mhurhangee/ep-ind-claims huggingface dataset:
A working vehicle comprising: a prime mover configured to outputs power; a drive configured to be driven by the power output from the prime mover; a transmission mechanism configured to transmit the power output from the prime mover to the drive; a clutch provided in the transmission mechanism and displaceable to a connected state in which the power is transmitted to the drive, a disconnected state in which transmission of the power to the drive is disconnected, and a half-clutch state in which the power is slidably and partly transmitted to the drive; a clutch pedal; a detector configured to detects an operation position of the clutch pedal and outputs a detected value corresponding to the operation position detected; characterised in that it further comprises a control device configured to bring the clutch into the half-clutch state if the detected value from the detector corresponds with a predetermined threshold, to bring the clutch into the disconnected state if the detected value is either one of a value less than the threshold and a value greater than the threshold, and to bring the clutch into the connected state if the detected value is the other of the value less than the threshold and the value greater than the threshold; an operation member; and a change unit configured to change a value of the threshold to a different value in accordance with an operation on the operation member. a prime mover configured to outputs power; a drive configured to be driven by the power output from the prime mover; a transmission mechanism configured to transmit the power output from the prime mover to the drive; a clutch provided in the transmission mechanism and displaceable to a connected state in which the power is transmitted to the drive, a disconnected state in which transmission of the power to the drive is disconnected, and a half-clutch state in which the power is slidably and partly transmitted to the drive; a clutch pedal; a detector configured to detects an operation position of the clutch pedal and outputs a detected value corresponding to the operation position detected; characterised in that it further comprises a control device configured to bring the clutch into the half-clutch state if the detected value from the detector corresponds with a predetermined threshold, to bring the clutch into the disconnected state if the detected value is either one of a value less than the threshold and a value greater than the threshold, and to bring the clutch into the connected state if the detected value is the other of the value less than the threshold and the value greater than the threshold; an operation member; and a change unit configured to change a value of the threshold to a different value in accordance with an operation on the operation member.
A beverage extraction apparatus comprising a granule containing part (2; 52) containing granules for extraction of a beverage, first pouring device (4, 5, 8, 9; 51, 51 A, 51B, 54) for pouring an extraction solvent into the granule containing part (2; 52) from a first direction, and collecting device (6, 7, 8, 9; 57, 57A, 56) for collecting an extract liquid extracted by means of the extraction solvent at the side of layers of the granules corresponding to the first direction, characterized in that the granule containing part (2; 52) is provided with a detachable restraining member for placing the granules for extraction of a beverage in a substantially sealed state, and that the pouring device (51, 51A, 51B, 54) includes a pump for pouring the extraction solvent into the granule containing part.
Machine for mounting and/or removing tyres on/from rims of wheels for vehicles comprising a framework, means for dragging a wheel in rotation around a first rotation axis (x-x), said dragging means having a portion for coupling to said framework as well as a portion for working or engaging a rim of a tyred wheel which projects from said coupling portion in the direction of the front of the machine and away from the rear of the machine, said machine further comprising at least one first arm (4, 40) extending from or supported by said framework and at least one first mounting and/or removal tool supported by said at least one first arm (4, 40), said at least one first arm (4, 40) being displaceable between at least one first receded or retracted inoperative position, wherein said at least one first tool is in a position closer to the rear of the machine and farther from the front of the machine and at least one second operative position, wherein said at least one first tool is in an advanced position proximal or next to or closer to said front of said machine and farther from said rear of the machine, so that said at least one first tool is designed to act or engage or push on a first side of a wheel or better on a first circumferential bead of a tyre mounted on the means for dragging in rotation which is closer to the coupling portion with respect to a second side of the respective wheel or to a second circumferential bead of a tyre, wherein said first arm (4, 40) and thus said at least one first tool are displaceable between said at least one first inoperative position and said at least one second operative substantially parallel to the rotation axis (x-x) when moving from said at least one first to said at least one second position, wherein said at least one first arm (4, 40) is pivoted or mounted angularly displaceable around a pivoting axis (z-z) with respect to the framework, characterized by the fact that said pivoting axis (z-z) is substantially orthogonal to said first rotation axis (x-x) or to an axis parallel thereto. wherein said first arm (4, 40) and thus said at least one first tool are displaceable between said at least one first inoperative position and said at least one second operative substantially parallel to the rotation axis (x-x) when moving from said at least one first to said at least one second position, wherein said at least one first arm (4, 40) is pivoted or mounted angularly displaceable around a pivoting axis (z-z) with respect to the framework, characterized by the fact that said pivoting axis (z-z) is substantially orthogonal to said first rotation axis (x-x) or to an axis parallel thereto.
A portion of a power toothbrush comprising: a neck and a head attached to the neck, the neck having a longitudinal axis and the head oscillating during brushing and having an elliptical support structure; a textured resilient member attached to the elliptical support structure, the textured resilient member comprising a plurality of lammelae, wherein each of the plurality of lammelae extend from a common base together defining a unitary structure and wherein the plurality of lammelae are arranged at right angles; and the textured resilient member providing a wiping action by the motion of the textured resilient member, and a plurality of bristle tufts surrounding the textured resilient member, wherein the plurality bristle tufts is taller than the textured resilient member, the plurality of bristle tufts include a plurality of side tufts and a plurality of end tufts, wherein the end tufts are adjacent the long axis of the neck, wherein the plurality of side tufts is taller than the textured resilient member and wherein the plurality of end tufts is taller than the textured resilient member. a neck and a head attached to the neck, the neck having a longitudinal axis and the head oscillating during brushing and having an elliptical support structure; a textured resilient member attached to the elliptical support structure, the textured resilient member comprising a plurality of lammelae, wherein each of the plurality of lammelae extend from a common base together defining a unitary structure and wherein the plurality of lammelae are arranged at right angles; and the textured resilient member providing a wiping action by the motion of the textured resilient member, and a plurality of bristle tufts surrounding the textured resilient member, wherein the plurality bristle tufts is taller than the textured resilient member, the plurality of bristle tufts include a plurality of side tufts and a plurality of end tufts, wherein the end tufts are adjacent the long axis of the neck, wherein the plurality of side tufts is taller than the textured resilient member and wherein the plurality of end tufts is taller than the textured resilient member.
A method for the production of a building material, wherein a vegetable oil having a dry matter content of 3 to 50 % by weight is mixed with a solvent and the resulting emulsion is applied to quicklime, then hydrated by adding water to the quicklime soaked with the emulsion, and admixing a binding component thereto, the method comprising the steps of: - soaking the quicklime in a quantity of 60 to 96 % by weight with a quantity of 4 to 40 % by weight of the emulsion, - expanding the quicklime soaked with the emulsion after evaporation of most of the solvent to a volume 1.2 to 1.8 times larger, preferably 1.4 to 1.6 times larger, by adding the water for preparation of the hydrated material, - admixing to the hydrated material after drying a foaming agent, preferably sodium bicarbonate, in a quantity of 0.25 to 0.6 part by weight to one part by weight of the hydrated material, - admixing cement as the binding component in a quantity of 6.7 to 11.1 parts by weight of the cement to one part by weight of the hydrated material and the foaming agent for preparation of a binder, - adding an expansion material to the binder in a proportion of 2 to 12 units by volume of the expansion material to one unit by volume of the binder, and - mixing the material obtained with further water to a homogenous consistency, then left or made to solidify. - soaking the quicklime in a quantity of 60 to 96 % by weight with a quantity of 4 to 40 % by weight of the emulsion, - expanding the quicklime soaked with the emulsion after evaporation of most of the solvent to a volume 1.2 to 1.8 times larger, preferably 1.4 to 1.6 times larger, by adding the water for preparation of the hydrated material, - admixing to the hydrated material after drying a foaming agent, preferably sodium bicarbonate, in a quantity of 0.25 to 0.6 part by weight to one part by weight of the hydrated material, - admixing cement as the binding component in a quantity of 6.7 to 11.1 parts by weight of the cement to one part by weight of the hydrated material and the foaming agent for preparation of a binder, - adding an expansion material to the binder in a proportion of 2 to 12 units by volume of the expansion material to one unit by volume of the binder, and - mixing the material obtained with further water to a homogenous consistency, then left or made to solidify.
An implantable medical device for providing a diagnostic and/or therapeutic cardiac function within a patient, comprising: a sensing arrangement for sensing electrocardiogram signals; a communication circuitry for data communication with a device external to the patient; and a processing circuitry for processing sensed electrocardiogram signals, wherein the processing circuitry is configured to identify, based on the sensed electrocardiogram signals, a stimulation event (Vp) caused by an implantable pacemaker device and to cause a transmission of information concerning said identification of a stimulation event (Vp) to the device external to the patient. a sensing arrangement for sensing electrocardiogram signals; a communication circuitry for data communication with a device external to the patient; and a processing circuitry for processing sensed electrocardiogram signals, wherein the processing circuitry is configured to identify, based on the sensed electrocardiogram signals, a stimulation event (Vp) caused by an implantable pacemaker device and to cause a transmission of information concerning said identification of a stimulation event (Vp) to the device external to the patient.
Transportation means, in particular an escalator, moving walkway or the like, having a chain of separate transport elements which are connected to one another to form a chain or are coupled to at least one drive chain, also having a guide for the transport elements and each drive chain where applicable, if necessary diverter devices at the ends of the chain of transport elements and at the ends of each drive chain, and also having at least one drive system which moves the chain of transport elements or each drive chain, whereby at least one linear drive being provided for the chain of transport elements or each of the drive chains, said linear drive exerting a drive torque on the respective chain indirectly or directly in at least one working direction, characterized in that for the chain of transport elements or each of the drive chains at least two drive rods (11, 16, 21) are provided which move in opposite directions, said drive rods are driven by a linear drive or a driven shaft and of which at least one drive rod (11, 16, 21) always exerts a drive torque indirectly or directly on the respective chain.
An ultrasonic electronic cigarette atomizer, comprising an e-liquid storage assembly and an atomization core detachably connected to the e-liquid storage assembly, the atomization core comprising an ultrasonic atomization sheet, the e-liquid storage assembly comprising an e-liquid chamber and an e-liquid outlet for communicating an atomization surface of the ultrasonic atomization sheet with the e-liquid chamber, wherein the e-liquid storage assembly further comprises a moving assembly that can move in the direction of assembling/disassembling the atomization core to open/close the e-liquid outlet; when the atomization core is connected with the e-liquid storage assembly, the atomization core drives the moving assembly to move and open the e-liquid outlet; when the atomization core is disconnected from the e-liquid storage assembly, the moving assembly is reset and closes the e-liquid outlet, the e-liquid storage assembly comprises a housing, a first limiting seat and a rotating member are disposed in the housing, the e-liquid outlet is formed at the bottom of the side wall of the rotating member, the moving assembly comprises a moving member, the first limiting seat is sleeved on the rotating member, the first limiting seat is provided with a first limiting portion for limiting the rotating member, the side wall of the rotating member is provided with a through hole corresponding to the position of the first limiting portion, a reset spring is disposed in the through hole, one end of the reset spring abuts against the first limiting portion, the other end of the reset spring abuts against the head of an ejector pin, and the bottom of the ejector pin abuts against the moving member; when the atomization core is connected with the e-liquid storage assembly, the atomization core drives the moving member to compress the reset spring through the ejector pin and to open the e-liquid outlet; when the atomization core is disconnected from the e-liquid storage assembly, the reset spring is reset and the moving member is driven by the ejector pin to close the e-liquid outlet.
A method for communicating between a network and a mobile terminal in a wireless communication system, the method being performed by the mobile terminal and comprising: receiving, from the network, a transmission on a secondary common control physical channel, S-CCPCH, during a transmission time interval, TTI, said transmission being received on a specific transport channel among a plurality of transport channels which are multiplexed within the S-CCPCH, wherein the specific transport channel is a transport channel including user plane data corresponding to a Multimedia Broadcast Multicast Service, MBMS, the mobile terminal is interested in receiving; discontinuing the reception of transmissions from the network on the S-CCPCH for a predetermined amount of TTIs; and receiving a next transmission from the network on the S-CCPCH during a TTI after the predetermined amount of TTIs, said next transmission being received on said specific transport channel within the S-CCPCH, wherein said method is characterized in that: the predetermined amount of TTIs is dependent on configuration parameters of the S-CCPCH on which the transport channel is mapped, and the configuration parameters comprise at least one of a modulation scheme, a spreading factor, SF, and a TTI length used. receiving, from the network, a transmission on a secondary common control physical channel, S-CCPCH, during a transmission time interval, TTI, said transmission being received on a specific transport channel among a plurality of transport channels which are multiplexed within the S-CCPCH, wherein the specific transport channel is a transport channel including user plane data corresponding to a Multimedia Broadcast Multicast Service, MBMS, the mobile terminal is interested in receiving; discontinuing the reception of transmissions from the network on the S-CCPCH for a predetermined amount of TTIs; and receiving a next transmission from the network on the S-CCPCH during a TTI after the predetermined amount of TTIs, said next transmission being received on said specific transport channel within the S-CCPCH, wherein said method is characterized in that: the predetermined amount of TTIs is dependent on configuration parameters of the S-CCPCH on which the transport channel is mapped, and the configuration parameters comprise at least one of a modulation scheme, a spreading factor, SF, and a TTI length used. the predetermined amount of TTIs is dependent on configuration parameters of the S-CCPCH on which the transport channel is mapped, and the configuration parameters comprise at least one of a modulation scheme, a spreading factor, SF, and a TTI length used.
A network element of a cable television (CATV) network, said network element comprising a distributed access node unit comprising a core network interface for receiving downstream signals; one or more amplifier units for amplifying the downstream signals for output into one or more output channels; a digital predistortion functionality for supplying a predistorion signal into an input of at least one of the amplifier units for correcting non-linearity of the amplifier unit, characterized in that a sampling signal for adjusting a level of the predistorion signal is obtained from a sampling point common with at least one other functionality of the network element requiring a sampling signal, wherein said sampling point locates in a downstream signal path between said one or more amplifier units and an output for said one or more output channels. a distributed access node unit comprising a core network interface for receiving downstream signals; one or more amplifier units for amplifying the downstream signals for output into one or more output channels; a digital predistortion functionality for supplying a predistorion signal into an input of at least one of the amplifier units for correcting non-linearity of the amplifier unit, characterized in that a sampling signal for adjusting a level of the predistorion signal is obtained from a sampling point common with at least one other functionality of the network element requiring a sampling signal, wherein said sampling point locates in a downstream signal path between said one or more amplifier units and an output for said one or more output channels.
A cannula apparatus for selective fluid flow in both a removal direction and a return direction, opposite the removal direction, the apparatus comprising: an outer sheath having proximal and distal outer sheath ends (104, 106) spaced apart by a longitudinal outer sheath body defining an outer sheath lumen, at least one fluid removal aperture extending entirely through the outer sheath body adjacent the distal outer sheath end to place the outer sheath lumen in fluid communication with an ambient space, the outer sheath including a side access aperture extending entirely through the outer sheath body wall; an introducer having proximal and distal introducer ends (1536, 1538) spaced apart by a longitudinal introducer body, and an inner tube having proximal and distal inner tube ends (220, 222) spaced apart by a longitudinal inner tube body defining an inner tube lumen, at least one fluid return aperture located at least one of at and adjacent the distal inner tube end to place the inner tube lumen in fluid communication with an ambient space, the inner tube being configured for selective insertion into the outer sheath lumen, when the introducer is absent from the outer sheath lumen, with the inner tube body extending completely through the side access aperture to place the distal inner tube end in an ambient space outside the outer sheath, characterized in that the introducer body at least partially defines a guidewire channel longitudinally therealong, and in that the introducer is configured for selective insertion at least partially into the outer sheath lumen with the guidewire channel in fluid communication with the side access aperture. an outer sheath having proximal and distal outer sheath ends (104, 106) spaced apart by a longitudinal outer sheath body defining an outer sheath lumen, at least one fluid removal aperture extending entirely through the outer sheath body adjacent the distal outer sheath end to place the outer sheath lumen in fluid communication with an ambient space, the outer sheath including a side access aperture extending entirely through the outer sheath body wall; an introducer having proximal and distal introducer ends (1536, 1538) spaced apart by a longitudinal introducer body, and an inner tube having proximal and distal inner tube ends (220, 222) spaced apart by a longitudinal inner tube body defining an inner tube lumen, at least one fluid return aperture located at least one of at and adjacent the distal inner tube end to place the inner tube lumen in fluid communication with an ambient space, the inner tube being configured for selective insertion into the outer sheath lumen, when the introducer is absent from the outer sheath lumen, with the inner tube body extending completely through the side access aperture to place the distal inner tube end in an ambient space outside the outer sheath, characterized in that the introducer body at least partially defines a guidewire channel longitudinally therealong, and in that the introducer is configured for selective insertion at least partially into the outer sheath lumen with the guidewire channel in fluid communication with the side access aperture.