mhurhangee/ep-ind-claims huggingface dataset:
A rotor of a turbine extending around a longitudinal axis (X-X'), comprising at least one blading bearing at its periphery at least one blade, each blade comprising an airfoil provided at its radially outer end with a heel, this heel comprising a platform equipped with an upstream lip and a downstream lip which extend radially outward from this platform, the platform having a front lateral edge and a back lateral edge with respect to the normal direction of rotation of the rotor about the longitudinal axis (X-X'), and a suction face portion which extends from said front lateral edge to the suction face of the airfoil, characterized in that the upstream lip and the downstream lip each comprise sawtooth-shaped cut-outs such as to form a front tooth (271, 281) and a back tooth (272, 282) with respect to the normal direction of rotation of the rotor about the longitudinal axis (X-X'), in that the front tooth (271, 281) and the back tooth (272, 282) of each lip (27, 28) have a triangular shape or a truncated rectangle shape, in that the front tooth (271, 281) and the back tooth (272, 282) of each lip (27, 28) are contiguous, in that the front teeth (271, 281) of the lips (27, 28) have a front edge (2710, 2810) perpendicular to the platform and a radially outer edge (2711, 2811) which is straight and inclined backward from the apex of the front edge (2710, 2810) in the direction of the platform and in that the back teeth (272, 282) of the lips (27, 28) have a cutting edge (2720, 2820) perpendicular to the platform and a radially outer edge (2721, 2821) which is straight and inclined backward from the apex of the cutting edge (2720, 2820) in the direction of the platform and in that the front tooth (271, 281) of each lip (27, 28) is disposed on the suction face portion of the platform.
Thermal arrangement comprising an annular heat exchanger and a conduit, said exchanger in which a first fluid circulates being positioned around said conduit in which a second fluid circulates, said second fluid exiting from said conduit via an opening of said conduit, a third fluid circulating in said exchanger from an inlet of said exchanger towards an outlet of said exchanger, characterised in that said exchanger comprises a rear casing situated at said outlet and directing said third fluid towards said second fluid exiting via said opening, the second fluid then generating by "Coanda" effect a circulation of said third fluid in said exchanger, a thermal exchange taking place between said conduit, said third fluid and said first fluid.
A composition for a UV-crosslinked hot-melt pressure-sensitive adhesive used for a PVC insulation adhesive tape, comprising the following major components: polymers containing vinyl monomers, functional monomers, soft monomers, and photoinitiators, a polymerization initiator, and an antioxidant, wherein the vinyl monomer is selected from a group consisting of one or more n-butyl acrylate, 2-ethylhexyl acrylate, n-octyl acrylate, isobornyl acrylate, n-dodecyl acrylate, methyl n-butyl acrylate, methyl 2-ethylhexyl acrylate, and methyl n-octyl acrylate, and the amount of the vinyl monomer is 40-65% of the total amount, wherein the functional monomer is N-vinylpyrrolidone, and the amount thereof is 2-10% of the total amount, wherein the soft monomer is C17 acrylate or methyl acrylate, and the amount thereof is 5-15% of the total amount, wherein the photoinitiator is methacryloyloxy or acryloyloxy containing acetophenone or benzophenone derivative, and the amount thereof is 2-10% of the total amount, and wherein the polymerization initiator comprises azo compounds, acyl peroxides, and alkyl peroxides, the azo compound being 2,2-azobisisobutyronitrile, and the acyl peroxides being benzoyl peroxide, didecanoyl peroxide or isononanoyl peroxide, or the polymerization initiator is benzotriazole-1-yl-oxy-tris(dimethylamino) phosphonium hexafluorophosphate, and the amount of the polymerization initiator is 1-10% of the total amount.
A hydraulic actuator comprising: a piston; a cylinder having a side wall and end walls, the piston being axially movable within the cylinder; a stroke end damping valve provided in a hydraulic fluid flow passage of the actuator and adjacent an end wall of the cylinder, the stroke end damping valve comprising a damping orifice and a valve element for selectively varying the area of the damping orifice and thereby changing the damping provided by the damping orifice; the valve element projecting from a wall of the cylinder into the cylinder and being engageable by the piston as the piston moves towards an end wall of the cylinder to reduce the area of the damping orifice and thereby increase the damping effect on the piston towards the end of its stroke in the cylinder, characterised in that the wall of the cylinder from which the valve element projects is the side wall of the cylinder. a piston; a cylinder having a side wall and end walls, the piston being axially movable within the cylinder; a stroke end damping valve provided in a hydraulic fluid flow passage of the actuator and adjacent an end wall of the cylinder, the stroke end damping valve comprising a damping orifice and a valve element for selectively varying the area of the damping orifice and thereby changing the damping provided by the damping orifice; the valve element projecting from a wall of the cylinder into the cylinder and being engageable by the piston as the piston moves towards an end wall of the cylinder to reduce the area of the damping orifice and thereby increase the damping effect on the piston towards the end of its stroke in the cylinder, characterised in that the wall of the cylinder from which the valve element projects is the side wall of the cylinder.
Modular robotic co-moulding station comprising: - at least one first modular connection device, designed to be operationally connected to and to manage at least one module for the production and construction of specific components; - a vertical injection press, necessary to inject material at high pressure into a mould and operatively connected to said at least one first modular connection device; - a movement and control system designed for the handling and control of semi-finished components, operationally connected to said vertical injection press; and - at least one second modular connection device, designed to be operationally connected to and to manage at least one module for carrying out any assembly, machining and control operations on the components; characterized in that said modular connection devices are provided with a completely autonomous mechanical electro-pneumatic and software connection system, said connection system able to guarantee a standardized connection of said modules in said modular connection devices. - at least one first modular connection device, designed to be operationally connected to and to manage at least one module for the production and construction of specific components; - a vertical injection press, necessary to inject material at high pressure into a mould and operatively connected to said at least one first modular connection device; - a movement and control system designed for the handling and control of semi-finished components, operationally connected to said vertical injection press; and - at least one second modular connection device, designed to be operationally connected to and to manage at least one module for carrying out any assembly, machining and control operations on the components;
A display apparatus comprising: a substrate including a first area including a display area, a line area, and a transmission area, and a second area adjacent to the first area; a second organic insulating layer arranged on the substrate of the first area and including a third hole corresponding to the transmission area; a third organic insulating layer arranged on the second organic insulating layer of the first area and including a fourth hole corresponding to the transmission area; and a pixel defining layer arranged on the third organic insulating layer of the first area and including a fifth hole corresponding to the transmission area, characterized in that the pixel defining layer covers a side surface of the third organic insulating layer adjacent to the transmission area. a substrate including a first area including a display area, a line area, and a transmission area, and a second area adjacent to the first area; a second organic insulating layer arranged on the substrate of the first area and including a third hole corresponding to the transmission area; a third organic insulating layer arranged on the second organic insulating layer of the first area and including a fourth hole corresponding to the transmission area; and a pixel defining layer arranged on the third organic insulating layer of the first area and including a fifth hole corresponding to the transmission area, characterized in that the pixel defining layer covers a side surface of the third organic insulating layer adjacent to the transmission area.
Method for manufacturing a horizontal column of a die-casting machine with toggle-joint from a semi-finished cylinder, wherein said horizontal column has at least one threaded section comprising a thread for the connection with a fixed surface (4,6) of the machine, comprising the steps of carrying out, on the semi-finished cylinder, a turning resulting in the creation of a preliminary profile of at least one portion of the thread, and then carrying out, on the preliminary profile, a rolling in order to obtain a final profile of said portion of the thread and a work hardening of the material, wherein the turning results in the creation of the preliminary profile having a stock with respect to the final profile, at least at grooves of the thread, wherein the stock has a thickness of 0.5 - 4 millimeters, preferably of 1.8 - 3.5 millimeters, more preferably of 2 - 3 millimeters.
A vortex generator (41, 42) comprising: a flow surface (48, 49) arranged to lie in an air flow over the vortex generator (41, 42), and characterised by: a bistable state member comprising a bistable laminate arranged to snap between two stable states and a thermal expansion member configured to act on the bistable laminate in dependence on a temperature variation to impart a mechanical displacement so as to move the bistable laminate between the two stable states and thereby adjust the orientation of the flow surface (48, 49) in response to a temperature change of the thermal expansion member.
A UV fluid treatment system comprising a UV reactor and a piping system, the UV reactor configured for mounting between flanges of the piping system, which reactor has no flanges and when mounted between flanges of the piping system, presents a tubular irradiation cavity having a longitudinal axis, wherein the reactor comprises a plurality of mounting holes adapted to be align-able coaxially with the mounting holes of a piping flange, the longitudinal axis of the irradiation cavity being parallel to the plurality of the mounting holes, and an elongated radiation source which is removably disposed within the tubular irradiation cavity, wherein the radiation source longitudinal axis is perpendicular to the longitudinal axis of the tubular irradiation cavity, the system further comprising pipe flange mounting bolts, the arrangement being such that the pipe flange mounting bolts pass through the mounting holes of the flanges of the pipe system and the reactor such that the reactor can be rotated in multiple angles according to the location of the pipe flange mounting holes.
A stick-shaped cosmetic composition comprising: (a) 0.1 to 4% by weight of at least one component selected from partially crosslinked polyether-modified silicones and partially crosslinked polyglycerol-modified silicones, (b) 1 to 10% by weight of wax, (c) at least 30% by weight of an aqueous component, and (d) 0.1 to 4% by weight of partially crosslinked organopolysiloxane having an alkyl branched chain in its backbone, exclusive of component (a). (a) 0.1 to 4% by weight of at least one component selected from partially crosslinked polyether-modified silicones and partially crosslinked polyglycerol-modified silicones, (b) 1 to 10% by weight of wax, (c) at least 30% by weight of an aqueous component, and (d) 0.1 to 4% by weight of partially crosslinked organopolysiloxane having an alkyl branched chain in its backbone, exclusive of component (a).
A liquid crystal flat panel display assembly comprising: a liquid crystal flat panel display; a light guide having a shape complementary to at least a portion of the shape of the display beneath the display; a first plurality of LEDs each comprising a diameter, spaced apart from each other by less than said diameter along and against a first side edge of the light guide for directing light into the light guide; and a second plurality of LEDs arranged along an opposite second side edge of the light guide, wherein LEDs in the second plurality of LEDs are offset from LEDs in the first plurality of LEDs. a liquid crystal flat panel display; a light guide having a shape complementary to at least a portion of the shape of the display beneath the display; a first plurality of LEDs each comprising a diameter, spaced apart from each other by less than said diameter along and against a first side edge of the light guide for directing light into the light guide; and a second plurality of LEDs arranged along an opposite second side edge of the light guide, wherein LEDs in the second plurality of LEDs are offset from LEDs in the first plurality of LEDs.
Breath sensing device for a portable device, in particular a portable telecommunication device or a wearable device, the breath sensing device comprising: - an acoustic wave sensing means, in particular a microphone (9, 23) with a membrane, - a gas sensing means (11, 43) sensitive to at least one type of molecule, and further comprising a signal analyzing means configured to determine a DC electrical signal contribution to the total electrical signal received from the acoustic wave sensing means (9, 23) and configured to integrate the DC electrical signal over a predetermined time frame; wherein the signal analyzing means is furthermore configured to integrate the electrical signal received from the gas sensing means over the predetermined time frame and to determine the ratio of the integrated electrical signal received from the gas sensing means and the integrated DC electrical signal. - an acoustic wave sensing means, in particular a microphone (9, 23) with a membrane, - a gas sensing means (11, 43) sensitive to at least one type of molecule, and further comprising a signal analyzing means configured to determine a DC electrical signal contribution to the total electrical signal received from the acoustic wave sensing means (9, 23) and configured to integrate the DC electrical signal over a predetermined time frame; wherein the signal analyzing means is furthermore configured to integrate the electrical signal received from the gas sensing means over the predetermined time frame and to determine the ratio of the integrated electrical signal received from the gas sensing means and the integrated DC electrical signal.
A method for operating a turbine comprising: providing a process controller configured to perform a control algorithm based on at least one first control parameter representing a first value selected from a group comprising a proportional gain value, an integral gain value, and a derivative gain value, wherein the control algorithm is given by the equation: H s = P 1 + I S Ds + 1; providing a parameter controller configured to perform a parameter adjustment algorithm; providing a turbine having assembled thereto a turbine output sensor in communication with the process controller and the parameter controller; providing, to the process controller, at least one first control parameter and a first input value; controlling, by the process controller, the turbine based on the at least one first control parameter and the first input value; receiving, by the parameter controller, a turbine response value provided by the turbine output sensor; determining, by the parameter controller, at least one second control parameter based on the turbine response value and the parameter adjustment algorithm, the second control parameter representing a second value selected from the group; providing, to the process controller from the parameter controller, the at least one second control parameter; and controlling, by the process controller, the turbine based on the at the least one second control parameter and a second input value. providing a process controller configured to perform a control algorithm based on at least one first control parameter representing a first value selected from a group comprising a proportional gain value, an integral gain value, and a derivative gain value, wherein the control algorithm is given by the equation: H s = P 1 + I S Ds + 1; providing a parameter controller configured to perform a parameter adjustment algorithm; providing a turbine having assembled thereto a turbine output sensor in communication with the process controller and the parameter controller; providing, to the process controller, at least one first control parameter and a first input value; controlling, by the process controller, the turbine based on the at least one first control parameter and the first input value; receiving, by the parameter controller, a turbine response value provided by the turbine output sensor; determining, by the parameter controller, at least one second control parameter based on the turbine response value and the parameter adjustment algorithm, the second control parameter representing a second value selected from the group; providing, to the process controller from the parameter controller, the at least one second control parameter; and controlling, by the process controller, the turbine based on the at the least one second control parameter and a second input value.
Cylinder head, which is connectable to a cylinder block on a mounting end face, with a coolant casing at least partially integrated in the cylinder head and with at least two cylinders, each cylinder having at least one outlet port (3a, 3b) for discharging the exhaust gases out of the cylinder, and an exhaust gas line (4a, 4b) adjoining each outlet port (3a, 3b), and in which - at least two cylinders are configured in such a way that they form two groups, each with at least one cylinder, - the exhaust gas lines (4a, 4b) of the cylinders of each cylinder group converge in each case into one overall exhaust gas line (6', 6") within the cylinder head so as to form an integrated exhaust manifold (2', 2"), - the overall exhaust gas line (6") of the second integrated exhaust manifold (2") of the second cylinder group is arranged on that side of the first integrated exhaust manifold of the first cylinder group which faces away from the mounting end face, and - the coolant casing has a lower coolant casing, which is arranged between the exhaust gas lines (4a, 4b, 5, 6', 6") and the mounting end face of the cylinder head, and an upper coolant casing, which is arranged on that side of the exhaust gas lines (4a, 4b, 5, 6', 6") which lies opposite the lower coolant casing. characterized in that - the coolant casing also extends as middle coolant casing between the two overall exhaust gas lines (6', 6"). - at least two cylinders are configured in such a way that they form two groups, each with at least one cylinder, - the exhaust gas lines (4a, 4b) of the cylinders of each cylinder group converge in each case into one overall exhaust gas line (6', 6") within the cylinder head so as to form an integrated exhaust manifold (2', 2"), - the overall exhaust gas line (6") of the second integrated exhaust manifold (2") of the second cylinder group is arranged on that side of the first integrated exhaust manifold of the first cylinder group which faces away from the mounting end face, and - the coolant casing has a lower coolant casing, which is arranged between the exhaust gas lines (4a, 4b, 5, 6', 6") and the mounting end face of the cylinder head, and an upper coolant casing, which is arranged on that side of the exhaust gas lines (4a, 4b, 5, 6', 6") which lies opposite the lower coolant casing. - the coolant casing also extends as middle coolant casing between the two overall exhaust gas lines (6', 6").
Terminal for a cellular communications network, wherein time and frequency resources are used for data transmission, wherein the terminal is configured to selectively use different transmission time intervals for data transmissions from and/or to a base station, to receive resource partitioning information from the base station, and to determine which transmission time interval to use depending on the received resource partitioning information, wherein a first scheduling granularity is used for scheduling first resources associated with a first frequency range, and a second scheduling granularity, which is different from said first scheduling granularity, is used for scheduling second resources associated with a second frequency range, wherein said first and second scheduling granularities are used within respective time intervals (ti1, ti2) which at least partly overlap each other, wherein the terminal is configured to determine which transmission time interval to use by scanning downlink control channels: a first control channel for data on a first transmission time interval and a second control channel for data on a second transmission time interval.
EC motor having a regulated DC intermediate circuit consisting of a rectifier, an intermediate circuit capacitor and an inverter and commutation electronics having an active power factor correction for detecting fault currents in the DC intermediate circuit, the DC intermediate circuit having two input-side current-carrying conductors (4a, 4b), comprising: a. a detection device for detecting signals (S1, S2), each of which are proportional to the currents flowing through the two input side current-carrying conductors (4a, 4b), b. a transformer for generating in each case an analog signal S2') from the respectively detected signals (S1, S2), c. a differential amplifier, which is connected to the detection device in such a way that the analog signals (S1', S2') are supplied to the differential amplifier as input signals, for conditioning a signal SDIFF as a differential signal between the signals S2') corresponding to a detected fault current in the commutation electronics, d. characterized in that a circuit arrangement is arranged between the active power factor correction and the detection means for lowering the DC link voltage so that the signal SDIFF can be detected by an protective switch of type A for disconnection. a. a detection device for detecting signals (S1, S2), each of which are proportional to the currents flowing through the two input side current-carrying conductors (4a, 4b), b. a transformer for generating in each case an analog signal S2') from the respectively detected signals (S1, S2), c. a differential amplifier, which is connected to the detection device in such a way that the analog signals (S1', S2') are supplied to the differential amplifier as input signals, for conditioning a signal SDIFF as a differential signal between the signals S2') corresponding to a detected fault current in the commutation electronics, d. characterized in that a circuit arrangement is arranged between the active power factor correction and the detection means for lowering the DC link voltage so that the signal SDIFF can be detected by an protective switch of type A for disconnection.