a generator control section configured to adjust a deceleration torque of the driving wheel by controlling the power generator to change from an operation of decreasing a generation amount of the power generator to an operation of assist-driving the crankshaft when an engine rotation speed is higher than a predetermined rotation speed during rapid deceleration in which a vehicle deceleration speed is at a predetermined value or more or during deceleration associated with shift-down through the transmission.
A dispensing device for emitting a gas and a liquid product, comprising: a container; a dispensing head attached to the container, the dispensing head being axially depressible relative to the container; and a sequential delivery valve attached to the dispensing head, the valve being in fluid communication with both the dispensing head and the container and configured to allow only gas to travel through the valve and into the dispensing head from the container when the dispensing head is partially depressed relative to the container and to allow both liquid and gas to travel through the valve and into the dispensing head from the container when the dispensing head is fully depressed relative to the container, characterised in that the dispensing head comprises a nozzle insert and an actuator, wherein the actuator is attached to the valve and defines a liquid duct and a gas duct and the nozzle insert comprises a pressure cap defining a pressure chamber in fluid communication with the gas duct and a liquid conduit disposed in the pressure chamber defining a liquid supply channel in fluid communication with the liquid duct. a container; a dispensing head attached to the container, the dispensing head being axially depressible relative to the container; and a sequential delivery valve attached to the dispensing head, the valve being in fluid communication with both the dispensing head and the container and configured to allow only gas to travel through the valve and into the dispensing head from the container when the dispensing head is partially depressed relative to the container and to allow both liquid and gas to travel through the valve and into the dispensing head from the container when the dispensing head is fully depressed relative to the container, characterised in that the dispensing head comprises a nozzle insert and an actuator, wherein the actuator is attached to the valve and defines a liquid duct and a gas duct and the nozzle insert comprises a pressure cap defining a pressure chamber in fluid communication with the gas duct and a liquid conduit disposed in the pressure chamber defining a liquid supply channel in fluid communication with the liquid duct.
Cable processing apparatus having a crimping device loaded with an exchangeable crimping cassette (200, 200a, 200b), the cable processing apparatus comprising a crimping cassette exchanging device, wherein the crimping cassette exchanging device comprises: a plurality of carriages (130a, 130b), each carriage (130a, 130b) having a crimping cassette holding device (140a, 140b) adapted to attach to and to detach from a crimping cassette (200, 200a, 200b); a horizontal carriage guide for providing a substantially horizontal guided movement of the carriages (130a, 130b); a vertical carriage guide for providing a substantially vertical guided movement of a carriage (130a, 130b) from an initial vertical position to the crimping device or vice-versa, wherein the vertical carriage guide is arranged relative to the horizontal carriage guide such that one of the plurality of carriages (130a, 130b) is vertically movable at a time; a carriage shifting device adapted to controllably perform the horizontal guided movement; a carriage lifting device adapted to controllably perform the vertical guided movement; a control device adapted to control the horizontal guided movement and/or the vertical guided movement according to a carriage selection signal; characterized in that the cassette has a crimping tool attached thereto. a plurality of carriages (130a, 130b), each carriage (130a, 130b) having a crimping cassette holding device (140a, 140b) adapted to attach to and to detach from a crimping cassette (200, 200a, 200b); a horizontal carriage guide for providing a substantially horizontal guided movement of the carriages (130a, 130b); a vertical carriage guide for providing a substantially vertical guided movement of a carriage (130a, 130b) from an initial vertical position to the crimping device or vice-versa, wherein the vertical carriage guide is arranged relative to the horizontal carriage guide such that one of the plurality of carriages (130a, 130b) is vertically movable at a time; a carriage shifting device adapted to controllably perform the horizontal guided movement; a carriage lifting device adapted to controllably perform the vertical guided movement; a control device adapted to control the horizontal guided movement and/or the vertical guided movement according to a carriage selection signal; characterized in that the cassette has a crimping tool attached thereto.
Sleeve blank configured to be folded into a bobbin coil, the sleeve blank comprising a plurality of centre panels being arranged one after the other along a longitudinal direction and being foldable relative to each other along transversely extending fold lines, the sleeve blank being configured to be coiled into a bobbin coil by folding the centre panels relative to each other, characterised in that said sleeve blank comprises: a plurality of corner panels, each corner panel being provided between two neighbouring centre panels at a centre portion, as seen along a transverse direction, of the neighbouring centre panels, wherein each corner panel is connected to one of the two neighbouring centre panels along a fold line, and is separated from, or separable from, the other of the two neighbouring centre panels by a cut line, or a perforation, and a plurality of end cut-outs provided in the centre panels at a transversal position outside the corner panels, each end cut-out extending across a fold line between neighbouring centre panels and each having an extension in the longitudinal direction. a plurality of centre panels being arranged one after the other along a longitudinal direction and being foldable relative to each other along transversely extending fold lines, the sleeve blank being configured to be coiled into a bobbin coil by folding the centre panels relative to each other, characterised in that said sleeve blank comprises: a plurality of corner panels, each corner panel being provided between two neighbouring centre panels at a centre portion, as seen along a transverse direction, of the neighbouring centre panels, wherein each corner panel is connected to one of the two neighbouring centre panels along a fold line, and is separated from, or separable from, the other of the two neighbouring centre panels by a cut line, or a perforation, and a plurality of end cut-outs provided in the centre panels at a transversal position outside the corner panels, each end cut-out extending across a fold line between neighbouring centre panels and each having an extension in the longitudinal direction. a plurality of corner panels, each corner panel being provided between two neighbouring centre panels at a centre portion, as seen along a transverse direction, of the neighbouring centre panels, wherein each corner panel is connected to one of the two neighbouring centre panels along a fold line, and is separated from, or separable from, the other of the two neighbouring centre panels by a cut line, or a perforation, and a plurality of end cut-outs provided in the centre panels at a transversal position outside the corner panels, each end cut-out extending across a fold line between neighbouring centre panels and each having an extension in the longitudinal direction.
A medical instrumentation storage cabinet for first and second instrumentation retention trays (114, 115, 116) configured to receive surgical instruments, said cabinet comprising: a housing (102, 802, 902) including a top plate (104, 512, 804, 904), a bottom shelf and at least one intermediate shelf (108, 110) there between, one or more of the top plate, the bottom shelf, the intermediate shelf including a plurality of holes there through to allow passage of a sterilization medium during a sterilization process; and the housing separating the intermediate shelf from the top plate and bottom shelf to define first and second tray storage areas (165, 166) there between, the first and second tray storage areas configured to receive a first and a second instrumentation retention tray (114, 115, 116), respectively; and tray passages provided in the housing, the tray passages located to allow both of the first and second instrumentation retention trays to be inserted into the housing and opened to an open position relative to the housing in at least two directions characterized in that the at least two directions include at least one end and at least one side of the housing. a housing (102, 802, 902) including a top plate (104, 512, 804, 904), a bottom shelf and at least one intermediate shelf (108, 110) there between, one or more of the top plate, the bottom shelf, the intermediate shelf including a plurality of holes there through to allow passage of a sterilization medium during a sterilization process; and the housing separating the intermediate shelf from the top plate and bottom shelf to define first and second tray storage areas (165, 166) there between, the first and second tray storage areas configured to receive a first and a second instrumentation retention tray (114, 115, 116), respectively; and tray passages provided in the housing, the tray passages located to allow both of the first and second instrumentation retention trays to be inserted into the housing and opened to an open position relative to the housing in at least two directions characterized in that the at least two directions include at least one end and at least one side of the housing.
A femtocell base station in a mobile network system, comprising: wherein said femtocell base station has a normal operation mode, wherein said femtocell base station has a low-duty operation mode with reduced radio interface activity, wherein said femtocell base station transits between said normal operation mode and said low-duty operation mode, wherein said femtocell base station enters said low-duty operation mode if there are no mobile stations connected to the femtocell base station, wherein said low-duty operation mode has available intervals and unavailable intervals, and wherein said available intervals and said unavailable intervals are counted in superframes. wherein said femtocell base station has a normal operation mode, wherein said femtocell base station has a low-duty operation mode with reduced radio interface activity, wherein said femtocell base station transits between said normal operation mode and said low-duty operation mode, wherein said femtocell base station enters said low-duty operation mode if there are no mobile stations connected to the femtocell base station, wherein said low-duty operation mode has available intervals and unavailable intervals, and wherein said available intervals and said unavailable intervals are counted in superframes.
Rotary damper comprising a housing and at least one magnetic field source, and at least one displacing device disposed in the housing, wherein the displacing device contains at least one magnetorheological fluid as a working fluid by means of which it can operate to set and adjust the damping of the rotary motion, characterized in that at least one front-face axial gap is configured between the housing and the displacing device, and that a substantial part of the magnetic field of the magnetic field source passes through the axial gap between the housing and the displacing components (4, 5), and that the displacing device comprises a damper shaft and intermeshing displacing components (4, 5) which are rotatable relative to one another, wherein a rotary motion of the damper shaft can be dampened, and that both of the axial ends of the displacing components (4, 5) show a front-face axial gap configured between the housing and the displacing device, and wherein a substantial part of the magnetic field of the magnetic field source passes through both of the axial gaps between the housing and the displacing components (4, 5), and causes sealing of the front-face axial gaps, and that the damper shaft is rotatable by a plurality or a multitude of revolutions.
Solar receiver with a longitudinal axis comprising an absorber, a bearing structure extending over the entire length of the solar receiver and intended to suspend the receiver in the power plant, a protection structure mounted around the bearing structure forming an envelope around the bearing structure, said protection structure being able to protect the bearing structure from the heating due to the solar flux, the bearing structure and the protection structure being able to slide with respect to each other along the longitudinal axis, the absorber extending longitudinally.
A superconducting coil, comprising: a coil body comprising concentrically and circularly wound superconducting wire; an electrode member which comprises a first surface, a second surface, a base portion, and an extension portion, the first surface facing an outer peripheral surface of the coil body, the second surface being positioned to be opposite to the first surface, the base portion being solder-joined to the superconducting wire of the coil body on the first surface, the extension portion extending from the second surface to the outside of the coil body; and an electrode superconducting wire which extends from the second surface of the electrode member toward the extension portion, and is solder-joined to the base portion and the extension portion, wherein a relationship among a width W1 of the superconducting wire of the coil body, a width W2 of the base portion of the electrode member, and a width W3 of the electrode superconducting wire satisfies W1 > W2 ≥ W3. a coil body comprising concentrically and circularly wound superconducting wire; an electrode member which comprises a first surface, a second surface, a base portion, and an extension portion, the first surface facing an outer peripheral surface of the coil body, the second surface being positioned to be opposite to the first surface, the base portion being solder-joined to the superconducting wire of the coil body on the first surface, the extension portion extending from the second surface to the outside of the coil body; and an electrode superconducting wire which extends from the second surface of the electrode member toward the extension portion, and is solder-joined to the base portion and the extension portion, wherein a relationship among a width W1 of the superconducting wire of the coil body, a width W2 of the base portion of the electrode member, and a width W3 of the electrode superconducting wire satisfies W1 > W2 ≥ W3.
A longitudinal engine comprising: a plurality of cylinders to be disposed in front-and-rear directions of a vehicle, a side surface to which a mount member is to be coupled, the mount member being configured to fix the engine to a vehicle frame, and a fuel supply system configured to supply fuel to a longitudinal engine having a plurality of cylinders disposed in front-and-rear directions of a vehicle, and a side surface to which the mount member is coupled, the mount member fixing the engine to a vehicle frame, the system comprising: a fuel supply piping configured to supply fuel from a lower part of the engine to the plurality of cylinders located in an upper part of the engine, wherein the fuel supply piping is configured to be disposed at least partially rearward of a front end of a starter that is disposed rearward of the mount member and that is more rigid than the mount member, and wherein the fuel supply piping includes a first pipe member, a second pipe member, and a coupling part coupling the first pipe member to the second pipe member, the coupling part being disposed rearward of the front end of the starter. a plurality of cylinders to be disposed in front-and-rear directions of a vehicle, a side surface to which a mount member is to be coupled, the mount member being configured to fix the engine to a vehicle frame, and a fuel supply system configured to supply fuel to a longitudinal engine having a plurality of cylinders disposed in front-and-rear directions of a vehicle, and a side surface to which the mount member is coupled, the mount member fixing the engine to a vehicle frame, the system comprising: a fuel supply piping configured to supply fuel from a lower part of the engine to the plurality of cylinders located in an upper part of the engine, wherein the fuel supply piping is configured to be disposed at least partially rearward of a front end of a starter that is disposed rearward of the mount member and that is more rigid than the mount member, and wherein the fuel supply piping includes a first pipe member, a second pipe member, and a coupling part coupling the first pipe member to the second pipe member, the coupling part being disposed rearward of the front end of the starter. a fuel supply piping configured to supply fuel from a lower part of the engine to the plurality of cylinders located in an upper part of the engine, wherein the fuel supply piping is configured to be disposed at least partially rearward of a front end of a starter that is disposed rearward of the mount member and that is more rigid than the mount member, and wherein the fuel supply piping includes a first pipe member, a second pipe member, and a coupling part coupling the first pipe member to the second pipe member, the coupling part being disposed rearward of the front end of the starter.
A nozzle housing for a servo valve, the nozzle housing comprising: a circumferential wall defining a return passage extending along a longitudinal axis for holding a return nozzle, the return passage having an opening for fluid communication with a spool valve and a return port for fluid communication with atmosphere; characterised by: a first plate extending across the return passage, the first plate engaged with the circumferential wall and disposed between the opening and the return port; and a second plate extending across the return passage, the second plate engaged with the circumferential wall and disposed between the first plate and the return port, wherein the first plate has at least one first aperture, and the second plate has at least one second aperture that is misaligned with the at least one first aperture such that there is no linear axial flow path between the return port and the opening. a circumferential wall defining a return passage extending along a longitudinal axis for holding a return nozzle, the return passage having an opening for fluid communication with a spool valve and a return port for fluid communication with atmosphere; characterised by: a first plate extending across the return passage, the first plate engaged with the circumferential wall and disposed between the opening and the return port; and a second plate extending across the return passage, the second plate engaged with the circumferential wall and disposed between the first plate and the return port, wherein the first plate has at least one first aperture, and the second plate has at least one second aperture that is misaligned with the at least one first aperture such that there is no linear axial flow path between the return port and the opening. a first plate extending across the return passage, the first plate engaged with the circumferential wall and disposed between the opening and the return port; and a second plate extending across the return passage, the second plate engaged with the circumferential wall and disposed between the first plate and the return port, wherein the first plate has at least one first aperture, and the second plate has at least one second aperture that is misaligned with the at least one first aperture such that there is no linear axial flow path between the return port and the opening.