mhurhangee/ep-ind-claims huggingface dataset:
Gaming device with a firing mechanism for firing a gaming coin onto a coin track, said coin track comprising a deflection track and leading to a target device, wherein the deflection track is enclosed by a recess in a housing front plate and the target device is arranged in the area of the recess, wherein the housing front plate is designed transparent at least in some sections, characterised in that a display device in the form of a monitor is arranged behind the housing front plate in such a way that the display device substantially extensively extends across the entire upper housing front section that lies above the target device, as well as downwards across the target device and that at least a part of the display device is visible through the at least sectionally transparent housing front plate and another part of the display device is visible through the recess in the housing front plate.
A mobile communications system for transmitting data to and/or receiving data from communications devices, the mobile communications system comprising: one or more base stations, each of which includes a transmitter and a receiver configured to provide a wireless access interface for communicating data to and/or from the communications devices, the wireless access interface providing a plurality of communications resource elements across a first frequency range, wherein the wireless access interface provided by the one or more base stations includes a plurality of time divided sub-frames, and at least one of the sub-frames includes a first wideband control channel in a part of the sub-frame for communicating first signalling information to one or more of the communications devices, and the at least one of the sub-frames includes a second narrow band control channel in a second part of the sub-frame and having a bandwidth which is less than the first wideband control channel and a duration of the second narrow band control channel within the sub-frame is greater than a duration of the first wideband control channel within the sub-frame, the second narrow band control channel being configured for communicating second signalling information to one or more of the communications devices, and the one or more base stations are configured to transmit a sleep indication signal to one or more of the communications devices, the sleep indication signal indicating to the one or more of the communications devices that the communications devices do not need to receive the second signalling information from the second narrow band control channel. one or more base stations, each of which includes a transmitter and a receiver configured to provide a wireless access interface for communicating data to and/or from the communications devices, the wireless access interface providing a plurality of communications resource elements across a first frequency range, wherein the wireless access interface provided by the one or more base stations includes a plurality of time divided sub-frames, and at least one of the sub-frames includes a first wideband control channel in a part of the sub-frame for communicating first signalling information to one or more of the communications devices, and the at least one of the sub-frames includes a second narrow band control channel in a second part of the sub-frame and having a bandwidth which is less than the first wideband control channel and a duration of the second narrow band control channel within the sub-frame is greater than a duration of the first wideband control channel within the sub-frame, the second narrow band control channel being configured for communicating second signalling information to one or more of the communications devices, and the one or more base stations are configured to transmit a sleep indication signal to one or more of the communications devices, the sleep indication signal indicating to the one or more of the communications devices that the communications devices do not need to receive the second signalling information from the second narrow band control channel.
Actuator comprising: a housing having a hollow interior; a piston having a head and a rod, the piston located within the hollow interior of the housing for reciprocation between first and second end limits of travel within the housing, and separating the housing into first and second expandable fluid chambers (16a, 16b), the housing having a rod-end opening at one end and a head-end opening at an opposite end, the piston having a longitudinally extending aperture formed therein with an open end facing the head-end opening of the housing; a magnet supported by the piston adjacent to the open end of the longitudinally extending aperture in the piston; and a position sensor adjacent to the magnet; a plug for closing the head-end opening of the housing, the plug supporting the position sensor within the hollow interior of the housing and within the longitudinally extending aperture in the piston, adjacent to the magnet as the piston moves between the first and the second end limits of travel within the housing; characterized in that the actuator further comprises a clocking locator on the plug to align the sensor with the magnet during assembly. a housing having a hollow interior; a piston having a head and a rod, the piston located within the hollow interior of the housing for reciprocation between first and second end limits of travel within the housing, and separating the housing into first and second expandable fluid chambers (16a, 16b), the housing having a rod-end opening at one end and a head-end opening at an opposite end, the piston having a longitudinally extending aperture formed therein with an open end facing the head-end opening of the housing; a magnet supported by the piston adjacent to the open end of the longitudinally extending aperture in the piston; and a position sensor adjacent to the magnet; a plug for closing the head-end opening of the housing, the plug supporting the position sensor within the hollow interior of the housing and within the longitudinally extending aperture in the piston, adjacent to the magnet as the piston moves between the first and the second end limits of travel within the housing; characterized in that the actuator further comprises a clocking locator on the plug to align the sensor with the magnet during assembly.
A converter (110, 400) adapted to convert a single-ended input signal (111, 302) at a single-ended input to a differential output signal (112, 326) at an output, the converter comprising: a first circuit comprising a first input and a first output, the first input being coupled to the single-ended input to receive a single-ended input signal that has been filtered by a high pass filter with a first time constant, wherein the single-ended input signal has an AC component that oscillates around a midpoint and a transient component that reflects a change in the midpoint over time, wherein the change in the midpoint over time as the single-ended input signal settles is dependent on the first time constant of the high pass filter, wherein the first circuit is configured to capture a value representative of the midpoint of the single-ended input signal at the first input and to provide, at the first output, an output signal tracking the midpoint of the first input signal by having the output signal change with a second time constant characterized in that the second time constant is representative of and matched to the first time constant. a first circuit comprising a first input and a first output, the first input being coupled to the single-ended input to receive a single-ended input signal that has been filtered by a high pass filter with a first time constant, wherein the single-ended input signal has an AC component that oscillates around a midpoint and a transient component that reflects a change in the midpoint over time, wherein the change in the midpoint over time as the single-ended input signal settles is dependent on the first time constant of the high pass filter, wherein the first circuit is configured to capture a value representative of the midpoint of the single-ended input signal at the first input and to provide, at the first output, an output signal tracking the midpoint of the first input signal by having the output signal change with a second time constant characterized in that the second time constant is representative of and matched to the first time constant.
Method of producing aromatic hydrocarbon concentrate from light aliphatic hydrocarbons and mixtures thereof with oxygenates, wherein the feedstock is fed to two serially connected reactors, a first and second with pentasil-based zeolite catalysts, where the reactors differ in the conditions of conversion of hydrocarbons to aromatics, and the mixture obtained after the reactors is separated into liquid and gaseous fractions, characterized in that the gaseous fraction obtained after the second reactor is separated into hydrogen-containing gas and natural gas liquids containing olefins, and in that the hydrogen-containing gas is fed to an oxygenate synthesis unit and the oxygenates produced thereby are fed to the inputs of the first and second reactors, and in that the natural gas liquids containing olefins are fed to the input of the first reactor.
A plant having a mutation in the CESA1 gene wherein said mutation encodes for a mutant protein selected from the group consisting of a mutant protein comprising a methionine residue at a position corresponding to position 27 of SEQ ID NO: 3, a mutant protein comprising a phenylalanine residue at a position corresponding to position 62 of SEQ ID NO: 3, a mutant protein comprising a asparagine residue at a position corresponding to position 82 of SEQ ID NO: 3, a mutant protein comprising a valine residue at a position corresponding to position 208 of SEQ ID NO: 3 and a mutant protein comprising a threonine residue at a position corresponding to position 213 of SEQ ID NO: 3.
Double clutch for coupling a drive shaft of a motor vehicle engine to a transmission shaft of a motor vehicle transmission and/or a power take-off of the motor vehicle, in particular a power take-off shaft, having a first friction clutch for pressing a first clutch plate which can be coupled to the transmission shaft between a first pressure plate and a first counterplate in a frictionally locking manner, it being possible for the first pressure plate to be displaced in an axial direction in order to close the first friction clutch, a second friction clutch for pressing a second clutch plate which can be coupled to the power take-off between a second pressure plate and a second counterplate in a frictionally locking manner, it being possible for the second pressure plate to be displaced in the axial direction in order to close the second friction clutch, a first actuating element for displacing the first pressure plate, a second actuating element for displacing the second pressure plate, the second pressure plate being connected to a thrust ring which is operatively connected to the second actuating element, in order to transmit the displacement movement, characterized in that the second actuating element has at least one spring element for prestressing purposes, the at least one spring element being arranged between the second actuating element and the thrust ring.
A window frame element for a vehicle, in particular a motor vehicle, said frame element being substantially horizontal and configured to extend, to the exterior of the vehicle, along a substantially horizontal edge of a window (20, 22) and in the extension of this window, this element comprising a body configured to be carried by a support of the vehicle, the element comprising at least one pixel information display screen and a control and communication system, which is configured to communicate remotely, i.e. wirelessly, and to receive first signals and to transmit second signals to said at least one screen, said screen being configured to display information in accordance with said second signals, characterized in that said body comprises a standard portion carrying said screen and a fitting portion configured to be interposed between the standard portion and the vehicle and to allow the attachment of the body to the vehicle.
A method for producing a bead core for the bead portion of a tire, the method including: forming an elongate and uncured carbon fiber composite into the shape of a ring or coil; and curing the carbon fiber composite after the forming; wherein the carbon fiber composite has a strain ε of 0.1 percent or less after the curing, and wherein ε = r s / R D ∗ 100 with r s being a radius of the material from a centerline of the material and R D being a radius to the centerline after bending from a linear to a curved condition. forming an elongate and uncured carbon fiber composite into the shape of a ring or coil; and curing the carbon fiber composite after the forming; wherein the carbon fiber composite has a strain ε of 0.1 percent or less after the curing, and wherein ε = r s / R D ∗ 100 with r s being a radius of the material from a centerline of the material and R D being a radius to the centerline after bending from a linear to a curved condition.
Antifoam particles comprising porous copolymer of urea with an alkanal, and silicone antifoam composition which is liquid at 0°C and comprises at least one organosilicon compound which has units of the general formula R a (R 1 O) b R 2 c SiO (4-a-b-c)/2, in which R is hydrogen atom, a monovalent, SiC-bonded, optionally substituted aliphatic hydrocarbon radical, or aromatic hydrocarbon radical attached to the silicon atom via aliphatic groups, said radical having 1 to 18 C atoms, R 1 is hydrogen atom or a monovalent, optionally substituted hydrocarbon radical having 1 to 30 C atoms, R 2 is a monovalent, optionally substituted aromatic hydrocarbon radical having 6 to 18 C atoms and attached to the silicon atom via a ring carbon atom, and a, b, and c denote the values 0, 1, 2 or 3, with the proviso that the sum a+b+c is less than or equal to 3 and, per molecule, in 1-100%, preferably in 10-60%, more preferably in 20-40% of all the units of the general formula c is other than 0, and in at least 50% of all the units of the general formula in the organosilicon compound the sum a+b+c is 2. porous copolymer of urea with an alkanal, and silicone antifoam composition which is liquid at 0°C and comprises at least one organosilicon compound which has units of the general formula R a (R 1 O) b R 2 c SiO (4-a-b-c)/2, R is hydrogen atom, a monovalent, SiC-bonded, optionally substituted aliphatic hydrocarbon radical, or aromatic hydrocarbon radical attached to the silicon atom via aliphatic groups, said radical having 1 to 18 C atoms, R 1 is hydrogen atom or a monovalent, optionally substituted hydrocarbon radical having 1 to 30 C atoms, R 2 is a monovalent, optionally substituted aromatic hydrocarbon radical having 6 to 18 C atoms and attached to the silicon atom via a ring carbon atom, and a, b, and c denote the values 0, 1, 2 or 3, with the proviso that the sum a+b+c is less than or equal to 3 and, per molecule, in 1-100%, preferably in 10-60%, more preferably in 20-40% of all the units of the general formula c is other than 0, and in at least 50% of all the units of the general formula in the organosilicon compound the sum a+b+c is 2.
Water drawer, comprising a housing element, characterized in that the water drawer comprises at least one siphon assembly which forms a fluid connection between the housing element and a steam generating unit of a domestic appliance, wherein the siphon assembly comprises a main body and a cap body which form a conduit for the water providing a defined flow path, in particular having an inlet conduit section through which water is discharged, a first vertical conduit section through which the water flows along the flow path downwards, a second vertical conduit section through which the water flows along the flow path upwards and a third vertical conduit section through which the water flows along the flow path downwards and which are connected in series, and wherein the conduit comprises a condensation space wherein hot air and/or steam that flows back from the steam generating unit into the conduit can cool down and condense water therein, in particular formed by at least a part of the second vertical conduit section and/or the third vertical conduit section and/or wherein the main body and the cap body are two separate parts, wherein the cap body is at least partially insertable into the main body and wherein main body and cap body can be fastened to each other by a latch and/or wherein the siphon assembly comprises a vapour barrier against hot air-and/or steam flowing back from the steam generating unit into the conduit.
A wireless detonator which includes a control unit, an ignition element, an energy source which is configured to fire the ignition element in response to a signal from the control unit, a communication module, and an energy harvesting unit which harvests energy from an external electromagnetic field which is used to power, at least, the communication module, characterized in that the wireless detonator further includes a sensor which inhibits firing of the ignition element by the energy source and which only allows firing of the ignition element by the energy source if the sensor detects that the sensor is in proximity to a bulk explosive.
An apparatus comprising processing circuitry configured to cause a user equipment, UE, to: encode a demodulation reference signal, DM-RS, for transmission to a base station within a plurality of DM-RS symbols, wherein the plurality of DM-RS symbols comprises front-loaded DM-RS symbols; determine a phase tracking reference signal, PT-RS, time domain density based on a modulation coding scheme, MCS, index; encode the PT-RS for transmission using a plurality of PT-RS symbols based on the PT-RS time domain density; and map a first PT-RS symbol of the plurality of PT-RS symbols so that the first PT-RS symbol occurs a first number of symbols subsequent to the front-loaded DM-RS symbols, wherein the first number of symbols is based on the PT-RS time domain density. encode a demodulation reference signal, DM-RS, for transmission to a base station within a plurality of DM-RS symbols, wherein the plurality of DM-RS symbols comprises front-loaded DM-RS symbols; determine a phase tracking reference signal, PT-RS, time domain density based on a modulation coding scheme, MCS, index; encode the PT-RS for transmission using a plurality of PT-RS symbols based on the PT-RS time domain density; and map a first PT-RS symbol of the plurality of PT-RS symbols so that the first PT-RS symbol occurs a first number of symbols subsequent to the front-loaded DM-RS symbols, wherein the first number of symbols is based on the PT-RS time domain density.
An investment casting method comprising: providing a stock investment casting core; bending the stock investment casting core to thereby form a production investment casting core that conforms to a design cooling passage shape, wherein the bending includes conforming the stock investment casting core to a mold tool, the mold tool comprising two halves and a mold cavity, the bending step includes positioning the stock investment casting core in one of the mold tool halves and closing the mold halves to apply a bending force on the stock investment casting core such that as the mold closes the stock investment casting core conforms to the design cooling passage shape; injecting a wax into the mold cavity around the production investment casting core; forming a ceramic shell around the wax and then removing the wax to provide a cavity around the production investment casting core; and casting an alloy into the cavity around the production investment casting core to form a cast article. providing a stock investment casting core; bending the stock investment casting core to thereby form a production investment casting core that conforms to a design cooling passage shape, wherein the bending includes conforming the stock investment casting core to a mold tool, the mold tool comprising two halves and a mold cavity, the bending step includes positioning the stock investment casting core in one of the mold tool halves and closing the mold halves to apply a bending force on the stock investment casting core such that as the mold closes the stock investment casting core conforms to the design cooling passage shape; injecting a wax into the mold cavity around the production investment casting core; forming a ceramic shell around the wax and then removing the wax to provide a cavity around the production investment casting core; and casting an alloy into the cavity around the production investment casting core to form a cast article.
A multi-clutch transmission (100, 200) for a motor vehicle with at least one prime mover, said multi-clutch transmission comprising frictional clutches (113,114) drivingly connected to said prime mover, an output shaft, and a main transmission that comprises input shafts (121,122) connected to said frictional clutches, a countershaft (123, 223) parallel to at least one of said input shafts, gearwheels (130,131,132,133,134,135,136,137,191,192,193) and tooth clutches (140,141,142,148,149), where a first of said frictional clutches and a first subset of said tooth clutches are arranged to be selectively engaged in order to transfer power in a first set of gears between said prime mover and said output shaft, and where a second of said frictional clutches and a second subset of said tooth clutches are arranged to be selectively engaged in order to transfer power in a second set of gears between said prime mover and said output shaft, where said main transmission is arranged to, while transferring power in one of said second set of gears and having said first frictional clutch disengaged, being capable of having one of said first set of gears preselected, and of changing to have another of said first set of gears preselected, where said multi-clutch transmission is arranged to be capable of shifting from one of said second set of gears to one preselected of said first set of gears without interruption of the power transfer between said prime mover and said output shaft, and where a shaft brake unit (160, 260) is arranged to be selectively activated in order to exert torque that tends to reduce the rotational speed of one (121, 122) of said input shafts, and a central synchronizing unit (180, 280) is arranged to be selectively activated in order to make a first of said input shafts to rotate faster or slower than a second of said input shafts, characterized in that said shaft brake unit is arranged to be activated prior to the preselection of a third of said first set of gears while transferring power in a first of said second set of gears in order to facilitate a multi-step power shift.