mhurhangee/ep-ind-claims huggingface dataset:
A duct element for use in a sewage system, the element comprising: - an inlet structure configured to couple the duct element with a first drainpipe of the sewage system, - an outlet structure configured to couple the duct element with a second drainpipe of a sewage system; and, - an intermediate structure forming a duct between the inlet structure and the outlet structure, wherein the inlet structure and outlet structure are protrusions at opposite sides of the intermediate structure, the intermediate structure comprises a space with a flat bottom in a plane and an opening to provide access to the space, the inlet structure and outlet structure, characterized in that the inlet structure forms a duct having an upper side which in longitudinal direction is basically parallel to the plane of the flat bottom, furthermore, when the opening and outlet structure are closed watertight by sealing elements the space enables the duct element to collect a minimum amount of sewage in the space before more sewage is collected in both the space and the first drainpipe, the minimum amount enables a pumping device to drain sewage from the space and to generate a flow of sewage water through the inlet structure to fully discharge the first drainpipe. - an inlet structure configured to couple the duct element with a first drainpipe of the sewage system, - an outlet structure configured to couple the duct element with a second drainpipe of a sewage system; and, - an intermediate structure forming a duct between the inlet structure and the outlet structure, wherein the inlet structure and outlet structure are protrusions at opposite sides of the intermediate structure, the intermediate structure comprises a space with a flat bottom in a plane and an opening to provide access to the space, the inlet structure and outlet structure,
An adhesive cleaner comprising: an adhesive tape roll having an adhesive tape with a dust collecting adhesive surface formed on one surface of a base material, the adhesive tape roll formed by winding the adhesive tape into a cylindrical shape with the adhesive surface facing outward; a cleaning tool main unit rotatably supporting the adhesive tape roll; and a protective case detachably attached to the cleaning tool main unit so as to cover the adhesive surface of the adhesive tape roll, wherein the cleaning tool main unit includes a supporting shaft rotatably supporting the adhesive tape roll and a grip portion disposed on one end of the supporting shaft, a stopper for retaining the adhesive tape roll is detachably attached to the other end of the supporting shaft, the protective case includes an opening portion at one end side, into which the adhesive tape roll supported on the supporting shaft is inserted, and a bottom lid at the other end on a bottom portion side, having a tapered barrel shape with an inner diameter thereof progressively increasing from the opening portion to the bottom portion, and a positioning means (43,361) for positioning the supporting shaft coaxially with the protective case is disposed between the stopper and the bottom lid.
A hair dryer having a reverse blowing dust-cleaning function, comprising: a housing, an air machine module, an air inlet and an air outlet, the air inlet and the air outlet are arranged on the housing, a through airflow channel is formed between the air inlet and the air outlet in the housing, the air machine module is arranged in the airflow channel of the housing, wherein a circuit control board is arranged in the housing, the circuit control board is connected to the air machine module, and a trigger portion is arranged on the housing, the trigger portion is connected to the circuit control board for controlling the air machine module to rotate forward or reversely; the circuit control board is arranged between the air inlet and the air machine module, a microcontroller and a power drive module are provided on the circuit control board, the power drive module is connected to the air machine module, the microcontroller is connected to the power drive module, and the trigger portion is connected to the microcontroller; the air machine module comprises a brushless motor and a fan blade arranged on an output shaft of the brushless motor, and the brushless motor is electrically connected to the power drive module; a mounting sleeve is arranged in the airflow channel, the brushless motor is coaxially arranged in the mounting sleeve, a plurality of air ducts are arranged on the mounting sleeve circumferentially at intervals around the brushless motor, and the air ducts face the fan blade and the air inlet respectively. a circuit control board is arranged in the housing, the circuit control board is connected to the air machine module, and a trigger portion is arranged on the housing, the trigger portion is connected to the circuit control board for controlling the air machine module to rotate forward or reversely; the circuit control board is arranged between the air inlet and the air machine module, a microcontroller and a power drive module are provided on the circuit control board, the power drive module is connected to the air machine module, the microcontroller is connected to the power drive module, and the trigger portion is connected to the microcontroller; the air machine module comprises a brushless motor and a fan blade arranged on an output shaft of the brushless motor, and the brushless motor is electrically connected to the power drive module; a mounting sleeve is arranged in the airflow channel, the brushless motor is coaxially arranged in the mounting sleeve, a plurality of air ducts are arranged on the mounting sleeve circumferentially at intervals around the brushless motor, and the air ducts face the fan blade and the air inlet respectively.
An apparatus for transferring a powdered material from a first zone under first pressure P1 to a second zone under second pressure P2, and for pressurizing the powdered material from pressure P1 to pressure P2, the apparatus comprising a receptacle equipped with a powder inlet between the first zone and the receptacle, a powder outlet between the receptacle and the second zone, a gas inlet (14, 16) and a gas outlet, closure means (5a, 8) adapted to selectively seal the receptacle from first zone, second zone or both zones, during transfer and pressurization of the powdered material, the receptacle is equipped with an oscillator positioned upstream of the powder outlet, wherein the oscillator is adapted to be actuated during discharge of the powdered material, and wherein said oscillator thus imparts oscillations to the powdered material during discharge thereof, characterised in that said oscillator comprises a rotatable flap arranged in the receptacle and extending perpendicular to the direction of powder discharge, wherein the rotatable flap is positioned in an ajar position, and wherein the rotatable flap is actuated to oscillate around its ajar position during powder discharge and wherein the apparatus operates with an absolute difference in pressure between the first pressure P1 and the second pressure P2 of at least 10 bar.
A product comprising: a turbomachinery device comprising: an electric motor surrounding a portion of a shaft constructed and arranged to selectively drive the shaft in rotation about a rotational axis, wherein the electric motor further comprises a stator comprising a lamination stack; a housing (54, 56) surrounding the electric motor, wherein the housing (54, 56) includes a plurality of channels constructed and arranged to lubricate a first bearing; characterized in that the lamination stack includes at least one retention component (184, 194) wherein the retention component (184, 194) is constructed and arranged to lock the stator in an axial direction while locking rotation of the stator about the rotational axis, and wherein the retention component (184, 194) further comprises at least one conduit (84, 94) constructed and arranged to pass fluid through the electric motor to a second bearing, and in that the at least one conduit (84, 94) includes at least one bore (85, 95) in a longitudinal side of the at least one conduit (84, 94). an electric motor surrounding a portion of a shaft constructed and arranged to selectively drive the shaft in rotation about a rotational axis, wherein the electric motor further comprises a stator comprising a lamination stack; a housing (54, 56) surrounding the electric motor, wherein the housing (54, 56) includes a plurality of channels constructed and arranged to lubricate a first bearing; characterized in that the lamination stack includes at least one retention component (184, 194) wherein the retention component (184, 194) is constructed and arranged to lock the stator in an axial direction while locking rotation of the stator about the rotational axis, and wherein the retention component (184, 194) further comprises at least one conduit (84, 94) constructed and arranged to pass fluid through the electric motor to a second bearing, and in that the at least one conduit (84, 94) includes at least one bore (85, 95) in a longitudinal side of the at least one conduit (84, 94).
Process for separating sowing threads and carbon fibres, wherein carbon fibre mats, pieces of carbon fibre mats or carbon fibre agglomerations mixed with sowing threads are fed to at least one rotating clothed roller and so separated into fibres and fibre bundles, and the fibres and fibre bundles are carried along by the at least one roller, as a result of which at least a part of the carbon fibres is detached from the roller or the rollers, while at least a part of the sowing threads remains on at least one of the rollers, wherein the detachment of the carbon fibres from the clothing of the roller is influenced through - gravity, - centrifugal force, - an air flow, - the use of an electrostatic field, - shaped elements (A, B, C) which extend parallel to the axis of the roller over the working width, or a combination of at least two of these measures, and wherein the sowing threads are removed from at least one of the rollers. - gravity, - centrifugal force, - an air flow, - the use of an electrostatic field, - shaped elements (A, B, C) which extend parallel to the axis of the roller over the working width,
A wire connecting structure, wherein it is the wire connecting structure of coils wound to each salient-pole (12, U1, U2, V1, V2, W1, W2) in a three-phase motor having respective salient-pole (12, U1, U2, V1, V2, W1, W2) of a first phase, a second phase and a third phase, wherein the coils of the salient-poles (U1, U2, W1, W2) belonging to any two phases among the first phase, the second phase and the third phase are formed by a single continuous first conducting wire, wherein the coils of the salient-poles (U1, U2, W1, W2) formed by the single continuous first conducting wire comprise a first salient-pole, a second salient-pole, a third salient-pole, a fourth salient-pole, wherein the single continuous first conducting wire is sequentially wound around the first salient-pole, the second salient-pole, the third salient-pole, the fourth salient-pole, and the coils of the salient-poles (U1, U2, W1, W2) are disposed in a circumferential direction with equal intervals in a sequence of the first salient-pole, the third salient-pole, the second salient-pole and the fourth salient-pole, and the coil of the salient-pole (V1, V2) belonging to the rest one phase among the first phase, the second phase and the third phase is formed by a single continuous second conducting wire, wherein one end of the first conducting wire is electrically connected to an external connection terminal (Us) corresponding to one of the two phases, the other end of the first conducting wire is electrically connected to an external connection terminal (Ws) corresponding to the other of the two phases, and a middle point of the first conducting wire is electrically connected to a short circuit terminal of a neutral point without the first conducting wire being cut, wherein the wire connecting structure is such that two connecting portions which respectively have a U-shaped cross-section are formed on the neutral point, and the first conducting wire is tucked into one of the connecting portions formed on the neutral point; and one end of the second conducting wire is electrically connected to an external connection terminal (Vs) corresponding to the rest one phase, and the other end of the second conducting wire is electrically connected to the short circuit terminal.
A device for delivering a fluid drug formulation to the eye of a patient, comprising: a hollow microneedle having a tip end and a bore through which the fluid drug formulation can be communicated through the microneedle; a device body for holding the microneedle, the device body having an end serving as a base from which the microneedle extends; and an actuator for controlled infusion of the fluid drug formulation through the microneedle, wherein the microneedle has an effective length of 500 microns to 2000 microns; wherein the device is configured to (i) insert the tip end of the microneedle into an insertion site in the sclera and through the sclera into the suprachoroidal space of the eye, and (ii) to infuse the fluid drug formulation into the suprachoroidal space and away from the insertion site; characterized in that the base has a convex shape configured to minimize contact with a surface of the eye. a hollow microneedle having a tip end and a bore through which the fluid drug formulation can be communicated through the microneedle; a device body for holding the microneedle, the device body having an end serving as a base from which the microneedle extends; and an actuator for controlled infusion of the fluid drug formulation through the microneedle, wherein the microneedle has an effective length of 500 microns to 2000 microns; wherein the device is configured to (i) insert the tip end of the microneedle into an insertion site in the sclera and through the sclera into the suprachoroidal space of the eye, and (ii) to infuse the fluid drug formulation into the suprachoroidal space and away from the insertion site; characterized in that the base has a convex shape configured to minimize contact with a surface of the eye.
A combined liner and panel for use in a gas turbine engine comprising: a ceramic matrix composite panel having a plurality of extending members extending in a direction away from a face of ceramic matrix composite panel which will face hot products of combustion; and a liner including a plurality of spring members, said spring members applying a bias force biasing said extending members, said spring members biasing said extending members on said panel in a direction away from said face of said panel which will face the hot products of combustion; characterised in that: said spring members include spring rings received within said extending members; wherein said extending members are rings and said spring rings are received within said extending members. a ceramic matrix composite panel having a plurality of extending members extending in a direction away from a face of ceramic matrix composite panel which will face hot products of combustion; and a liner including a plurality of spring members, said spring members applying a bias force biasing said extending members, said spring members biasing said extending members on said panel in a direction away from said face of said panel which will face the hot products of combustion; characterised in that: said spring members include spring rings received within said extending members; wherein said extending members are rings and said spring rings are received within said extending members. said spring members include spring rings received within said extending members; wherein said extending members are rings and said spring rings are received within said extending members.
A drive mechanism of a drug delivery device for dispensing of a dose of a medicament, the mechanism comprising: - an elongated housing extending in an axial direction (1, 2), - a piston rod to operably engage with a piston of a cartridge to displace the piston in an axial distal direction, - a drive sleeve rotatably supported in the housing and being operably releasable from the piston rod for setting of a dose and being operably engageable with the piston rod for dispensing of the dose, - a dose limiting member engaged with the drive sleeve and engaged with the piston rod in such a way, that it is displaced in axial direction (1, 2) relative to the drive sleeve when the drive sleeve rotates relative to the piston rod during a dose setting procedure, and - wherein the dose limiting member is threadedly engaged with the drive sleeve and is rotatably fixed to the piston rod but axially slidably engaged with the piston rod or wherein the dose limiting member is threadedly engaged with the piston rod and is rotatably fixed to the drive sleeve but axially slidably engaged with the drive sleeve, - at least one stop (42, 56; 78) to engage with the dose limiting member for limiting the axial displacement of the dose limiting member during the dose setting procedure and to impede further displacement of the drive sleeve relative to the piston rod, characterized in that - the at least one stop is arranged at an inside wall of the drive sleeve and extends radially inwardly and axially. - an elongated housing extending in an axial direction (1, 2), - a piston rod to operably engage with a piston of a cartridge to displace the piston in an axial distal direction, - a drive sleeve rotatably supported in the housing and being operably releasable from the piston rod for setting of a dose and being operably engageable with the piston rod for dispensing of the dose, - a dose limiting member engaged with the drive sleeve and engaged with the piston rod in such a way, that it is displaced in axial direction (1, 2) relative to the drive sleeve when the drive sleeve rotates relative to the piston rod during a dose setting procedure, and - wherein the dose limiting member is threadedly engaged with the drive sleeve and is rotatably fixed to the piston rod but axially slidably engaged with the piston rod or wherein the dose limiting member is threadedly engaged with the piston rod and is rotatably fixed to the drive sleeve but axially slidably engaged with the drive sleeve, - at least one stop (42, 56; 78) to engage with the dose limiting member for limiting the axial displacement of the dose limiting member during the dose setting procedure and to impede further displacement of the drive sleeve relative to the piston rod, characterized in that - the at least one stop is arranged at an inside wall of the drive sleeve and extends radially inwardly and axially.
Electrical rail transportation system comprising: (i) a rail system for one or more electrically powered vehicles, said rail system comprising rail means for suspending one or more electrically-powered transport vehicles and electrical conductors for providing the vehicles with electrical power; (ii) one or more transport vehicle(s), characterised in that each transport vehicle comprises an electronically commutated motor for driving the vehicle along the rail system. (i) a rail system for one or more electrically powered vehicles, said rail system comprising rail means for suspending one or more electrically-powered transport vehicles and electrical conductors for providing the vehicles with electrical power; (ii) one or more transport vehicle(s), characterised in that each transport vehicle comprises an electronically commutated motor for driving the vehicle along the rail system.
A method for configuring a Time Division Duplex, TDD, Uplink/Downlink, UL/DL, allocation in a user equipment, UE in a Long Term Evolved, LTE, network, comprising: receiving, at a predefined period, during a connected state, each information block transmitted by an enhanced NodeB in the LTE network, wherein each information block is transmitted in accordance with a fixed schedule having a predefined transmission period and includes information identifying a TDD configuration, wherein each information block comprises a Master Information Block, MIB, and wherein the TDD configuration is transmitted using three bits or less; determining that an updating of the TDD configuration is required for the UE based, at least in part, on the information identifying the TDD configuration in the information block, the information identifying the TDD configuration indicating an updated TDD configuration; and in response to at least identifying the updated TDD configuration, automatically updating the TDD UL/DL allocation of the UE in accordance with the updated TDD configuration. receiving, at a predefined period, during a connected state, each information block transmitted by an enhanced NodeB in the LTE network, wherein each information block is transmitted in accordance with a fixed schedule having a predefined transmission period and includes information identifying a TDD configuration, wherein each information block comprises a Master Information Block, MIB, and wherein the TDD configuration is transmitted using three bits or less; determining that an updating of the TDD configuration is required for the UE based, at least in part, on the information identifying the TDD configuration in the information block, the information identifying the TDD configuration indicating an updated TDD configuration; and in response to at least identifying the updated TDD configuration, automatically updating the TDD UL/DL allocation of the UE in accordance with the updated TDD configuration.
A composition comprising: (a) a peroxidically crosslinked or a condensation crosslinked organopolysiloxane material; (b) a silicone polymer; (c) at least one of a metal oxide selected from a group consisting of magnesium oxide, aluminum oxide, tin oxide, calcium oxide, titanium oxide and barium oxide, a metal-containing compound which produces a metal oxide of the group on heating, boric acid, or zinc borate; (d) a platinum complex containing at least one unsaturated group; and (e) 33-100 parts by weight of mica based on 100 parts by weight of the organopolysiloxane material, wherein the composition produces a ceramic material at temperatures of 610 °C or more. (a) a peroxidically crosslinked or a condensation crosslinked organopolysiloxane material; (b) a silicone polymer; (c) at least one of a metal oxide selected from a group consisting of magnesium oxide, aluminum oxide, tin oxide, calcium oxide, titanium oxide and barium oxide, a metal-containing compound which produces a metal oxide of the group on heating, boric acid, or zinc borate; (d) a platinum complex containing at least one unsaturated group; and (e) 33-100 parts by weight of mica based on 100 parts by weight of the organopolysiloxane material, wherein the composition produces a ceramic material at temperatures of 610 °C or more.