mhurhangee/ep-ind-claims huggingface dataset:
An electro-optically active organic diode comprising: an anode electrode layer; a cathode electrode layer; an electro-optically active organic layer arranged between said electrodes (102, 122); and a cover layer arranged in contact with a surface of the cathode layer so that the cathode layer is positioned between the electro-optically active organic layer and the cover layer, said cover layer being formed of an inert material with respect to a cathode layer material in contact with said cover layer, said inert material being deposited on said surface of the cathode layer so that the complete surface is covered and surface defects become filled and/or covered; a short protection layer arranged between said cathode electrode layer and said electro-optically active organic layer, and adjacent to said cathode electrode layer, wherein said short protection layer is formed of an inorganic semiconductor material, the short protection layer being conducting and having a thickness of at least 20 nm (200 Å); characterized by the inorganic semiconductor material comprising BaSe, or a binary oxide of an alkali earth metal or lanthanide, preferably BaO, La 2 O 3, Ce 2 O 3. an anode electrode layer; a cathode electrode layer; an electro-optically active organic layer arranged between said electrodes (102, 122); and a cover layer arranged in contact with a surface of the cathode layer so that the cathode layer is positioned between the electro-optically active organic layer and the cover layer, said cover layer being formed of an inert material with respect to a cathode layer material in contact with said cover layer, said inert material being deposited on said surface of the cathode layer so that the complete surface is covered and surface defects become filled and/or covered; a short protection layer arranged between said cathode electrode layer and said electro-optically active organic layer, and adjacent to said cathode electrode layer, wherein said short protection layer is formed of an inorganic semiconductor material, the short protection layer being conducting and having a thickness of at least 20 nm (200 Å); characterized by the inorganic semiconductor material comprising BaSe, or a binary oxide of an alkali earth metal or lanthanide, preferably BaO, La 2 O 3, Ce 2 O 3.
An automotive audio system comprising: a housing assembly including a box-like case having wall portions and a front closure member cooperating with the case to enclose audio system subassemblies within a cavity defined by said housing assembly; at least one audio component disposed within said case; a communication module comprising a discrete enclosure including external guide surfaces, said communication module adapted for nesting engagement within said housing assembly through an opening formed in one of said wall portions; guideways integrally formed within said case operative to cooperatively engage said communication module guide surfaces to effect self alignment of said communication module in a predetermined orientation within said housing assembly; latch means operative to retain said communication module within said housing assembly, said latch means comprising at least one elongated cantilevered latch member integrally formed with and extending rearwardly from a corresponding side surface of said communication module; a port disposed within said case for interfacing the audio system subassemblies with said communication module; and connector means carried by said communication module and extending outwardly though said wall portion opening for interconnecting said communication module with an external antenna. a housing assembly including a box-like case having wall portions and a front closure member cooperating with the case to enclose audio system subassemblies within a cavity defined by said housing assembly; at least one audio component disposed within said case; a communication module comprising a discrete enclosure including external guide surfaces, said communication module adapted for nesting engagement within said housing assembly through an opening formed in one of said wall portions; guideways integrally formed within said case operative to cooperatively engage said communication module guide surfaces to effect self alignment of said communication module in a predetermined orientation within said housing assembly; latch means operative to retain said communication module within said housing assembly, said latch means comprising at least one elongated cantilevered latch member integrally formed with and extending rearwardly from a corresponding side surface of said communication module; a port disposed within said case for interfacing the audio system subassemblies with said communication module; and connector means carried by said communication module and extending outwardly though said wall portion opening for interconnecting said communication module with an external antenna.
Device for washing textile articles which comprises at least one water-permeable bag comprising at least one portion consisting of a textile material supporting at least one color catcher compound for catching coloring compounds dispersed in a washing bath, said textile material having a grammage in the range 40-200 g/m 2 and air permeability (UNI EN ISO 9237:1997) in the range 1000 - 3500 mm/s.
An absorbent article comprising a liquid-permeable top sheet, an absorbent body, a liquid-impermeable back sheet, and a second sheet between the liquid-permeable top sheet and the absorbent body, wherein the top sheet and the second sheet comprise a blood modifying agent with an IOB of 0.00-0.60 as described in the description, a melting point of no higher than 45°C as described in the description, and a water solubility of 0.00-0.05 g in 100 g of water at 25°C as described in the description, the top sheet has a first region and a second region with lower liquid permeability than the first region, the second sheet has a third region and a fourth region respectively adjacent to the first region and second region of the top sheet in the thickness direction of the absorbent article, and the top sheet and the third region of the second sheet contain the blood modifying agent.
Lid for a cooking vessel, in particular for a working vessel of a household electrical appliance for preparing food, comprising an annular outer cap defining an opening and having an inner wall, a part made of glass having a peripheral edge, an annular seal mounted on the peripheral edge, and an annular element, the annular outer cap being assembled with the annular element to hold the annular seal, the inner wall having upper retaining abutments (13, 14) distributed around the opening, the annular outer cap and/or the annular element being elastically deformable to implement the annular element in the annular outer cap against the annular seal, the annular element bearing against the upper retaining abutments (13, 14) when the annular element is in place in the annular outer cap against the annular seal, the lid comprising an annular sealing element, characterised in that the annular sealing element comprises a seal-carrying crown and a seal provided to bear on an upper edge of the working vessel of the household electrical appliance for preparing food, the seal-carrying crown carrying the seal, and in that the annular seal comprises a lower crown bearing inside the seal-carrying crown.
Measuring module for measurement and testing of an object to be measured, having a measuring chamber that can be evacuated to hold the object to be measured, having a contact element, wherein the object to be measured is thermally connected to a first contact surface of the contact element during the measurement and/or test operation, and having at least one cold head (1b, 2b, 2c) that can be thermally connected to a second contact surface of the contact element, wherein the cold head (1b, 2b, 2c) can be cooled down to cryogenic temperatures using a cryo-refrigerator (1a, 2a) consisting of at least one cold stage, wherein the contact element consists of material with high thermal conductivity, and the first and second contact surfaces (9a, 9b) are located on opposite sides of the contact element, and wherein the cold head and the contact element are thermally conductively connected during the measurement and/or testing operation in an environment that can be evacuated, wherein the measuring module comprises a refrigerating chamber that is physically separated from the measuring chamber and can be evacuated separately from the latter, and the cryo-refrigerator (1a, 2a) together with the cold head is housed in the refrigerating chamber, wherein the contact element is thermally insulated from the outside wall of the measuring module, is part of a separating wall between the measuring chamber and the refrigerating chamber, and makes a local thermal connection between the measuring chamber and the refrigerating chamber, and with a contacting mechanism to vary the heat flow in the hermetically sealed condition of the measuring module with the aid of which the heat flow between the cold head (1b, 2b, 2c) and the contact element can be established, greatly increased, interrupted, or greatly reduced, characterized in that the contacting mechanism comprises a connecting element that is located between the cold head and the contact element and is permanently in close thermal contact with the cold head and the contact element, and that the connecting element has at least one hollow space that can be filled with a fluid having high thermal conductivity at cryogenic temperatures, whereby the thermal conductivity of the connecting element and therefore also the heat flow between the cold head and the contact element can be varied.
A method of creping a paper web comprising: preparing an adhesive composition having a pH of between 6.5 and 8 and comprising one or more vinylamine/N-vinyl formamide polymers comprising 10 to 99 mole percent vinylamine monomer and 90 to 1 mole percent N-vinyl formamide monomer, contacting dry form polyvinyl alcohol with the polymer at a temperature of less than 80°C, maintaining the polyvinyl alcohol and polymer at a temperature of between 90-95°C until the polyvinyl alcohol is completely dissolved into a solution, applying the adhesive composition to a creping cylinder, pressing the paper web against the creping cylinder to effect adhesion of the paper web to the creping cylinder; and dislodging the paper web from the creping cylinder with a doctor blade. preparing an adhesive composition having a pH of between 6.5 and 8 and comprising one or more vinylamine/N-vinyl formamide polymers comprising 10 to 99 mole percent vinylamine monomer and 90 to 1 mole percent N-vinyl formamide monomer, contacting dry form polyvinyl alcohol with the polymer at a temperature of less than 80°C, maintaining the polyvinyl alcohol and polymer at a temperature of between 90-95°C until the polyvinyl alcohol is completely dissolved into a solution, applying the adhesive composition to a creping cylinder, pressing the paper web against the creping cylinder to effect adhesion of the paper web to the creping cylinder; and dislodging the paper web from the creping cylinder with a doctor blade.
A method in a network node for decoupling an uplink enhanced dedicated channel, E-DCH, and a high speed downlink shared channel, HS-DSCH, the method comprising: determining whether a radio link message contains a E-DCH decoupling indication (step 201); characterised in that where it is determined that the radio link message does not contain an E-DCH decoupling indication, controlling a base station node to reject a radio link procedure in the event that a serving E-DCH radio link and a serving HS-DSCH radio link are not configured in the same cell (step 203).
A method for detecting loops (111-1, 111-2, 236) between ports in a Gigabit Passive Optical Network, GPON, based access network, the access network comprising an Optical Line Terminal, OLT (104, 224, 310, 320), coupled with a plurality of Optical Network Units, ONUs (108-1, 108-2, 226, 312, 322-1, 322-2), each ONU comprising a plurality of ports (108-1A, 108-1B, 108-2A, 108-2B, 314, 316, 324, 326), wherein the method comprises steps of: transmitting loop detection frames from a source port (316, 326) of one of the ONUs, the loop detection frames containing specific details needed to identify the source port (316, 326); monitoring traffic received at a destination port (314, 324) of the same one or a different one of the ONUs; if a loop detection frame is received at the destination port (314, 324), blocking traffic transmission and reception at the destination port (314, 324) for a predetermined time period before subsequently being unblocked; and at a point of time before the predetermined time period expires, temporarily enabling the blocked destination port for transmitting and receiving further loop detection frames. transmitting loop detection frames from a source port (316, 326) of one of the ONUs, the loop detection frames containing specific details needed to identify the source port (316, 326); monitoring traffic received at a destination port (314, 324) of the same one or a different one of the ONUs; if a loop detection frame is received at the destination port (314, 324), blocking traffic transmission and reception at the destination port (314, 324) for a predetermined time period before subsequently being unblocked; and at a point of time before the predetermined time period expires, temporarily enabling the blocked destination port for transmitting and receiving further loop detection frames.
A reciprocating compressor comprising: a cylinder having an inner circumferential surface that forms a piston insertion hole, the inner circumferential surface including an oil pocket portion; and a piston positioned in the piston insertion hole, the piston having a bearing portion slidably in contact with the inner circumferential surface of the cylinder, characterized in that the piston has a pumping portion separated from the bearing portion by a pumping space so as to pumping out oil stored in the oil pocket between an outer circumferential surface of the bearing portion and the inner circumferential surface of cylinder, and the piston has a support portion separated from the pumping portion by a gap, wherein the length of the bearing portion and the length of the pumping portion are respectively less than the length of the oil pocket portion, and wherein the combined length of the bearing portion, the pumping portion, and the pumping space is greater than the length of the oil pocket portion. a cylinder having an inner circumferential surface that forms a piston insertion hole, the inner circumferential surface including an oil pocket portion; and a piston positioned in the piston insertion hole, the piston having a bearing portion slidably in contact with the inner circumferential surface of the cylinder, characterized in that the piston has a pumping portion separated from the bearing portion by a pumping space so as to pumping out oil stored in the oil pocket between an outer circumferential surface of the bearing portion and the inner circumferential surface of cylinder, and the piston has a support portion separated from the pumping portion by a gap, wherein the length of the bearing portion and the length of the pumping portion are respectively less than the length of the oil pocket portion, and wherein the combined length of the bearing portion, the pumping portion, and the pumping space is greater than the length of the oil pocket portion.
A conditioning/moisturizing device for processing almond kernels, especially a device designed to provide the almond with suitable elasticity allowing splitting or fragmenting it into flakes, sticks, cubes or similar configurations generating minimum flour or other waste, which device is structured based on a generally elongated body with a cylindrical shape supported by a metal frame and with an internal screw conveyor extended longitudinally coinciding with the axis of the cylinder and driven to rotate by means of an external motor provided with means for varying the rotating speed, the cylindrical body further having a plurality of steam injection nozzles, characterized in that said cylindrical body is supported by said metal frame in a tilted position with respect to the horizontal such that the internal screw conveyor in use sweeps the almond in an upward direction, from the entrance of the fruit into the cylinder through a hopper positioned at the lowest end of the cylinder to collecting means located at the upper end of the cylindrical body, the mentioned plurality of steam nozzles preferably being aligned according to a generatrix of the cylinder and arranged for injecting steam into the cylinder, which steam is generated with external means and fed to the nozzles through an external distributor, extended close to the body and parallel to same, and further having means for keeping the temperature of the environment inside the cylindrical body below 60°C in a steam saturation state.
Use of a reactive resin composition for coating proppants, characterized in that the reactive resin composition comprises - 80%-99.5% by weight of at least one reactive resin, and - 0.5%-20% by weight of at least one linear or cyclic organopolysiloxane, with the proviso that - has at least 3 successive Si-O units - has at least one Si-C-bonded pendant or terminal organic R 1 radical, where ▪ R 1 contains at least 4 atoms selected from the group of C, N, P, O and S, and ▪ at least 2 of these atoms in R 1 have to be a C, and - in the ratio of the sum total of all carbon atoms to the sum total of all silicon atoms is at least 2.05, and is in free-flowing form at 20°C, or can be melted by heating within a temperature range up to 250°C and hence can be converted to a free-flowing form, where free-flowing form is as defined in the description. - 80%-99.5% by weight of at least one reactive resin, and - 0.5%-20% by weight of at least one linear or cyclic organopolysiloxane, with the proviso that - has at least 3 successive Si-O units - has at least one Si-C-bonded pendant or terminal organic R 1 radical, where ▪ R 1 contains at least 4 atoms selected from the group of C, N, P, O and S, and ▪ at least 2 of these atoms in R 1 have to be a C, and ▪ R 1 contains at least 4 atoms selected from the group of C, N, P, O and S, and ▪ at least 2 of these atoms in R 1 have to be a C, and - in the ratio of the sum total of all carbon atoms to the sum total of all silicon atoms is at least 2.05, and
A liquid injecting container for storing liquid and injecting the liquid into a refillable device, comprising: a hollow housing having an open end configured for connecting the refillable device; a sealing component in the open end, wherein the sealing component defines at least one liquid outlet through which the liquid stored in the liquid injecting container can flow out; and a rotating body in the open end, wherein the rotating body defines a liquid passage therein; characterized in that the rotating body is configured to rotate relative to the sealing component, the sealing component defines at least one liquid outlet, the rotating body is capable of rotating driven by the refillable device between a first position where the liquid outlet is misaligned with the liquid passage such that the liquid in the liquid storage container cannot flow out into the refillable device, and a second position where the liquid outlet aligns with the liquid passage such that the liquid in the liquid injecting container can flow out into the refillable device; wherein the liquid injecting container further comprises a connection holder in the open end, wherein the connection holder is configured for connecting with the refillable device, and the rotating body and the sealing component are assembled in the connection holder; wherein the connection holder defines a receiving chamber for receiving the refillable device, the receiving chamber comprises a protruding part on an inner wall, and the protruding part is configured for coupling with the refillable device to form a snap-fit connection. a hollow housing having an open end configured for connecting the refillable device; a sealing component in the open end, wherein the sealing component defines at least one liquid outlet through which the liquid stored in the liquid injecting container can flow out; and a rotating body in the open end, wherein the rotating body defines a liquid passage therein; characterized in that the rotating body is configured to rotate relative to the sealing component, the sealing component defines at least one liquid outlet, the rotating body is capable of rotating driven by the refillable device between a first position where the liquid outlet is misaligned with the liquid passage such that the liquid in the liquid storage container cannot flow out into the refillable device, and a second position where the liquid outlet aligns with the liquid passage such that the liquid in the liquid injecting container can flow out into the refillable device; wherein the liquid injecting container further comprises a connection holder in the open end, wherein the connection holder is configured for connecting with the refillable device, and the rotating body and the sealing component are assembled in the connection holder; wherein the connection holder defines a receiving chamber for receiving the refillable device, the receiving chamber comprises a protruding part on an inner wall, and the protruding part is configured for coupling with the refillable device to form a snap-fit connection.
A method for producing a bipolar plate for proton-exchange membrane fuel cells, which is formed with a metallic substrate made of stainless steel, wherein an edge layer is formed by means of a plasma on a surface of the substrate by way of a nitriding, a carburizing or a carbonitriding process, while maintaining an atmosphere suitable for this purpose, and/or the particular surface of the substrate is coated with a graphitic layer (3, 4, 5) by means of a plasma under vacuum, and a structuring of the surface of the substrate that is coated and/or formed with an edge layer, the surface being in contact with a gas-permeable element and being in touching contact with the gas-permeable element in an electrochemical cell, is provided with elevations and/or depressions on this surface, by means of material removal and/or by way of an embossing method. an edge layer is formed by means of a plasma on a surface of the substrate by way of a nitriding, a carburizing or a carbonitriding process, while maintaining an atmosphere suitable for this purpose, and/or the particular surface of the substrate is coated with a graphitic layer (3, 4, 5) by means of a plasma under vacuum, and a structuring of the surface of the substrate that is coated and/or formed with an edge layer, the surface being in contact with a gas-permeable element and being in touching contact with the gas-permeable element in an electrochemical cell, is provided with elevations and/or depressions on this surface, by means of material removal and/or by way of an embossing method.