mhurhangee/ep-ind-claims huggingface dataset:
A base frame assembly (24, 70) for supporting a main shaft housing of a wind turbine, the base frame assembly (24, 70) comprising: a base frame (36, 50, 72) having a plurality of mounting pads (42, 78) for receiving the main shaft housing thereon; a brace component (38, 52, 74) comprising a plurality of arm portions, each arm portion terminating in a respective support plate; wherein each one of the mounting pads (42, 78) of the base frame (36, 50, 72) is configured to interface with and be secured to a corresponding one of the support plates of the brace component (38, 52, 74), wherein when the main shaft housing is received onto the base frame (36, 50, 72), each support plate of the brace component (38, 52, 74) is sandwiched between and secured to a respective support foot of the main shaft housing and the respective mounting pad (42, 78) of the base frame (36, 50, 72). a base frame (36, 50, 72) having a plurality of mounting pads (42, 78) for receiving the main shaft housing thereon; a brace component (38, 52, 74) comprising a plurality of arm portions, each arm portion terminating in a respective support plate; wherein each one of the mounting pads (42, 78) of the base frame (36, 50, 72) is configured to interface with and be secured to a corresponding one of the support plates of the brace component (38, 52, 74), wherein when the main shaft housing is received onto the base frame (36, 50, 72), each support plate of the brace component (38, 52, 74) is sandwiched between and secured to a respective support foot of the main shaft housing and the respective mounting pad (42, 78) of the base frame (36, 50, 72).
An isolated mammalian cell comprising: an exogenous sequence encoding a fusion protein comprising an HIV C34 or fuzeon peptide fusion inhibitor and CXCR4 co-receptor, the exogenous sequence is integrated into an endogenous locus into the genome of the cell using one or more nucleases such that the peptide fusion inhibitor is expressed as a fusion protein at the N-terminus of the CXCR4 co-receptor on the cell surface and HIV entry into the cell is inhibited and wherein the endogenous locus is selected from the group consisting of an HIV receptor gene or an HIV co-receptor gene and is inactivated following integration of the exogenous sequence, and further wherein if the exogenous sequence is not integrated into the endogenous CXCR4 co-receptor gene, the endogenous CXCR4 co-receptor gene is inactivated in the cell using a zinc finger nuclease.
A method ofproviding streaming data from a source of the streaming data to a mobile device, the method comprising: receiving a request by at least one server (274, 276) for the streaming data from the mobile device, the request comprising: format settings relating to reformatting the streaming data, and transmission settings for triggering sending of reformatted streaming data that is formatted according to the format settings; retrieving the streaming data by the at least one server (274, 276) from the source of the streaming data; reformatting the retrieved streaming data by the at least one server (274, 276) for the mobile device according to the format settings received within the request from the mobile device; and sending the reformatted streaming data by the at least one server (274, 276) to the mobile device in accordance with the transmission settings received within the request from the mobile device. receiving a request by at least one server (274, 276) for the streaming data from the mobile device, the request comprising: format settings relating to reformatting the streaming data, and transmission settings for triggering sending of reformatted streaming data that is formatted according to the format settings; format settings relating to reformatting the streaming data, and transmission settings for triggering sending of reformatted streaming data that is formatted according to the format settings; retrieving the streaming data by the at least one server (274, 276) from the source of the streaming data; reformatting the retrieved streaming data by the at least one server (274, 276) for the mobile device according to the format settings received within the request from the mobile device; and sending the reformatted streaming data by the at least one server (274, 276) to the mobile device in accordance with the transmission settings received within the request from the mobile device.
A connection system for connection of two or more overlapping layers of material (L1, L2), comprising: - a rivet including a head and a stem, the head of the rivet being configured, in use, to bear upon a surface of a first layer of said two or more layers of material, the stem having an outer surface that comprises a surface sculpturing, and being configured, in use, for passing through said two or more layers of material (L1, L1) and projecting beyond them; and - a washer configured to fit on said stem and configured to bear, in use, upon a surface of a last layer of said two or more overlapping layers (L1, L2) of material, - said washer being deformable by axial compression from an undeformed condition in which it fits on said stem with play, to a deformed condition in which it fits on said stem in a condition of interference with said outer surface of the stem, the connection system being characterized in that said stem is a hollow body, and said washer is a blind element. - a rivet including a head and a stem, the head of the rivet being configured, in use, to bear upon a surface of a first layer of said two or more layers of material, the stem having an outer surface that comprises a surface sculpturing, and being configured, in use, for passing through said two or more layers of material (L1, L1) and projecting beyond them; and - a washer configured to fit on said stem and configured to bear, in use, upon a surface of a last layer of said two or more overlapping layers (L1, L2) of material, - said washer being deformable by axial compression from an undeformed condition in which it fits on said stem with play, to a deformed condition in which it fits on said stem in a condition of interference with said outer surface of the stem,
Secure system for charging of a battery of a motor vehicle from a supply network, the system being installed in the motor vehicle and comprising means for injecting current pulses into the supply network, and means for measuring the voltage between the ground and the neutral of the supply network, characterized in that the pulse injection means are configured so that each injection of current pulses into the supply network comprises the injection of a positive first pulse followed by a negative second pulse, the first and second pulses having an equal strength in absolute value and being separated by an interval which is sufficiently short for a parasitic capacitance coupled to the supply network to be still charged during the second pulse, and the system comprises means of determining the ground resistance on the basis of the amplitude of the current pulses and voltages measured for the first pulse and the second pulse of each pulse injection.
A multi-seat gate valve, which comprises: a body with a chamber and a fluid passage; a gate positioned within the body, the gate including a pair of opposing non-parallel surfaces (112a, 112b), a pair of opposing parallel surfaces (110a, 1 10b), and a bottom edge surface; a pair of sealing members (116a, 116b), wherein each sealing member (116a, 116b) is secured between the bottom edge surface on the gate and a pair of locking members (118a, 118b) until the gate valve is at a fully closed position; wherein each locking member (118a, 118b) is detachably coupled to i) the gate until the gate valve is at the fully closed position and ii) the body only when the gate valve is at the fully closed position and each sealing member (116a, 116b) is in position to seal the fluid passage, characterised in that each locking member (118a, 118b) is detachably coupled to a respective one of the pair of opposing parallel surfaces (110a, 11 0b) on the gate by a respective pin (126a, 126b) until the gate valve is at the fully closed position and each locking member (118a, 118b) is detachably coupled to a respective surface on the body by the respective pin (126a, 126b) when the gate valve is at the fully closed position. a body with a chamber and a fluid passage; a gate positioned within the body, the gate including a pair of opposing non-parallel surfaces (112a, 112b), a pair of opposing parallel surfaces (110a, 1 10b), and a bottom edge surface; a pair of sealing members (116a, 116b), wherein each sealing member (116a, 116b) is secured between the bottom edge surface on the gate and a pair of locking members (118a, 118b) until the gate valve is at a fully closed position; wherein each locking member (118a, 118b) is detachably coupled to i) the gate until the gate valve is at the fully closed position and ii) the body only when the gate valve is at the fully closed position and each sealing member (116a, 116b) is in position to seal the fluid passage, characterised in that each locking member (118a, 118b) is detachably coupled to a respective one of the pair of opposing parallel surfaces (110a, 11 0b) on the gate by a respective pin (126a, 126b) until the gate valve is at the fully closed position and each locking member (118a, 118b) is detachably coupled to a respective surface on the body by the respective pin (126a, 126b) when the gate valve is at the fully closed position.
A device comprising: a bus interface to couple to a shared bus of a sensor network; a sensor interface to couple to a sensor of the sensor network; and a gated pulse width modulation circuit coupled to the bus interface and to the sensor interface, the gated pulse width modulation circuit configured to transmit, during a time slot allocated to the sensor based on a timing signal received via the shared bus, an analog pulse width modulated representation of a signal received from the sensor; further comprising a time slot assignment device to: monitor the bus for a time period based on a device identifier of the sensor interface; detect, during the time period, a particular time slot during which no transmission by another device is detected; and select the particular time slot as the time slot for transmission of said analog pulse width modulated representation of the signal. a bus interface to couple to a shared bus of a sensor network; a sensor interface to couple to a sensor of the sensor network; and a gated pulse width modulation circuit coupled to the bus interface and to the sensor interface, the gated pulse width modulation circuit configured to transmit, during a time slot allocated to the sensor based on a timing signal received via the shared bus, an analog pulse width modulated representation of a signal received from the sensor; further comprising a time slot assignment device to: monitor the bus for a time period based on a device identifier of the sensor interface; detect, during the time period, a particular time slot during which no transmission by another device is detected; and select the particular time slot as the time slot for transmission of said analog pulse width modulated representation of the signal.
Method for obtaining a substantially transparent screen for a lighting and/or signalling device for a motor vehicle, this screen being modified on one of its faces by superficial alterations of said face, this screen being obtained by moulding in a mould with walls provided with pins for forming these alterations, characterized in that the distance between two alterations is between 1 mm and 10 to 20 mm, and in that the superficial alterations of the face of the screen or of the lens are in the form of recesses with respect to the otherwise substantially smooth surface of said face, and in that the recesses have an apparent area of between 0.1 and 1 mm 2.
A clutch control method for a vehicle having a dog clutch and an engagement sensor that detects an engagement of the dog clutch, comprising: executing the engagement of the dog clutch when a magnitude of a differential rotation of the dog clutch is less than or equal to a prescribed value when the engagement sensor is normal and then determining the engagement of the dog clutch using the engagement sensor; characterized by setting the differential rotation of the dog clutch to a value larger than the prescribed value when the engagement sensor has failed and then determining the engagement of the dog clutch based on a difference between the differential rotation of the dog clutch at a time of starting the engagement of the dog clutch and the differential rotation of the dog clutch. executing the engagement of the dog clutch when a magnitude of a differential rotation of the dog clutch is less than or equal to a prescribed value when the engagement sensor is normal and then determining the engagement of the dog clutch using the engagement sensor; characterized by setting the differential rotation of the dog clutch to a value larger than the prescribed value when the engagement sensor has failed and then determining the engagement of the dog clutch based on a difference between the differential rotation of the dog clutch at a time of starting the engagement of the dog clutch and the differential rotation of the dog clutch.
Adjustable height seat post (10;300;400;500;600), comprising supporting means (260;560;660) connectable to a bicycle frame (580;680), a quill associated with said supporting means (260;560;660) and having a head suitable to clamp rails of a saddle of a bicycle, or the like, in the desired position, hydraulic adjusting means (230;330;430), associated with said supporting means (260;560;660), for lifting or lowering said quill in the desired position selected by a user, said hydraulic adjusting means (230;330;430) comprising a cylindrical chamber (249;349;449) inside which a piston assembly (280;380;480) is foreseen, and valve means (222;322;422), suitable to selectively open or close a hydraulic path (236a,234a;334a,336a;435,435a) through said piston assembly (280;380;480) to selectively lock or unlock the position of said piston assembly (280;380;480) relative to said cylindrical chamber (249;349;449), said valve means (222;322;422) comprising at least a valve body (234;334;434), associated with said piston assembly (280;380;480), which is selectively rotatable from an open position, in which the hydraulic path (236a,234a;334a,336a;435,435a) through said piston assembly (280;380;480) is open, to a closed position in which the hydraulic path (236a,234q;334a,336a;435,435a) through said piston assembly (280;380;480) is closed, said hydraulic adjusting means (230;330;430) comprising a valve cartridge assembly comprising a piston shaft (245;345;445;545) connected to said piston assembly (280;380;480) which, in use, is installed facing downwards and rigidly connected to said supporting means (260;560;660), said seat post (10;300;400;500;600) further comprising valve actuation means (285;385;485;585;685) associated with said supporting means (260;560;660) and suitable to selectively rotate said valve body (234;334;434) between said open position and said closed position, said valve actuation means (285;385;485;585;685) comprising an actuation rod (231;331;431;531) passing through an axial cavity (245b;345b;445b;545b) of said piston shaft (245;345;445;545), and suitable to selectively rotate said valve body (234;334;434) between said open position and said closed position, characterized in that said piston assembly comprises a piston cap provided with respective piston holes, said valve body being substantially disc-shaped and being provided with respective valve holes which can be selectively aligned with said piston holes in order to open said hydraulic path (236a,234a) and to achieve said open position of said valve means.
A copolymer rubber of a chloroprene monomer and an unsaturated nitrile compound, with a Mooney viscosity ML(1+4) 100°C of 20 to 80 and having a functional group of a structure represented by the following general formula or: (wherein in general formula, R 1 shows hydrogen, chlorine, a substituted or unsubstituted alkyl group, a substituted or unsubstituted alkenyl group, a substituted or unsubstituted aryl group, or a substituted or unsubstituted heterocyclyl group); wherein an amount of the unsaturated nitrile compound bonded is 1.0 to 18.0% by mass.
Carrier (1; 20; 30; 40; 50) having an elongate basic shape, configured to have at least two functionalities, of which at least one functionality is a luminous functionality, wherein the carrier (1; 20; 30; 40; 50) has at least one semiconductor luminous apparatus (31, 32; 41-44; 52), in particular an LED luminous apparatus, for fulfilling the at least one luminous functionality, wherein the carrier has at least two different luminous functionalities, wherein at least one semiconductor luminous apparatus (31, 32; 41-44; 51) is present for each of the luminous functionalities, wherein the carrier (1; 20; 30; 40; 50) has at least one spacer as a fastening element (13; 21; 61) for fastening the carrier (1; 20; 30; 40; 50), characterized in that the spacer is configured for variable adjustment of the spacing.
A multimodal polypropylene composition suitable for pipe applications comprising a multimodal propylene copolymer with at least one comonomer selected from alpha-olefins with 2 or 4 to 8 carbon atoms in a total amount of 4.0 to 10.0 mole-%, wherein the multimodal polypropylene composition has a melt flow rate MFR 2 (2.16 kg, 230 °C) of 0.05 to 1.00 g/10 min determined according to ISO 1133, a content of xylene cold solubles of 4.0 to 17.0 wt.-% determined at 25 °C according to ISO 16152, and a polydispersity index PI of 2.5 to 4.0 Pa -1 determined by rheological measurements according to ISO 6721-1 and ISO 6721-10.
A method for manufacturing three-dimensional, nanostructures, characterised in that it comprises: - arranging (i) a target substrate, adapted to support the formation of the nanostructure by material deposition, and (ii) at least one projection diaphragm coupled to the substrate at a first distance from it determined by a spacer layer, said diaphragm having at least one patterned aperture of nanometre size; - at a second distance from the target substrate, emitting an atomic/molecular beam intended to form the nanostructure, having a predetermined object pattern; and - orthoscopically projecting said patterned beam through the aperture of the diaphragm for forming on the substrate by demagnification a nanostructure pattern with an arbitrary three-dimensional profile which is a convolution function of the patterned beam with the diaphragm aperture, wherein said first distance has micrometric or sub-micrometric dimensions and said second distance has millimetre or super-millimetre dimensions. - arranging (i) a target substrate, adapted to support the formation of the nanostructure by material deposition, and (ii) at least one projection diaphragm coupled to the substrate at a first distance from it determined by a spacer layer, said diaphragm having at least one patterned aperture of nanometre size; - at a second distance from the target substrate, emitting an atomic/molecular beam intended to form the nanostructure, having a predetermined object pattern; and - orthoscopically projecting said patterned beam through the aperture of the diaphragm for forming on the substrate by demagnification a nanostructure pattern with an arbitrary three-dimensional profile which is a convolution function of the patterned beam with the diaphragm aperture,
A method for processing a textile product, comprising: treating a textile product with bio-enzymes to produce a pre-processed textile product; treating the pre-processed textile product with a herbal extract, comprising at least one of a Neem extract, a Holy Basil extract, or a combination of both, in a dye bath; dyeing the pre-processed textile product treated with herbal extract using a natural dye in the dye bath; mixing the herbal extract again in the dye bath to produce a dyed textile product; and post-processing the dyed textile product, characterized in that, wherein treating the pre-processed textile product with the herbal extract comprises: treating in a dye bath comprising a water-based solution maintained with a pH between 6 to 8 and a Material Liquor Ratio maintained between 1:20 to 1:5 at a temperature between 50 degrees Celsius to 90 degrees Celsius; and treating with the herbal extract, wherein the herbal extract is added at a concentration between 0.5 % to 3 % by weight of the textile product. treating a textile product with bio-enzymes to produce a pre-processed textile product; treating the pre-processed textile product with a herbal extract, comprising at least one of a Neem extract, a Holy Basil extract, or a combination of both, in a dye bath; dyeing the pre-processed textile product treated with herbal extract using a natural dye in the dye bath; mixing the herbal extract again in the dye bath to produce a dyed textile product; and post-processing the dyed textile product, treating in a dye bath comprising a water-based solution maintained with a pH between 6 to 8 and a Material Liquor Ratio maintained between 1:20 to 1:5 at a temperature between 50 degrees Celsius to 90 degrees Celsius; and treating with the herbal extract, wherein the herbal extract is added at a concentration between 0.5 % to 3 % by weight of the textile product.