mhurhangee/ep-ind-claims huggingface dataset:
Portable camping kitchen, comprising a storage element which has a front and a back wall, an upper and a lower wall and two side walls (8, 9), a stand element which has a rectangular support frame and two foot frames (25, 26), wherein the foot frames (25, 26) extend at two opposite sides of the support frame transversely to a surface spanned by the support frame, and wherein the stand element is connected to the storage element in a manner to be pivotable about a pivot axis which extends parallel to an edge formed between the back and the base wall of the storage element such that in a carrying position, the foot frames (25, 26) are arranged substantially congruent on the side walls (8, 9) of the storage element, and in an operating position, the foot frames (25, 26) extend the side walls (8, 9) downwards in the vertical direction, wherein a locking device (38, 39) is provided in order to secure the storage element and the stand element in their position relative to one another. a storage element which has a front and a back wall, an upper and a lower wall and two side walls (8, 9), a stand element which has a rectangular support frame and two foot frames (25, 26), wherein the foot frames (25, 26) extend at two opposite sides of the support frame transversely to a surface spanned by the support frame, and wherein the stand element is connected to the storage element in a manner to be pivotable about a pivot axis which extends parallel to an edge formed between the back and the base wall of the storage element such that in a carrying position, the foot frames (25, 26) are arranged substantially congruent on the side walls (8, 9) of the storage element, and in an operating position, the foot frames (25, 26) extend the side walls (8, 9) downwards in the vertical direction, wherein a locking device (38, 39) is provided in order to secure the storage element and the stand element in their position relative to one another.
A nickel oxide ore smelting method for producing ferronickel by reducing a mixture containing a nickel oxide ore and a carbonaceous reducing agent, the method comprising: a mixing treatment step for mixing at least the nickel oxide ore and a carbonaceous reducing agent so that an amount of the carbonaceous reducing agent is a proportion of 10.0% or more and 60.0% or less when the amount of the carbonaceous reducing agent required for reducing nickel oxide contained in the nickel oxide ore and iron oxide without excess or deficiency is taken as 100%; a mixture-molding step for molding the mixture obtained into a rod shape or a cylindrical shape, and cutting the mixture obtained by molding into a flat plate-shaped or disk-shaped pellet, the flat plate-shaped or disk-shaped pellet having a diameter of 5 mm to 30 mm and an aspect ratio of 0.3 or more and 2.0 or less, to obtain a mixture-molded body; and a reducing step of using a movable hearth furnace as a reducing furnace and charging the pellet into the movable hearth furnace and heating the mixture-molded body, at a reducing temperature of 1250°C or more and 1450°C or less for a heating time of 10 minutes or more and 50 minutes or less, and metallizing nickel oxide and iron oxide contained in the pellet to form a shell on a surface of the pellet, generating slag of a liquid phase from slag components contained in the pellet, and separately generating a metal composed of ferronickel and slag composed of an oxide in one pellet. a mixing treatment step for mixing at least the nickel oxide ore and a carbonaceous reducing agent so that an amount of the carbonaceous reducing agent is a proportion of 10.0% or more and 60.0% or less when the amount of the carbonaceous reducing agent required for reducing nickel oxide contained in the nickel oxide ore and iron oxide without excess or deficiency is taken as 100%; a mixture-molding step for molding the mixture obtained into a rod shape or a cylindrical shape, and cutting the mixture obtained by molding into a flat plate-shaped or disk-shaped pellet, the flat plate-shaped or disk-shaped pellet having a diameter of 5 mm to 30 mm and an aspect ratio of 0.3 or more and 2.0 or less, to obtain a mixture-molded body; and a reducing step of using a movable hearth furnace as a reducing furnace and charging the pellet into the movable hearth furnace and heating the mixture-molded body, at a reducing temperature of 1250°C or more and 1450°C or less for a heating time of 10 minutes or more and 50 minutes or less, and metallizing nickel oxide and iron oxide contained in the pellet to form a shell on a surface of the pellet, generating slag of a liquid phase from slag components contained in the pellet, and separately generating a metal composed of ferronickel and slag composed of an oxide in one pellet.
A play apparatus comprising a pair of devices, each device comprising: • a capture arrangement configured to capture an object; • an object detector operable to detect that the object has been captured; • a transmission module operable to transmit a release signal; • a receiver module operable to receive a release signal; and • a release actuator operable to release the captured object, wherein a first device of the pair of devices is operable to: • respond to detection of capture by the first device of a first object, transmit a first release signal configured to cause a second device of the pair of devices to release a second object; and • withhold the first object until releasing it, responsive to receipt of a second release signal configured to indicate that another object has been captured by the second device. • a capture arrangement configured to capture an object; • an object detector operable to detect that the object has been captured; • a transmission module operable to transmit a release signal; • a receiver module operable to receive a release signal; and • a release actuator operable to release the captured object, • respond to detection of capture by the first device of a first object, transmit a first release signal configured to cause a second device of the pair of devices to release a second object; and • withhold the first object until releasing it, responsive to receipt of a second release signal configured to indicate that another object has been captured by the second device.
A method for operating an electric gardening and/or forestry apparatus system, the gardening and/or forestry apparatus system comprising: - an accumulator, - a gardening and/or forestry apparatus having an electric motor, and - a protective electronic circuit, the protective electronic circuit including inputs (21, 22) which are connected to the accumulator, outputs (23, 24) which are connected to the gardening and/or forestry apparatus, a switching element which is disposed in a power path between one of the inputs and one of the outputs, and a bypass path which is coupled in the power path in parallel to the switching element and includes a current limiting resistor element, the method comprising the steps: - a) turning on the switching element to a first conductive condition (on), - b) measuring an electric current through the power path, - c) turning off the switching element to a second conductive condition (off), if the measured electric current exceeds a predetermined current limit value (Igrenz), - d) measuring an electric output voltage (Uout) between the outputs (23, 24), and - e1) either again turning on the switching element to the first conductive condition (on), if the measured electric output voltage reaches and/or exceeds a predetermined voltage limit value (Ugrenz), - e2) or outputting an error signal, if the measured electric output voltage is below the predetermined voltage limit value. - an accumulator, - a gardening and/or forestry apparatus having an electric motor, and - a protective electronic circuit, the protective electronic circuit including inputs (21, 22) which are connected to the accumulator, outputs (23, 24) which are connected to the gardening and/or forestry apparatus, a switching element which is disposed in a power path between one of the inputs and one of the outputs, and a bypass path which is coupled in the power path in parallel to the switching element and includes a current limiting resistor element, - a) turning on the switching element to a first conductive condition (on), - b) measuring an electric current through the power path, - c) turning off the switching element to a second conductive condition (off), if the measured electric current exceeds a predetermined current limit value (Igrenz), - d) measuring an electric output voltage (Uout) between the outputs (23, 24), and - e1) either again turning on the switching element to the first conductive condition (on), if the measured electric output voltage reaches and/or exceeds a predetermined voltage limit value (Ugrenz), - e2) or outputting an error signal, if the measured electric output voltage is below the predetermined voltage limit value.
Hygiene kit presenting: - a casing comprising a first and a second casing parts (11, 12) configured with a general handle-like, handle grip, or similar format, elongated along a longitudinal direction, and adapted so that can be retained with each other and thereby provide an interior space of the casing, - a first and a second utensil (21, 22) of personal hygiene, such as for example a tooth brush or similar, comprising a support part (211, 221) and an operative part (212, 222), or similar, whereby said first and second utensils (21, 22) are provided so that can be operated in respective swivelling axis (X1, X2) between open positions where they can be used, and closed positions where they can be collected through opposite sides inside the interior space of the casing, without requiring opening the casing characterized in that the first and second casing parts (11, 12) are provided as a single piece, including all the casing connections (13; 131, 132, 133), so that the hygiene kit does not include any part besides the casing parts (11, 12) and hygiene utensils (21, 22, 23), and in that the first and second casing parts (11, 12) present a plurality of casing connections adapted so that can be reciprocally retained in mechanical manner, and manually removed without requiring the use of a tool. - a casing comprising a first and a second casing parts (11, 12) configured with a general handle-like, handle grip, or similar format, elongated along a longitudinal direction, and adapted so that can be retained with each other and thereby provide an interior space of the casing, - a first and a second utensil (21, 22) of personal hygiene, such as for example a tooth brush or similar, comprising a support part (211, 221) and an operative part (212, 222), or similar, whereby said first and second utensils (21, 22) are provided so that can be operated in respective swivelling axis (X1, X2) between open positions where they can be used, and closed positions where they can be collected through opposite sides inside the interior space of the casing, without requiring opening the casing characterized in that the first and second casing parts (11, 12) are provided as a single piece, including all the casing connections (13; 131, 132, 133), so that the hygiene kit does not include any part besides the casing parts (11, 12) and hygiene utensils (21, 22, 23), and in that the first and second casing parts (11, 12) present a plurality of casing connections adapted so that can be reciprocally retained in mechanical manner, and manually removed without requiring the use of a tool.
Computer-implemented method for initializing a template for a moving object in a sequence of images, comprising: partitioning each of said images of said sequence into blocks; identifying moving blocks which have performed a movement between consecutive images of said sequence; determining a direction and a distance of said movement of said moving blocks; grouping adjacent moving blocks, for which directions within a predetermined direction interval and distances within a predetermined distance interval have been determined into a first group of blocks; initializing a template for said moving object with said first group of blocks, wherein the template comprises the pixels assigned to the first group of blocks and the pixel values of said pixels describe an outer appearance of said moving object; extending said sequence with further images; calculating a correlation between said template and parts of said further images; updating said template if said correlation is below a predetermined correlation threshold; and tracking said template in said sequence of images, wherein the step of updating said template includes steps of: identifying moving blocks which have performed a movement between at least a part of said further images of said sequence; determining a direction and a distance of said movement of said moving blocks; grouping adjacent moving blocks, for which directions within a predetermined direction interval and distances within a predetermined distance interval have been determined into a second group of blocks; and updating said template for said moving object with said second group of blocks. partitioning each of said images of said sequence into blocks; identifying moving blocks which have performed a movement between consecutive images of said sequence; determining a direction and a distance of said movement of said moving blocks; grouping adjacent moving blocks, for which directions within a predetermined direction interval and distances within a predetermined distance interval have been determined into a first group of blocks; initializing a template for said moving object with said first group of blocks, wherein the template comprises the pixels assigned to the first group of blocks and the pixel values of said pixels describe an outer appearance of said moving object; extending said sequence with further images; calculating a correlation between said template and parts of said further images; updating said template if said correlation is below a predetermined correlation threshold; and tracking said template in said sequence of images, identifying moving blocks which have performed a movement between at least a part of said further images of said sequence; determining a direction and a distance of said movement of said moving blocks; grouping adjacent moving blocks, for which directions within a predetermined direction interval and distances within a predetermined distance interval have been determined into a second group of blocks; and updating said template for said moving object with said second group of blocks.
A method of responding to a challenge at a device, said method comprising: receiving an unsolicited challenge from an authentication server, said challenge including an encrypted block of microcode; passing said encrypted block of microcode to a microcode interpreter, thereby allowing: decryption, by said microcode interpreter, of said encrypted block of microcode to form decrypted microcode; and execution, by said microcode interpreter, of said decrypted microcode, wherein said execution of said decrypted microcode includes accessing a software memory space and hardware configuration of said device; receiving a result of said execution of said decrypted microcode; based on said result, generating a response; and transmitting said response to said authentication server. receiving an unsolicited challenge from an authentication server, said challenge including an encrypted block of microcode; passing said encrypted block of microcode to a microcode interpreter, thereby allowing: decryption, by said microcode interpreter, of said encrypted block of microcode to form decrypted microcode; and execution, by said microcode interpreter, of said decrypted microcode, wherein said execution of said decrypted microcode includes accessing a software memory space and hardware configuration of said device; receiving a result of said execution of said decrypted microcode; based on said result, generating a response; and transmitting said response to said authentication server. decryption, by said microcode interpreter, of said encrypted block of microcode to form decrypted microcode; and execution, by said microcode interpreter, of said decrypted microcode, wherein said execution of said decrypted microcode includes accessing a software memory space and hardware configuration of said device; receiving a result of said execution of said decrypted microcode; based on said result, generating a response; and transmitting said response to said authentication server.
A method of providing a vaping policy alert by a mobile communications device, comprising the steps of: receiving, at the mobile communications device, mobile network data from a base station; extracting a country code for the location of the mobile communications device from the received mobile network data; obtaining vaping policy alert data for e-cigarettes, responsive to the obtained country code; and displaying the vaping policy alert data. receiving, at the mobile communications device, mobile network data from a base station; extracting a country code for the location of the mobile communications device from the received mobile network data; obtaining vaping policy alert data for e-cigarettes, responsive to the obtained country code; and displaying the vaping policy alert data.
A method of killing a rodent comprising administering to said rodent by oral administration, a lethal dose of isolated Yersinia murine toxin polypeptide or an isolated antigenic analogue thereof.
Color holographic foil, including a base 1, a release layer 2, embossing layer 3, and optical reflective layer 4 with thickness d arranged successively, and adhesive layer 5, said embossing layer 3 comprising smooth areas 6 without any micro-relief and micro-relief areas 7 containing protrusions 8 and depressions 9 with a depth h, and at least two micro-relief areas 7 are dyed areas 10, where said embossing layer 3 is colored with a dye, and at least one dyed area 10 is a multi-bonded area 11, said multi-bonded area 11 has at least one micro-relief boundary 12, fully or partially bordering with said dyed areas 10, and at least one smooth boundary 13, fully bordering with said smooth areas 6, and the micro-relief topography of said multi-bonded area 11 differs from the micro-relief topography in corresponding neighboring dyed areas 10, characterized in that said adhesive layer 5 is arranged over said optical reflective layer 4, and a distance m between said smooth boundary 13 and the nearest micro-relief boundary 12 is smaller than 0.2 mm,, and said embossing layer 3 in said dyed areas 10 and in said multi-bonded areas 11 is colored in different saturations of a single color tone,, and wherein the distance p between two neighboring depressions 9 is between 0.1 μm and 50 μm, and the depth h of said depressions 9 is from 0.05 μm to 2 μm, and the thickness d of said reflective layer 4 in said smooth areas 6 is constant, ranging between 15 nm and 100 nm, and in said micro-relief areas 7 thickness d is variable and inversely proportional to the depth h of the depressions 9 and is at least 20% thinner than in said smooth areas 6.
A color photosensor structure comprising: a silicon semiconductor substrate; and at least three junctions of regions (100, 102, 104, 106) with opposite polarities which are formed in the silicon semiconductor substrate, wherein the at least three junctions are arranged substantially vertically aligned with each other, characterized in that one of the junctions is a junction of a copper halide region of a first polarity and a silicon region of a second polarity a silicon semiconductor substrate; and at least three junctions of regions (100, 102, 104, 106) with opposite polarities which are formed in the silicon semiconductor substrate, wherein the at least three junctions are arranged substantially vertically aligned with each other, characterized in that one of the junctions is a junction of a copper halide region of a first polarity and a silicon region of a second polarity
Crane girder in the form of a box girder having two side plates (2a, 2b) spaced apart from each other, at least one chord plate (2c, 2d) connecting the two side plates (2a, 2b) to each other and at least one transverse plate that is arranged between the side plates (2a, 2b) connecting the side plates (2a, 2b) to each other, wherein a welded joint is provided between the respective chord plate (2c, 2d) and the side plates (2a, 2b), wherein at least one form-fitting connection, in particular plug-in connection, is provided between the transverse plate and each of the two side plates (2a, 2b), characterized in that at least one form-fitting connection, in particular plug-in connection, is also provided between the transverse plate and the chord plate.
A photopolymerizable composition, comprising: diethyleneglycol dimethacrylate; 1-hydroxy-cyclohexyl-phenyl-ketone; 2-hydroxy-1-{4-[4-(2-hydroxy-2-methyl-propionyl)benzyl]phenyl}-2-methyl-1-propane-1-one; and 2-[2-hydroxy-4-(1-octyloxycarbonylethoxy)phenyl]-4,6-bis(4-phenyl)-4,6-bis)4-phenylphenyl-1,3,5-triazine. diethyleneglycol dimethacrylate; 1-hydroxy-cyclohexyl-phenyl-ketone; 2-hydroxy-1-{4-[4-(2-hydroxy-2-methyl-propionyl)benzyl]phenyl}-2-methyl-1-propane-1-one; and 2-[2-hydroxy-4-(1-octyloxycarbonylethoxy)phenyl]-4,6-bis(4-phenyl)-4,6-bis)4-phenylphenyl-1,3,5-triazine.
A process for producing a filmy graphite comprising the steps of: forming a polyimide film having a birefringence of 0.12 or more; and heat-treating the polyimide film at 2,700°C or higher. forming a polyimide film having a birefringence of 0.12 or more; and heat-treating the polyimide film at 2,700°C or higher.
A clockwork movement comprising a frame supporting a barrel containing a mainspring, a finishing gear train, an escapement mechanism (5, 7), a spiral-balance, a first seat for receiving a pivoting member of the seconds wheel at the center and a second seat for receiving a pivoting member of the seconds wheel off-centered, this movement being characterized in that it furthermore comprises a module comprising an auxiliary frame and an escapement bridge and comprising said escapement mechanism (5, 7) and said spiral-balance, as well as - third seats (25, 24) for receiving bearings (12, 15) for respective pivoting members of the escapement wheel and of the pallet and cooperating with the seconds wheel at the center; and - fourth seats (22, 26) which are equivalents and alternatives of the third seats (25, 24) of the same gear train, for receiving bearings (20, 15) for respective pivoting members of the escapement wheel and of the pallet and cooperating with seconds wheel off-centered. - third seats (25, 24) for receiving bearings (12, 15) for respective pivoting members of the escapement wheel and of the pallet and cooperating with the seconds wheel at the center; and - fourth seats (22, 26) which are equivalents and alternatives of the third seats (25, 24) of the same gear train, for receiving bearings (20, 15) for respective pivoting members of the escapement wheel and of the pallet and cooperating with seconds wheel off-centered.
A coating film applying device, comprising a substrate body with a flat coating side for the application of a coating film and with a first section for receiving a coating mass forming the coating film and a second section for forming the coating film from the coating mass, a gap squeegee with a drawing blade having a predefined or adjustable gap height and a spiral or grooved squeegee, wherein gap squeegee and spiral or grooved squeegee are arranged on the flat coating side of the substrate body, and wherein the spiral or grooved squeegee is provided on the other side of the gap squeegee in relation to the second section, and wherein the gap height of the drawing blade of the gap squeegee is smaller than the wet coating thickness of the spiral or grooved squeegee.