mhurhangee/ep-ind-claims huggingface dataset:
Procedure to obtain nitrogenated granular fertiliser with a high content of oligoelements characterized in that it is obtained by the following steps: Neutralisation of a metallic sulphate consisting in Fe II 19%; H 2 SO 4 18%; Mn 0.9%; Ti 1.5%; Zn 3,160 mg/kg Fell; Se 0.13 mg/kg Fe II; Ni 100 mg/kg Fe II; Sb 0.10 mg/kg Fe II; Pb 210 mg/kg Fe II; As 14.2 mg/kg Fe II; Hg 0.10 mg/kg Fe II; Cd 1.05 mg/kg Fe II; Cr 1.055 mg/kg Fe II and Cu 1.15 mg/kg Fe II to achieve a pH between 8 and 5 by using calcinated magnesium oxide in a proportion of between 5 and 15%. Adding a nitrogen based-material to a conventional granulator system, the neutralised mixture of metallic sulphate and magnesite is added in a proportion in weight between 17 and 40%, whereas ammonium nitrate is used in a proportion of between 83 and 60% respectively, depending on the degree of fertilisation desired. Obtaining the granules. Drying the granules in a rotational drier. Classification of the granules, accepting those between two and five millimetres, those with large or smaller dimensions are rejected. Grinding the rejected granules and then reintroducing them into the granulator. Neutralisation of a metallic sulphate consisting in Fe II 19%; H 2 SO 4 18%; Mn 0.9%; Ti 1.5%; Zn 3,160 mg/kg Fell; Se 0.13 mg/kg Fe II; Ni 100 mg/kg Fe II; Sb 0.10 mg/kg Fe II; Pb 210 mg/kg Fe II; As 14.2 mg/kg Fe II; Hg 0.10 mg/kg Fe II; Cd 1.05 mg/kg Fe II; Cr 1.055 mg/kg Fe II and Cu 1.15 mg/kg Fe II to achieve a pH between 8 and 5 by using calcinated magnesium oxide in a proportion of between 5 and 15%. Adding a nitrogen based-material to a conventional granulator system, the neutralised mixture of metallic sulphate and magnesite is added in a proportion in weight between 17 and 40%, whereas ammonium nitrate is used in a proportion of between 83 and 60% respectively, depending on the degree of fertilisation desired. Obtaining the granules. Drying the granules in a rotational drier. Classification of the granules, accepting those between two and five millimetres, those with large or smaller dimensions are rejected. Grinding the rejected granules and then reintroducing them into the granulator.
A sealing material for a multi-layered glass, comprising: a polysulfide resin; and a polyester resin which is a polyester resin represented by General Formula: wherein A represents a dibasic acid residue, G represents a diol residue, n represents the average number of repetitions of a repeating unit in parentheses and is a numerical value larger than 0, A and G may be the same or different between the repeating units each in the parentheses, X1 and X2 each independently represent a hydrogen atom or a group represented by General Formula: wherein R represents an aromatic group or an aliphatic group, and some or all of A's are aromatic dibasic acid residues, and which has an aromatic dibasic acid residue content of 20 to 70% on the basis of a chemical formula weight calculated from the chemical formula represented by [] N in General Formula and also has a number average molecular weight (Mn) of 400 to 5,000, and wherein G is an aliphatic diol residue having 2 to 8 carbon atoms. a polysulfide resin; and a polyester resin which is a polyester resin represented by General Formula: wherein A represents a dibasic acid residue, G represents a diol residue, n represents the average number of repetitions of a repeating unit in parentheses and is a numerical value larger than 0, A and G may be the same or different between the repeating units each in the parentheses, X1 and X2 each independently represent a hydrogen atom or a group represented by General Formula: wherein R represents an aromatic group or an aliphatic group, and some or all of A's are aromatic dibasic acid residues, and which has an aromatic dibasic acid residue content of 20 to 70% on the basis of a chemical formula weight calculated from the chemical formula represented by [] N in General Formula and also has a number average molecular weight (Mn) of 400 to 5,000, and wherein G is an aliphatic diol residue having 2 to 8 carbon atoms.
An apparatus comprising: a housing configured in a hand-held form factor; a light guide supported by the housing; a light engine disposed within the housing and optically coupled to the light guide; and one or more modules disposed within the housing and implemented at least partially in hardware, the one or more modules configured to cause the light engine to output a user interface for display using the light guide characterized in that the user interface is displayed along an image plane focused at infinity, so that a field of view of the user interface reveals a subset of the user interface to a user at a first distance and increases to reveal an amount of content in addition to the subset of the user interface when the user is at a second distance, wherein the first distance is greater than the second distance. a housing configured in a hand-held form factor; a light guide supported by the housing; a light engine disposed within the housing and optically coupled to the light guide; and one or more modules disposed within the housing and implemented at least partially in hardware, the one or more modules configured to cause the light engine to output a user interface for display using the light guide characterized in that the user interface is displayed along an image plane focused at infinity, so that a field of view of the user interface reveals a subset of the user interface to a user at a first distance and increases to reveal an amount of content in addition to the subset of the user interface when the user is at a second distance, wherein the first distance is greater than the second distance.
Reversible manganese dioxide electrode for use in alkaline battery systems, comprising an electrically conductive carrier material having a nickel surface, a nickel layer made of spherical nickel particles adhering to each other and having an inner pore structure applied to the carrier material, and a manganese dioxide layer applied to the nickel particles, wherein the manganese dioxide layer is also present in the inner pore structure of the nickel particles.
A measurement core (16, 16', 16'', 17) for measuring nuclear heating in a nuclear reactor, said core extending in a longitudinal direction and having a main plane, said measurement core comprising at least: - a first layer of material, forming a first sample (161, 161', 161", 171); - a first thin layer of electrical insulation (163, 163'', 173) disposed on the first sample; - a thin conductive layer forming a heating electrical resistor (164, 164', 164'', 174) disposed on the first layer of electrical insulation; - a second thin layer of electrical insulation (165, 165'', 175) disposed on the heating electrical resistor; the first thin layer of insulation having dimensions in the main plane matched to those of the first sample; the thin layers of electrical insulation being configured to insulate the heating resistor from the sample and protect said heating resistor; and the first sample preferably having dimensions less than or equal to around fifteen, even around ten, millimetres in the main plane, and/or a thickness less than or equal to 10 millimetres, even more preferably less than or equal to 2 millimetres. - a first layer of material, forming a first sample (161, 161', 161", 171); - a first thin layer of electrical insulation (163, 163'', 173) disposed on the first sample; - a thin conductive layer forming a heating electrical resistor (164, 164', 164'', 174) disposed on the first layer of electrical insulation; - a second thin layer of electrical insulation (165, 165'', 175) disposed on the heating electrical resistor; the first thin layer of insulation having dimensions in the main plane matched to those of the first sample; the thin layers of electrical insulation being configured to insulate the heating resistor from the sample and protect said heating resistor; and the first sample preferably having dimensions less than or equal to around fifteen, even around ten, millimetres in the main plane, and/or a thickness less than or equal to 10 millimetres, even more preferably less than or equal to 2 millimetres.
Bioactive coating comprising at least ruthenium or silver-ruthenium bimetallic particles and being applied onto a silver or silver-containing surface or being in contact with a silver coating, characterized in that the coating additionally comprises at least one vitamin or at least one derivative of a vitamin and at least one surface-active substance, wherein the vitamin is ascorbic acid.
A control system for a plug-in hybrid vehicle having a drive system including a starter motor, an engine, and a motor/generator, and a power supply system including a high voltage battery representing a power supply of the motor/generator, a capacitor representing a power supply of the starter motor, and a capacitor charge and discharge control unit that controls charge and discharge of the capacitor, the control system comprising: an engine start control unit that cranks the engine for start-up using the starter motor powered by the capacitor, and a running mode selection unit that basically selects a CD mode in which an EV running is performed by consuming power of the high voltage battery when the charge capacity of the high voltage battery is equal to a threshold value or more and that basically selects a CS mode in which a HEV running is performed by maintaining the charge capacity of the high voltage battery when the charge capacity of the high voltage battery is less than the threshold value, characterized in that the capacity charge and discharge control unit is configured such that, at the time of ignition on with the CD mode being selected, the capacitor voltage is maintained at a starter start-up permission voltage or more, and, when the CS mode is selected, the capacitor voltage is maintained at a deterioration free voltage or less at which deterioration does not proceed. an engine start control unit that cranks the engine for start-up using the starter motor powered by the capacitor, and a running mode selection unit that basically selects a CD mode in which an EV running is performed by consuming power of the high voltage battery when the charge capacity of the high voltage battery is equal to a threshold value or more and that basically selects a CS mode in which a HEV running is performed by maintaining the charge capacity of the high voltage battery when the charge capacity of the high voltage battery is less than the threshold value, characterized in that the capacity charge and discharge control unit is configured such that, at the time of ignition on with the CD mode being selected, the capacitor voltage is maintained at a starter start-up permission voltage or more, and, when the CS mode is selected, the capacitor voltage is maintained at a deterioration free voltage or less at which deterioration does not proceed.
A coating composition comprising: component A: nearly neutral polyacrylamide, which is a copolymer with less than 5 molar percent of anionic functionality or less than 5 molar percent of cationic functionality, component B: a cationic polymer, and component C: starch. component A: nearly neutral polyacrylamide, which is a copolymer with less than 5 molar percent of anionic functionality or less than 5 molar percent of cationic functionality, component B: a cationic polymer, and component C: starch.
Splice module for receiving a hose (4a, 4b) with a defined bending radius, whose excess length is stored in this splice module in the ordered state, in which the splice module comprises a splice tray and a pigtail wire excess length storage for the excess length of pigtail wires,
A key management method in a first-type electronic control unit out of a plurality of electronic control units (ECUs) in an onboard network system installed in a vehicle, the onboard network system having the plurality of electronic control units (ECUs) that perform communication by frames via a network, the method comprising: storing a shared key to be mutually shared with one or more second-type electronic control units (100a-100d) other than the first-type electronic control unit, for transmission of a session key used for encryption relating to a frame transmitted or received via the network, the shared key also being stored in the one or more second-type electronic control units (100a-100d) other than the first-type electronic control unit; and executing inspection of a security state of the shared key stored by the second-type electronic control units (100a-100d) immediately after entering an accessory-on, ACC-ON, state of the vehicle, immediately after entering an accessory-off, ACC-OFF, state of the vehicle, immediately after a vehicle engine is started, in a state where the vehicle engine is off, while the vehicle is being fueled, while the vehicle is being charged, or while the vehicle is parked. storing a shared key to be mutually shared with one or more second-type electronic control units (100a-100d) other than the first-type electronic control unit, for transmission of a session key used for encryption relating to a frame transmitted or received via the network, the shared key also being stored in the one or more second-type electronic control units (100a-100d) other than the first-type electronic control unit; and executing inspection of a security state of the shared key stored by the second-type electronic control units (100a-100d) immediately after entering an accessory-on, ACC-ON, state of the vehicle, immediately after entering an accessory-off, ACC-OFF, state of the vehicle, immediately after a vehicle engine is started, in a state where the vehicle engine is off, while the vehicle is being fueled, while the vehicle is being charged, or while the vehicle is parked.
Assembly of a tube-shaped basic body and a tube-shaped cap, which are open at one distal side (12, 22), and which are destined to be connected to each other by means of a snap connection and forming a capsule for enclosing a quantity of medicine in doing so, wherein at least one recess is arranged in an outer surface of the basic body, wherein at least one fixating bulge is arranged in an inner surface of the cap, which is destined to be snugly received in the recess in the outer surface of the basic body in order to realize a fixed snap connection, and wherein an inner diameter of the fixating bulge of the inner surface of the cap, at the position of an area of the fixating bulge located most to an inside is smaller than an outer diameter of the recess in the outer surface of the basic body, at the position of an area of the recess located most to an inside, and wherein at least one retaining bulge is arranged in the inner surface of the cap, at a position closer to the open distal side of the cap than the fixating bulge, which is destined to be releasably received in the recess in the outer surface of the basic body, in order to realize a releasable snap connection, wherein an inner diameter of the retaining bulge, at the position of an area of this bulge located most to an inside, is larger than an inner diameter of the fixating bulge, at a position of an area of this bulge located most to an inside, and is larger than the outer diameter of the recess in the outer surface of the basic body, at a position of the area of the recess located most to an inside.
Cutting device for cutting strip material, in particular a steel cord strip or textile cord strip, wherein the cutting device a blade arrangement, which has a movable upper blade, an immovable lower blade assigned to this, and a drive device for moving the upper blade, wherein during at least some of the movement of the upper blade a cutting point moves along a cutting edge of the lower blade from a front cutting region to a rear cutting region of the blade arrangement; wherein a belt is situated downstream of the blade arrangement for the pick-up and for the transporting away of a cutting strip material section, wherein the belt has an upper strand which comprises a position extending at a first angle to the horizontal, wherein an adjusting device is arranged in the region of the blade arrangement and has a supporting component arranged beneath the belt, wherein the supporting component holds the belt, characterised in that the supporting component has a first component section which is assigned to the rear cutting region, and a second component section which is assigned to the front cutting region, wherein the first component section can be adjusted pivotably about a first axis between the position extending at the first angle to the horizontal and a substantially horizontal position, wherein the second component section can be adjusted pivotably relatively to the first component section about a second axis between the substantially horizontal position and a position extending at a second angle to the horizontal, wherein the second axis is arranged between the first component section and the second component section.
A topical delivery device comprising a canister having a first chamber that contains a topical therapeutic composition comprising at least one active ingredient; and a second chamber containing an occluding composition that is delivered as a polymer which is cross-linking upon spraying, said second chamber having multiple, preferably two, compartments separately storing the polymer and a cross-linking agent, and the occluding composition is formed after being dispensed from the device; wherein said delivery device is adapted to sequentially deliver the topical therapeutic composition and the occluding composition to a patient's skin.
Brake disc for a friction brake of a motor vehicle, comprising a friction section with at least one friction surface and a mounting section for vehicle-side attachment, wherein the friction section and the mounting section are formed on a base body made of cast iron or steel, and a wear protection layer is welded onto the friction surface of the friction section by laser cladding, characterized in that the wear protection layer extends on the base body beyond the friction surface into an area angled relative to the friction surface and terminates there, and the wear protection layer is applied in the angled area of the base body in a covering and gap-free manner.
A differential stroke reciprocating internal combustion engine having an engine shaft and a piston configured to reciprocate within a cylinder chamber comprising: an inner piston part; a piston stem coupled at a first end to said inner piston part; an outer piston part which serves as a carrier for said inner piston part and is connected to said engine shaft, wherein said inner piston part is configured to operate on a cycle different from that of said outer piston part; a control and guide apparatus defining a four-bar-linkage comprising: a piston lever-link-bar, a fulcrum-link bar, a force-link bar, and a rocker-link-bar, wherein said four-bar-linkage is defined and located by: a first hinge junction of a first end of said fulcrum-link bar and a first end of said rocker-link bar, a second hinge junction of a second end of said fulcrum-link bar and first end of said piston lever-link-bar, a third hinge junction of a second end of said rocker-link bar and a first end of said force-link bar, and a fourth hinge junction of a second end of said force-link bar and a second location of said piston lever-link-bar, wherein said piston lever-link-bar is pivotally coupled at one end to said piston stem to define a linear lengthwise motion for said piston stem along said cylinder axis; a guide element movable along a guide apparatus, wherein the motion of said guide element is related with motion of said pivotal coupling between said piston stem and said piston lever-link-bar; and a pantograph apparatus defined by said four-bar-linkage, wherein the guide element is coupled to said force-link bar at an origin point of said pantograph apparatus and in movable engagement with a guide apparatus defined within said engine. an inner piston part; a piston stem coupled at a first end to said inner piston part; an outer piston part which serves as a carrier for said inner piston part and is connected to said engine shaft, wherein said inner piston part is configured to operate on a cycle different from that of said outer piston part; a first hinge junction of a first end of said fulcrum-link bar and a first end of said rocker-link bar, a second hinge junction of a second end of said fulcrum-link bar and first end of said piston lever-link-bar, a third hinge junction of a second end of said rocker-link bar and a first end of said force-link bar, and a fourth hinge junction of a second end of said force-link bar and a second location of said piston lever-link-bar, wherein said piston lever-link-bar is pivotally coupled at one end to said piston stem to define a linear lengthwise motion for said piston stem along said cylinder axis; a guide element movable along a guide apparatus, wherein the motion of said guide element is related with motion of said pivotal coupling between said piston stem and said piston lever-link-bar; and a pantograph apparatus defined by said four-bar-linkage, wherein the guide element is coupled to said force-link bar at an origin point of said pantograph apparatus and in movable engagement with a guide apparatus defined within said engine.
A library of hybrid V-regions comprising members that have a diversity of V-regions, wherein a member has at least a minimal essential binding specificity determinant (MEBSD) of a CDR from a reference antibody and at least one exchange cassette from an antibody repertoire, in which the at least one exchange cassette of a variable region of the reference antibody is replaced with human corresponding exchange cassettes encoded by different genes, with the proviso that the at least one exchange cassette has less than three framework regions, wherein the at least one exchange cassette includes at least one intact CDR adjoined to at least one intact FR of the V-segment that are together naturally occurring.
A control apparatus, comprising: a signal information recording part recording information indicating a temporal change of a time series signal output from a device; a comparison condition storage part storing information indicating a temporal change of a predetermined comparison condition; a shift part shifting one or both of the temporal change of the signal recorded in the signal information recording part and the temporal change of the comparison condition stored in the comparison condition storage part in a time axis direction to reduce a deviation in the time axis direction; and a comparison part (375, 375a) comparing the signal with the comparison condition by using a temporal change after shifting performed by the shift part, wherein the control apparatus is characterized in that the shift part detects a characteristic portion satisfying the predetermined comparison condition in the waveform of the signal, and then, the shift part detects a time corresponding to the detected characteristic portion as a characteristic time and shifts the signal. a signal information recording part recording information indicating a temporal change of a time series signal output from a device; a comparison condition storage part storing information indicating a temporal change of a predetermined comparison condition; a shift part shifting one or both of the temporal change of the signal recorded in the signal information recording part and the temporal change of the comparison condition stored in the comparison condition storage part in a time axis direction to reduce a deviation in the time axis direction; and a comparison part (375, 375a) comparing the signal with the comparison condition by using a temporal change after shifting performed by the shift part, wherein the control apparatus is characterized in that the shift part detects a characteristic portion satisfying the predetermined comparison condition in the waveform of the signal, and then, the shift part detects a time corresponding to the detected characteristic portion as a characteristic time and shifts the signal.