mhurhangee/patent-ind-claim-en huggingface dataset:
A method for identifying scrambled disulfide bonds in a protein drug product, comprising: preparing peptide standards comprising regions of the protein drug product containing one or more disulfide bonds, wherein a first peptide standard comprises a first scrambled disulfide bond, and a second standard comprises a second and different scrambled disulfide bond, and wherein the first and second peptide standards have different, known liquid chromatography retention times; digesting a sample of protein drug product into peptides; and analyzing a sample containing the protein drug product peptides and the peptide standards using an LC-MS 2 system, wherein peptides detected at the retention time of the first standard indicate the presence of scrambled disulfide bond of the first peptide standard is present in the protein drug product, and peptides detected at the retention time of the second peptide standard retention time indicates the presence of the scrambled disulfide bonds of the second peptide standard are present in the protein drug product. preparing peptide standards comprising regions of the protein drug product containing one or more disulfide bonds, wherein a first peptide standard comprises a first scrambled disulfide bond, and a second standard comprises a second and different scrambled disulfide bond, and wherein the first and second peptide standards have different, known liquid chromatography retention times; digesting a sample of protein drug product into peptides; and analyzing a sample containing the protein drug product peptides and the peptide standards using an LC-MS 2 system, wherein peptides detected at the retention time of the first standard indicate the presence of scrambled disulfide bond of the first peptide standard is present in the protein drug product, and peptides detected at the retention time of the second peptide standard retention time indicates the presence of the scrambled disulfide bonds of the second peptide standard are present in the protein drug product.
An adhesive for bonding plastics and/or metal substrates, the adhesive comprising at least one polyester polyol based on a mixture of furandicarboxylic acid (FDCA) and one or more aliphatic diacids, and at least one compound containing NCO groups, characterized in that the furandicarboxylic acid used is obtained from renewable raw materials, and the adhesive has a viscosity in the range of from 200 to 10,000 mPas, measured at 10 to 60 °C, using a Brookfield viscometer, in accordance with EN ISO 2555.
A multifunctional mobile digital radiography (DR) device, comprising: a rack ; an X-ray detector provided on the rack ; an image processor; a display ; a handrail provided on the rack ; and a cleaning mechanism , characterized in that the cleaning mechanism comprises: a guide assembly adjacent to the handrail and extending from one end of the handrail to the other end of the handrail ; a moving collar assembly provided on the guide assembly and sleeved outside the handrail ; and a first ultraviolet sterilization assembly provided on the moving collar assembly and configured to emit ultraviolet light and irradiate a peripheral of the handrail , wherein a disinfection gap is formed between the handrail and the moving collar assembly , the guide assembly is configured to guide the moving collar assembly , and the moving collar assembly is configured to reciprocate between two ends of the handrail . a rack ; an X-ray detector provided on the rack ; an image processor; a display ; a handrail provided on the rack ; and a cleaning mechanism , characterized in that the cleaning mechanism comprises: a guide assembly adjacent to the handrail and extending from one end of the handrail to the other end of the handrail ; a moving collar assembly provided on the guide assembly and sleeved outside the handrail ; and a first ultraviolet sterilization assembly provided on the moving collar assembly and configured to emit ultraviolet light and irradiate a peripheral of the handrail , wherein a disinfection gap is formed between the handrail and the moving collar assembly , the guide assembly is configured to guide the moving collar assembly , and the moving collar assembly is configured to reciprocate between two ends of the handrail . a guide assembly adjacent to the handrail and extending from one end of the handrail to the other end of the handrail ; a moving collar assembly provided on the guide assembly and sleeved outside the handrail ; and a first ultraviolet sterilization assembly provided on the moving collar assembly and configured to emit ultraviolet light and irradiate a peripheral of the handrail , wherein a disinfection gap is formed between the handrail and the moving collar assembly , the guide assembly is configured to guide the moving collar assembly , and the moving collar assembly is configured to reciprocate between two ends of the handrail .
A machining device for workpieces , in particular made of wood, plastic or the like, with a first workpiece table which is shiftable along a longitudinal direction and with a second workpiece table which is shiftable in the longitudinal direction , wherein the two workpiece tables are arranged spaced apart perpendicularly to the longitudinal direction , wherein each of the two workpiece tables has clamping elements for clamping a workpiece , wherein the clamping elements of the first and the second workpiece table are designed in such a manner that they have two clamping positions facing each other with respect to the longitudinal direction for clamping a workpiece , so that a workpiece can be clamped in the respective two clamping positions , and wherein furthermore a guide element is provided which is arranged oriented perpendicularly to the longitudinal direction and serves for the shiftable guiding of a tool element , with a first tool element which is arranged shiftably on the guide element , for machining the workpiece , with a first manipulator device for gripping and positioning a workpiece in at least one clamping element of one of the workpiece tables or for removing a workpiece from at least one clamping element of one of the workpiece tables , characterised in that at least one third workpiece table which is shiftable along a longitudinal direction and in particular a fourth workpiece table which is shiftable in the longitudinal direction is provided, wherein the third and possibly the fourth workpiece table are arranged spaced apart perpendicularly to the longitudinal direction , wherein the third and possibly the fourth workpiece table have clamping elements for clamping a workpiece , wherein the clamping elements of the third and in particular of the fourth workpiece table are designed in such a manner that they have two respective clamping positions facing each other with respect to the longitudinal direction for clamping a workpiece , so that a workpiece can be clamped in the two clamping positions , and wherein furthermore a second guide element is provided which is arranged oriented perpendicularly to the longitudinal direction and serves for the shiftable guiding of at least one tool element , with a third tool element which is arranged shiftably on the second guide element , for machining the workpiece , with the first manipulator device or a second manipulator device for gripping and positioning a workpiece in at least one clamping element of the third or possibly the fourth workpiece table or for removing a workpiece from at least one clamping element of the third or possibly the fourth workpiece table .
A resistance adjusting circuit comprising: a first power source selectively connectable via one selector to a first terminal of a reference resistor to be connected to the resistance adjusting circuit , and configured to output a first voltage; a first current source selectively connectable via another selector to a second terminal of the reference resistor and configured to output a first current based on a reference current which is set by a reference current generating circuit ; a first variable resistor configured to include a first terminal, the first terminal being connected to an output terminal of the first power source ; a second current source connected to a second terminal of the first variable resistor and configured to output a second current obtained by multiplying the first current by a reciprocal ratio, the reciprocal ratio being obtained as a reciprocal number of a ratio of a target resistance value of the first variable resistor to a resistance value of the reference resistor ; and a controller configured to set the resistance value of the first variable resistor so that a voltage value at the second terminal of the reference resistor and a voltage value at a connecting part of the first variable resistor and the second current source become equal to each other. a first power source selectively connectable via one selector to a first terminal of a reference resistor to be connected to the resistance adjusting circuit , and configured to output a first voltage; a first current source selectively connectable via another selector to a second terminal of the reference resistor and configured to output a first current based on a reference current which is set by a reference current generating circuit ; a first variable resistor configured to include a first terminal, the first terminal being connected to an output terminal of the first power source ; a second current source connected to a second terminal of the first variable resistor and configured to output a second current obtained by multiplying the first current by a reciprocal ratio, the reciprocal ratio being obtained as a reciprocal number of a ratio of a target resistance value of the first variable resistor to a resistance value of the reference resistor ; and a controller configured to set the resistance value of the first variable resistor so that a voltage value at the second terminal of the reference resistor and a voltage value at a connecting part of the first variable resistor and the second current source become equal to each other.
A membrane carrier comprising a flow path and a detection zone , and a microstructure constituted by convex portions provided at the bottom of the flow path , characterized in that at least oxygen atoms are present on a surface of the detection zone , and a ratio of the number of oxygen atoms relative to a total number of carbon atoms, nitrogen atoms and oxygen atoms (number of oxygen atoms/(number of carbon atoms + number of nitrogen atoms + number of oxygen atoms)) is 0.01 to 0.50. a flow path and a detection zone , and a microstructure constituted by convex portions provided at the bottom of the flow path , characterized in that at least oxygen atoms are present on a surface of the detection zone , and a ratio of the number of oxygen atoms relative to a total number of carbon atoms, nitrogen atoms and oxygen atoms (number of oxygen atoms/(number of carbon atoms + number of nitrogen atoms + number of oxygen atoms)) is 0.01 to 0.50.
Installation arrangement with a barge and a jack-up rig which floats in a first position on the sea and has a hull which is slotted vertically with respect to the surface of the sea and has a slot width which is greater than a width (B B ) of the barge so that the barge can move into a slot , wherein the jack-up rig has supporting legs which can move to and fro along a height (H) relative to the hull and can be set down on the seabed, and the hull can be lifted, together with the barge which has moved in, out of the water into a raised position by means of a lifting mechanism along the support legs which have been set down on the seabed, characterised in that the slot extends along the entire longitudinal extent of the barge which has moved in, over the entire height (H) of the hull , and that securing means are arranged on the barge and on the slot and said securing means interact and secure the barge in the raised position in a fixed position on the jack-up rig .
Foldable shelf for storing objects, in particular for storing liquid containers, comprising a bracket configured to be attached to a wall and a foldable box including a supporting frame comprising two ledges , which are parallel to each other and integrally connected to each other through two connecting bars , wherein the foldable box further comprises a pair of first walls and a pair of second walls , each one of the first walls being hinged along a first edge to a respective bar of the two connecting bars , whereby each one of the first walls is configured to assume an angular position ranging from a first limit angular position, wherein a second edge of the first wall opposite to the first edge is at a minimum distance from the two ledges , to a second limit angular position, wherein the second edge is at a maximum distance from the two ledges , each one of the second walls being hinged along a first edge to a respective ledge out of the two ledges , whereby each one of the second walls is configured to assume an angular position ranging from a first limit angular position, wherein a second edge of the second wall opposite to the first edge is at a minimum distance from the two connecting bars , to a second limit angular position, wherein the second edge is at a maximum distance from the two connecting bars , where the foldable box is configured to assume a fully folded configuration, wherein the first and second walls are at the respective first limit angular positions, and an operative configuration, wherein the first and second walls are at the respective second limit angular positions, wherein the first and second walls are respectively provided with first and second mechanical stabilising elements configured to mutually interact with each other to cause the first and second walls to stably maintain their respective second limit angular positions, a first pair of walls selected out of the pair of first walls and the pair of second walls being provided with projecting elements configured to slide, when the foldable box assumes its operative configuration, in corresponding slots of the bracket along a coupling linear direction (S) until they reach a lock position wherein the foldable box is stably attached to the bracket and the foldable shelf assumes an operative configuration, characterised in, that the bracket is provided with elastic locking elements configured to interact with the other pair of walls selected out of the pair of first walls and the pair of second walls to cause the foldable shelf to stably assume its operative configuration.
A system , comprising: a printing unit configured to print an image of a material on an intermediate substrate ; a sample building unit configured to receive the intermediate substrate having the image of the material printed thereon and to transfer the image from the intermediate substrate to a sample located in a vacuum chamber of the sample building unit ; and an ultra violet (UV) light source configured to cure portions of the image of the material printed on the intermediate substrate during movement of the intermediate substrate having the image of the material printed thereon from the printing unit to the sample building unit . a printing unit configured to print an image of a material on an intermediate substrate ; a sample building unit configured to receive the intermediate substrate having the image of the material printed thereon and to transfer the image from the intermediate substrate to a sample located in a vacuum chamber of the sample building unit ; and an ultra violet (UV) light source configured to cure portions of the image of the material printed on the intermediate substrate during movement of the intermediate substrate having the image of the material printed thereon from the printing unit to the sample building unit .
A coordinate positioning apparatus for inspecting an artefact, comprising at least one moveable member moveable in at least one degree of freedom, and at least one motor and at least one bearing arrangement for facilitating said movement, at least a part of the at least one motor and/or at least one bearing arrangement being located inside a protective housing therefor, and in which a ferromagnetic contamination trap comprising at least one magnet is provided and configured to attract and retain ferromagnetic contamination entering the protective housing.
A drill for a rotary drilling rig, comprising a drilling cylinder provided with a connecting part at the upper end and a cutting part at the lower end, characterised in that the drill cylinder comprises a drill cylinder body and a cylinder flap mantle , wherein the drill cylinder body is provided with a notch opening along its side wall in the longitudinal direction, and the open end of the notch opening is located at the lower end surface of the drill cylinder body , wherein the cylinder flap mantle is located at the notch opening and the upper part of the cylinder flap mantle is rotatably connected to the drill cylinder body , wherein the cutting part has a first connecting end and a second connecting end which are positionally opposite to each other, and the first connecting end is rotatably connected to the lower part of the cylinder flap mantle .
A laminated battery comprising: an electrode body having a positive electrode and a negative electrode; a laminated exterior body which is formed of rectangular laminated films and inside which the electrode body is housed by welding the laminated films in a state where the wide surfaces face each other; and positive and negative electrode terminals that are electrically connected at one end to the respective electrode of the electrode body and are exposed at the other end to the outside from a welded portion of the exterior body , wherein at least one of the positive and negative electrode terminals is configured of a plate-shaped clad material in which a first metal and a second metal , which are different from each other, are joined to each other; in the terminal configured of the clad material, one end, which is connected to the respective electrode of the electrode body , is configured of the first metal , and the other end, which is exposed to the outside, is configured of the second metal ; a tab film composed of a resin material is arranged on the surfaces of the first metal and the second metal of the clad material; a boundary region of the first metal and the second metal of the clad material is not exposed to the outside of the exterior body ; the tab film is arranged at a peripheral edge portion close to the boundary region , excluding the boundary region , on the wide surface of the clad material; and the tab film is welded to the welded portion of the exterior body . an electrode body having a positive electrode and a negative electrode; a laminated exterior body which is formed of rectangular laminated films and inside which the electrode body is housed by welding the laminated films in a state where the wide surfaces face each other; and positive and negative electrode terminals that are electrically connected at one end to the respective electrode of the electrode body and are exposed at the other end to the outside from a welded portion of the exterior body , wherein at least one of the positive and negative electrode terminals is configured of a plate-shaped clad material in which a first metal and a second metal , which are different from each other, are joined to each other; in the terminal configured of the clad material, one end, which is connected to the respective electrode of the electrode body , is configured of the first metal , and the other end, which is exposed to the outside, is configured of the second metal ; a tab film composed of a resin material is arranged on the surfaces of the first metal and the second metal of the clad material; a boundary region of the first metal and the second metal of the clad material is not exposed to the outside of the exterior body ; the tab film is arranged at a peripheral edge portion close to the boundary region , excluding the boundary region , on the wide surface of the clad material; and the tab film is welded to the welded portion of the exterior body .
Textile machine producing cross-wound packages, comprising a plurality of workstations arranged next to one another in the longitudinal direction of the textile machine , at least one service unit , which can be moved along the workstations in the longitudinal direction of the textile machine , and a drag chain device for supplying electrical and/or pneumatic power to the service unit , the drag chain device comprising a drag chain and a drag chain guide made of a metal profiled element, which drag chain guide runs in the longitudinal direction of the textile machine , characterised in that the surfaces of the drag chain guide that come in contact with the drag chain consist, at least in some areas, of a material that forms a sliding partner for the drag chain with low coefficient of friction, that the surfaces with low coefficient of friction are formed by spaced sliding pieces , and that the drag chain guide has bottom openings , in which the sliding pieces are arranged in such a way that the surface of the sliding pieces that comes in contact with the drag chain projects beyond the drag chain guide .
A reflex sight comprising: an elongated sight housing comprising an outer tube and an inner tube defining a light channel with an optical axis (B), wherein the inner tube is pivotally secured within an end of the outer tube ; a lens with a partially reflective surface arranged in a front end of the inner tube facing an intended target; a light source arranged in the light channel, which is adapted to emit light towards the reflective surface projecting a reticle for a user of the sight; wherein; the outer tube terminates in an end section forming an inner perimeter section of the outer tube , which is provided with concave indentations forming separate concave support sections ; the inner tube has an end section forming an outer perimeter section, which is provided with separate convex sections ; wherein the separate convex sections of the inner tube are arranged to fit into the separate concave support sections in the outer tube , wherein the end section of the inner tube is pivotally received within the end section of the outer tube . an elongated sight housing comprising an outer tube and an inner tube defining a light channel with an optical axis (B), wherein the inner tube is pivotally secured within an end of the outer tube ; a lens with a partially reflective surface arranged in a front end of the inner tube facing an intended target; a light source arranged in the light channel, which is adapted to emit light towards the reflective surface projecting a reticle for a user of the sight; wherein; the outer tube terminates in an end section forming an inner perimeter section of the outer tube , which is provided with concave indentations forming separate concave support sections ; the inner tube has an end section forming an outer perimeter section, which is provided with separate convex sections ; wherein the separate convex sections of the inner tube are arranged to fit into the separate concave support sections in the outer tube , wherein the end section of the inner tube is pivotally received within the end section of the outer tube .