mhurhangee/ep-ind-claims huggingface dataset:
Transport apparatus for reducing the speed of a container flow in a container treatment system having at least one distribution screw, the distribution screw having a free rotation, i.e. a portion without a thread, in its inlet, characterised by a transport belt or a transport chain which is arranged at least along the entire length of the distribution screw in such a way that containers which engage with the distribution screw stand thereon, and a drive for the transport belt or the transport chain and an open-loop and/or closed-loop device which is designed to control the drive in an open-loop and/or closed-loop manner in such a way that the transport belt or the transport chain circulates synchronously at a speed of the containers at the outlet of the distribution screw, and by a transfer star wheel (114, 214), the transfer star wheel (114, 214) being arranged at the inlet of the distribution screw in such a way that containers which engage with the transfer star wheel (114, 214) are brought into engagement with the freely rotating part of the distribution screw and can be placed on the transport belt or the transport chain. a drive for the transport belt or the transport chain and an open-loop and/or closed-loop device which is designed to control the drive in an open-loop and/or closed-loop manner in such a way that the transport belt or the transport chain circulates synchronously at a speed of the containers at the outlet of the distribution screw, and by a transfer star wheel (114, 214), the transfer star wheel (114, 214) being arranged at the inlet of the distribution screw in such a way that containers which engage with the transfer star wheel (114, 214) are brought into engagement with the freely rotating part of the distribution screw and can be placed on the transport belt or the transport chain.
A system for reducing vibration on an agricultural implement configured to be towed behind a tow vehicle having an engine, the agricultural implement having a first frame member coupled to a hitch member and a plurality of row units pivotally connected to the first frame member, the system comprising; at least one vibration sensor rigidly mounted to respective ones of the plurality of row units and configured to generate a feedback signal corresponding to a vibration magnitude of the respective row unit; a process sensor (60, 82, 114) configured to generate a feedback signal corresponding to a speed of the engine; a controller configured to receive the feedback signals from the at least one vibration sensor and from the process sensor (60, 82, 114) and to generate a reference signal as a function of the feedback signals from the at least one vibration sensor and the process sensor (60, 82, 114); and an actuator operatively connected to the controller and the engine and configured to control the speed of the engine as a function of the reference signal.
A contaminant control process in a retransfer card printer having a print ribbon provided from a print ribbon supply and a retransfer film provided from a retransfer film supply, the contaminant control process comprising: printing an image onto the retransfer film using the print ribbon thereby generating a used section of the print ribbon; and thereafter transferring the printed image from the retransfer film onto a surface of a card thereby generating a used section of the retransfer film; the contaminant control process being characterised by further comprising: rewinding the retransfer film onto the retransfer film supply up to at least the location of the used section of the retransfer film. printing an image onto the retransfer film using the print ribbon thereby generating a used section of the print ribbon; and thereafter transferring the printed image from the retransfer film onto a surface of a card thereby generating a used section of the retransfer film; the contaminant control process being characterised by further comprising: rewinding the retransfer film onto the retransfer film supply up to at least the location of the used section of the retransfer film.
A solar cell module comprising: a plurality of solar cells (C1, C2) each including a semiconductor substrate and first and second electrodes (141, 142), each of which has a different polarity and is extended in a first direction (y) on a back surface of the semiconductor substrate; and a plurality of conductive lines extended in a second direction (x) crossing the first direction (y) on the back surface of the semiconductor substrate, connected to one of the first and second electrodes (141, 142) through a conductive adhesive, and insulated from the other electrode by an insulating layer, characterized in that the conductive adhesive includes a first adhesive layer connected to the one electrode (141, 142) and a second adhesive layer positioned on the first adhesive layer and connected to the plurality of conductive lines, and in that a melting point of the first adhesive layer is different from a melting point of the second adhesive layer, wherein the melting point of the second adhesive layer is lower than the melting point of the first adhesive layer. a plurality of solar cells (C1, C2) each including a semiconductor substrate and first and second electrodes (141, 142), each of which has a different polarity and is extended in a first direction (y) on a back surface of the semiconductor substrate; and a plurality of conductive lines extended in a second direction (x) crossing the first direction (y) on the back surface of the semiconductor substrate, connected to one of the first and second electrodes (141, 142) through a conductive adhesive, and insulated from the other electrode by an insulating layer, characterized in that the conductive adhesive includes a first adhesive layer connected to the one electrode (141, 142) and a second adhesive layer positioned on the first adhesive layer and connected to the plurality of conductive lines, and in that a melting point of the first adhesive layer is different from a melting point of the second adhesive layer, wherein the melting point of the second adhesive layer is lower than the melting point of the first adhesive layer.
An intelligent electronic decoration system, comprising: a single smart modular power cable, MPC, having a flexible body extending longitudinally between a proximal end and an opposite distal end, characterised in that the single MPC has a plurality of electronic ports spaced apart along and fixedly attached to said body and arranged perpendicular thereto, said ports configured for being electrically coupled to external electronic devices, said MPC including conductors connected to said electronic ports and said MPC configured to carry electrical power and communicate data along said conductors to said electronic ports; a housing selectively attached to or integral with said MPC at said proximal end of said MPC, said housing enclosing embedded electronics that are in electrical and data communication with said conductors, said embedded electronics having a rechargeable battery or rechargeable component, said rechargeable battery or rechargeable component configured for energizing external electronic devices that can be electrically coupled to said electronic ports, a microcontroller unit ("MCU") and a memory collectively positioned within an interior space defined by said housing, said embedded electronics being configured for data interfacing with wired or wireless communication components of said external electronic devices. a single smart modular power cable, MPC, having a flexible body extending longitudinally between a proximal end and an opposite distal end, characterised in that the single MPC has a plurality of electronic ports spaced apart along and fixedly attached to said body and arranged perpendicular thereto, said ports configured for being electrically coupled to external electronic devices, said MPC including conductors connected to said electronic ports and said MPC configured to carry electrical power and communicate data along said conductors to said electronic ports; a housing selectively attached to or integral with said MPC at said proximal end of said MPC, said housing enclosing embedded electronics that are in electrical and data communication with said conductors, said embedded electronics having a rechargeable battery or rechargeable component, said rechargeable battery or rechargeable component configured for energizing external electronic devices that can be electrically coupled to said electronic ports, a microcontroller unit ("MCU") and a memory collectively positioned within an interior space defined by said housing, said embedded electronics being configured for data interfacing with wired or wireless communication components of said external electronic devices.
Gas turbine, in particular an aircraft gas turbine, comprising at least one housing which has at least one dispensing channel and at least one hole, and at least one adjustable guide vane which has a pivot pin, a rotary plate and a guide vane airfoil, the pivot pin being arranged in the hole and the guide vane airfoil being integrally formed on the rotary plate, characterized in that the guide vane airfoil integrally formed on the rotary plate protrudes beyond the rotary plate in such a way that a flag corner (50, 50") of the guide vane airfoil, which corner faces the dispensing channel and/or is in particular virtual, is arranged downstream of the start of the inlet opening of the dispensing channel as viewed in the flow direction of the gas path of the gas turbine.
A First In First Out, FIFO, memory, comprising: storage units, outputs of the storage units being connected to one node; a storage unit of the storage units comprising storage sub-units, a selector, and a driver; an input of the selector being connected to outputs of the storage sub-units; an input of the driver being connected to an output of the selector; driven by a first pointer signal, the storage sub-units receiving storage data; driven by a second pointer signal, the driver outputting the storage data. storage units, outputs of the storage units being connected to one node; a storage unit of the storage units comprising storage sub-units, a selector, and a driver; an input of the selector being connected to outputs of the storage sub-units; an input of the driver being connected to an output of the selector; driven by a first pointer signal, the storage sub-units receiving storage data; driven by a second pointer signal, the driver outputting the storage data.
Holder for mounting an arm support on a movable wheelchair having a first position for transporting persons in a sitting position and a second position for transporting persons in a standing position, comprising: - A first holder part mountable on the wheelchair; - A second holder part, connected to the first holder part for rotating at least about a rotation axis extending horizontally at least in a position of use, for mounting the arm support thereon; - A sensor for generating a measurement signal which represents the rotational orientation of the second holder part relative to the gravitational force; - A controllable drive for rotating the second holder part about the rotation axis relative to the first holder part; - A control for controlling the drive on the basis of the measurement signal, wherein the control is configured to register a preferred orientation of the second holder part relative to the gravitational force or the first holder part, and wherein the control is configured to control the drive such that it rotates the second holder part about the rotation axis to the preferred orientation when the sensor signal indicates that the rotational orientation of the second holder part differs from the preferred orientation. - A first holder part mountable on the wheelchair; - A second holder part, connected to the first holder part for rotating at least about a rotation axis extending horizontally at least in a position of use, for mounting the arm support thereon; - A sensor for generating a measurement signal which represents the rotational orientation of the second holder part relative to the gravitational force; - A controllable drive for rotating the second holder part about the rotation axis relative to the first holder part; - A control for controlling the drive on the basis of the measurement signal, wherein the control is configured to register a preferred orientation of the second holder part relative to the gravitational force or the first holder part, and wherein the control is configured to control the drive such that it rotates the second holder part about the rotation axis to the preferred orientation when the sensor signal indicates that the rotational orientation of the second holder part differs from the preferred orientation.
Method for manufacturing an edge lamination, wherein an edge lamination material, more particularly an edging band, is applied to a, more particularly folded, narrow side, having a projecting region and a rebated region (20, 12, 23), of a flat component, more particularly a panel of wood or wood substitute and/or a door and/or a furniture panel, wherein a first activation is carried out in at least some regions of a function layer in the form of a meltable or fusible plastics layer of the edge lamination material in order to enable a permanent connection between the narrow side and edge lamination material, and the edge lamination material is applied first to the projecting region of the narrow side, wherein the edge lamination material is applied to the rebated region (12, 20, 23) after the edge lamination material has been applied for the first time to the projecting region of the narrow side, characterised in that at least a further activation of the function layer of the edge lamination material is carried out after the edge lamination material has already been applied, at least over part of the surface of the narrow side, wherein prior to first applying the edge lamination material to the narrow side, preferably prior to the first activation, a weak line (16, 17) is introduced by a material-removing method into the edge lamination material on its side facing the narrow side, whereby a notch or furrow is milled or cut into the edge lamination material wherein at least one activation, preferably the first activation, is carried out by a laser or hot gas stream, more particularly air stream.
A method for preparing polymer comprising: bringing a catalyst, a ligand, a halogenated polymer compound, and a polymeric monomer into contact with one another; and the catalyst reducing agent being an organic reducing agent capable of donating electrons or an inorganic reducing agent capable of donating electrons selected from the group consisting of metal compounds, Fe, Co, Ni, Ru and Mo, characterized in that a catalyst reducing agent is additionally input when a conversion ratio of the polymeric monomer is 10% or more, the catalyst including a compound represented by the following Chemical Formula 1: [Chemical Formula 1] Cu X 2 /L where, in Chemical Formula 1, X represents a halogen element and L represents a ligand. bringing a catalyst, a ligand, a halogenated polymer compound, and a polymeric monomer into contact with one another; and the catalyst reducing agent being an organic reducing agent capable of donating electrons or an inorganic reducing agent capable of donating electrons selected from the group consisting of metal compounds, Fe, Co, Ni, Ru and Mo, characterized in that a catalyst reducing agent is additionally input when a conversion ratio of the polymeric monomer is 10% or more, the catalyst including a compound represented by the following Chemical Formula 1: [Chemical Formula 1] Cu X 2 /L where, in Chemical Formula 1, X represents a halogen element and L represents a ligand.
A method for issuing address information characterized by comprising: a first node that supports a segment routing, SR, and resource reservation protocol, RSVP, issuing address information of SR nodes to a RSVP domain; and the first node announcing address information of RSVP nodes to a segment routing management server, SRMS, in a SR domain; wherein the first node issuing the address information of the SR nodes to the RSVP domain comprises: the first point flooding the address information of the SR nodes via database extension of an interior gateway protocol, IGP, TE; wherein the first node announcing the address information of the RSVP nodes to the SRMS in the SR domain comprises: the first point announcing the address information of the RSVP nodes through internal gateway protocol, IGP, extension or through interactive protocol extension of the first node and the SRMS. a first node that supports a segment routing, SR, and resource reservation protocol, RSVP, issuing address information of SR nodes to a RSVP domain; and the first node announcing address information of RSVP nodes to a segment routing management server, SRMS, in a SR domain; wherein the first node issuing the address information of the SR nodes to the RSVP domain comprises: the first point flooding the address information of the SR nodes via database extension of an interior gateway protocol, IGP, TE; wherein the first node announcing the address information of the RSVP nodes to the SRMS in the SR domain comprises: the first point announcing the address information of the RSVP nodes through internal gateway protocol, IGP, extension or through interactive protocol extension of the first node and the SRMS.
A paper machine fabric comprising: a porous composite fabric substrate; and a polymer overlying the face side of said fabric substrate, said polymer being dispersed at least partially below the face side surface of said fabric substrate to mechanically bond to said substrate, wherein said polymer has a glass transition temperature of between about - 40 degrees Celsius and about 15°C. a porous composite fabric substrate; and a polymer overlying the face side of said fabric substrate, said polymer being dispersed at least partially below the face side surface of said fabric substrate to mechanically bond to said substrate, wherein said polymer has a glass transition temperature of between about - 40 degrees Celsius and about 15°C.
Clutch control for a clutch of the normally open type, comprising: - a clutch pedal, - the clutch, - an electric actuator, the movement of which allows the position of the clutch to be modified, this electrical actuator comprising an actuator electric motor, and - a clutch operating unit for the clutch, generating instructions aimed at modifying the position of the clutch, notably in response to action by the user of the vehicle on the clutch pedal, the operating unit being configured to apply a safety mode aimed at preventing the clutch from passing into the engaged position when a predefined failure in the clutch control is detected, characterized in that the safety mode comprises shutting off the electrical power supply to the actuator electric motor so that the clutch occupies a safety position which is the disengaged position or a position in which the torque it transmits is determined by the static friction forces applied by the electric actuator to this clutch. - a clutch pedal, - the clutch, - an electric actuator, the movement of which allows the position of the clutch to be modified, this electrical actuator comprising an actuator electric motor, and - a clutch operating unit for the clutch, generating instructions aimed at modifying the position of the clutch, notably in response to action by the user of the vehicle on the clutch pedal,
Packaging machine comprising a heating means with a heating element and a tube through which a medium to be heated flows, wherein the tube is incorporated into a block of a solid-state thermo-conductive material, characterized in, that the tube comprises a spiral-shaped part and that downstream of the spiral -shaped part a pressure chamber is provided which is designed as a closed loop.
A system to reduce false-particle counts in a condensation particle counter, the system comprising: an aerosol sample inlet configured to be coupled to a sample flow pump; an aerosol flow path in fluid communication with and disposed between the aerosol sample inlet and the sample flow pump; a plurality of growth tubes comprising at least a portion of the aerosol flow path, the plurality of growth tubes each comprising a porous media forming at least a portion of the aerosol flow path, the plurality of growth tubes being arranged in parallel with each other; a plurality of optical particle detectors (301A, 301B, 301C), each optical particle detector being coupled to an outlet of a respective one of the plurality of growth tubes to measure a count of condensation nuclei within the respective one of the plurality of growth tubes; and a processor (305A, 305B, 305C) coupled to each optical particle detector (301A, 301B, 301C) to compare the count from each of the plurality of growth tubes with respective counts from remaining one or ones of the plurality of growth tubes to make a determination whether the probability of having the combination of compared counts exceeds a threshold probability, the threshold probability being determined for a pre-determined confidence level such that above-threshold determinations indicate the presence of at least one false count. an aerosol sample inlet configured to be coupled to a sample flow pump; an aerosol flow path in fluid communication with and disposed between the aerosol sample inlet and the sample flow pump; a plurality of growth tubes comprising at least a portion of the aerosol flow path, the plurality of growth tubes each comprising a porous media forming at least a portion of the aerosol flow path, the plurality of growth tubes being arranged in parallel with each other; a plurality of optical particle detectors (301A, 301B, 301C), each optical particle detector being coupled to an outlet of a respective one of the plurality of growth tubes to measure a count of condensation nuclei within the respective one of the plurality of growth tubes; and a processor (305A, 305B, 305C) coupled to each optical particle detector (301A, 301B, 301C) to compare the count from each of the plurality of growth tubes with respective counts from remaining one or ones of the plurality of growth tubes to make a determination whether the probability of having the combination of compared counts exceeds a threshold probability, the threshold probability being determined for a pre-determined confidence level such that above-threshold determinations indicate the presence of at least one false count.