mhurhangee/ep-ind-claims huggingface dataset:
A vehicle including an engine, the engine being selectably operably couplable to ground engaging motive means, the vehicle including a foot throttle for selectively controlling power delivery from the engine, a hand throttle for selectively controlling power delivery from the engine and an operator seat being moveable between a front facing position and a rear facing position, characterised in that: the vehicle includes an excavation mode in which:- the operator seat faces rearwards, the engine is decoupled from the ground engaging motive means and control of the engine will default to the hand throttle, wherein moving the operator seat to the rearwards position results in an engine speed automatically increasing to a predetermined speed setting of the hand throttle; and the vehicle further includes one of: a static operating mode and a transport operating mode; wherein in the static operating mode: the operator seat faces forwards, the engine is decoupled from the ground engaging motive means and/or a park brake is on, and control of the engine will default to the foot throttle; and wherein in the transport operating mode: the operator seat faces forwards, the engine is coupled to the ground engaging motive means and/or a park brake is off, and control of the engine will default to the foot throttle. the vehicle includes an excavation mode in which:- the operator seat faces rearwards, the engine is decoupled from the ground engaging motive means and control of the engine will default to the hand throttle, wherein moving the operator seat to the rearwards position results in an engine speed automatically increasing to a predetermined speed setting of the hand throttle; the operator seat faces rearwards, the engine is decoupled from the ground engaging motive means and control of the engine will default to the hand throttle, wherein moving the operator seat to the rearwards position results in an engine speed automatically increasing to a predetermined speed setting of the hand throttle; and the vehicle further includes one of: a static operating mode and a transport operating mode; wherein in the static operating mode: the operator seat faces forwards, the engine is decoupled from the ground engaging motive means and/or a park brake is on, and control of the engine will default to the foot throttle; and wherein in the transport operating mode: the operator seat faces forwards, the engine is coupled to the ground engaging motive means and/or a park brake is off, and control of the engine will default to the foot throttle. the operator seat faces forwards, the engine is decoupled from the ground engaging motive means and/or a park brake is on, and control of the engine will default to the foot throttle; and wherein in the transport operating mode: the operator seat faces forwards, the engine is coupled to the ground engaging motive means and/or a park brake is off, and control of the engine will default to the foot throttle. the operator seat faces forwards, the engine is coupled to the ground engaging motive means and/or a park brake is off, and control of the engine will default to the foot throttle.
A device for monitoring a mounting state of a workpiece in a workpiece mount in a working space or a defined surrounding area of a machine tool, comprising - at least one workpiece sensor, which is configured to detect an actual state of the workpiece in the workpiece mount in the working space, and to provide a monitoring signal, which describes the actual state of the workpiece, and - a control unit, characterized in that - an illumination arrangement for illuminating the working space in a normal mode of operation is provided, the illumination arrangement is further operable in at least one signal mode of operation, and the control unit is configured to, determine, on the basis of the monitoring signal, whether the workpiece is in a first mounting state or a second mounting state, and selectively operate the illumination arrangement on thas basis in the signal mode of operation to provide visual information in the working space for visualizing the mounting state of the workpiece. - at least one workpiece sensor, which is configured to detect an actual state of the workpiece in the workpiece mount in the working space, and to provide a monitoring signal, which describes the actual state of the workpiece, and - a control unit, characterized in that - an illumination arrangement for illuminating the working space in a normal mode of operation is provided,
A computer-implemented method for standalone bootstrapping hardware inventory (310, 410) in racks, the method comprising: initializing, using an in-rack computing device (418, 420), an intra-rack communication network with a hardware inventory in a rack; initiating, in the intra-rack communication network, communication between the in-rack computing device and the hardware inventory in the rack to discover the hardware inventory in the rack, wherein intra-rack communication comprises traffic received from a set of computing units; and validating operational configurations of the hardware inventory based on comparing expected operational configuration parameters with actual operational configuration parameters of the hardware inventory determined based at least in part on the traffic received from the set of computing unit. initializing, using an in-rack computing device (418, 420), an intra-rack communication network with a hardware inventory in a rack; initiating, in the intra-rack communication network, communication between the in-rack computing device and the hardware inventory in the rack to discover the hardware inventory in the rack, wherein intra-rack communication comprises traffic received from a set of computing units; and validating operational configurations of the hardware inventory based on comparing expected operational configuration parameters with actual operational configuration parameters of the hardware inventory determined based at least in part on the traffic received from the set of computing unit.
A final gear structure comprising: a shaft, on which a bevel gear is formed; a ring gear, which meshes with the bevel gear and mounts a wheel on a ring gear side, wherein a stud bolt for mounting the wheel is provided on a ring gear side; a ring gear shaft, which is supported on a gear case, is provided in a sandwiched manner between the wheel and the ring gear, wherein the stud bolt penetrates the ring gear shaft and a disc mounting member, on which a brake disc is mounted and which is provided between the wheel and the ring gear shaft, wherein the ring gear shaft which is fitted in the ring gear and has both ends thereof rotatably supported on the gear case by way of bearings (66, 67), wherein the ring gear shaft comprises a supported portion, which is supported by one of the bearings, and a flange portion, which is arranged adjacent to the supported portion and is provided on a ring gear side, and characterised in that a cylindrical collar member is fitted on the supported portion adjacent to the bearing, by which the supported portion is supported, wherein an annular projecting portion is integrally formed on a surface of the disc mounting member, the surface being on the ring gear shaft side, wherein the annular projecting portion is brought into contact with an end surface of the collar member, and wherein an axial force of the stud bolt is supported by the ring gear, the flange portion, the bearing by which the supported portion is supported, the cylindrical collar member, and the annular projecting portion. a shaft, on which a bevel gear is formed; a ring gear, which meshes with the bevel gear and mounts a wheel on a ring gear side, wherein a stud bolt for mounting the wheel is provided on a ring gear side; a ring gear shaft, which is supported on a gear case, is provided in a sandwiched manner between the wheel and the ring gear, wherein the stud bolt penetrates the ring gear shaft and a disc mounting member, on which a brake disc is mounted and which is provided between the wheel and the ring gear shaft, wherein the ring gear shaft which is fitted in the ring gear and has both ends thereof rotatably supported on the gear case by way of bearings (66, 67), wherein the ring gear shaft comprises a supported portion, which is supported by one of the bearings, and a flange portion, which is arranged adjacent to the supported portion and is provided on a ring gear side, and characterised in that a cylindrical collar member is fitted on the supported portion adjacent to the bearing, by which the supported portion is supported, wherein an annular projecting portion is integrally formed on a surface of the disc mounting member, the surface being on the ring gear shaft side, wherein the annular projecting portion is brought into contact with an end surface of the collar member, and wherein an axial force of the stud bolt is supported by the ring gear, the flange portion, the bearing by which the supported portion is supported, the cylindrical collar member, and the annular projecting portion.
A metallic laminate consisting of a conductor layer, a first polyimide resin layer whose thermal expansion coefficient is 5-16 ppm/°C, a second polyimide resin layer whose thermal expansion coefficient is 16-20 ppm/°C, the thermal expansion coefficients of the first and second polyimide resin layers differing by at least 3 ppm/°C, and optionally a third polyimide resin layer whose thermal expansion coefficient is more than 20 ppm/°C coated on the first and second polyimide resin layers, the difference between the thermal expansion coefficient of the second polyimide resin layer and the thermal expansion coefficient of the third polyimide resin layer being at least 10 ppm/°C. wherein the first and second polyimide resin layers are produced from polyimide precursor solutions prepared from one or more dianhydrides selected from pyromellitic dianhydride (PMDA), 3,3,4,4-biphenyltetracarboxylic dianhydride (BPDA), 3,3,4,4-benzophenontetracarboxylic dianhydride (BTDA), 4,4-oxydiphthalic anhydride (ODPA), 4,4-(4,4-isopropylbiphenoxy)biphthalic anhydride (BPADA), 2,2-bis-(3,4-dicarboxylphenyl) hexafluoropropane dianhydride and ethyleneglycol bis (anhydro-trimellitate (TMEG), and one or more diamines selected from p-phenylenediamine (p-PDA), m-phenylenediamine (m-PDA), 4,4-oxydianiline (4,4-ODA), 3,4'-oxydianiline (3,4'-ODA), 2,2-bis(4-[4-aminophenoxy]-phenyl)propane (BAPP), 1,3-bis(4-aminophenoxy)benzene (TPE-R), 2,2-bis(4-[3-aminophenoxy]phenyl)sulfone (m-BAPS), 3,3'-dihydroxy-4,4'-diamino biphenyl and 4,4'-diaminobenzanilide (DABA), the dianhydride and the diamine being mixed in a molar ratio 1: 0.9-1.1 in an organic solvent.
An explosion panel assembly, comprising: a first explosion panel (11, 11 a); a second explosion panel (11, 11b); and a buffering layer interposed between the first (11, 11 a) and second (11, 11 b) explosion panels; and wherein the buffering layer is configured to oppose inward flexing of the first and second explosion panels; and the explosion panel assembly further comprises a seal interposed between the buffering layer and the first explosion panel (11, 11 a), characterized in that the buffering layer is interposed between the first (11, 11 a) and second (11, 11b) explosion panels without rigidly adhering to either of the first and second explosion panels.
Method for forming a layered composite material, comprising the steps of (a) casting a first castable composition into a mould to obtain a first cast composition; (b) applying a binder composition to at least one external surface of the said first cast composition obtained at the end of step (a); and (c) at the end of step (b), casting a second castable composition onto the said at least one external surface of the obtained first cast composition in the said mould; characterised in that the said first castable composition is one selected from a group consisting of a geopolymer containing or geopolymer forming composition and a calcium silicate-based cement containing composition and the said second castable composition is the other one of the same group consisting of a geopolymer containing or geopolymer forming composition and a calcium silicate-based cement containing composition, and in that the said binder composition is an inorganic particulate composition comprising quartz, such as a silica gravel, or granite, or basalt, or a silicate or an alumina-silicate mineral, such as a feldspar, andalusite, or a feldspatic sand, or metallic inserts, such as I-shaped metallic inserts, U-shaped metallic inserts, metallic wires, or metallic wire mesh, or mixtures thereof. (a) casting a first castable composition into a mould to obtain a first cast composition; (b) applying a binder composition to at least one external surface of the said first cast composition obtained at the end of step (a); and (c) at the end of step (b), casting a second castable composition onto the said at least one external surface of the obtained first cast composition in the said mould; characterised in that the said first castable composition is one selected from a group consisting of a geopolymer containing or geopolymer forming composition and a calcium silicate-based cement containing composition and the said second castable composition is the other one of the same group consisting of a geopolymer containing or geopolymer forming composition and a calcium silicate-based cement containing composition, and in that the said binder composition is an inorganic particulate composition comprising quartz, such as a silica gravel, or granite, or basalt, or a silicate or an alumina-silicate mineral, such as a feldspar, andalusite, or a feldspatic sand, or metallic inserts, such as I-shaped metallic inserts, U-shaped metallic inserts, metallic wires, or metallic wire mesh, or mixtures thereof.
A fabric comprising first yarns comprising a first blend of fibres and second yarns comprising a second blend of fibres, wherein the fabric comprises a knit having two sides, the first yarns being core yarns and the second yarns being napped on one or both sides of the fabric to form a fleece fabric, wherein the first and second blends of fibres are different, the second yarns comprise wool fibers and the fabric is flame resistant, characterized in that the first yarns comprise at least 50% inherently flame resistant fibers.
A user equipment terminal (104a, 104b), comprising: a first power control module configured to control a first transmission power to be applied to at least one signal used for communication between the user equipment terminal (104a, 104b) and a base station, wherein the first transmission power is determined based on at least one first power control parameter received from the base station; a second power control module configured to control a second transmission power to be applied to at least one signal used for device-to-device services, wherein the second power control module is configured to determine the second transmission power from the minimum of (i) a maximum power for the at least one signal used for device-to-device services and (ii) a transmission power based on a frequency bandwidth for the at least one signal used for device-to-device services, wherein the user equipment terminal (104a, 104b) is configured to determine the maximum power based on at least one second power control parameter received from the base station; and a signal transceiver module configured to transmit the at least one signal used for communication between the user equipment terminal (104a, 104b) and the base station using the first transmission power and to transmit the at least one signal used for device-to-device services using the second transmission power. a first power control module configured to control a first transmission power to be applied to at least one signal used for communication between the user equipment terminal (104a, 104b) and a base station, wherein the first transmission power is determined based on at least one first power control parameter received from the base station; a second power control module configured to control a second transmission power to be applied to at least one signal used for device-to-device services, wherein the second power control module is configured to determine the second transmission power from the minimum of (i) a maximum power for the at least one signal used for device-to-device services and (ii) a transmission power based on a frequency bandwidth for the at least one signal used for device-to-device services, wherein the user equipment terminal (104a, 104b) is configured to determine the maximum power based on at least one second power control parameter received from the base station; and a signal transceiver module configured to transmit the at least one signal used for communication between the user equipment terminal (104a, 104b) and the base station using the first transmission power and to transmit the at least one signal used for device-to-device services using the second transmission power.
A measuring tool comprising a laser level and a distance meter, characterized in that wherein the measuring tool comprises a limit means located on one of the laser level and the distance meter, and employed for the superposition of the laser level and the distance meter; when located on the laser level, the limit means comprises protruding strips on the two lateral edges of the laser level, wherein the distance between the protruding strips is equivalent to the width in the radial direction of the distance meter, such that the distance meter is caught between the protruding strips; when located on the distance meter, the limit means comprises protruding strips on the two lateral edges of the distance meter, wherein the distance between the protruding strips is equivalent to the width in the radial direction of the laser level, such that the laser level is caught between the protruding strips. characterized in that wherein the measuring tool comprises a limit means located on one of the laser level and the distance meter, and employed for the superposition of the laser level and the distance meter; when located on the laser level, the limit means comprises protruding strips on the two lateral edges of the laser level, wherein the distance between the protruding strips is equivalent to the width in the radial direction of the distance meter, such that the distance meter is caught between the protruding strips; when located on the distance meter, the limit means comprises protruding strips on the two lateral edges of the distance meter, wherein the distance between the protruding strips is equivalent to the width in the radial direction of the laser level, such that the laser level is caught between the protruding strips.
A floor treatment machine for cleaning and/or treating a floor surface, the floor treatment machine comprising: a body portion provided with a rotatable floor-engaging treatment workhead and a motor comprising a centrally disposed rotatable drive shaft coaxial with and connected to the floor engaging workhead, a stator comprising an annular coil disposed around the drive shaft, and a rotatable magnet assembly disposed at a spaced location around the stator, wherein the magnet assembly is coupled to the drive shaft and rotatable therewith; and wherein the dimensions of the motor are selected such that the magnet assembly, drive shaft and floor treatment workhead are selectively rotatable at speeds in the range between 100 and 250 revolutions per minute and provide a predetermined torque selected according to the application. a body portion provided with a rotatable floor-engaging treatment workhead and a motor comprising a centrally disposed rotatable drive shaft coaxial with and connected to the floor engaging workhead, a stator comprising an annular coil disposed around the drive shaft, and a rotatable magnet assembly disposed at a spaced location around the stator, wherein the magnet assembly is coupled to the drive shaft and rotatable therewith; and wherein the dimensions of the motor are selected such that the magnet assembly, drive shaft and floor treatment workhead are selectively rotatable at speeds in the range between 100 and 250 revolutions per minute and provide a predetermined torque selected according to the application.
Flue gas exhaust system for an industrial furnace, especially a steam reforming furnace, comprising a stack having an inlet opening for introducing flue gas into the stack and an outlet opening for exhausting flue gas, wherein the inlet opening of the stack is in fluid connection to an outlet of a heat recovery system of the industrial furnace, characterized in that a fluid connection between said heat recovery system outlet and said stack inlet opening comprises a transition flue gas duct that embraces a part of the stack at least partly thereby allowing flue gas to flow around said at least partly embraced part of the stack while said flue gas flows through the transition flue gas duct.
A braking system in an at least partially autonomous vehicle, with one vehicle wheel brake per vehicle wheel, a primary brake regulation system, and a redundant secondary brake regulation system, characterised in that one hydraulic actuator (8, 10) for actuating the vehicle brake is provided per vehicle wheel in a first vehicle axle, which actuator is assigned to both the primary brake regulation system and the secondary brake regulation system, and one electromechanical, i.e. hydraulics-free, primary actuator per vehicle wheel is assigned to the primary brake regulation system in the second vehicle axle, and one electromechanical, i.e. hydraulics-free, secondary actuator is provided, which is assigned to the secondary brake regulation system.
A composition comprising a polyester polyol wherein the polyester polyol comprises (a) at least one aromatic acid based material, or at least one aliphatic carboxylic acid based material, or a mixture thereof; (b) at least one hydroxylated material; and (c) at least one adduct formed by a Diels-Alder reaction of a terpene selected from the group consisting of farnesene and myrcene and a dienophile.