mhurhangee/patent-ind-claim-en huggingface dataset:
A composition which has a low affinity with respect to latex gloves, comprising a hydrophobic matrix, characterized in that said hydrophobic matrix comprises: - for 100 parts by weight of a mixture P of 2 styrene-saturated olefin-styrene triblock copolymers, a first which has a viscosity of between 0.01 and 1 Pa.s as measured at 30°C in a 5% (weight/weight) solution in toluene and a second which has a viscosity of between 0.01 and 0.5 Pa.s as measured at 30°C in a 15% (weight/weight) solution in toluene; - from 300 to 1000 parts by weight of a plasticizer H, preferably a plasticizing oil; and - from 90 to 600 parts by weight of petroleum jelly V; it also being specified that: - the total amount, represented by P+H+V, of the mixture of elastomers, of plasticizer and of petroleum jelly is between 490 and 1700 parts by weight; - the ratio between the total amount of the mixture of elastomers, of plasticizer and of petroleum jelly and the amount of petroleum jelly, represented by P+H+V/V, is less than 11; and said mixture of 2 copolymers comprises at least 20% by weight of the first copolymer. - for 100 parts by weight of a mixture P of 2 styrene-saturated olefin-styrene triblock copolymers, a first which has a viscosity of between 0.01 and 1 Pa.s as measured at 30°C in a 5% (weight/weight) solution in toluene and a second which has a viscosity of between 0.01 and 0.5 Pa.s as measured at 30°C in a 15% (weight/weight) solution in toluene; - from 300 to 1000 parts by weight of a plasticizer H, preferably a plasticizing oil; and - from 90 to 600 parts by weight of petroleum jelly V; - the total amount, represented by P+H+V, of the mixture of elastomers, of plasticizer and of petroleum jelly is between 490 and 1700 parts by weight; - the ratio between the total amount of the mixture of elastomers, of plasticizer and of petroleum jelly and the amount of petroleum jelly, represented by P+H+V/V, is less than 11;
Method for object recognition, by analysis of digital image signals of a scene, said digital image signals being acquired by an image acquisition device mounted on a support comprising at least one axis of rotation, characterised in that it comprises the steps of: - acquisition of a first digital image signal of first resolution corresponding to a wide field of vision, - calculation of a saliency map from the first digital image signal, comprising a prior step of learning the visual saliency of an assembly of classes of objects of predetermined interest, at least one object image of each class being memorised in a database, - determination of at least one zone of interest from the calculated saliency map, - orientation of the image acquisition device and acquisition of a second digital image signal focused on said zone of interest, of second resolution greater than the first resolution, - determination of a classification of objects of a part of the scene using the second digital image signal, the determination of a classification of objects of the scene comprising the following sub-steps: - obtaining a third image signal of variable resolution comprising, in a central part, said second image signal of second resolution and a peripheral part of first resolution, - application of a retinal image processing to said third image signal in order to obtain characteristic data of objects present in said third image signal, - application of an object classification method on the characteristic data, from an assembly of previously memorised classes of objects. - acquisition of a first digital image signal of first resolution corresponding to a wide field of vision, - calculation of a saliency map from the first digital image signal, comprising a prior step of learning the visual saliency of an assembly of classes of objects of predetermined interest, at least one object image of each class being memorised in a database, - determination of at least one zone of interest from the calculated saliency map, - orientation of the image acquisition device and acquisition of a second digital image signal focused on said zone of interest, of second resolution greater than the first resolution, - determination of a classification of objects of a part of the scene using the second digital image signal, the determination of a classification of objects of the scene comprising the following sub-steps: - obtaining a third image signal of variable resolution comprising, in a central part, said second image signal of second resolution and a peripheral part of first resolution, - application of a retinal image processing to said third image signal in order to obtain characteristic data of objects present in said third image signal, - application of an object classification method on the characteristic data, from an assembly of previously memorised classes of objects.
Protection apparatus for operating an electric machine on a converter , comprising - a first and a second conductor of a DC voltage intermediate circuit , - a switching apparatus having a first and second switch , - an intermediate circuit capacitor , - a load resistor as a precharge and braking resistor, - a semiconductor switch and - an electrical fuse for protecting the load resistor , wherein - the electrical fuse and the first switch are electrically connected in series to the first conductor on one side, and to a first resistor connection of the load resistor and a first power connection of the semiconductor switch on the other side, - the second switch is electrically connected to the first conductor on one side, and to a first capacitor connection of the intermediate circuit capacitor and a second resistor connection of the load resistor on the other side, and - the semiconductor switch is electrically connected by means of a second power connection and the intermediate circuit capacitor is electrically connected by means of a second capacitor connection to the second conductor . - a first and a second conductor of a DC voltage intermediate circuit , - a switching apparatus having a first and second switch , - an intermediate circuit capacitor , - a load resistor as a precharge and braking resistor, - a semiconductor switch and - an electrical fuse for protecting the load resistor , wherein - the electrical fuse and the first switch are electrically connected in series to the first conductor on one side, and to a first resistor connection of the load resistor and a first power connection of the semiconductor switch on the other side, - the second switch is electrically connected to the first conductor on one side, and to a first capacitor connection of the intermediate circuit capacitor and a second resistor connection of the load resistor on the other side, and - the semiconductor switch is electrically connected by means of a second power connection and the intermediate circuit capacitor is electrically connected by means of a second capacitor connection to the second conductor .
A method for operating a combustion device, the combustion device comprising: - a combustion chamber ; - a water injection system configured to mix water to fuel in the combustion chamber and to adjust a parameter ω defined as a ratio between water and fuel, said parameter ω having an operating set point value ω nom and a minimum value ω min ; and - a controller for detecting flame-generated pulsations above a predefined threshold; the method including the step of: - detecting a flame-generated pulsation event; and being characterised in that it further includes the following steps: - calculating a current parameter ω and: - if the current parameter ω is greater than ω min , reducing parameter ω and subsequently increasing it to ω nom ; - if the current parameter ω is equal to ω min , increasing parameter ω to ω nom . - a combustion chamber ; - a water injection system configured to mix water to fuel in the combustion chamber and to adjust a parameter ω defined as a ratio between water and fuel, said parameter ω having an operating set point value ω nom and a minimum value ω min ; and - a controller for detecting flame-generated pulsations above a predefined threshold; - detecting a flame-generated pulsation event; - calculating a current parameter ω and: - if the current parameter ω is greater than ω min , reducing parameter ω and subsequently increasing it to ω nom ; - if the current parameter ω is equal to ω min , increasing parameter ω to ω nom . - if the current parameter ω is greater than ω min , reducing parameter ω and subsequently increasing it to ω nom ; - if the current parameter ω is equal to ω min , increasing parameter ω to ω nom .
A method for determining a concentration of human N-terminal pro-hormone BNP (NT-proBNP) in a sample, characterized in that the method comprises - extracting and isolating NT-proBNP from the sample using an affinity purification method making use of affinity beads carrying at least one antibody against said NT-proBNP, and wherein said at least one antibody exhibits high affinity for a non-glycosylated epitope on the NTproBNP molecule, - adding a least one labelled peptide standard to said isolated NT-proBNP, - subjecting said isolated NT-proBNP and peptide standard to enzymatic digestion wherein said enzymatic digestion is a trypsinization, and wherein said trypsinization is performed while the labelled standard and native NT-proBNP are associated with said affinity beads, producing a mixture of peptides, and - detecting at least one peptide in the resulting mixture, using liquid chromatography-mass spectrometry analysis with subsequent mass spectrometric detection, wherein said at least one peptide to be detected is chosen from NHLQG(K) (SEQ ID NO. 11), EVATEGI(R) (SEQ ID NO. 12), and MVLYTL(R) (SEQ ID NO. 13). - extracting and isolating NT-proBNP from the sample using an affinity purification method making use of affinity beads carrying at least one antibody against said NT-proBNP, and wherein said at least one antibody exhibits high affinity for a non-glycosylated epitope on the NTproBNP molecule, - adding a least one labelled peptide standard to said isolated NT-proBNP, - subjecting said isolated NT-proBNP and peptide standard to enzymatic digestion wherein said enzymatic digestion is a trypsinization, and wherein said trypsinization is performed while the labelled standard and native NT-proBNP are associated with said affinity beads, producing a mixture of peptides, and - detecting at least one peptide in the resulting mixture, using liquid chromatography-mass spectrometry analysis with subsequent mass spectrometric detection, wherein said at least one peptide to be detected is chosen from NHLQG(K) (SEQ ID NO. 11), EVATEGI(R) (SEQ ID NO. 12), and MVLYTL(R) (SEQ ID NO. 13).
An integrally molded body in which a substrate for reinforcement (a) having a discontinuous fiber (a1) and a resin (a2) and an injection molding body (b) having a discontinuous fiber (b1) and a resin (b2) are integrated, the substrate for reinforcement (a) covering a part or all of a weldline of the injection molding body (b) to be integrated with the injection molding body (b), when the integrally molded body being arranged such that a surface of the substrate for reinforcement (a) disposed is placed in the horizontal direction and facing upward and projected from above, the substrate for reinforcement (a) having 50% or less of a projected area of the integrally molded body, a ratio Ea/Eb of flexural modulus Ea of the substrate for reinforcement (a) to flexural modulus Eb of the injection molding body (b) in a non-weldline part being 0.7 to 1.3. the substrate for reinforcement (a) covering a part or all of a weldline of the injection molding body (b) to be integrated with the injection molding body (b), when the integrally molded body being arranged such that a surface of the substrate for reinforcement (a) disposed is placed in the horizontal direction and facing upward and projected from above, the substrate for reinforcement (a) having 50% or less of a projected area of the integrally molded body, a ratio Ea/Eb of flexural modulus Ea of the substrate for reinforcement (a) to flexural modulus Eb of the injection molding body (b) in a non-weldline part being 0.7 to 1.3.
Wave-spring element for a bar loading apparatus, comprising a plurality of turn elements arranged adjacent to one another, said plurality of turn elements being defined by first groups (G1) of turn elements with a greater diameter (D1) and second groups (G2) of turn elements with a lesser diameter (D2), said first groups (G1) and said second groups (G2) alternating along a longitudinal axis (AL) so as to define a surface (S) having a sinusoidal profile, said plurality of turn elements being configured for containing and guiding a bar (B) to a machine tool, such as a lathe, and for damping the flexure vibrations to which said bar (B) is subjected during rotation thereof, there being further provided bush means arranged inside each second group (G2) of turns having a lesser diameter (D2), said bush means being configured for coming into contact with, and receiving inside, respective portions of said bar (B) to avoid contact thereof with, and sliding with respect to said turns , the wave-spring element being characterized in that on an outer surface of said bush means recess-housing-seats are obtained that extend sinusoidally and are shaped for housing the respective turns and maintain said turns in a stationary position with respect to said bush means .
Table column for an operating table, comprising: - a column base for attaching the table column to a floor; - a height-adjustable column head support for supporting the column head; - a lifting drive for adjusting the height of the column head support with respect to the column base; - a cylindrical main guide which connects the column head support to the column base and is intended to guide the column head support vertically when the height of said support is adjusted; and - an additional stabilization guide which likewise connects the column head support to the column base and is intended to guide the column head support vertically when the height of said support is adjusted, and which reduces a circumferential play in the main guide , characterized in that : - the stabilization guide is mechanically coupled to the column head support via a coupling device , the coupling device permitting compensatory movements between the cylindrical main guide and the stabilization guide to prevent the stabilization guide from jamming, and - the coupling device has a plurality of components, and the compensatory movements are made possible by the pivotability of a first component (24.8) relative to a second component (24.7) about three different axes of rotation (X, Y, Z) and by the movability of a third component (24.3) relative to a fourth component (24.6) along a translation axis (Q). - a column base for attaching the table column to a floor; - a height-adjustable column head support for supporting the column head; - a lifting drive for adjusting the height of the column head support with respect to the column base; - a cylindrical main guide which connects the column head support to the column base and is intended to guide the column head support vertically when the height of said support is adjusted; and - an additional stabilization guide which likewise connects the column head support to the column base and is intended to guide the column head support vertically when the height of said support is adjusted, and which reduces a circumferential play in the main guide , - the stabilization guide is mechanically coupled to the column head support via a coupling device , the coupling device permitting compensatory movements between the cylindrical main guide and the stabilization guide to prevent the stabilization guide from jamming, and - the coupling device has a plurality of components, and the compensatory movements are made possible by the pivotability of a first component (24.8) relative to a second component (24.7) about three different axes of rotation (X, Y, Z) and by the movability of a third component (24.3) relative to a fourth component (24.6) along a translation axis (Q).
Shed-forming device for a weaving machine comprising at least one elastically deformable selection element ; - with a free end, and a positioning means in order to bring the selection element into a deformed position, in which the positioning means and the selection element are movable with respect to one another along the longitudinal direction of the selection element, and in which the positioning means comprises at least one guide flank , , , , which is designed in such a way that the free end of the selection element comes into contact with the guide flank during said movement and follows this flank during the further movement, so that the selection element is brought or held in a deformed position, characterized in that the selection element comprises a projection on the side facing the guide flank(s), so that only the projection comes into contact with the guide flank during the movement and slides along the surface of said flank.
A method of converting gas condensate into a product stream comprising propylene, the method comprising: feeding gas condensate at a top region of a downflow high severity fluidized catalytic cracking reactor (HSFCC), the gas condensate comprising at least 50% by weight paraffins; feeding catalyst to the top region of the downflow HSFCC reactor in an amount characterized by a catalyst to gas condensate weight ratio of 5:1 to 40:1, where the catalyst comprises nano ZSM-5 zeolite catalyst having an average particle diameter from 0.01 to 0.2 μm, a Si/Al molar ratio from 20 to 40, and a surface area of at least 20 cm 2 /g and preferably a surface area of at least 30 cm 2 /g; and cracking the gas condensate in the presence of the catalyst at a reaction temperature of 500° C to 700° C, preferably 550° C to 630° C, to produce the product stream comprising propylene; and optionally further comprising adding steam to the top region of the downflow HSFCC reactor. feeding gas condensate at a top region of a downflow high severity fluidized catalytic cracking reactor (HSFCC), the gas condensate comprising at least 50% by weight paraffins; feeding catalyst to the top region of the downflow HSFCC reactor in an amount characterized by a catalyst to gas condensate weight ratio of 5:1 to 40:1, where the catalyst comprises nano ZSM-5 zeolite catalyst having an average particle diameter from 0.01 to 0.2 μm, a Si/Al molar ratio from 20 to 40, and a surface area of at least 20 cm 2 /g and preferably a surface area of at least 30 cm 2 /g; and cracking the gas condensate in the presence of the catalyst at a reaction temperature of 500° C to 700° C, preferably 550° C to 630° C, to produce the product stream comprising propylene; and optionally further comprising adding steam to the top region of the downflow HSFCC reactor.
A rail vehicle having an underframe and an assembly (100; 200; 300; 400) mounted thereto, comprising - a container (110; 210; 310; 410) for fluids, - a protective element (120; 220; 320; 420) for the container (110; 210; 310; 410), which at least partially surrounds the container at a defined distance from the exterior of the container (110; 210; 310; 410), wherein the protective element (120; 220; 320; 420) completely surrounds the lower part of the container (110; 210; 310; 410) such that it is at least protected against mechanical loads from underneath, and - at least one container fastening element (140; 150; 240; 250; 350; 440; 450) surrounding and holding the container (110; 210; 310; 410) on its exterior, wherein the protective element (120; 220; 320; 420) is attached to the container fastening element (140; 150; 240; 250; 350; 440; 450). - a container (110; 210; 310; 410) for fluids, - a protective element (120; 220; 320; 420) for the container (110; 210; 310; 410), which at least partially surrounds the container at a defined distance from the exterior of the container (110; 210; 310; 410), wherein the protective element (120; 220; 320; 420) completely surrounds the lower part of the container (110; 210; 310; 410) such that it is at least protected against mechanical loads from underneath, and - at least one container fastening element (140; 150; 240; 250; 350; 440; 450) surrounding and holding the container (110; 210; 310; 410) on its exterior, wherein the protective element (120; 220; 320; 420) is attached to the container fastening element (140; 150; 240; 250; 350; 440; 450).
A port switch service, PSS, system, comprising a server cluster having one or more ports, and a client cluster formed of one or more client nodes, wherein the server cluster is formed of a plurality of elements, wherein the server cluster is adapted to elect, in a current cluster, through a quorum algorithm, a master node as guaranteed to be, among the elements, unique within a specified period in a lease form; wherein the server cluster is adapted to maintain that, among the elements, only the master node stores status of the one or more ports, wherein the server cluster is capable to maintain a mode of the server cluster, wherein the server cluster is adapted, when the mode takes a first mode value, that the elements consist of one master node plus a plurality of slave nodes, wherein the server cluster is adapted, when the mode takes a second, different, mode value, that the elements consist of one master node plus one or more slave nodes plus one or more arbiter nodes, and wherein the PSS system is adapted, for each of the one or more client nodes: - to establish at least one connection between the considered client node and the master node; - after establishing the at least one connection between the considered client node and the master node; to allocate to the considered client node any number of the one or more ports of the server cluster; - to release the allocation of the corresponding ports to the considered client node upon detecting that the considered client node goes offline; and - to release the corresponding ports upon detecting that the master node goes offline, wherein the PSS system is adapted to re-allocate the released ports to client nodes among the one or more client nodes. - to establish at least one connection between the considered client node and the master node; - after establishing the at least one connection between the considered client node and the master node; to allocate to the considered client node any number of the one or more ports of the server cluster; - to release the allocation of the corresponding ports to the considered client node upon detecting that the considered client node goes offline; and - to release the corresponding ports upon detecting that the master node goes offline, wherein the PSS system is adapted to re-allocate the released ports to client nodes among the one or more client nodes.
A power converter system , comprising: a DC bus ; a DC/DC converter coupled to the DC bus ; an inverter coupled to the DC bus and configured to convert DC power from the DC bus into output AC power having an output current; an output coupled to the inverter and configured to provide the output AC power to a load; and at least one controller configured to identify an impending high-load transient state at the output , characterised in that in response to identifying the impending high-load transient state, said at least one controller is further configured to reduce a peak value of the output current of the output AC power by operating the DC/DC converter to reduce a voltage level on the DC bus and increasing a duty cycle of the inverter . a DC bus ; a DC/DC converter coupled to the DC bus ; an inverter coupled to the DC bus and configured to convert DC power from the DC bus into output AC power having an output current; an output coupled to the inverter and configured to provide the output AC power to a load; and at least one controller configured to identify an impending high-load transient state at the output , characterised in that in response to identifying the impending high-load transient state, said at least one controller is further configured to reduce a peak value of the output current of the output AC power by operating the DC/DC converter to reduce a voltage level on the DC bus and increasing a duty cycle of the inverter .