mhurhangee/ep-ind-claims huggingface dataset:
Cable for overhead power line used to transfer electrical energy, said cable comprising a core and an outer crown, the latter being obtained by a plurality of metal wires, at least part of these metal wires being partly covered with an outer coating made of material suitable to facilitate the detachment of the snow which accretes on said cable, wherein each partly covered wire of said part of metal wires is discretely coated by said material along a plurality of sections of said wire separated from each other, characterized in that each coated section of the plurality of coated sections is fully coated with said material.
A method of surface treating individual surfaces of channels or cavities within a fabricated microfluidic device, the channels or cavities having surfaces extending fully about their perimeter, the method comprising: a) Providing the fabricated microfluidic device having the one or more channels or cavities defined therein within a gas plasma reactor; b) Using the plasma reactor to effect the generation of radical species comprising elemental metal or metalloid radicals, the radical species representing constituents of a surface treatment layer c) Allowing generated radical species to diffuse in a gaseous form into the one or more channels or cavities; and wherein on introduction of the radical species into the channels or cavities, the radical species react with one another to form a metal oxide or metalloid oxide layer on the surfaces of the one or more channels or cavities and further wherein direct plasma deposition does not directly contribute to the generation of the surface layers. a) Providing the fabricated microfluidic device having the one or more channels or cavities defined therein within a gas plasma reactor; b) Using the plasma reactor to effect the generation of radical species comprising elemental metal or metalloid radicals, the radical species representing constituents of a surface treatment layer c) Allowing generated radical species to diffuse in a gaseous form into the one or more channels or cavities; and
A wind measurement lidar comprising: an output unit (1, 3) to produce a laser beam; a transmitter-receiver to emit the laser beam produced by the output unit (1, 3) into the air, and to receive a scattered beam of the laser beam; a received signal acquirer (8, 9, 10) to obtain a received signal through heterodyne detection of the laser beam produced from the output unit and a beam acquired via the transmitter-receiver; a controller to control the transmitter-receiver; a storage to store, when the laser beam is controlled by the controller so as to be produced, but not to be emitted into the air, the received signal obtained by the received signal acquirer (8, 9, 10) as a noise signal; a frequency difference unit to subtract in a frequency domain the noise signal stored in the storage from the received signal obtained by the received signal acquirer (8, 9, 10) when the laser beam is controlled by the controller so as to be emitted into the air; a wind speed measurer (12, 13) to measure a wind speed from a subtraction result by the frequency difference unit; and a distance origin calibrator to calibrate, when the laser beam is controlled by the controller so as to be produced, but not to be emitted into the air, the received signal obtained by the received signal acquirer (8, 9, 10) as a distance origin, wherein the wind speed measurer (12, 13) measures the wind speed with regard to the distance origin calibrated by the distance origin calibrator. an output unit (1, 3) to produce a laser beam; a transmitter-receiver to emit the laser beam produced by the output unit (1, 3) into the air, and to receive a scattered beam of the laser beam; a received signal acquirer (8, 9, 10) to obtain a received signal through heterodyne detection of the laser beam produced from the output unit and a beam acquired via the transmitter-receiver; a controller to control the transmitter-receiver; a storage to store, when the laser beam is controlled by the controller so as to be produced, but not to be emitted into the air, the received signal obtained by the received signal acquirer (8, 9, 10) as a noise signal; a frequency difference unit to subtract in a frequency domain the noise signal stored in the storage from the received signal obtained by the received signal acquirer (8, 9, 10) when the laser beam is controlled by the controller so as to be emitted into the air; a wind speed measurer (12, 13) to measure a wind speed from a subtraction result by the frequency difference unit; and a distance origin calibrator to calibrate, when the laser beam is controlled by the controller so as to be produced, but not to be emitted into the air, the received signal obtained by the received signal acquirer (8, 9, 10) as a distance origin, wherein the wind speed measurer (12, 13) measures the wind speed with regard to the distance origin calibrated by the distance origin calibrator.
A landing device for spacecraft, having landing legs and landing feet, which are held in an articulated manner on the ends of the landing legs remote from the spacecraft and have a footplate, characterised by a mechanical connection (5, 6, 11, 21) between each landing leg and the landing footplate arranged thereon, which mechanical connection is provided with at least one predefined breaking point (9, 10, 18) and into which at least two electrical sensor elements (7, 8, 12) are integrated.
A portable sterilizing equipment to be used in loading containers for the transportation of products aseptically, increasing the transport capacity, making the formats and connection of containers flexible and making handling of the product easy, wherein said equipment is suitable to be coupled between a filling coupling of a pasteurization system's outlet from a producer's facility comprising tanks with fluid for washing, and a returning coupling from returning lines of said pasteurization system, WHEREIN the portable sterilizing equipment comprises: a) a portable boiler with water to generate a vapor phase and a liquid phase; b) a washing machine connected to said portable boiler with a vapor line and with a line of liquid phase, where said washing machine uses chemicals and circulation waters from said tanks; c) a flexible hose connected between said filling coupling and said washing machine; d) a flexible hose connected between said returning coupling and said washing machine; e) a flexible hose connected to said washing machine and a container valve of a container, for washing said container. a) a portable boiler with water to generate a vapor phase and a liquid phase; b) a washing machine connected to said portable boiler with a vapor line and with a line of liquid phase, where said washing machine uses chemicals and circulation waters from said tanks; c) a flexible hose connected between said filling coupling and said washing machine; d) a flexible hose connected between said returning coupling and said washing machine; e) a flexible hose connected to said washing machine and a container valve of a container, for washing said container.
Restraining device for protecting the head, neck and trunk of an adult or adolescent person, said person being seated on a seat of a vehicle, the device comprising: - at least a first inflatable bag disposed at least facing a front region of the right-hand shoulder of said person, - at least a second inflatable bag disposed at least facing a front region of the left-hand shoulder of said person, the first and second inflatable bags (21, 22) being provided with a view to being inflated under predetermined conditions, in which case the first and second inflatable bags (21, 22) are deployed at least upwards and in the direction towards one another, the restraining device being characterised in that it further comprises at least one connecting element directly connecting the first and second inflatable bags, disposed facing a central region of the torso of said person, the connecting element preventing the first and second inflatable bags from coming apart from one another on deployment. - at least a first inflatable bag disposed at least facing a front region of the right-hand shoulder of said person, - at least a second inflatable bag disposed at least facing a front region of the left-hand shoulder of said person,
A power supply comprising first and second ac voltage generators both connected to one or more loads and both connected to a respective 6-pulse rectifier unit (8,9) for rectifying ac voltage from each of the first and second ac voltage generators to a dc voltage output for the loads, wherein each of the first and second ac voltage generators comprises two 3-phase voltage sources separated by a phase shift, wherein the voltage output from each rectifier unit is coupled to the loads via a respective interphase inductor (12,13), and further comprising a third ac voltage generator (LS GEN) connected to the one or more loads and having a further two 3-phase voltage sources separated by a phase shift and further comprising a respective further rectifier unit (15,16) for each of the further two 3-phase voltage sources; and wherein a first rectifier unit is configured to recieve inputs from a first 3-phase source (a,c) of each of the first and second ac voltage generators and a second rectifier unit is configured to receive inputs from a second 3-phase source (b,d) of each ac voltage generator, and wherein the first rectifier unit provides a first dc output (e) and the second rectifier unit provides a second dc output (f), and wherein the first dc output (e) is connected to the loads and to the second rectifier unit via a first interphase inductor, and the second dc output (f) is connected to the loads and to the first rectifier unit via a second interphase inductor, and wherein the two sources for the third ac voltage generator are connected into the output via two further rectifier units (15,16), which are also connected in parallel via respective interphase inductors (17,18) to output the loads; and wherein the power supply is configured to be in combination with a geared turbofan engine, wherein the second ac voltage generator is associated with a high spool side of the engine and the third ac voltage generator is associated with a low spool side of the generator.
A strike plate (1; 100) for holding a motor vehicle door in a closed position, the strike plate (1; 100) comprising: • a plate, which has a primary face and an opposite secondary face, the strike plate (1; 100) being configured so as to be fixed, via the plate, to a door jamb belonging to the motor vehicle, in a mounting position in which the secondary face is oriented against the door jamb; • a strike plate wire, which protrudes from the primary face and which is configured to cooperate mechanically with a latch of the vehicle, when the strike (1; 100) is in the mounting position and the door is in the closed position, to hold the door in the closed position; and • a positioning pin (4, 5), which projects from the secondary face and which is configured to be received in a positioning hole (24, 25) provided in the door jamb, when the strike plate (1; 100) is in the mounted position; and • a lug, which projects from the secondary face and which is configured to hook onto the positioning hole (24, 25) when the strike (1; 100) is in the mounting position and thus retain the strike plate (1; 100) in the mounting position; characterised in that the strike plate (1; 100) comprises a sealing ring (50; 150), which is carried on the surface of the secondary face. • a plate, which has a primary face and an opposite secondary face, the strike plate (1; 100) being configured so as to be fixed, via the plate, to a door jamb belonging to the motor vehicle, in a mounting position in which the secondary face is oriented against the door jamb; • a strike plate wire, which protrudes from the primary face and which is configured to cooperate mechanically with a latch of the vehicle, when the strike (1; 100) is in the mounting position and the door is in the closed position, to hold the door in the closed position; and • a positioning pin (4, 5), which projects from the secondary face and which is configured to be received in a positioning hole (24, 25) provided in the door jamb, when the strike plate (1; 100) is in the mounted position; and • a lug, which projects from the secondary face and which is configured to hook onto the positioning hole (24, 25) when the strike (1; 100) is in the mounting position and thus retain the strike plate (1; 100) in the mounting position;
A pharmaceutical composition for inhalation comprising separately or together long acting muscarinic antagonists (LAMAs) in the form of a dry powder in admixture with a pharmaceutically acceptable carrier which comprise a mixture of fine particles having a mean particle size of 1.0 to 10.0 μm and coarse particles having a mean particle size of 10.0 to 100.0 μm wherein the amount of the fine particles is between 20% to 30% by weight of the total amount of the carrier.
An absorbent sheet having a longitudinal direction and a transverse direction and including a liquid-permeable topsheet, a liquid-impermeable backsheet and an absorbent structure interposed between these sheets, characterized in that the absorbent structure includes a first absorbent section, a second absorbent section and a third absorbent section arranged in the longitudinal direction; and a portion of the topsheet extending between the second absorbent section and the third absorbent section and a portion of the topsheet extending along the first absorbent section are joined to each other by a joining means.
An method comprising: receiving, at a user equipment, a plurality of multicarrier parameters including a scaling parameter, a first quantity of carriers in a first group of carriers, and a second quantity of carriers in a second group of carriers, wherein the scaling parameter is for scaling of monitoring performance settings of the first and second groups of carriers; operating in a first mode using the received scaling factor, when the received plurality of multicarrier parameters does not result in the second group having equal or better monitoring performance than the first group; and operating in a second mode when the received plurality of multicarrier parameters results in the second group having equal or better monitoring performance than the first group wherein the second mode includes a default scaling of monitoring performance settings of the first and second groups of carriers. receiving, at a user equipment, a plurality of multicarrier parameters including a scaling parameter, a first quantity of carriers in a first group of carriers, and a second quantity of carriers in a second group of carriers, wherein the scaling parameter is for scaling of monitoring performance settings of the first and second groups of carriers; operating in a first mode using the received scaling factor, when the received plurality of multicarrier parameters does not result in the second group having equal or better monitoring performance than the first group; and operating in a second mode when the received plurality of multicarrier parameters results in the second group having equal or better monitoring performance than the first group wherein the second mode includes a default scaling of monitoring performance settings of the first and second groups of carriers.
An electronic expansion valve, comprising a leading screw, a valve needle and a valve needle sleeve, characterized in that, the electronic expansion valve further comprises: a washer movably provided in an annular groove, which is provided at the lower end of the leading screw in the circumferential direction, and a thickness of the washer is less than a width of the annular groove; the valve needle sleeve abuts against the upper surface of the washer and is fixedly connected with the valve needle; and a spring is provided between the washer and the valve needle. a washer movably provided in an annular groove, which is provided at the lower end of the leading screw in the circumferential direction, and a thickness of the washer is less than a width of the annular groove; the valve needle sleeve abuts against the upper surface of the washer and is fixedly connected with the valve needle; and a spring is provided between the washer and the valve needle.
An in-vehicle security module configured to be installed in a vehicle and allow authorized access to the vehicle, said in-vehicle security module comprising: a transceiver configured to receive an authorization signal from an internet server; characterized by: a keyless entry transmitter configured to wirelessly communicate with a keyless entry system of the vehicle in a manner effective to allow access to the vehicle if the authorization signal is received; and wherein the in-vehicle security module further comprises an interference device configured to interfere with a determination by a vehicle immobilizer that an ignition key is an authorized key if the authorization signal has not been received, whereby the interference device prevents the immobilizer from determining that the key is an authorized key, thereby preventing starting of the vehicle. a transceiver configured to receive an authorization signal from an internet server; characterized by: a keyless entry transmitter configured to wirelessly communicate with a keyless entry system of the vehicle in a manner effective to allow access to the vehicle if the authorization signal is received; and
Thermoelectric material with a first side and a second side arranged opposite, the thermoelectric material containing fibres, at least 80% by weight of the fibres being aligned transversely to at least the first side or the second side and the fibres having a lower electrical conductivity than the semiconductor material.
Bioreactor, manufactured from a material from the group consisting of glas, polymethylmethacrylate, polyester, polycarbonate, polyamide, polystyrene, polytheylene, polyvinyl chloride, steel and stainless steel, for cultivating phototrophic organisms in an aqueous culture medium, in which the reactor parts that come into contact with the culture medium are coated completely or partially with a silicone layer, wherein the surface of the silicone layer has a contact angle to water of at leat 100°.
A two-wire process variable indicator (106, 200) comprising: a housing; a plurality of terminals (204, 206) disposed within the housing and being configured to be coupled to a two-wire process control loop; a power module coupled to the plurality of terminals (204, 206) to receive current flow from the process control loop; driver circuitry coupled to the power module; and a microencapsulated electrophoretic display (109, 212) coupled to the driver circuitry configured to display information received from the two-wire process control loop; wherein the driver circuitry and the microencapsulated electrophoretic display (109, 212) are configured to be powered with power from the two-wire process control loop. a housing; a plurality of terminals (204, 206) disposed within the housing and being configured to be coupled to a two-wire process control loop; a power module coupled to the plurality of terminals (204, 206) to receive current flow from the process control loop; driver circuitry coupled to the power module; and a microencapsulated electrophoretic display (109, 212) coupled to the driver circuitry configured to display information received from the two-wire process control loop; wherein the driver circuitry and the microencapsulated electrophoretic display (109, 212) are configured to be powered with power from the two-wire process control loop.
A method of identifying an agent which regulates angiogenesis comprising: (a) introducing the agent into a cell; (b) analyzing ApoB-dependent VEGFR1 transcription in said cell; and (c) identifying the agent capable of regulating ApoB-dependent VEGFR1 transcription in said cell, thereby selecting the agent which regulates angiogenesis. (a) introducing the agent into a cell; (b) analyzing ApoB-dependent VEGFR1 transcription in said cell; and (c) identifying the agent capable of regulating ApoB-dependent VEGFR1 transcription in said cell, thereby selecting the agent which regulates angiogenesis.
A curling iron comprising: a body (10, 11) with an endmost face; a barrel having a central axis, a proximal end mounted within the body (10, 11) and an opposing distal end, the body (10, 11) surrounding the barrel and enclosing a hair-receiving space between the barrel and the body (10, 11); an element for heating hair in the hair-receiving space, and an opening in the body (10, 11), the opening comprising a circumferential portion extending about the distal end and a slot portion disposed in the endmost face, the slot portion extending from the circumferential portion toward the proximal end, whereby opposing ends (20a, 20b) of a lock of hair passing through the hair-receiving space extend from the circumferential portion and the slot portion, characterised in that the curling iron further comprises a gating coupling (90, 91) connecting the barrel to the body (10, 11) to provide for relative movement between the barrel and the body (10, 11) between a closed position, in which the circumferential portion is closed to restrict movement of the lock of hair about the circumferential portion, and an open position, in which the circumferential portion is opened to allow a curled lock of hair to be withdrawn from the hair-receiving space. a body (10, 11) with an endmost face; a barrel having a central axis, a proximal end mounted within the body (10, 11) and an opposing distal end, the body (10, 11) surrounding the barrel and enclosing a hair-receiving space between the barrel and the body (10, 11); an element for heating hair in the hair-receiving space, and an opening in the body (10, 11), the opening comprising a circumferential portion extending about the distal end and a slot portion disposed in the endmost face, the slot portion extending from the circumferential portion toward the proximal end, whereby opposing ends (20a, 20b) of a lock of hair passing through the hair-receiving space extend from the circumferential portion and the slot portion, characterised in that the curling iron further comprises a gating coupling (90, 91) connecting the barrel to the body (10, 11) to provide for relative movement between the barrel and the body (10, 11) between a closed position, in which the circumferential portion is closed to restrict movement of the lock of hair about the circumferential portion, and an open position, in which the circumferential portion is opened to allow a curled lock of hair to be withdrawn from the hair-receiving space.
A molding method of a resin molded product in which a core member including a foaming element is interposed between at least two resin sheets (101, P) in a melted state into a laminated product, the resin sheets (101; P) comprising fibrous filler, and the method comprising: a welding step in which while melting surfaces of the core member by heat of the resin sheets, the core member and the resin sheets (101; P) are welded onto each other; and characterized by a molding step in which the core member and the resin sheets (101; P) are clamped by split metallic molds (32A, 32B), which form a sealed space having a width less than a combined thickness of the two resin sheets and core member introduced to the mold to compress the resin molded product in a range from 0.5mm to 1.0mm by each of the split molds to mold the resin molded product. a welding step in which while melting surfaces of the core member by heat of the resin sheets, the core member and the resin sheets (101; P) are welded onto each other; and characterized by a molding step in which the core member and the resin sheets (101; P) are clamped by split metallic molds (32A, 32B), which form a sealed space having a width less than a combined thickness of the two resin sheets and core member introduced to the mold to compress the resin molded product in a range from 0.5mm to 1.0mm by each of the split molds to mold the resin molded product.