mhurhangee/ep-ind-claims huggingface dataset:
- An infrared reflectivity control device comprising at least one cell forming a housing comprising an upper cover transparent in the visible range, a bottom plate and at least two electrodes (4a, 4b) which can be connected to an electric generator, the housing containing a fluid which is transparent in the visible range and is loaded with particles, wherein the upper cover and the fluid are transparent in the wavelength range from 2.5 micrometers to 20 micrometers; wherein the electrodes (4a, 4b) are carried by the bottom plate and are reflecting in the infrared range; wherein the electrodes (4a, 4b) are unsymmetrical, a first electrode having a first surface area and a second electrode having a second surface area, the first surface area being greater than the second surface area; and wherein the particles have nanometric particle size and comprise at least one material which can be electrically charged, thus having a non-zero zeta potential, the particle size being chosen so as to provide infrared absorption in the wavelength range from 2.5 micrometers to 20 micrometers. wherein the upper cover and the fluid are transparent in the wavelength range from 2.5 micrometers to 20 micrometers; wherein the electrodes (4a, 4b) are carried by the bottom plate and are reflecting in the infrared range; wherein the electrodes (4a, 4b) are unsymmetrical, a first electrode having a first surface area and a second electrode having a second surface area, the first surface area being greater than the second surface area; and wherein the particles have nanometric particle size and comprise at least one material which can be electrically charged, thus having a non-zero zeta potential, the particle size being chosen so as to provide infrared absorption in the wavelength range from 2.5 micrometers to 20 micrometers.
A method to manufacture an electronic device to be applied to rubber article; said device comprising an electronic element (5, 6, 7), two layers of thermoplastic material which are arranged in a sandwich-like manner so as to contain, between one another, said electronic element (5, 6, 7), and at least an outer rubber layer arranged to cover an outer surface of at least one of the thermoplastic layers; said method being characterized by comprising a preliminary step comprising (a) a deposition operation, during which an adhesive solution consisting of a basic water solution comprising a latex of an elastomer rubber and a combination of resorcinol and formaldehyde is applied on at least one outer surface of one of the layers of thermoplastic material; and (b) a heating operation, during which the layers of thermoplastic material on which the adhesive solution was applied are kept at a temperature ranging from 120 to 230°C for an amount of time ranging from 2 to 15 min.
Agricultural and/or horticultural greenhouse for cultivating crops therein, wherein at least a part of the greenhouse is provided close to the upper side with at least one horizontally suspended fabric screen (21, 22) which defines in that part a cultivation space for cultivating crops therein under the fabric screen (21, 22) and a ridge space separated from the cultivation space, characterized in that the fabric screen (21, 22) comprises at least one passage between the ridge space and the cultivation space, wherein the greenhouse further comprises a ventilation system with air displacing means for displacing air in the cultivation space of the greenhouse, wherein at least one of the air displacing means is situated close to the passage in the fabric screen (21, 22) and is configured to draw in and subsequently displace air from both the ridge space and the cultivation space.
A device for mounting laminar elements on a supporting structure, the device comprising a base body and a supporting element, the supporting element being mountable on the supporting structure at one side, and able to engage with the laminar element on another side, wherein the supporting element comprises a receiving element having a recess formed as a groove for the laminar element, the laminar element being insertable and/or clampable into the recess, wherein the receiving element is insertable into the base body, wherein the base body is mounted on the supporting structure, wherein the receiving element comprises a first coupling medium able to engage with the base body, wherein the base body receives the receiving element in a longitudinal direction and rotatable about the axle, wherein the groove is open on one side only and disposed in the longitudinal direction of the receiving element, and wherein the receiving element has a bush-shaped coating into which the receiving element is inserted in the longitudinal direction, wherein the coating has a groove parallel to the groove in the receiving element, and the coating carries the coupling medium. wherein the groove is open on one side only and disposed in the longitudinal direction of the receiving element, and wherein the receiving element has a bush-shaped coating into which the receiving element is inserted in the longitudinal direction, wherein the coating has a groove parallel to the groove in the receiving element, and the coating carries the coupling medium.
A flexible closure element of a closure on a medical or orthopedic product or sports product, wherein the closure element has two elastic cover layers (21, 22), wherein a sheet-type stabilizing element is provided between the two elastic cover layers (21, 22), characterized in that the sheet-type stabilizing element is slotted over at least half of the length of the stabilizing element on at least one of the two edges running longitudinally (15, 16).
A tensioner, comprising: a base having an inner cylindrical surface; a tension arrangement, comprising a projected member, rotatably coupled at said base via a shaft; a damping member (5, 30A) disposed inside said base and being rotated in a loading direction by said projected member, wherein said damping member (5, 30A) has a frictional surface contacted with said inner cylindrical surface of said base; an elastic member (4, 20A) disposed within said base to bias against an inner surface of said damping member, wherein a position of said damping member (5, 30A) is directly in opposition to an external force applied to said tension arrangement, wherein when said tension arrangement is rotated with respect to said base, said projected member pushes said damping member (5, 30A) to rotate frictionally on said frictional surface of said damping member (5, 30A) and said inner cylindrical surface of said base, and expands said elastic member (5, 30A) radially, characterized in that said damping member (5, 30A) comprises a damping cover (20, 32A), which is made of elastic material, and a damping body (21, 31A) which is made of rigid material, wherein said damping cover (20, 32A) wraps at an outer circumferential surface of said damping body (21, 31A) to define a joint portion therebetween, wherein a plurality of mating teeth are spacedly formed at said joint portion. a base having an inner cylindrical surface; a tension arrangement, comprising a projected member, rotatably coupled at said base via a shaft; a damping member (5, 30A) disposed inside said base and being rotated in a loading direction by said projected member, wherein said damping member (5, 30A) has a frictional surface contacted with said inner cylindrical surface of said base; an elastic member (4, 20A) disposed within said base to bias against an inner surface of said damping member, wherein a position of said damping member (5, 30A) is directly in opposition to an external force applied to said tension arrangement, wherein when said tension arrangement is rotated with respect to said base, said projected member pushes said damping member (5, 30A) to rotate frictionally on said frictional surface of said damping member (5, 30A) and said inner cylindrical surface of said base, and expands said elastic member (5, 30A) radially, characterized in that said damping member (5, 30A) comprises a damping cover (20, 32A), which is made of elastic material, and a damping body (21, 31A) which is made of rigid material, wherein said damping cover (20, 32A) wraps at an outer circumferential surface of said damping body (21, 31A) to define a joint portion therebetween, wherein a plurality of mating teeth are spacedly formed at said joint portion.
A sheet of multiple hang tab and product tag assemblies (10; 110; 310; 410; 510; 710; 810; 1110), the sheet comprising: a first non-stretchable strip (20a, 420) comprising a plurality of retention mechanism apertures (26; 126; 326; 426; 526; 726; 826; 1126) spaced from each other in a first direction; an elastic strip (22a, 422), wherein the elastic strip (22a, 422) is flatly conjoined with the first non-stretchable strip (20a, 420) at a first bond zone area (42a, 442) that extends in the first direction, and wherein the elastic strip (22a, 422) includes a plurality of product apertures (32; 132; 332; 432; 532; 732; 832; 1132) spaced from each other in the first direction, and each configured to stretch between relaxed and stretched states; and a second non-stretchable strip (24a, 424), wherein the second non-stretchable strip (24a, 424) is flatly conjoined with the elastic strip (22a, 422) at a second bond zone area (44a, 444) that extends in the first direction. a first non-stretchable strip (20a, 420) comprising a plurality of retention mechanism apertures (26; 126; 326; 426; 526; 726; 826; 1126) spaced from each other in a first direction; an elastic strip (22a, 422), wherein the elastic strip (22a, 422) is flatly conjoined with the first non-stretchable strip (20a, 420) at a first bond zone area (42a, 442) that extends in the first direction, and wherein the elastic strip (22a, 422) includes a plurality of product apertures (32; 132; 332; 432; 532; 732; 832; 1132) spaced from each other in the first direction, and each configured to stretch between relaxed and stretched states; and a second non-stretchable strip (24a, 424), wherein the second non-stretchable strip (24a, 424) is flatly conjoined with the elastic strip (22a, 422) at a second bond zone area (44a, 444) that extends in the first direction.
An ultrasonic diagnostic imaging system for thick slice imaging comprising: a two dimensional array transducer adapted to transmit and receive scanlines over a volumetric region; a beamformer (36, 38), coupled to the array transducer, which acts to produce image data of a plurality of parallel, elevationally distinct slices (12, 14, 16, 18, S 1, S 2, S 3, S 4) of the volumetric region, wherein said array transducer is arranged to scan a slice by transmitting beams over an azimuth scanning interval, and said array transducer is arranged to simultaneously acquire echo signals from a plurality of slices during said interval; a slice memory, coupled to the beamformer, which includes a first memory area for storing data of a currently acquired slice and a second memory area for storing data of previously acquired slices which are to be combined to form a thick slice image; a combiner, coupled to the slice memory, which is arranged to combine previously acquired slice image data in the elevation direction to form the thick slice image, while the currently acquired slice is being acquired; and a display responsive to the combiner for displaying the thick slice image. a two dimensional array transducer adapted to transmit and receive scanlines over a volumetric region; a beamformer (36, 38), coupled to the array transducer, which acts to produce image data of a plurality of parallel, elevationally distinct slices (12, 14, 16, 18, S 1, S 2, S 3, S 4) of the volumetric region, wherein said array transducer is arranged to scan a slice by transmitting beams over an azimuth scanning interval, and said array transducer is arranged to simultaneously acquire echo signals from a plurality of slices during said interval; a slice memory, coupled to the beamformer, which includes a first memory area for storing data of a currently acquired slice and a second memory area for storing data of previously acquired slices which are to be combined to form a thick slice image; a combiner, coupled to the slice memory, which is arranged to combine previously acquired slice image data in the elevation direction to form the thick slice image, while the currently acquired slice is being acquired; and a display responsive to the combiner for displaying the thick slice image.
A coating method, used in coating metal on polymer characterized by the steps of: -activating the surface of the polymer to be coated by simultaneous application of ozonization, oxidation, UV and corona effect, -coating the polymer surface with at least one layer of metal by PVD method to provide the required conductivity, -coating of at least one layer of metal by galvanoplating method after the PVD plating step.
An apparatus for containing and discharging pressurized fluid, the apparatus comprising: a gas cylinder containing pressurized highly toxic hydridic or halidic gas; and a cylinder head valve comprising a port body for communication with the outlet of the gas cylinder to define a fluid discharge path (26, 34, 41); a valve element fixed in or upstream of the port body and adapted for movement between a sealing position that blocks fluid flow through the fluid discharge path and an open position that permits fluid flow along the fluid discharge path; and a diaphragm comprising a bellows and defining an interior volume isolated from the pressure condition upstream of the valve element and engaged with the valve element to control the movement of the valve element in a manner that retains the valve element in the sealing position until a pressure differential between the interior volume of the diaphragm and the interior of the port body moves the valve element to the open position when communication with the fluid discharge path downstream of the valve element produces a pressure condition in the interior of the port body; characterized in that said pressure condition is a vacuum condition and the cylinder head valve contains a separate entry port for filling the gas cylinder with the gas, the entry port bypassing a flow restriction. a gas cylinder containing pressurized highly toxic hydridic or halidic gas; and a cylinder head valve comprising
Adjustable pressure simulator device for vehicle braking systems of the brake by wire type, comprising - an absorber body enclosing at least one first cylinder and at least one second cylinder both at least partially filled with a fluid, - wherein the first cylinder houses a first piston subject to the thrust action of said fluid and influenced by first elastic means which oppose said thrust action exerted by said fluid, - wherein the second cylinder houses a second piston subject to the thrust action of said fluid and influenced by second elastic means (12,14,16) which oppose the thrust action exerted by said fluid, - characterised in that the first and second cylinders are fluidically communicating with each other and the first elastic means and the second elastic means (12,14,16) have different rigidity. - an absorber body enclosing at least one first cylinder and at least one second cylinder both at least partially filled with a fluid, - wherein the first cylinder houses a first piston subject to the thrust action of said fluid and influenced by first elastic means which oppose said thrust action exerted by said fluid, - wherein the second cylinder houses a second piston subject to the thrust action of said fluid and influenced by second elastic means (12,14,16) which oppose the thrust action exerted by said fluid, - characterised in that the first and second cylinders are fluidically communicating with each other and the first elastic means and the second elastic means (12,14,16) have different rigidity.
An injection device that is shaped for atomising droplets of a liquid by means of a gas, comprising: a body comprising walls defining a recess extending axially so as to open to a gas inlet opening at one end of the injection device and to an atomised liquid outlet opening at the other end of said injection device, and a liquid inlet opening being arranged in said walls, the liquid inlet opening extending along a radial component in such a way as to open to the outside of the body as well as into the recess, a gas injection assembly, wherein a channel is defined for the circulation of gas between the gas inlet opening and a gas outlet opening located inside the recess, wherein - the internal walls of the body define a constriction having a neck downstream from the gas outlet opening, - the gas injection assembly together with the walls, defines a space for the circulation of liquid from the liquid inlet opening to the neck of the constriction, and - the injection device is arranged such that the flow of gas coming from the gas outlet opening covers a portion of wall in a close vicinity of the neck of the constriction. a body comprising walls defining a recess extending axially so as to open to a gas inlet opening at one end of the injection device and to an atomised liquid outlet opening at the other end of said injection device, and a liquid inlet opening being arranged in said walls, the liquid inlet opening extending along a radial component in such a way as to open to the outside of the body as well as into the recess, a gas injection assembly, wherein a channel is defined for the circulation of gas between the gas inlet opening and a gas outlet opening located inside the recess, wherein - the internal walls of the body define a constriction having a neck downstream from the gas outlet opening, - the gas injection assembly together with the walls, defines a space for the circulation of liquid from the liquid inlet opening to the neck of the constriction, and - the injection device is arranged such that the flow of gas coming from the gas outlet opening covers a portion of wall in a close vicinity of the neck of the constriction. - the internal walls of the body define a constriction having a neck downstream from the gas outlet opening, - the gas injection assembly together with the walls, defines a space for the circulation of liquid from the liquid inlet opening to the neck of the constriction, and - the injection device is arranged such that the flow of gas coming from the gas outlet opening covers a portion of wall in a close vicinity of the neck of the constriction.
Holding device for a crossmember in an electrical switchgear cabinet, which holding device can be attached to a carrier profile and can be adjusted perpendicular to the carrier profile and has a holder, which can be fastened to the carrier profile by means of at least two fastening means (18, 19), and a bracket, which can be secured in a displaceable manner to the holder and has at least two bracket limbs which run perpendicular to one another, wherein a first bracket limb with a longitudinal slot can be fastened to the holder and can be fixed to the second bracket limb of the crossmember, wherein the first bracket limb can be inserted into a receiving opening in the holder and can be fixed or secured by means of a fixing arrangement which is provided on the holder, and the fixing arrangement comprises at least one locking screw and also a clamping element, and the holder has at least one lateral recess for receiving a contact element which, in the inserted state, is electrically conductively connected to the bracket and also to the carrier profile when the holding device is mounted.
A screening apparatus for an optical fiber, the screening apparatus comprising: a feeding bobbin that feeds out an optical fiber; a tension application unit that applies a tension to the optical fiber fed out from the feeding bobbin; a capstan that feeds the optical fiber fed out from the feeding bobbin into the tension application unit; a winding bobbin that winds the optical fiber to which the tension is applied by the tension application unit; and a control unit that, when disconnection of the optical fiber occurs due to the tension applied by the tension application unit, controls the feeding bobbin and the capstan so as to stop rotation of the feeding bobbin and rotation of the capstan, characterized in that the control unit sets a deceleration rate of the capstan in accordance with a deceleration rate of the feeding bobbin. a feeding bobbin that feeds out an optical fiber; a tension application unit that applies a tension to the optical fiber fed out from the feeding bobbin; a capstan that feeds the optical fiber fed out from the feeding bobbin into the tension application unit; a winding bobbin that winds the optical fiber to which the tension is applied by the tension application unit; and a control unit that, when disconnection of the optical fiber occurs due to the tension applied by the tension application unit, controls the feeding bobbin and the capstan so as to stop rotation of the feeding bobbin and rotation of the capstan, characterized in that the control unit sets a deceleration rate of the capstan in accordance with a deceleration rate of the feeding bobbin.
Insulator with enhanced insulating capacity, with the insulator at least partially featuring a hydrophobic surface, with the insulator consisting of an insulating, preferably non-hydrophobic, material with a hydrophobic surface coating, characterised in that the hydrophobic surface coating consists of a hydrophobic material that can be dissolved in a solvent, wherein the hydrophobic material consists wholly or partially of an amorphous fluoropolymer.
A gas separation membrane comprising: a gas permeable or porous support layer; and at least one CO 2 selective polymer layer comprising carbonic anhydrase enzymes fixed within the at least one CO 2 selective polymer layer, wherein the CA enzymes are fixed within the polymer layer through copolymerisation of chemically modified CA enzymes and monomers; and wherein the at least one CO 2 selective polymer layer is based on a hydrophilic polymer. a gas permeable or porous support layer; and at least one CO 2 selective polymer layer comprising carbonic anhydrase enzymes fixed within the at least one CO 2 selective polymer layer, wherein the CA enzymes are fixed within the polymer layer through copolymerisation of chemically modified CA enzymes and monomers; and wherein the at least one CO 2 selective polymer layer is based on a hydrophilic polymer.