mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving spectral/multi-energy projection data, including at least two sub-sets of measured line integrals, each sub-set representing attenuation properties of a scanned object for different X-ray spectra; decomposing the spectral/multi-energy projection data into a plurality of basis material line integrals; determining a statistical model for the plurality of basis material line integrals and de-noising, solely in the projection domain, the plurality of basis material line integrals by filtering noise correlated between the plurality of basis material line integrals according to the statistical model, generating de-noised decomposed basis material line integrals. receiving spectral/multi-energy projection data, including at least two sub-sets of measured line integrals, each sub-set representing attenuation properties of a scanned object for different X-ray spectra; decomposing the spectral/multi-energy projection data into a plurality of basis material line integrals; determining a statistical model for the plurality of basis material line integrals and de-noising, solely in the projection domain, the plurality of basis material line integrals by filtering noise correlated between the plurality of basis material line integrals according to the statistical model, generating de-noised decomposed basis material line integrals.
Self-winding watch comprising a movement connected to a winding device of a barrel spring comprising: • an oscillating weight pivoting around an axis A; • a reduction wheel train cooperating with the oscillating weight to transmit the torque to the barrel; • at least one storage unit for electrical energy; • at least one photovoltaic cell arranged to receive the ambient light and charge the electrical energy storage unit; • a control circuit connected to the terminals of the storage unit; and • drive means connected to the control circuit and coupled to the oscillating weight to displace it, characterised in that the energy storage unit, the control circuit and the drive means are integrated in the oscillating weight. • an oscillating weight pivoting around an axis A; • a reduction wheel train cooperating with the oscillating weight to transmit the torque to the barrel; • at least one storage unit for electrical energy; • at least one photovoltaic cell arranged to receive the ambient light and charge the electrical energy storage unit; • a control circuit connected to the terminals of the storage unit; and • drive means connected to the control circuit and coupled to the oscillating weight to displace it,
A valve gasket (21, 22) for a metering valve of a fluid dispenser, made of an elastomer material that is self-lubricating, said elastomer material containing a lubricant, such as silicone oil, characterized in that said lubricant is encapsulated in the form of microcapsules and/or microspheres, that are added to the elastomer material of the gasket.
A method characterised by: detecting a data over signaling, DoS, message for initiating a group call at an access terminal (102, 108, 110, 112); and delaying a sleep state at the access terminal (102, 108, 110, 112) for a predetermined time after detection of the DoS message. detecting a data over signaling, DoS, message for initiating a group call at an access terminal (102, 108, 110, 112); and delaying a sleep state at the access terminal (102, 108, 110, 112) for a predetermined time after detection of the DoS message.
A sliding door with a self-closing device, said sliding door being suitable for toilet modules of railway vehicles, the device comprising closing means for said door and a closing arm of said door that is associated with an actuator axis of said closing means, said device also comprising a closing guide of the door, a first hinged end of said closing arm being mounted associated with said closing guide, said first hinged end being susceptible of moving along said closing guide while a second opposed hinged end of said arm moves associated with a moving guide of the door to close said door, wherein said closing means include a closing body provided with a spring that drives said actuator axis, and said closing guide is arranged along a direction forming an acute angle (α) with respect to the guide of the door itself, the direction of said closing guide permitting a movement of the arm that provides a door closing path (dAB) additional to the path that provides the rotation of the arm itself in the same closing guide, characterized in that said actuator axis is placed so that it permits said arm to pivot about a plane perpendicular to the door plane.
An air guide mechanism for an indoor unit of an air conditioner, comprising: a housing for the indoor unit of the air conditioner defining an air outlet; a swing assembly provided in the air outlet and fixedly connected to a bottom of the air outlet, and a flow guide plate provided above the swing assembly and fixedly connected to a top of the air outlet, characterized in that two side walls of the air outlet are provided with a plurality of connecting plates therebetween, the plurality of connecting plates is fixedly connected to the top and the bottom of the air outlet, and each connecting plate has an upper end provided with a first aperture and a lower end provided with a second aperture, and in that a plurality of through holes is provided in the two side walls of the air outlet and between the first aperture and the second aperture of each connecting plate. a housing for the indoor unit of the air conditioner defining an air outlet; a swing assembly provided in the air outlet and fixedly connected to a bottom of the air outlet, and a flow guide plate provided above the swing assembly and fixedly connected to a top of the air outlet, characterized in that two side walls of the air outlet are provided with a plurality of connecting plates therebetween, the plurality of connecting plates is fixedly connected to the top and the bottom of the air outlet, and each connecting plate has an upper end provided with a first aperture and a lower end provided with a second aperture, and in that a plurality of through holes is provided in the two side walls of the air outlet and between the first aperture and the second aperture of each connecting plate.
Apparatus for detecting the state of a rechargeable battery to be checked in a vehicle having at least two vehicle onboard power supply systems (5, 6) having different operating voltages (U H, U N), comprising: - a DC/DC converter, which converts a first DC voltage (U H) of a first vehicle onboard power supply system into a second DC voltage (U N) of the rechargeable battery of the second vehicle onboard power supply system; - a control device of the vehicle onboard power supply systems (5, 6), wherein the control device of the vehicle onboard power supply systems (5, 6) additionally comprises: - a test signal module set up for applying a test signal to the rechargeable battery to be checked via the DC/DC converter, wherein the apparatus is characterized by - a measured value detection module set up for measuring the reaction values as temporal profile of the current or of the voltage of the rechargeable battery to be checked, and - an evaluation module set up for detecting the state of the rechargeable battery from the temporal profile of the reaction values. - a DC/DC converter, which converts a first DC voltage (U H) of a first vehicle onboard power supply system into a second DC voltage (U N) of the rechargeable battery of the second vehicle onboard power supply system; - a control device of the vehicle onboard power supply systems (5, 6), - a test signal module set up for applying a test signal to the rechargeable battery to be checked via the DC/DC converter, - a measured value detection module set up for measuring the reaction values as temporal profile of the current or of the voltage of the rechargeable battery to be checked, and - an evaluation module set up for detecting the state of the rechargeable battery from the temporal profile of the reaction values.
Side plate of a continuous casting mould for producing a cast strip of metal materials, comprising: a hot side, which faces the casting space spanned by the continuous casting mould, and a cold side remote from the hot side; at least one cooling channel on the cold side of the side plate for conducting a coolant; and at least one filler member, which is inserted into the cooling channel, for reducing the cross-section of the cooling channel to a desired residual cross-section, wherein the flow member is made at least partly of plastics material; characterised in that the plastics material for the filler member is polyacetal. a hot side, which faces the casting space spanned by the continuous casting mould, and a cold side remote from the hot side; at least one cooling channel on the cold side of the side plate for conducting a coolant; and at least one filler member, which is inserted into the cooling channel, for reducing the cross-section of the cooling channel to a desired residual cross-section, wherein the flow member is made at least partly of plastics material; characterised in that the plastics material for the filler member is polyacetal.
A system for running variable motor with transmission oil that is used in vibro hammers and pipe/pile driving machines, that performs transmission lubrication by a closed loop oil system and that enables running the variable motor with the same oil, comprising; - at least one variable motor that transfers power by feeding oil, - at least one transmission belonging to the vibro hammer or the pipe driving machine, - at least one oil sump in which the oil fed to the variable motor and the transmission is stored, - at least one oil pump that draws the oil in the oil sump and that transfers the oil to the variable motor ant the transmission and that circulates the oil in the system, characterized by; - the control valve comprising at least one oil inlet, at least one phase changer A direction and at least one pilot inlet, - at least one control valve, depending on the signal received from the pilot inlet, that directs the oil used in transmission lubrication to the variable motor to run the variable motor, that directs the oil running the variable motor back to the transmission lubrication and thus that is adapted to provide a closed loop oil circulation between the transmission and the variable motor. - at least one variable motor that transfers power by feeding oil, - at least one transmission belonging to the vibro hammer or the pipe driving machine, - at least one oil sump in which the oil fed to the variable motor and the transmission is stored, - at least one oil pump that draws the oil in the oil sump and that transfers the oil to the variable motor ant the transmission and that circulates the oil in the system, characterized by; - the control valve comprising at least one oil inlet, at least one phase changer A direction and at least one pilot inlet, - at least one control valve, depending on the signal received from the pilot inlet, that directs the oil used in transmission lubrication to the variable motor to run the variable motor, that directs the oil running the variable motor back to the transmission lubrication and thus that is adapted to provide a closed loop oil circulation between the transmission and the variable motor.
A catalytic ink preparation method comprising: mixing a first ion conductor and a catalyst to prepare a first ink; concentrating the first ink; and adding a second ion conductor to the concentrated first ink, wherein the concentrating the first ink is performed so that a solid content concentration of the first ink becomes 25 to 90% by mass. mixing a first ion conductor and a catalyst to prepare a first ink; concentrating the first ink; and adding a second ion conductor to the concentrated first ink, wherein the concentrating the first ink is performed so that a solid content concentration of the first ink becomes 25 to 90% by mass.
A control device (2, 2') for industrial machines with controlled movement drives for machine components, comprising a human-machine interface with at least one operating element for manually influencing or predetermining adjustment movements of at least one of the machine components, wherein at least one operating element is formed as a rotary adjuster operating element with an actuation member mounted so as to be rotatable about an axis of rotation, said actuation member being rotatable by actuation force of an operator, wherein rotation movements of the actuation member, or its axis of rotation, are evaluated by an electronic evaluation and control device for deriving control commands, and wherein the evaluation and control device is formed for automatic differentiation at least between a first operating mode (B 1) and a second operating mode, wherein in the first operating mode, adjustment movements of a controlled machine component are performed only as long as a rotation movement of the actuation member or of its axis of rotation can be detected by the evaluation and control device, characterized in that, in the second operating mode, adjustment movements of a controlled machine component are immediately continued for a temporally limited follow-up time (VNL2, VNL3) after termination of the rotation movement of the actuation member or its axis of rotation without an interruption of the adjustment movement of the controlled machine component, wherein the automatic differentiation between the first and the second operating mode (B1, B2) is carried out based on an angular velocity (ω N, ω 1, ω 2, ω 3) or angular acceleration ( a ⇀ N a ⇀ 1, a ⇀ 2, a ⇀ 3) detected by the evaluation and control device, said angular velocity (ω N, ω 1, ω 2, ω 3) or angular acceleration ( a ⇀ N, a ⇀ 1, a ⇀ 2, a ⇀ 3) being present during or after an initial phase of a rotary actuation of the actuation member, or being present or given at an evaluation time after the beginning of a rotary actuation of the actuation member in each case initiated relative to the actuation member, and that the evaluation and control device is configured for automatically switching between the first and second operating mode (B1, B2) and vice versa, or for automatically activating the first or second operating mode (B 1, B2).
A first base station for a communication system in which network slicing is supported, the first base station comprising: means for receiving, from a second base station, as a part of a handover procedure between the first base station and the second base station, a message, characterized in the message including at least one parameter from a set of parameters comprised in network slice selection assistance information, NSSAI, for a respective slice and a quality of service, QoS, flow identifier.
A low-pressure casting method, comprising: a core disposing step of disposing a core in a mold; a mold closing step of closing the mold; a step of increasing gas pressure in a holding furnace so as to fill a cavity with molten metal, a casting step of filling the cavity of the mold with the molten metal and allowing the molten metal to solidify; and a mold opening step of collecting a molded product that is formed in the casting step, wherein the method further comprises: a reduced-pressure drying step of drying the core under reduced pressure after the mold closing step and before the casting step and wherein the casting step involves vacuuming the cavity while filling the cavity with the molten metal and discharging the preceding molten metal from the cavity by vacuuming the cavity even after the cavity is filled with the molten metal. a core disposing step of disposing a core in a mold; a mold closing step of closing the mold; a step of increasing gas pressure in a holding furnace so as to fill a cavity with molten metal, a casting step of filling the cavity of the mold with the molten metal and allowing the molten metal to solidify; and a mold opening step of collecting a molded product that is formed in the casting step, wherein the method further comprises: a reduced-pressure drying step of drying the core under reduced pressure after the mold closing step and before the casting step and wherein the casting step involves vacuuming the cavity while filling the cavity with the molten metal and discharging the preceding molten metal from the cavity by vacuuming the cavity even after the cavity is filled with the molten metal.
Railway vehicle with a chassis, on which at least one seat is arranged and which is provided with front wheels and rear wheels, of which at least one is coupled with a drive motor, characterized in that a vehicle middle part is provided, which is connected at the front side rotatably about a first pivot axis to a vehicle front part which is provided with the front wheels, and which is connected at the rear side rotatably about a second pivot axis to a vehicle rear part, which is provided with the rear wheels, so that the vehicle front part and the vehicle rear part for transport on rails are each rotatable apart from one another against the rails into a first end position and are lockable and not for transport on the rails are each rotatable against one another into a second end position and are preferably lockable, that the vehicle front part comprises two front longitudinal arms, which are each provided with one of the front wheels and which are rotatably connected at the first pivot axis to the vehicle middle part in such a way, that an exposed end piece of each front longitudinal arm extends beyond the first pivot axis and forms a front coupling lever, that the vehicle rear part comprises two rear longitudinal arms which are each provided with one of the rear wheels and which are rotatably connected at the second pivot axis to the vehicle middle part in such a way, that an exposed end piece of each rear longitudinal arm extends beyond the second pivot axis and forms a rear coupling lever, and that the front coupling lever and the rear coupling lever are connectable with one another and lockable in the first end position.
A compound of formula wherein: Tc is 99m Tc; R is hydrogen (-H) or a group of formula -(CH 2) n -A, wherein n is an integer of 1 or 2 and A is selected from the group consisting of hydrogen (-H), hydroxyl (-OH), methyl (-CH 3), carboxyl (-COOH), sodium carbonyl (-COONa), amino (-NH 2), cyanide (-CN), sulfonyl (-SO 3 H) and sodium sulfonyl (-SO 3 Na); R 1 is a group of formula -(CH 2) m -R 2, wherein m is an integer of 1 to 6 and R 2 is selected from the group consisting of alkoxyl (-O-Ak), hydroxyl (-OH), carboxyl (-COOH), and amino (-NH 2); and ZY is a bidentate ligand, coordinated with Tc through a combination of electron-donating atoms selected from the group consisting of [O -,S -], [S -,S -], [O -,S], [O,S -], [N,S -], [N -,S], and [N -,S -], wherein ZY is not coordinated with Tc through [N,S -] if R is -CH 3 and R 1 is -(CH 2) 2 -OCH 3. Tc is 99m Tc; R is hydrogen (-H) or a group of formula -(CH 2) n -A, wherein n is an integer of 1 or 2 and A is selected from the group consisting of hydrogen (-H), hydroxyl (-OH), methyl (-CH 3), carboxyl (-COOH), sodium carbonyl (-COONa), amino (-NH 2), cyanide (-CN), sulfonyl (-SO 3 H) and sodium sulfonyl (-SO 3 Na); R 1 is a group of formula -(CH 2) m -R 2, wherein m is an integer of 1 to 6 and R 2 is selected from the group consisting of alkoxyl (-O-Ak), hydroxyl (-OH), carboxyl (-COOH), and amino (-NH 2); and ZY is a bidentate ligand, coordinated with Tc through a combination of electron-donating atoms selected from the group consisting of [O -,S -], [S -,S -], [O -,S], [O,S -], [N,S -], [N -,S], and [N -,S -], wherein ZY is not coordinated with Tc through [N,S -] if R is -CH 3 and R 1 is -(CH 2) 2 -OCH 3.
A multilevel voltage source converter for high voltage DC power transmission and reactive power compensation, the voltage source converter comprising at least three phase elements including a plurality of semiconductor switches to interconnect a common DC voltage and an AC voltage, and at least three auxiliary converters configured to act as waveform synthesizers to modify the DC voltage presented to the DC sides of the phase elements, wherein each auxiliary converter is configured to synthesize a waveform closely approximating an offset rectified sinusoid waveform for presentation to the DC side of each phase element, characterized in that each auxiliary converter includes a single-phase multilevel converter of chain link type converter, wherein the chain-link converter includes a chain of modules connected in series, each module including a pair of semiconductor switches and a capacitor connected in parallel in a half-bridge arrangement to define a 2-quadrant unipolar module that can develop zero or positive voltage, wherein an auxiliary converter is connected in parallel with each phase element, each phase element and the respective auxiliary converter forming a single phase converter limb, and wherein three single phase converter limbs are connected in series on the DC side of the circuit to define a two terminal DC network for three-phase electrical power transmission.
A sealed contact device in which a ring-shaped flange portion extending laterally from a lower opening edge part of a metallic case is welded and integrated with an upper surface of a plate-shaped yoke to form an internal space and a stationary contact and a moving contact are opposed to each other in the internal space so as to enable approach and/or separation, characterized in that a ring-shaped projection provided along a lower surface of the ring-shaped flange portion is integrated with the upper surface of the plate-shaped yoke by resistance welding, wherein the ring-shaped flange portion is inclined, at an inclination angle in an inclination angle range, to said upper surface of the plate-shaped yoke opposing the ring-shaped flange portion, and wherein said inclination angle range of the ring-shaped flange portion is determined in such a manner that, in the resistance welding, the ring-shaped projection is pressurized uniformly and stably, and that the plate-shaped yoke comes in contact with the metallic cylindrical flange only at the ring-shaped projection. a ring-shaped projection provided along a lower surface of the ring-shaped flange portion is integrated with the upper surface of the plate-shaped yoke by resistance welding, wherein the ring-shaped flange portion is inclined, at an inclination angle in an inclination angle range, to said upper surface of the plate-shaped yoke opposing the ring-shaped flange portion, and wherein said inclination angle range of the ring-shaped flange portion is determined in such a manner that, in the resistance welding, the ring-shaped projection is pressurized uniformly and stably, and that the plate-shaped yoke comes in contact with the metallic cylindrical flange only at the ring-shaped projection.