mhurhangee/patent-ind-claim-en huggingface dataset:
A process for preparing compound (XII-c) from compound (IV) the process comprising reacting a compound of formula (XI-c): wherein P is a suitable amino protecting group, with either: (a) compound (IV) under amide-bond formation conditions, in the presence of an amide coupling reagent, and in the presence of a catalyst, in an organic solvent, at a temperature in the range of from 0 °C to 50 °C; or (b) an isocyanate compound (IVa) in the presence of a non-nucleophilic base at a temperature in a range of from -20°C to 80°C wherein the isocyanate compound of formula (IVa) is derived from the reaction of the compound (IV) with phosgene or a phosgene analog in the presence of an organic base in an aprotic solvent; and wherein compound (IV) is derived from the reduction of compound (III) the process resulting in the formation of the corresponding compound (XII-c). (a) compound (IV) under amide-bond formation conditions, in the presence of an amide coupling reagent, and in the presence of a catalyst, in an organic solvent, at a temperature in the range of from 0 °C to 50 °C; or (b) an isocyanate compound (IVa) in the presence of a non-nucleophilic base at a temperature in a range of from -20°C to 80°C wherein the isocyanate compound of formula (IVa) is derived from the reaction of the compound (IV) with phosgene or a phosgene analog in the presence of an organic base in an aprotic solvent; and wherein compound (IV) is derived from the reduction of compound (III) the process resulting in the formation of the corresponding compound (XII-c).
A differential valve for an underwater flexible tubular pipe intended for transporting hydrocarbons, said valve being intended for discharging to outside the pipe gases that diffuse into an annular zone of the pipe, said valve comprising a valve body comprising a lower part able to communicate with said annular zone via a lower communication passage and an upper part able to communicate with the outside via at least one gas discharge path, the valve body comprising an internal chamber in which there are mounted, on the one hand, a main valve shutter able to move between a position in which said lower communication passage is open and a position in which same is closed and, on the other hand, a secondary valve shutter , mounted coaxial with the main valve shutter and bearing against an upper valve seat , and able to move between a position in which said at least one discharge path is open and a position in which same is closed, characterized in that said internal chamber communicates with the outside of the pipe via a main discharge path discharging the gases to the outside, said main discharge path comprising a porous component acting as a filter, the flow of said gases along said main discharge path through said porous component being independent of whether said secondary valve shutter is in the open or in the closed position.
An aircraft seat comprising: a base assembly couplable to a floor of an aircraft cabin; a seat frame coupled to the base assembly , the seat frame including a seatback frame and a seat pan frame; a seat pan dress cover including at least one surface configured to conform to a corresponding surface of the seat pan frame; a seatback dress cover including at least one surface configured to conform to a corresponding surface of the seatback frame ; and a modular seatback cover attachment system configured to couple the seatback dress cover to a portion of the seatback frame , the modular seatback cover attachment system comprising: one or more trim caps , the one or more trim caps including one or more tabs configured to reversibly couple the one or more trim caps to one or more portions of the seatback frame , the one or more tabs including one or more hook tabs along a rear surface of the one or more trim caps and one or more panel tabs along a front surface of the one or more trim caps ; an interlocking assembly, the interlocking assembly configured to interlock the one or more trim caps when the one or more trim caps are coupled to the seatback frame ; and a fastening assembly configured to couple the one or more trim caps to a portion of the seatback dress cover . a base assembly couplable to a floor of an aircraft cabin; a seat frame coupled to the base assembly , the seat frame including a seatback frame and a seat pan frame; a seat pan dress cover including at least one surface configured to conform to a corresponding surface of the seat pan frame; a seatback dress cover including at least one surface configured to conform to a corresponding surface of the seatback frame ; and a modular seatback cover attachment system configured to couple the seatback dress cover to a portion of the seatback frame , the modular seatback cover attachment system comprising: one or more trim caps , the one or more trim caps including one or more tabs configured to reversibly couple the one or more trim caps to one or more portions of the seatback frame , the one or more tabs including one or more hook tabs along a rear surface of the one or more trim caps and one or more panel tabs along a front surface of the one or more trim caps ; an interlocking assembly, the interlocking assembly configured to interlock the one or more trim caps when the one or more trim caps are coupled to the seatback frame ; and a fastening assembly configured to couple the one or more trim caps to a portion of the seatback dress cover . one or more trim caps , the one or more trim caps including one or more tabs configured to reversibly couple the one or more trim caps to one or more portions of the seatback frame , the one or more tabs including one or more hook tabs along a rear surface of the one or more trim caps and one or more panel tabs along a front surface of the one or more trim caps ; an interlocking assembly, the interlocking assembly configured to interlock the one or more trim caps when the one or more trim caps are coupled to the seatback frame ; and a fastening assembly configured to couple the one or more trim caps to a portion of the seatback dress cover .
Filter element for an extractor hood which has a filter mat with at least one filter layer , wherein the filter mat is enclosed by a top layer in each case arranged essentially parallel to the surface of the filter mat and, in the air throughflow direction, in front of and behind the filter mat, which top layer is at least partially air-permeable and made of a metal, wherein the filter layer consists of a plastic material and has apertures , which are formed by the intermediate space between filter webs in the respective filter layer and the size of which is fixed such that the apertures cannot be changed in terms of their size due to the fact that the filter webs cannot be moved between the apertures, wherein the at least one filter layer consists of at least two layers , the layers are embodied from plastic profiles in each case which at least partially form the filter webs, characterised in that the plastic profiles are arranged parallel to one another in each case in the individual layers and within a filter layer the alignment of the plastic profiles in the one layer is different from the alignment of the plastic profiles of the other layer, that the apertures are formed in the filter layer by the arrangement of the plastic profiles of the respective layer relative to the plastic profiles of the other layers, wherein at the contact points at which the plastic profiles of the two layers rest on one another, these are connected to one another and the layers are thereby connected to one another in a non-detachable manner, wherein the obstruction caused by the webs is less than 50 % of the surface of the filter layer .
A camera assembly comprising: a) a housing ; b) a circuit board arranged within the housing ; c) a lens holder comprising: a first portion made of a first plastic material capable of being laser welded to the housing of the camera assembly ; and a second portion made of a second plastic material capable of blocking infrared radiation of the wavelength of 700 nm to 1 mm, wherein the first portion and the second portion are coupled together in nested relation, wherein the first portion further includes a flange and the flange is laser welded to the housing of the camera assembly , wherein the first plastic material is optically transmissive of the infrared wavelength. a) a housing ; b) a circuit board arranged within the housing ; c) a lens holder comprising: a first portion made of a first plastic material capable of being laser welded to the housing of the camera assembly ; and a second portion made of a second plastic material capable of blocking infrared radiation of the wavelength of 700 nm to 1 mm, wherein the first portion and the second portion are coupled together in nested relation, a first portion made of a first plastic material capable of being laser welded to the housing of the camera assembly ; and a second portion made of a second plastic material capable of blocking infrared radiation of the wavelength of 700 nm to 1 mm, wherein the first portion and the second portion are coupled together in nested relation, wherein the first portion further includes a flange and the flange is laser welded to the housing of the camera assembly , wherein the first plastic material is optically transmissive of the infrared wavelength.
Pushrod for a valve gear for an internal combustion engine, wherein a shank of the pushrod has a rib structure , wherein the rib structure is arranged in a middle region of the shank , characterized in that the rib structure is arranged only in a middle region of the shank which corresponds at most to half of a length of the shank.
A banknote processing apparatus , comprising: a transport unit configured to transport a banknote; a long-edge orientation storage unit configured to receive and store, in a first orientation, the banknote transported by the transport unit , the first orientation being an orientation in which a short edge of the banknote is a leading edge thereof; a short-edge orientation storage unit (17a-17h) configured to receive and store, in the second orientation, the banknote transported by the transport unit the second orientation being an orientation in which the long edge of the banknote is a leading edge thereof; and a control unit configured to select, by controlling the transport unit , a storage destination for the banknote transported by the transport unit , from among any of the long-edge orientation storage unit and the short-edge orientation storage unit (17a-17h), based on a type of the banknote transported by the transport unit , characterized in that the type of the banknote is a type classified, based on at least one of bending rigidity of the banknote when the short edge of the banknote is bent and bending rigidity of the banknote when the long edge of the banknote is bent. a transport unit configured to transport a banknote; a long-edge orientation storage unit configured to receive and store, in a first orientation, the banknote transported by the transport unit , the first orientation being an orientation in which a short edge of the banknote is a leading edge thereof; a short-edge orientation storage unit (17a-17h) configured to receive and store, in the second orientation, the banknote transported by the transport unit the second orientation being an orientation in which the long edge of the banknote is a leading edge thereof; and a control unit configured to select, by controlling the transport unit , a storage destination for the banknote transported by the transport unit , from among any of the long-edge orientation storage unit and the short-edge orientation storage unit (17a-17h), based on a type of the banknote transported by the transport unit , characterized in that the type of the banknote is a type classified, based on at least one of bending rigidity of the banknote when the short edge of the banknote is bent and bending rigidity of the banknote when the long edge of the banknote is bent.
An oil scraper ring comprising a ring element , which has an upper ring flank , a lower ring flank, a ring inner side and a ring outer side , wherein the ring element is provided with two opposite contact surfaces , between which a ring gap is located, wherein the ring element is provided with at least one scraper bar on the ring outer side , and wherein, in the region of the contact surfaces , the oil scraper ring is in each case provided with two recesses , which each adjoin at least the ring outer side , the respective contact surface and the upper ring flank , characterized in that , in the region spaced apart from the ring gap , the oil scraper ring is provided with at least one further radial recess , which extends at the upper ring flank from the ring outer side in the direction of the ring inner side. an upper ring flank , a lower ring flank, a ring inner side and a ring outer side , wherein the ring element is provided with two opposite contact surfaces , between which a ring gap is located, wherein the ring element is provided with at least one scraper bar on the ring outer side , and wherein, in the region of the contact surfaces , the oil scraper ring is in each case provided with two recesses , which each adjoin at least the ring outer side , the respective contact surface and the upper ring flank , characterized in that , in the region spaced apart from the ring gap , the oil scraper ring is provided with at least one further radial recess , which extends at the upper ring flank from the ring outer side in the direction of the ring inner side.
A monitoring system for monitoring electrical devices, wherein the monitoring system (13; 213) comprises: - an assignments providing unit (7; 207) for providing assignments between the electrical devices (A, B, C, D, E; F, G, H, S1, S2, S3) and behavior classes, wherein a behavior class defines an expected behavior of a respective electrical device (A, B, C, D, E; F, G, H, S1, S2, S3) assigned to the behavior class over time, - a monitoring unit (8; 208) for monitoring the behavior of the electrical devices (A, B, C, D, E; F, G, H, S1, S2, S3) over time, characterized by - a deviation determination unit (9; 209) for determining a deviation by using a similarity measure a) between a monitored behavior of an electrical device (A, B, C, D, E; F, G, H, S1, S2, S3) assigned to a behavior class and an expected behavior defined by a behavior class and/or b) between a monitored behavior of an electrical device (A, B, C, D, E; F, G, H, S1, S2, S3) and a monitored behavior of another electrical device (A, B, C, D, E; F, G, H, S1, S2, S3), and - an output unit (10; 210) for providing an output depending on the determined deviation, wherein the output is indicative of the electrical device having been assigned to the wrong behavior class. - an assignments providing unit (7; 207) for providing assignments between the electrical devices (A, B, C, D, E; F, G, H, S1, S2, S3) and behavior classes, wherein a behavior class defines an expected behavior of a respective electrical device (A, B, C, D, E; F, G, H, S1, S2, S3) assigned to the behavior class over time, - a monitoring unit (8; 208) for monitoring the behavior of the electrical devices (A, B, C, D, E; F, G, H, S1, S2, S3) over time, characterized by - a deviation determination unit (9; 209) for determining a deviation by using a similarity measure a) between a monitored behavior of an electrical device (A, B, C, D, E; F, G, H, S1, S2, S3) assigned to a behavior class and an expected behavior defined by a behavior class and/or b) between a monitored behavior of an electrical device (A, B, C, D, E; F, G, H, S1, S2, S3) and a monitored behavior of another electrical device (A, B, C, D, E; F, G, H, S1, S2, S3), and - an output unit (10; 210) for providing an output depending on the determined deviation,
A data processing apparatus comprising: processing circuitry to execute a plurality of processes; and being characterized in that it comprises an ownership protection circuitry configured to control access to memory based on an ownership table comprising one or more entries each indicating, for a corresponding block of physical addresses, which of said plurality of processes is an owner process that has exclusive control of access to the corresponding block of physical addresses; wherein the ownership protection circuitry is configured to reject an access request from a current process to access data at a target physical address when a corresponding entry of the ownership table corresponding to the target physical address indicates that the current process is not permitted to access the target physical address. processing circuitry to execute a plurality of processes; and being characterized in that it comprises an ownership protection circuitry configured to control access to memory based on an ownership table comprising one or more entries each indicating, for a corresponding block of physical addresses, which of said plurality of processes is an owner process that has exclusive control of access to the corresponding block of physical addresses; wherein the ownership protection circuitry is configured to reject an access request from a current process to access data at a target physical address when a corresponding entry of the ownership table corresponding to the target physical address indicates that the current process is not permitted to access the target physical address.
A method for obtaining each of plural kinds of images ( IMa , 1Mb, lMc IMd ) by printing the plural kinds of images ( IMa , 1Mb, IMc , IMd ) on paper by an image processing apparatus , and cutting it after the printing, comprising the steps: arranging marks ( MKa , MKb , MKc . MKd corresponding to each of the plural kinds of images ( IMa , 1Mb, IMc , IMd ) at scheduled cutting positions (LN1, LN2) by an arrangement unit , wherein the image (A, B, C, D) to be imposed on one side on the paper is made to be upright and the image to be imposed on the other side on the paper is inverted and the mark to be imparted to the upright image and the mark to be imparted to the inverted image are arranged on the same position when each image is viewed in the upright position , wherein when sorting is performed after cutting the type of image can be determined based on the mark ( MKa , MKb , MKc , MKd ) appearing on the cutting surface of the paper, wherein marks ( MKa , MKb , MKc , MKd ) corresponding to each of the plural kinds of images ( IMa , 1Mb, IMc , IMd ) are visually different so that the plural kinds of images are distinguishable . arranging marks ( MKa , MKb , MKc . MKd corresponding to each of the plural kinds of images ( IMa , 1Mb, IMc , IMd ) at scheduled cutting positions (LN1, LN2) by an arrangement unit , wherein the image (A, B, C, D) to be imposed on one side on the paper is made to be upright and the image to be imposed on the other side on the paper is inverted and the mark to be imparted to the upright image and the mark to be imparted to the inverted image are arranged on the same position when each image is viewed in the upright position , wherein when sorting is performed after cutting the type of image can be determined based on the mark ( MKa , MKb , MKc , MKd ) appearing on the cutting surface of the paper, wherein marks ( MKa , MKb , MKc , MKd ) corresponding to each of the plural kinds of images ( IMa , 1Mb, IMc , IMd ) are visually different so that the plural kinds of images are distinguishable .
A polycrystalline element, comprising: a substrate ; and a polycrystalline table attached to an end of the substrate and comprising a first region of superabrasive material having a first permeability and at least a second region of superabrasive material having a second, lesser permeability, the at least second region being interposed between the substrate and the first region ; wherein said first region comprises a first volume percentage of interstitial spaces among interbonded grains of superabrasive material and said second region comprises a second, smaller volume percentage of interstitial spaces among interbonded grains of superabrasive material, wherein an interface between said first region and said second region of said polycrystalline table comprises a non-planar interface , and wherein another interface between said second region and said substrate comprises a non-planar interface having at least substantially the same shape as the non-planar interface between the first region and the second region ; and wherein the first region comprises a first average grain size of grains of superabrasive material and the second region comprises a second smaller average grain size of grains of superabrasive material. a substrate ; and a polycrystalline table attached to an end of the substrate and comprising a first region of superabrasive material having a first permeability and at least a second region of superabrasive material having a second, lesser permeability, the at least second region being interposed between the substrate and the first region ; wherein said first region comprises a first volume percentage of interstitial spaces among interbonded grains of superabrasive material and said second region comprises a second, smaller volume percentage of interstitial spaces among interbonded grains of superabrasive material, wherein an interface between said first region and said second region of said polycrystalline table comprises a non-planar interface , and wherein another interface between said second region and said substrate comprises a non-planar interface having at least substantially the same shape as the non-planar interface between the first region and the second region ; and wherein the first region comprises a first average grain size of grains of superabrasive material and the second region comprises a second smaller average grain size of grains of superabrasive material.
Method for the production of a dressing tool for a grinding tool, preferably for a grinding worm, wherein the dressing tool comprises at least one, preferably ring-shaped designed projection which extends radially (r), wherein the method comprises the steps: a) Production of a shaped ring , which comprises a number of recesses at a radial inner area which number corresponds to the number of projections and which recesses are designed congruent to the projections ; b) Placing of abrasive material , especially of diamond powder, in the recesses ; c) Creation of a chemical or electro-chemical coating in the recesses so that the abrasive material is fixed in the region of the surface of the recesses ; d) Removal of the shaped ring , to obtain the so arose dressing tool ; wherein a support element is placed prior or during step b) or prior or during step c) in the region of the radial inner area which support element is material joined integrally during step c) at least partially with the arising dressing tool by the coating , characterized in that as support element an open lattice structure with openings is used so that especially the radial inner area is not radially closed by the support element . a) Production of a shaped ring , which comprises a number of recesses at a radial inner area which number corresponds to the number of projections and which recesses are designed congruent to the projections ; b) Placing of abrasive material , especially of diamond powder, in the recesses ; c) Creation of a chemical or electro-chemical coating in the recesses so that the abrasive material is fixed in the region of the surface of the recesses ; d) Removal of the shaped ring , to obtain the so arose dressing tool ;
A cathode active material precursor for mixing with a lithium compound for use in the manufacture of a non-aqueous electrolyte secondary battery, characterized in that the cathode active material precursor is a complex metal hydroxide having a flow factor of 10 or greater to 20 or smaller, wherein the flow factor is defined as the ratio between the maximum consolidation stress obtained in a shear test and a single axis decay stress (maximum consolidation stress/single axis decay stress) measured according to JIS Z 8835 or ASTM D6128.