mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a containment apparatus having an interior region; a nuclear reactor apparatus, which is situated within the interior region; a dosimetry system; a support apparatus (2; 102) that supports the dosimetry system within the interior region of the containment apparatus, the containment apparatus having an interior surface adjacent the interior region, the support apparatus (2; 102) being situated between the interior surface and the nuclear reactor apparatus that is disposed in the interior region, the support apparatus (2; 102) comprising: a retention apparatus (14; 114) comprising a plurality of brace elements that are each mounted to at least one of the containment apparatus and the nuclear reactor apparatus, the brace elements each having a receptacle formed therein, the brace elements being situated with the receptacles being aligned with one another when installed within the interior region of the containment apparatus; and a tube apparatus comprising a plurality of tube segments (22, 24 26) that are connected together, at least a portion of the tube apparatus being received in the receptacles, the tube apparatus supporting the dosimetry system. a containment apparatus having an interior region; a nuclear reactor apparatus, which is situated within the interior region; a dosimetry system; a support apparatus (2; 102) that supports the dosimetry system within the interior region of the containment apparatus, the containment apparatus having an interior surface adjacent the interior region, the support apparatus (2; 102) being situated between the interior surface and the nuclear reactor apparatus that is disposed in the interior region, the support apparatus (2; 102) comprising: a retention apparatus (14; 114) comprising a plurality of brace elements that are each mounted to at least one of the containment apparatus and the nuclear reactor apparatus, the brace elements each having a receptacle formed therein, the brace elements being situated with the receptacles being aligned with one another when installed within the interior region of the containment apparatus; and a tube apparatus comprising a plurality of tube segments (22, 24 26) that are connected together, at least a portion of the tube apparatus being received in the receptacles, the tube apparatus supporting the dosimetry system. a retention apparatus (14; 114) comprising a plurality of brace elements that are each mounted to at least one of the containment apparatus and the nuclear reactor apparatus, the brace elements each having a receptacle formed therein, the brace elements being situated with the receptacles being aligned with one another when installed within the interior region of the containment apparatus; and a tube apparatus comprising a plurality of tube segments (22, 24 26) that are connected together, at least a portion of the tube apparatus being received in the receptacles, the tube apparatus supporting the dosimetry system.
An electric disk brake, comprising: an electric motor; a rotation-linear motion converting mechanism for converting a rotational movement of the electric motor into a linear movement; a pad pressing member for pressing a brake pad (10A, 10B) against a disk rotor by the linear movement of the rotation-linear motion converting mechanism; and a controller for, when the brake is in operation, supplying an electric current to the electric motor so as to generate a target thrust force of the pad pressing member, characterized in that the pad pressing member, after returning to a predetermined position, is maintained in the position even though the controller stops supplying an electric current to the electric motor; and when the brake is not in operation, the controller supplies a predetermined pad-retracting-control electric current to the electric motor so that the pad pressing member is urged backward while being maintained in the position, whereby when the disk rotor contacts the brake pad (10A, 10B), retracting of the brake pad (10A, 10B) is initiated, and when the disk rotor does not contact the brake pad (10A, 10B), the position of the brake pad (10A, 10B) is maintained. an electric motor; a rotation-linear motion converting mechanism for converting a rotational movement of the electric motor into a linear movement; a pad pressing member for pressing a brake pad (10A, 10B) against a disk rotor by the linear movement of the rotation-linear motion converting mechanism; and a controller for, when the brake is in operation, supplying an electric current to the electric motor so as to generate a target thrust force of the pad pressing member, characterized in that the pad pressing member, after returning to a predetermined position, is maintained in the position even though the controller stops supplying an electric current to the electric motor; and when the brake is not in operation, the controller supplies a predetermined pad-retracting-control electric current to the electric motor so that the pad pressing member is urged backward while being maintained in the position, whereby when the disk rotor contacts the brake pad (10A, 10B), retracting of the brake pad (10A, 10B) is initiated, and when the disk rotor does not contact the brake pad (10A, 10B), the position of the brake pad (10A, 10B) is maintained.
A composite transition metal compound represented by the following Formula: Ni b Mn c Co 1-(b+c+d) M' d (OH 1-x) 2 Formula wherein 0.3≤b≤0.9; 0.1≤c≤0.6; 0<d≤0.1; b+c+d<1; 0<x<0.5; and M' is selected from Al, Mg, Cr, Ti and Si; wherein the composite transition metal compound contains Ni, Co and Mn; and wherein portions of Ni, Co and Mn are substituted with one element selected from Al, Mg, Cr, Ti and Si.
A multilayer film for labeling comprising a first skin layer, a second skin layer and a core layer between the first skin layer and the second skin layer, wherein at least one of the first skin layer and the second skin layer comprises cyclic olefin copolymer, characterized in that the core layer comprises propylene terpolymer and copolymer of ethylene and butyl acrylate; and wherein the multilayer film is configured to shrink in a direction of orientation of the multilayer film at least 35% at a temperature range between 65 and 85°C, and the multilayer film is configured to shrink less than 10% at a temperature below 65°C. the core layer comprises propylene terpolymer and copolymer of ethylene and butyl acrylate; and wherein the multilayer film is configured to shrink in a direction of orientation of the multilayer film at least 35% at a temperature range between 65 and 85°C, and the multilayer film is configured to shrink less than 10% at a temperature below 65°C.
A process for isomerizing cis-2-pentenenitrile to 3-pentenenitrile in the presence of a non-aluminium metal oxide catalyst, wherein: (a) the metal in the catalyst has an oxidation state in the range from +1 to +4; (b) the metal has a cation radius in the range from 0.35 to 1.0Å; (c) the metal of the catalyst has a polarising power, C/r, is in the range from 2 to 8, wherein C is the charge of the metal and r is the ionic radius in Å; (d) the bond network of the catalyst has a % ionicity of >20 wherein the ionicity of the bond network is calculated using the technique set out in Duffy, J. Phys. Chem. A, 2006, 110, 13245-13248; (e) the metal oxide has an acidity strength in the range from strong to very weak; and (f) the metal oxide has a basicity (nucleophilicity) strength of weak to strong. (a) the metal in the catalyst has an oxidation state in the range from +1 to +4; (b) the metal has a cation radius in the range from 0.35 to 1.0Å; (c) the metal of the catalyst has a polarising power, C/r, is in the range from 2 to 8, wherein C is the charge of the metal and r is the ionic radius in Å; (d) the bond network of the catalyst has a % ionicity of >20 wherein the ionicity of the bond network is calculated using the technique set out in Duffy, J. Phys. Chem. A, 2006, 110, 13245-13248; (e) the metal oxide has an acidity strength in the range from strong to very weak; and (f) the metal oxide has a basicity (nucleophilicity) strength of weak to strong.
Functional orthodontic movable device (10; 10') comprising a pair of front metal bite splints, mutually superimposed at a slight distance, one of which rests on the occlusal surface of the upper incisors, respectively two lateral symmetrical pairs of metal bite splints (31, 32), mutually superimposed at a slight distance, in each of which a respective bite splint rests on the occlusal surface of corresponding upper molars and premolars, and also including a vestibular arch with lugs at the level of the canines, side shields made of resin and, in combination with said pair of front bite splints, metal bilateral rear occlusal tabs, characterized in that in each pair of said superimposed metal bite splints, a first (11; 31) and a second (15; 32) bite splint are movably connected to each other by means of a plurality of stiff filiform guiding supports, fixed with respect to one of said two bite splints (11, 15; 31, 32), guiding the occlusal plane, the other of said bite splints (11, 15; 31, 32) being limitedly mobile in relation to said same guiding supports, substantially in parallel arrangement to said occlusal plane, and in that between said first (11; 31) and said second (15; 32) bite splints there are provided elastic means for countering the mutual closure of said first (11; 31) and second (15; 32) bite splints, so that, when worn by a person, said second bite splint (15; 32) is arranged elastically floating within the limits of a stroke allowed by said guiding supports, with respect to said first bite splint (11; 31), parallel to said occlusal plane, so that the lingual spot remains free and the tip of the tongue can be disposed in the upper back-papillary area.
An information processing device comprising: a load weight control unit configured to control generation of a load weight that becomes a load with respect to a motion when a user depresses a depression target object; a recognition unit configured to recognize a motion of the depression target object, wherein the load weight control unit is configured to perform control of starting generation of the load weight that is predetermined at a timing when the recognition unit recognizes that the depression target object has started to be depressed, and ending generation of the load weight at a timing when the recognition unit recognizes that the depression target object ended to be depressed and started to return; characterized in that it further comprises a response acquisition unit configured to acquire a response of the user that indicates presence/absence of generation of the load weight, after the user depresses the depression target object. a load weight control unit configured to control generation of a load weight that becomes a load with respect to a motion when a user depresses a depression target object; a recognition unit configured to recognize a motion of the depression target object, wherein the load weight control unit is configured to perform control of starting generation of the load weight that is predetermined at a timing when the recognition unit recognizes that the depression target object has started to be depressed, and ending generation of the load weight at a timing when the recognition unit recognizes that the depression target object ended to be depressed and started to return; characterized in that it further comprises a response acquisition unit configured to acquire a response of the user that indicates presence/absence of generation of the load weight, after the user depresses the depression target object.
Method for producing a security document comprising the following steps: provision and / or production of at least one film made of a plastic material; areal printing of at least one region of at least one surface of the at least one film using ink (6, 6-1, 6-2); wherein the at least one film is provided and / or produced such that the at least one surface acquires and / or has cavities for taking up the ink (6, 6-1, 6-2), characterised in that the at least one film will be or is made by means of a casting process, in which the film is structured by process gases arising in the manufacturing process and the at least one surface will be or is made porous by escaping process gases.
Injection apparatus for an internal combustion engine, having a first injection arrangement for injecting a fuel of a first, natural gas-based fuel composition and having a second injection arrangement for injecting fuel of a second, gasoline-based fuel composition, wherein the first injection arrangement has a first injection valve for injecting fuel of the first fuel composition both in the direction of a first inlet opening of a combustion chamber of the internal combustion engine and in the direction of a second inlet opening of the combustion chamber, wherein the second injection arrangement has a second injection valve for injecting fuel of the second fuel composition substantially only in the direction of the first inlet opening and a separate, third injection valve for injecting fuel of the second fuel composition substantially only in the direction of the second inlet opening, characterized in that both inlet openings (20, 21) are assigned to one and the same combustion chamber, and in that the second and third injection valves (12, 22) are arranged in an intake pipe leading to the combustion chamber and in a lower wall section, facing towards the combustion chamber, of the intake pipe, and in that the first injection valve is arranged in an upper wall section, facing away from the combustion chamber, of the intake pipe.
Medical instrument able to be taken apart in a non-destructive manner, with: a shaft, a tool, a coupling on the shaft with a coupling member at the distal end of the shaft for releasable mechanical coupling to a corresponding coupling member at the proximal end of a tool, characterized in that the coupling member at the distal end of the shaft has the form of a substantially helical cutout of a circular cylindrical barrel, wherein the coupling member at the distal end of the shaft has a notch, which extends from the distal edge of the shaft tube, or of the coupling member at the distal end of the shaft, in a direction parallel to the longitudinal axis of the shaft tube, wherein the tool comprises a bolt, which is axially displaceable relative to the coupling member and engages in the notch at the coupling member.
Annular rotating bezel system intended to be rotatably mounted on a middle part of a watch case inside which is housed a timepiece movement which extends in a plane, comprising a rotating bezel, an annular holding ring, a toothed ring, and a spring ring which extends in a plane in which it is capable of deforming elastically along a radius, the spring ring cooperating elastically with the toothed ring, said toothed ring and said spring ring being held in an axial direction perpendicular to the plane of the movement in the bezel by the annular holding ring, either the toothed ring or the spring ring being arranged to be angularly joined to the rotating bezel, and the other being arranged to be angularly joined to the case middle, characterised in that the spring ring comprises at least one thinned portion arranged to increase the flexibility of the spring ring in its plane, the thinned portion having at least one tooth elastically and radially meshed with the toothed ring and wherein the rotating bezel comprises at least one lug extending over an inner lateral surface of the bezel, and in that the spring ring has, on an outer edge, at least one hollow in which the lug of the bezel is engaged to allow a rotating connection between the spring ring and the rotating bezel.
A filter for a body lumen, comprising; an axial member having a first end, a second end, and a center axis between the first and second ends, a first set of expandable legs, each leg of the first set of legs having an inner end coupled to the axial member and a free outer end configured to be disposed radially outward from the axial member when the first set of legs is expanded, and an outer portion adjacent the outer end, the outer portion forming a curve oriented such that the outer portion curves back toward the axial member when the first set of legs is expanded, and a second set of expandable legs, each leg of the second set of legs having an inner end coupled to the axial member and a free outer end configured to be disposed radially outward from the axial member when the second set of legs is expanded, and an outer portion adjacent the outer end, the outer portion forming a curve oriented such that the outer portion curves back toward the axial member when the second set of legs is expanded characterized in that each leg comprises, a first substantially straight member coupled to the axial member, and a second substantially straight member coupled to the outer portion and the first substantially straight member, such that, when the legs are expanded, the first and second substantially straight members define an angle of less than 180 degrees, and wherein the first and second substantially straight members are connected by a curved shoulder. an axial member having a first end, a second end, and a center axis between the first and second ends, a first set of expandable legs, each leg of the first set of legs having an inner end coupled to the axial member and a free outer end configured to be disposed radially outward from the axial member when the first set of legs is expanded, and an outer portion adjacent the outer end, the outer portion forming a curve oriented such that the outer portion curves back toward the axial member when the first set of legs is expanded, and a second set of expandable legs, each leg of the second set of legs having an inner end coupled to the axial member and a free outer end configured to be disposed radially outward from the axial member when the second set of legs is expanded, and an outer portion adjacent the outer end, the outer portion forming a curve oriented such that the outer portion curves back toward the axial member when the second set of legs is expanded characterized in that each leg comprises, a first substantially straight member coupled to the axial member, and a second substantially straight member coupled to the outer portion and the first substantially straight member, such that, when the legs are expanded, the first and second substantially straight members define an angle of less than 180 degrees, and
A test apparatus for testing a sample accommodated in a reaction unit, the test apparatus comprising: at least one light emitter configured to emit light to a plurality of reagent chambers included in the reaction unit, each of the reagent chambers being configured to include a portion of the sample; a light receiver configured to receive light passed through the plurality of reagent chambers while the light receiver is scanning the plurality of reagent chambers of the reaction unit; and a processor configured to determine a position or an area of a reagent chamber among the plurality of reagent chambers in which light is passed through, based on a map including coordinate information based on light receiving positions of the light receiver, and respective intensities of the received light, the coordinate information comprising respective pixel numbers of the light receiving elements and the respective light receiving positions, and configured to measure an optical density of light passed through the determined position or the determined area of the reagent chamber. at least one light emitter configured to emit light to a plurality of reagent chambers included in the reaction unit, each of the reagent chambers being configured to include a portion of the sample; a light receiver configured to receive light passed through the plurality of reagent chambers while the light receiver is scanning the plurality of reagent chambers of the reaction unit; and a processor configured to determine a position or an area of a reagent chamber among the plurality of reagent chambers in which light is passed through, based on a map including coordinate information based on light receiving positions of the light receiver, and respective intensities of the received light, the coordinate information comprising respective pixel numbers of the light receiving elements and the respective light receiving positions, and configured to measure an optical density of light passed through the determined position or the determined area of the reagent chamber.
A method of making processed DRI in a continuous system for making processed DRI, the method comprising the steps of: a. assembling a rotatable chamber having a feed end and an exit end, and having an internal screen capable of supporting DRI during tumbling as the DRI moves through the rotating chamber from the feed end to the exit end and having at last one opening along the chamber to permit fines removed from the DRI during tumbling to exit the chamber, b. delivering DRI to the rotatable chamber through the feed end and rotating the chamber to tumble the DRI on the screen in the chamber while the DRI moves through the chamber from the feed end to the exit end while removing fines from the DRI, and c. removing processed DRI from the discharge end of the rotatable chamber, where the screen has a mesh size between 1/8 and 1/4 mesh, where the DRI is tumbled in the rotatable chamber at between 20 and 40 revolutions per minute for a residence time of at least 10 minutes in the chamber. a. assembling a rotatable chamber having a feed end and an exit end, and having an internal screen capable of supporting DRI during tumbling as the DRI moves through the rotating chamber from the feed end to the exit end and having at last one opening along the chamber to permit fines removed from the DRI during tumbling to exit the chamber, b. delivering DRI to the rotatable chamber through the feed end and rotating the chamber to tumble the DRI on the screen in the chamber while the DRI moves through the chamber from the feed end to the exit end while removing fines from the DRI, and c. removing processed DRI from the discharge end of the rotatable chamber, where the screen has a mesh size between 1/8 and 1/4 mesh, where the DRI is tumbled in the rotatable chamber at between 20 and 40 revolutions per minute for a residence time of at least 10 minutes in the chamber.
A method for optimizing a drilling strategy during drilling of a well within a subsurface volume comprising a reservoir zone; the method comprising: a) obtaining a trained neural network, having been trained on training data relating to the subsurface volume to infer well data from seismic data; b) obtaining fresh well data from a portion of said well which has been drilled; the method being characterised in that it further comprises: c) further training said trained neural network using training data comprising said fresh well data and associated seismic data from the subsurface volume; d) using the further trained neural network on seismic data to determine inversion well data relating to a region of the subsurface volume comprising an intended well path for the well; and e) optimizing said drilling strategy for at least a next portion to be drilled based on said inversion well data. a) obtaining a trained neural network, having been trained on training data relating to the subsurface volume to infer well data from seismic data; b) obtaining fresh well data from a portion of said well which has been drilled; the method being characterised in that it further comprises: fresh well data from a portion of said well which has been drilled; the method being characterised in that it further comprises: c) further training said trained neural network using training data comprising said fresh well data and associated seismic data from the subsurface volume; d) using the further trained neural network on seismic data to determine inversion well data relating to a region of the subsurface volume comprising an intended well path for the well; and e) optimizing said drilling strategy for at least a next portion to be drilled based on said inversion well data.