mhurhangee/ep-ind-claims huggingface dataset:
A nanofiber nonwoven product comprising a polyamide with a Relative Viscosity of from 30-300 determined in accordance with method ASTM D789 using a solution of 8.4 % by weight of the polyamide in a solvent comprising 10 % by weight of water and 90 % by weight of formic acid which polyamide is centrifugally solution-spun into nanofibers at a spinneret rotational speed of at least 5000 rpm and is converted into a nonwoven product with an average nanofiber diameter of less than 1000 nanometers, and a basis weight greater than 1 gm/m 2.
A refrigeration system comprising: two or more compressors configured to compress a flow of refrigerant, the flow of refrigerant having oil entrained therein; a suction flow piping arrangement configured to supply a flow of refrigerant and oil to the two or more compressors, the suction flow piping arrangement comprising: a suction header configured to carry the flow of refrigerant and oil; a primary compressor supply conduit connected to the suction header, the primary compressor supply conduit configured to supply refrigerant and oil to a first compressor of the two or more compressors; a secondary compressor supply conduit branching off from the suction header, the secondary compressor supply conduit configured to supply refrigerant to a second compressor of the two or more compressors; the primary compressor supply conduit is configured to supply more oil to the first compressor than the secondary compressor supply conduit supplies to the second compressor characterized in that the suction header is disposed horizontally or pitched at an angle between zero and five degrees from horizontal, a pressure within the primary compressor supply conduit is greater than a pressure within the secondary compressor supply conduit. two or more compressors configured to compress a flow of refrigerant, the flow of refrigerant having oil entrained therein; a suction flow piping arrangement configured to supply a flow of refrigerant and oil to the two or more compressors, the suction flow piping arrangement comprising: a suction header configured to carry the flow of refrigerant and oil; a primary compressor supply conduit connected to the suction header, the primary compressor supply conduit configured to supply refrigerant and oil to a first compressor of the two or more compressors; a secondary compressor supply conduit branching off from the suction header, the secondary compressor supply conduit configured to supply refrigerant to a second compressor of the two or more compressors; the primary compressor supply conduit is configured to supply more oil to the first compressor than the secondary compressor supply conduit supplies to the second compressor a suction header configured to carry the flow of refrigerant and oil; a primary compressor supply conduit connected to the suction header, the primary compressor supply conduit configured to supply refrigerant and oil to a first compressor of the two or more compressors; a secondary compressor supply conduit branching off from the suction header, the secondary compressor supply conduit configured to supply refrigerant to a second compressor of the two or more compressors; the primary compressor supply conduit is configured to supply more oil to the first compressor than the secondary compressor supply conduit supplies to the second compressor characterized in that the suction header is disposed horizontally or pitched at an angle between zero and five degrees from horizontal, a pressure within the primary compressor supply conduit is greater than a pressure within the secondary compressor supply conduit.
A container inspection system, comprising: a quay crane, comprising: an inspection platform, provided with a plurality of stations; and a first hoisting component, for hoisting a container and transporting the container to at least one of the plurality of stations; and an inspection device, disposed on the inspection platform and configured to switch among the plurality of stations, to perform scanning inspection on the container on each of the plurality of stations, respectively; characterized in that: the container inspection system further comprises: a switching device, drivingly connecting with the inspection device and configured to drive the inspection device to rotate relative to the inspection platform, so that the inspection device switches from one to another of the plurality of stations. a quay crane, comprising: an inspection platform, provided with a plurality of stations; and a first hoisting component, for hoisting a container and transporting the container to at least one of the plurality of stations; and an inspection platform, provided with a plurality of stations; and a first hoisting component, for hoisting a container and transporting the container to at least one of the plurality of stations; and an inspection device, disposed on the inspection platform and configured to switch among the plurality of stations, to perform scanning inspection on the container on each of the plurality of stations, respectively; characterized in that: the container inspection system further comprises: a switching device, drivingly connecting with the inspection device and configured to drive the inspection device to rotate relative to the inspection platform, so that the inspection device switches from one to another of the plurality of stations.
A device for receiving vehicle objects, said device being obtained by additive production by melting on a powder bed and being made of a flexible material, said device comprising: - a base shaped to engage at least partially in a cup holder of the vehicle; - an upper part formed on the lower part, the upper part being designed to receive and hold at least one object, the upper portion comprises a frame surrounding a central portion, the frame having a stiffness greater than a stiffness of the central portion, the central portion being configured to receive and hold the at least one article, characterized in that the upper portion has a fixed bottom separating the upper portion from the lower portion. - a base shaped to engage at least partially in a cup holder of the vehicle; - an upper part formed on the lower part, the upper part being designed to receive and hold at least one object,
Test setup for testing a contactless digital rotary joint integrated in a device requiring data transmission between a rotating part and a stationary part, the rotary joint further comprising a contactless data link having: a transmitter coupled to a receiver, the transmitter having at least one transmitter amplifier coupled to at least a first transmission line and a second transmission line which are terminated by a first termination and a second termination, the transmission lines (122, 123) are differential transmission lines comprising a first conductor and a second conductor which are driven by differential signals from the transmitter amplifier, the receiver having at least one receiver antenna comprising at least a first antenna section and a second antenna section which are differentially operated and feed a differential signal to the receiver amplifier, wherein a transmitter ground defined by the transmitter and a receiver ground defined by the receiver are coupled to a common mode signal generator generating a common mode signal, and a data source is coupled to the at least one transmitter amplifier feeding a predetermined test signal into the at least one transmitter amplifier, and a data sink is coupled to the at least one receiver amplifier for receiving the received test signal and generating a test result value. a transmitter coupled to a receiver, the transmitter having at least one transmitter amplifier coupled to at least a first transmission line and a second transmission line which are terminated by a first termination and a second termination, the transmission lines (122, 123) are differential transmission lines comprising a first conductor and a second conductor which are driven by differential signals from the transmitter amplifier, the receiver having at least one receiver antenna comprising at least a first antenna section and a second antenna section which are differentially operated and feed a differential signal to the receiver amplifier, a transmitter ground defined by the transmitter and a receiver ground defined by the receiver are coupled to a common mode signal generator generating a common mode signal, and a data source is coupled to the at least one transmitter amplifier feeding a predetermined test signal into the at least one transmitter amplifier, and a data sink is coupled to the at least one receiver amplifier for receiving the received test signal and generating a test result value.
An electrical assembly comprising: an exhaust outlet; a plurality of panels (108, 110, 112, 114, 116) defining an enclosure section and configured to enclose an electrical distribution device, the plurality of panels including a roof panel; and an exhaust path originating at the electrical distribution device and ending at the exhaust outlet, the exhaust path providing an exhaust route for a pressure wave caused by an arc event at the electrical distribution device, the pressure wave initially traveling in a first generally vertical upwards direction towards the roof panel and subsequently in a second generally horizontal direction towards the exhaust outlet; the electrical assembly further comprising and characterized by: a damper panel mounted inside the enclosure section underneath the roof panel, the damper panel being separated from the roof panel by an air pocket, the damper panel configured to redirect the pressure wave to change directions from the first generally vertical upwards direction to the second generally horizontal direction, wherein the damper panel is adapted to elastically deform responsive to peak pressure of the pressure wave and the roof panel is adapted to plastically deform responsive to peak pressure of the pressure wave. an exhaust outlet; a plurality of panels (108, 110, 112, 114, 116) defining an enclosure section and configured to enclose an electrical distribution device, the plurality of panels including a roof panel; and an exhaust path originating at the electrical distribution device and ending at the exhaust outlet, the exhaust path providing an exhaust route for a pressure wave caused by an arc event at the electrical distribution device, the pressure wave initially traveling in a first generally vertical upwards direction towards the roof panel and subsequently in a second generally horizontal direction towards the exhaust outlet; the electrical assembly further comprising and characterized by: a damper panel mounted inside the enclosure section underneath the roof panel, the damper panel being separated from the roof panel by an air pocket, the damper panel configured to redirect the pressure wave to change directions from the first generally vertical upwards direction to the second generally horizontal direction, wherein the damper panel is adapted to elastically deform responsive to peak pressure of the pressure wave and the roof panel is adapted to plastically deform responsive to peak pressure of the pressure wave.
Multi-layer nonwoven material for absorbing and distributing liquids for hygiene articles which has a top layer which in hygiene articles is facing towards the user and a bottom layer which in hygiene articles is attached facing the absorbent body, the bottom layer consisting of a nonwoven fabric the fibre mixture of which consists of 50 to 80% by weight of absorbent fibres and of 50 to 20% by weight of fusible fibres, and the top layer consisting of a nonwoven fabric whose fibre mixture consists of 50 to 100% by weight of fusible fibres and 50 to 0% by weight of matrix fibres, the fibre mixture of the nonwoven fabric forming the bottom layer has an average fibre count lower than the fibre mixture of the nonwoven forming the top layer, wherein the top layer is exclusively thermally fused to the bottom layer and the nonwoven material for absorbing and distributing liquids has a density of 35kg/m 3 or less, characterised in that - the top layer has an average count of the fibre blend > 4,0 dtex, a thickness > 0,002 m and a weight > 0,04 kg/m 2, - the bottom layer has an average count of the fibre blend > 6 dtex, a thickness > 0,001m and a weight > 0,06 kg/m 2, - the thickness of the top layer accounts for at least 60% of the total thickness, - the density of the bottom layer is at least double the density of the top layer, - the average fibre count of the fibre mixture of the non-woven fabric forming the bottom layer is at least 2 dtex smaller than the average fibre count of the fibre mixture of the non-woven fabric forming the top layer. - the top layer has an average count of the fibre blend > 4,0 dtex, a thickness > 0,002 m and a weight > 0,04 kg/m 2, - the bottom layer has an average count of the fibre blend > 6 dtex, a thickness > 0,001m and a weight > 0,06 kg/m 2, - the thickness of the top layer accounts for at least 60% of the total thickness, - the density of the bottom layer is at least double the density of the top layer, - the average fibre count of the fibre mixture of the non-woven fabric forming the bottom layer is at least 2 dtex smaller than the average fibre count of the fibre mixture of the non-woven fabric forming the top layer.
A cleaner comprising: a suction motor that generates a suction force; and an operation unit that includes a support frame and is configured to input control instruction for the suction motor, characterized in that the operation unit includes: a first push part that is rotatably seated on the support frame and allows an instruction to turn on or off the suction motor to be input when being rotated in a first direction; and a second push part that allows the intensity of the suction force of the suction motor to be adjusted when being rotated in a second direction. a suction motor that generates a suction force; and an operation unit that includes a support frame and is configured to input control instruction for the suction motor, characterized in that the operation unit includes: a first push part that is rotatably seated on the support frame and allows an instruction to turn on or off the suction motor to be input when being rotated in a first direction; and a second push part that allows the intensity of the suction force of the suction motor to be adjusted when being rotated in a second direction. a first push part that is rotatably seated on the support frame and allows an instruction to turn on or off the suction motor to be input when being rotated in a first direction; and a second push part that allows the intensity of the suction force of the suction motor to be adjusted when being rotated in a second direction.
A pharmaceutical composition comprising at least one amphiphilic peptide, a derivative or a salt thereof, capable of forming a β-sheet structure and promoting biomineralization and a bisphosphonate, for use in the treatment of osteoporosis or a pre-osteoporotic condition by direct injection into a porous or hollow bone of a patient, wherein the peptide comprises: i. 2-20 pairs of hydrophobic-hydrophilic alternating amino acid residues wherein the hydrophilic amino acid residue is selected from the group consisting of: a negatively charged amino acid, a hydroxyl-containing amino acid, and a phosphorylated-hydroxyl-containing amino acid; and ii. no more than 10% positively charged amino acid residues i. 2-20 pairs of hydrophobic-hydrophilic alternating amino acid residues wherein the hydrophilic amino acid residue is selected from the group consisting of: a negatively charged amino acid, a hydroxyl-containing amino acid, and a phosphorylated-hydroxyl-containing amino acid; and ii. no more than 10% positively charged amino acid residues
An in vitro method of detecting a non-luciferase enzyme in a cell comprising: (a) contacting cells with a substrate for the non-luciferase enzyme, the substrate being a derivative of a 2-cyano-6-substituted benzothiazole under conditions which allow for a reaction between the enzyme and the substrate; (b) adding a luciferase reaction mixture to the contacted cells resulting from step (a), wherein the luciferase reaction mixture comprises D-cysteine; and (c) measuring bioluminescence. (a) contacting cells with a substrate for the non-luciferase enzyme, the substrate being a derivative of a 2-cyano-6-substituted benzothiazole under conditions which allow for a reaction between the enzyme and the substrate; (b) adding a luciferase reaction mixture to the contacted cells resulting from step (a), wherein the luciferase reaction mixture comprises D-cysteine; and (c) measuring bioluminescence.
A pre-treatment solution for inkjet textile printing, comprising at least: 1) a water-soluble polyvalent metal salt; 2) at least one resin component selected from the group consisting of a nonionic resin emulsion, an anionic resin emulsion, and a carboxymethyl cellulose; 3) at least one surfactant component selected from the group consisting of a nonionic surfactant, an anionic surfactant, and an amphoteric surfactant; and 4) an aqueous medium, characterized in that the pre-treatment solution for inkjet textile printing satisfies formula: 0.1 ≤ A / 3 + B / 3 + C ≤ 1.7 wherein A represents the solid content of the nonionic resin emulsion in parts by mass; B represents the solid content of the anionic resin emulsion in parts by mass; and C represents the solid content of the carboxymethyl cellulose in parts by mass, in 100 parts by mass of the pre-treatment solution for inkjet textile printing, and A, B, and C each may be 0 parts by mass as long as the condition of formula is satisfied. 1) a water-soluble polyvalent metal salt; 2) at least one resin component selected from the group consisting of a nonionic resin emulsion, an anionic resin emulsion, and a carboxymethyl cellulose; 3) at least one surfactant component selected from the group consisting of a nonionic surfactant, an anionic surfactant, and an amphoteric surfactant; and 4) an aqueous medium,
A topical cream composition for use in attenuating ionizing radiation and providing radiation protection during a medical procedure, comprising: a carrier; and an active ingredient homogeneously dispersed throughout the carrier, wherein the active ingredient is suitable for attenuating ionizing radiation, wherein the active ingredient consists of bismuth oxide and is capable of attenuating x-ray radiation. a carrier; and an active ingredient homogeneously dispersed throughout the carrier, wherein the active ingredient is suitable for attenuating ionizing radiation, wherein the active ingredient consists of bismuth oxide and is capable of attenuating x-ray radiation.
A hybrid vehicle comprising: an internal combustion engine; an electric motor; a controller that controls the electric motor; a transmission comprising an input shaft that receives power inputted from the internal combustion engine and the electric motor and an output shaft that outputs power to a drive wheel; a clutch disposed in a first power transmission route between the internal combustion engine and the input shaft, a clutch operation member operated by a driver and movable between an operative position and an inoperative position; and a biasing member that biases the clutch operation member from the operative position toward the inoperative position; wherein the electric motor is connected to the input shaft so as to transmit power to the input shaft through a second power transmission route different from the first power transmission route, and the controller changes the manner of controlling the electric motor upon switching of the state of power transmission from the internal combustion engine and the electric motor, characterized in that the hybrid vehicle further comprises a holding mechanism configured to hold the clutch operation member in the operative position. an internal combustion engine; an electric motor; a controller that controls the electric motor; a transmission comprising an input shaft that receives power inputted from the internal combustion engine and the electric motor and an output shaft that outputs power to a drive wheel; a clutch disposed in a first power transmission route between the internal combustion engine and the input shaft, a clutch operation member operated by a driver and movable between an operative position and an inoperative position; and a biasing member that biases the clutch operation member from the operative position toward the inoperative position; wherein the electric motor is connected to the input shaft so as to transmit power to the input shaft through a second power transmission route different from the first power transmission route, and the controller changes the manner of controlling the electric motor upon switching of the state of power transmission from the internal combustion engine and the electric motor, characterized in that the hybrid vehicle further comprises a holding mechanism configured to hold the clutch operation member in the operative position.
A soft magnetic material including a composite magnetic particle having a metal magnetic particle mainly composed of Fe and an insulating coating covering said metal magnetic particle, wherein said insulating coating contains Fe and Al, wherein said insulating coating has a first insulating coating covering said metal magnetic particle and a second insulating coating covering said first insulating coating, characterized in that said first insulating coating contains phosphoric acid and Fe, and not Al, and said second insulating coating contains phosphoric acid, Fe and Al, the atomic ratio of Fe contained in a contact surface of said first insulating coating in contact with said metal magnetic particle is larger than the atomic ratio of Fe contained in the surface of said second insulating coating, the atomic ratio of said Al in contact with said metal magnetic particle is smaller than the atomic ratio of said Al contained in the surface of said second insulating coating, and that the atomic ratio of Fe is reduced and the atomic ratio of Al is increased at a boundary region between said first insulating coating and said second insulating coating such that the second insulating coating contains Fe in a smaller quantity than the first insulating coating and also contains a constant quantity of Al.
A mains voltage-operated refrigerator device, in particular an ultra-low temperature refrigerator device, comprising a refrigerator door comprising a locking lever hinged thereto, said locking lever being pivotable between an open position and a locked position, and blocking means assigned to the locking lever and comprising an electromotively and/or electromagnetically actuated blocking element which blocks or releases the pivoting of the locking lever as a function of a code actuation that can be entered by an operator by means of a code entry unit, characterized in that an electronic control unit and mains voltage-independent battery buffering means are assigned to the blocking means and to the code entry unit in such a manner that in response to a mains voltage outage, code actuation and release are enabled for a predetermined minimum period without mains voltage supply, wherein display means assigned to the control unit and in particular provided on the refrigerator door are configured in such a manner that a current internal temperature of the refrigerator device can be displayed during the mains voltage outage and at least for the predetermined minimum period.