mhurhangee/ep-ind-claims huggingface dataset:
A vehicle regenerative speed control device for a vehicle having a continuously variable transmission, an electric motor connected to an input shaft side of the continuously variable transmission and that regenerates energy during deceleration, and an oil pump connected to the input shaft side of the continuously variable transmission, in which a rotational speed for producing a necessary hydraulic pressure to the continuously variable transmission during deceleration is set as a lower-limit rotational speed; the vehicle regenerative speed control device comprising a controller that performs a regenerative speed control for downshifting the continuously variable transmission to a low gear ratio side and increasing a rotational speed of a transmission input shaft to which the electric motor is connected when there is a request for an increase in a regeneration amount while decelerating; characterized in that the controller performs a control for making a rotational speed decrease change rate of the transmission input rotational speed lower than a rotational speed increase change rate of the transmission input rotational speed, when the transmission input rotational speed is decreased based on a request for a decrease in the regeneration amount during regenerative speed control.
A remote control, comprising: a remote control body; and a display assembly, the display assembly comprising a display screen, the display assembly being rotatably connected to the remote control body by using a hinge, characterized in that the hinge comprises: a rotation member, the rotation member comprising a rotation shaft; a fixing block, fixed to the display assembly, and provided with a second through hole, the rotation shaft penetrating through the second through hole, one side of the fixing block being fixed to the display assembly, and the other side of the fixing block being fixed to the rotation shaft; and a fixing member, the fixing member being fixed to the remote control body, and being provided with a first through hole, and the rotation shaft penetrating through the first through hole; wherein the fixing member includes a fixing rod, which is stretched out by the fixing member towards one side; wherein the rotation member is rotatably connected to a side, far from the fixing member, of the fixing rod; the first through hole is disposed on the fixing rod; the fixing rod is fixed on the remote control body. a remote control body; and a display assembly, the display assembly comprising a display screen, the display assembly being rotatably connected to the remote control body by using a hinge, characterized in that the hinge comprises: a rotation member, the rotation member comprising a rotation shaft; a fixing block, fixed to the display assembly, and provided with a second through hole, the rotation shaft penetrating through the second through hole, one side of the fixing block being fixed to the display assembly, and the other side of the fixing block being fixed to the rotation shaft; and a fixing member, the fixing member being fixed to the remote control body, and being provided with a first through hole, and the rotation shaft penetrating through the first through hole; wherein the fixing member includes a fixing rod, which is stretched out by the fixing member towards one side; wherein the rotation member is rotatably connected to a side, far from the fixing member, of the fixing rod; the first through hole is disposed on the fixing rod; the fixing rod is fixed on the remote control body. a rotation member, the rotation member comprising a rotation shaft; a fixing block, fixed to the display assembly, and provided with a second through hole, the rotation shaft penetrating through the second through hole, one side of the fixing block being fixed to the display assembly, and the other side of the fixing block being fixed to the rotation shaft; and a fixing member, the fixing member being fixed to the remote control body, and being provided with a first through hole, and the rotation shaft penetrating through the first through hole; wherein the fixing member includes a fixing rod, which is stretched out by the fixing member towards one side; wherein the rotation member is rotatably connected to a side, far from the fixing member, of the fixing rod; the first through hole is disposed on the fixing rod; the fixing rod is fixed on the remote control body.
A method for operating an noise reduction system comprising: in a vehicle comprising an active noise reduction system, providing a stream of leakage factor values (55-1, 55-2,..., 55-n), wherein each of the stream of leakage factors has a value that is one of a plurality of values dependent on the presence or absence of a plurality of triggering conditions (53-1, 53-2,..., 53-n) exclusive of the value of the leakage factor; the method being characterized in that it further comprises: subsequent to the providing, smoothing the stream of leakage factor values to provide a smoothed stream of leakage factor values; applying the smoothed stream of leakage factor values to coefficients of an adaptive filter to provide modified filter coefficients; and responsive to the modified filter coefficients, providing an active noise reduction signal with a controlled magnitude. in a vehicle comprising an active noise reduction system, providing a stream of leakage factor values (55-1, 55-2,..., 55-n), wherein each of the stream of leakage factors has a value that is one of a plurality of values dependent on the presence or absence of a plurality of triggering conditions (53-1, 53-2,..., 53-n) exclusive of the value of the leakage factor; subsequent to the providing, smoothing the stream of leakage factor values to provide a smoothed stream of leakage factor values; applying the smoothed stream of leakage factor values to coefficients of an adaptive filter to provide modified filter coefficients; and responsive to the modified filter coefficients, providing an active noise reduction signal with a controlled magnitude.
A spun yarn winding system comprising a spun yarn take-up winder configured to perform yarn winding by which yarns spun out from a spinning apparatus are wound onto respective bobbins while being traversed, the spun yarn take-up winder including: a bobbin holder supporting the bobbins to be rotatable; a yarn detection unit which is provided between the spinning apparatus and the bobbins in a yarn running direction and which detects the yarns; and a control unit, when yarn threading in which the yarns are threaded to the spun yarn take-up winder before the yarn winding starts is being performed, the control unit determining whether a failure in the yarn threading occurs in each yarn based on a detection result provided by the yarn detection unit before the yarns are threaded onto the respective bobbins supported by the bobbin holder, wherein the spun yarn take-up winder further includes traverse guides each of which is provided for traversing each of the yarns, characterized in that the yarn detection unit is a traversing detection unit for detecting whether the yarns are being traversed by the traverse guides, and when the yarn threading is being performed, the control unit determines the occurrence of a failure in the yarn threading by determining whether each yarn is successfully being traversed by each traverse guide, based on the detection result provided by the traversing detection unit. a bobbin holder supporting the bobbins to be rotatable; a yarn detection unit which is provided between the spinning apparatus and the bobbins in a yarn running direction and which detects the yarns; and a control unit, when yarn threading in which the yarns are threaded to the spun yarn take-up winder before the yarn winding starts is being performed, the control unit determining whether a failure in the yarn threading occurs in each yarn based on a detection result provided by the yarn detection unit before the yarns are threaded onto the respective bobbins supported by the bobbin holder, wherein the spun yarn take-up winder further includes traverse guides each of which is provided for traversing each of the yarns, characterized in that the yarn detection unit is a traversing detection unit for detecting whether the yarns are being traversed by the traverse guides, and when the yarn threading is being performed, the control unit determines the occurrence of a failure in the yarn threading by determining whether each yarn is successfully being traversed by each traverse guide, based on the detection result provided by the traversing detection unit.
An ultrasonic sealing anvil having a strip-shaped pressing surface that is adapted to face a vibration applying surface of an end of a horn and is adapted to extend along a welding position of laminated sheet members to be bonded by ultrasonic sealing, the pressing surface having a step and a pair of extending surfaces, the step having a concave shape formed at a position at which the step is adapted to abut a thick layer portion with a relatively large thickness of the laminated sheet members, and the step having inclined surfaces on both left and right sides, the pair of extending surfaces being continuous to the respective inclined surfaces on the both left and right sides of the step and extending leftward and rightward along the welding position with the step interposed therebetween, characterized in that: each of the respective inclined surfaces has one or more grooves that extend in a width direction of the pressing surface.
Arrangement for removing alkali- or alkaline earth-metals from a vacuum coating chamber of a coating installation with at least one gas tank (20 - 22) connected via a supply pipe (23 - 25) with the vacuum coating chamber, which gas tank contains a gas from the group N 2, O 2 or air, wherein the vacuum coating chamber includes at the bottom an extraction fitting which is connected to a pump or wherein the vacuum coating chamber includes a dust extractor.
Deep-drawing packaging machine, comprising an electromotive lifting gear for a forming, sealing and/or cutting station, wherein the lifting gear comprises two carriages and a tool connected to the carriages, and the carriages are mounted in vertical guides, and a collision region is defined by the lifting motion of the tool between a lower and an upper position, characterized in that the lifting gear comprises at least two lifting spindles which are disposed in parallel to the guides and outside the collision region of the tool.
A process for production of bleached tobacco raw material comprising the steps of: mechanically defibrating uncooked tobacco raw material to produce a defibrated tobacco raw material; and treating the defibrated tobacco raw material from step with at least one bleaching agent to produce a treated tobacco raw material. mechanically defibrating uncooked tobacco raw material to produce a defibrated tobacco raw material; and treating the defibrated tobacco raw material from step with at least one bleaching agent to produce a treated tobacco raw material.
Headset, having a microphone for receiving speech signals of a wearer, an active ambient noise compensation unit for active compensation of ambient noise, and a wireless receiver for wirelessly receiving an audio signal which is intended to be reproduced, wherein the active ambient noise compensation unit and the wireless receiver are arranged in a common housing (G, OM) in or on the headset, and having an information store for storing and reproducing audio signals, and having at least one reproduction converter for reproducing the stored audio signals or the audio signals received by the wireless receiver, characterised in that the information store is configured to stop the reproduction from the information store when the wireless receiver receives a communication.
Blade with an airfoil profile for a gas turbine, comprising at least two opposite first and second walls enclosing the inner part of the blade comprising cooling channels, the airfoil profile extending from a bottom part to a top part of the blade, with at least one direct cooling fluid inlet arranged at the bottom part, wherein the bottom part is the part fixed to a rotor shaft of the gas turbine, characterized in that on the two walls respectively at least a first and a second set of ribs (7, 8) are arranged, the first and second sets of ribs are located at the end of the channels, the ribs within each first and second set of ribs (7, 8) are arranged in parallel to each other and along one side of the airfoil of the blade, and extend from the respective wall into the inner part of the blade, wherein the ribs of the first set of ribs on the first wall are superimposed over the ribs of the second set of ribs on the other second wall, wherein cooling fluid channels are formed in-between the ribs of the first set of ribs and further in-between the ribs of the second set of ribs, wherein an orientation of the ribs of the first set of ribs is different to the orientation of ribs of the second set of ribs and wherein the cross-section (d b, d t) of the cooling fluid channels in-between neighboring ribs of the first set of ribs and the cross-section (d b, d t) of the cooling fluid channels in-between neighboring ribs of the second set of ribs is smaller at the side towards the bottom part of the blade compared to the side towards the top part.
Method for allocating data transmission resources in a communication network comprising at least one access point exchanging data with at least one terminal attached thereto, and managing a set of at least two communication channels (C1, C2), characterized in that said access point implements a phase of associating and authenticating a terminal with said access point, comprising a step of associating, with said terminal, a unique identifier in said access point, and a phase of managing said set of channels, implementing a reference table (Tb r) associating, with a terminal, identified by its unique identifier, one of said channels, said management phase comprising the following steps: - detecting a switch of a terminal attached to said access point from a first channel, termed original channel, to a second channel, termed destination channel; - updating said reference table to associate the unique identifier of said terminal with said destination channel. - detecting a switch of a terminal attached to said access point from a first channel, termed original channel, to a second channel, termed destination channel; - updating said reference table to associate the unique identifier of said terminal with said destination channel.
A digging implement attachment usable with a digging implement including a digging head, a substantially elongated main shaft extending from said digging head, and a main handle secured to said main shaft substantially opposed to said digging head, said digging implement attachment comprising: - an auxiliary handle assembly mountable to said main shaft at auxiliary handle assembly first and second positions that are longitudinally spaced apart from each other along said main shaft; - a footplate assembly mountable to said main shaft at footplate assembly first and second positions that are longitudinally spaced apart from each other along said main shaft; and - a linking element operatively coupled to said auxiliary handle and footplate assemblies (140 and 160) for maintaining fixed a relative angular position therebetween about the main shaftas said auxiliary handle assembly is moved between said auxiliary handle assembly first and second positions and said footplate assembly is moved between said footplate assembly first and second positions when said digging implement attachment is operatively mounted to said digging implement; - wherein the auxiliary handle and footplate assemblies (140 and 160) are alternatively mountable to said main shaft spaced apart from each other by at least two different longitudinal distances therebetween. - an auxiliary handle assembly mountable to said main shaft at auxiliary handle assembly first and second positions that are longitudinally spaced apart from each other along said main shaft; - a footplate assembly mountable to said main shaft at footplate assembly first and second positions that are longitudinally spaced apart from each other along said main shaft; and - a linking element operatively coupled to said auxiliary handle and footplate assemblies (140 and 160) for maintaining fixed a relative angular position therebetween about the main shaftas said auxiliary handle assembly is moved between said auxiliary handle assembly first and second positions and said footplate assembly is moved between said footplate assembly first and second positions when said digging implement attachment is operatively mounted to said digging implement; - wherein the auxiliary handle and footplate assemblies (140 and 160) are alternatively mountable to said main shaft spaced apart from each other by at least two different longitudinal distances therebetween.
Processing unit for machining a workpiece, comprising: a first cutting tool for machining a workpiece to be machined by means of the processing unit, at least one second cutting tool for machining a work piece for machining the or a second workpiece to be machined by means of the processing unit, and a holding fixture to hold the first cutting tool and the at least one or second cutting tool, wherein the holding fixture comprises a base body, wherein the first cutting tool is arranged on or embodied by a first base body section and the at least second cutting tool is arranged on or embodied by a second base body section, which is different from the first base body section, wherein the first cutting tool is arranged on the base body within a degree of panning movement around an axis aligned horizontally relative to the base body, characterized in that the second cutting tool is arranged on the base body within a degree of panning movement around an axis aligned vertically relative to the base body. a first cutting tool for machining a workpiece to be machined by means of the processing unit, at least one second cutting tool for machining a work piece for machining the or a second workpiece to be machined by means of the processing unit, and a holding fixture to hold the first cutting tool and the at least one or second cutting tool, wherein the holding fixture comprises a base body, wherein the first cutting tool is arranged on or embodied by a first base body section and the at least second cutting tool is arranged on or embodied by a second base body section, which is different from the first base body section, wherein the first cutting tool is arranged on the base body within a degree of panning movement around an axis aligned horizontally relative to the base body, characterized in that the second cutting tool is arranged on the base body within a degree of panning movement around an axis aligned vertically relative to the base body.
A system for processing biological particles, in particular biological cells, comprising: i. at least four bioprocessing microfluidic devices; ii. at least 3 reservoirs or ports configured to connect a reservoir; iii. at least one buffer tank; and iv. at least two fluidic connection systems; wherein a first fluidic connection system comprises valves and connecting means between valves, so that each reservoir or port configured to connect a reservoir may be in fluidic connection with each buffer tank; and wherein a second fluidic connection system comprises valves and connecting means between valves, so that each bioprocessing microfluidic device may be in fluidic connection with each buffer tank. i. at least four bioprocessing microfluidic devices; ii. at least 3 reservoirs or ports configured to connect a reservoir; iii. at least one buffer tank; and iv. at least two fluidic connection systems;
A method for chemical vapour deposition of a film on a substrate with an apparatus, comprising: a chamber configured for chemical vapour deposition of said film on a substrate and having included therein a lower heater configured to support said substrate and an upper heater disposed a vertical distance above the lower heater, the upper heater is integrated with a gas distributor and having holes therethrough to allow reaction gases to pass vertically from the gas distributor within the chamber towards the substrate or being positioned above a gas distributor having holes therethrough to allow reaction gases to pass vertically towards the substrate or being positioned circumferentially around a gas distributor having holes therethrough to allow reaction gases to pass vertically towards the substrate, wherein both of the upper heater and the bottom heater are configured for vertical motion with respect to one another in order to facilitate adjustment of the vertical distance between the heaters wherein the substrate is positioned in the vicinity of a lower heater and introducing the reaction gases vertically into the chamber to create depositions on the substrate, wherein a thermal gradient across the vertical dimension of said substrate is controlled by a difference in temperature between the heaters and the distance between the heaters the upper heater is integrated with a gas distributor and having holes therethrough to allow reaction gases to pass vertically from the gas distributor within the chamber towards the substrate or being positioned above a gas distributor having holes therethrough to allow reaction gases to pass vertically towards the substrate or being positioned circumferentially around a gas distributor having holes therethrough to allow reaction gases to pass vertically towards the substrate, wherein the substrate is positioned in the vicinity of a lower heater and introducing the reaction gases vertically into the chamber to create depositions on the substrate, wherein a thermal gradient across the vertical dimension of said substrate is controlled by a difference in temperature between the heaters and the distance between the heaters
A flexible ballistic resistant composite material having improved flexibility, said composite material comprising a consolidated plurality of non-woven fibrous layers, each of said fibrous layers comprising either a two-ply structure or a four-ply structure, each ply comprising a network of high tenacity poly(alpha-olefin) fibers having a tenacity of at least 35 g/d and a tensile modulus of at least 1200 g/d, said fibers being in a matrix comprising a block copolymer of a conjugated diene and a vinyl aromatic monomer deposited on said fibers as an aqueous composition, wherein the two-ply structure of said composite has a total areal density equal to or less than 100 g/m 2 and a stiffness of less than 1.14 kg (2.5 pounds), and wherein the four-ply structure of said composite has a total areal density equal to or less than 190 g/m 2 and a stiffness of less than 1.36 kg (3.0 pounds).
Device for the arrangement of a sorption dryer for a fluid in a container wherein a cartridge can be inserted into the container to absorb a desiccant, characterised in that the device has a cartridge for absorbing the desiccant, and that the device has a first front side and a second front side and a lateral outside wall, wherein the second front side is opposite the first front side and continues from the first side, and through openings are arranged on both front sides for passage of the fluid, wherein the device has at least one projection on a front side, wherein the projection is arranged to be off-centre on the front side as a plug for a plug connection and an opening is arranged on the projection to allow fluid to flow through, and/or the device has at least one depression on a front side, wherein the depression is arranged off-centre on the front side as the socket for a plug connection and an opening is arranged in the depression to allow fluid to flow through.
Use of a medium composition containing an Ecklonia cava extract in an amount of 10 to 400 μg/ml for reprogramming adipose-derived mesenchymal stem cells into induced pluripotent stem cells.