mhurhangee/ep-ind-claims huggingface dataset:
A Method for producing a mineral foam comprising the following steps: (i) independently preparing a cement slurry and an aqueous foam, the cement slurry being prepared by mixing water W and cement C, the cement C comprising an amount x of soluble Na 2 O equivalent, x being expressed in weight per 100 parts of cement, said slurry having a ratio x/(W/C) less than or equal to 1.75, with W/C expressed by weight, and the particles of cement C having a particle size distribution such that the ratio d max(h/2) /d min(h/2) of the particle size distribution is between 5 and 25; (ii) contacting the cement slurry with the aqueous foam to obtain a slurry of foamed cement; and (iii) forming the slurry of foamed cement obtained at step (ii) and leaving to set. (i) independently preparing a cement slurry and an aqueous foam, the cement slurry being prepared by mixing water W and cement C, the cement C comprising an amount x of soluble Na 2 O equivalent, x being expressed in weight per 100 parts of cement, said slurry having a ratio x/(W/C) less than or equal to 1.75, with W/C expressed by weight, and the particles of cement C having a particle size distribution such that the ratio d max(h/2) /d min(h/2) of the particle size distribution is between 5 and 25; (ii) contacting the cement slurry with the aqueous foam to obtain a slurry of foamed cement; and (iii) forming the slurry of foamed cement obtained at step (ii) and leaving to set.
A method of selecting, at a broadcast programme receiver, a media item for output in a slot in a broadcast programme break, the method comprising receiving segment definitions corresponding to a plurality of substitutional media items associated with the slot, receiving a segment definition corresponding to a linear media item broadcast in the slot, and selecting the media item from the linear media item and the substitutional media items based on a comparison between profile data associated with the receiver and the corresponding segment definitions.
A method for fabricating an integrated micro LED display comprising: for each of red, green and blue micro LED dies comprising respective red, green and blue arrays of micro LEDs fabricated on respective first substrates, attaching the micro LED array to a CMOS die, the CMOS die comprising an array of pixel drivers fabricated on a CMOS substrate, wherein attaching the micro LED array to the CMOS die comprises: transferring the micro LED array to a second substrate by use of an adhesive, including separating the first substrate from the micro LED array, the micro LED array supported by the second substrate; for the green and blue micro LED arrays: while the micro LED array is supported by the second substrate, removing adhesive in areas between the micro LEDs to increase a vertical clearance in the areas between the micro LEDs; aligning and bonding bonding metal pads for the micro LED array supported by the second substrate to corresponding bonding metal pads for the array of pixel drivers; and removing the second substrate by releasing the adhesive before bonding the next micro LED array; wherein the micro LED arrays are attached to the CMOS die in an order of the red micro LED array, then the green micro LED array, and then the blue micro LED array. transferring the micro LED array to a second substrate by use of an adhesive, including separating the first substrate from the micro LED array, the micro LED array supported by the second substrate; for the green and blue micro LED arrays: while the micro LED array is supported by the second substrate, removing adhesive in areas between the micro LEDs to increase a vertical clearance in the areas between the micro LEDs; aligning and bonding bonding metal pads for the micro LED array supported by the second substrate to corresponding bonding metal pads for the array of pixel drivers; and removing the second substrate by releasing the adhesive before bonding the next micro LED array; wherein the micro LED arrays are attached to the CMOS die in an order of the red micro LED array, then the green micro LED array, and then the blue micro LED array.
A packet data network, PDN, connection reestablishing method performed by a reset central server, the method comprising: • receiving a first registration message that is sent by a data gateway and used to register information about a user equipment, wherein the first registration message comprises an IP address of the user equipment and an identifier of the user equipment; • receiving a second registration message that is sent by a mobility management network element and used to register information about the user equipment, wherein the second registration message comprises an identifier of the mobility management network element and the identifier of the user equipment; and • associating the IP address of the user equipment and the identifier of the user equipment with the identifier of the mobility management network element according to the identifier of the user equipment; • receiving a first message sent by the data gateway, wherein the first message comprises first identification information, wherein the first identification information comprises the IP address of the user equipment or the identifier of the user equipment (step 610); • determining according to the first identification information, the identifier of the mobility management network element, corresponding to the first identification information (step 620); and • sending a second message to the mobility management network element corresponding to the identifier of the mobility management network element, wherein the second message comprises the identifier of user equipment (step 630). • receiving a first registration message that is sent by a data gateway and used to register information about a user equipment, wherein the first registration message comprises an IP address of the user equipment and an identifier of the user equipment; • receiving a second registration message that is sent by a mobility management network element and used to register information about the user equipment, wherein the second registration message comprises an identifier of the mobility management network element and the identifier of the user equipment; and • associating the IP address of the user equipment and the identifier of the user equipment with the identifier of the mobility management network element according to the identifier of the user equipment; • receiving a first message sent by the data gateway, wherein the first message comprises first identification information, wherein the first identification information comprises the IP address of the user equipment or the identifier of the user equipment (step 610); • determining according to the first identification information, the identifier of the mobility management network element, corresponding to the first identification information (step 620); and • sending a second message to the mobility management network element corresponding to the identifier of the mobility management network element, wherein the second message comprises the identifier of user equipment (step 630).
Wheelchair comprising: a frame having spaced apart side frame tubes; a strut (30, 130, 230, 330) connected to the frame; and an adjustable backrest support (10, 10', 10", 400) engaging the strut (30, 130, 230, 330) such that the adjustable backrest support (10, 10', 10", 400) pivots angularly about the strut (30, 130, 230, 330) and being configured to be fixed in one of a plurality of angled positions and moveable along the strut (30, 130, 230, 330) and configured to be fixed in one of a plurality of lateral positions between the side frame tubes, characterized in that the adjustable backrest support (10, 10', 10", 400) includes a backrest reclining mount having an aperture (28, 128, 228, 328) configured to engage the strut (30, 130, 230, 330) and permit the angular pivoting movement about the strut (30, 130, 230, 330) and lateral movement along the strut (30, 130, 230, 330), and wherein an adjuster ring is disposed between the strut (30, 130, 230, 330) and the backrest reclining mount, with the adjuster ring being rotationally fixed relative to the strut (30, 130, 230, 330) and moveable along the strut (30, 130, 230, 330). a frame having spaced apart side frame tubes; a strut (30, 130, 230, 330) connected to the frame; and an adjustable backrest support (10, 10', 10", 400) engaging the strut (30, 130, 230, 330) such that the adjustable backrest support (10, 10', 10", 400) pivots angularly about the strut (30, 130, 230, 330) and being configured to be fixed in one of a plurality of angled positions and moveable along the strut (30, 130, 230, 330) and configured to be fixed in one of a plurality of lateral positions between the side frame tubes, characterized in that the adjustable backrest support (10, 10', 10", 400) includes a backrest reclining mount having an aperture (28, 128, 228, 328) configured to engage the strut (30, 130, 230, 330) and permit the angular pivoting movement about the strut (30, 130, 230, 330) and lateral movement along the strut (30, 130, 230, 330), and wherein an adjuster ring is disposed between the strut (30, 130, 230, 330) and the backrest reclining mount, with the adjuster ring being rotationally fixed relative to the strut (30, 130, 230, 330) and moveable along the strut (30, 130, 230, 330).
A method for producing a diallylamine acetate polymer comprising polymerizing diallylamine acetate in water or a polar solvent in the presence of a radical initiator, the radical initiator being an organic acid addition salt of a cyclic amidinoazo compound shown by a general formula, wherein R 1, R 2, R 3, and R 4 independently represent an alkyl group having 1 to 3 carbon atoms, R 5 and R 6 independently represent a hydrogen atom, an alkyl group having 1 to 3 carbon atoms or a hydroxyethyl group, and Q 1 and Q 2 independently represent an alkylene or alkenylene group having 2 to 4 carbon atoms that may be substituted with an alkyl group having 1 to 3 carbon atoms or a hydroxyl group.
A system to detonate an explosive, comprising: at least one blasting cap; a shock tube adapter; a shock tube having one end connected to the at least one blasting cap and another end connected to the shock tube adapter; at least one percussion cap inserted into the shock tube adapter; detonating cord; a priming well configured to receive the at least one blasting cap and a section of the detonating cord such that insertion of the at least one blasting cap into the priming well and insertion of the section of the detonating cord into the priming well places the inserted at least one blasting cap in overlapping proximity to the inserted section of the detonating cord such that initiation of the at least one blasting cap will initiate detonation of the detonating cord; and a firing device that receives the shock tube adapter and comprising a firing pin that when fired is configured to initiate the percussion cap inserted into the shock tube adapter that is inserted into the firing device. at least one blasting cap; a shock tube adapter; a shock tube having one end connected to the at least one blasting cap and another end connected to the shock tube adapter; at least one percussion cap inserted into the shock tube adapter; detonating cord; a priming well configured to receive the at least one blasting cap and a section of the detonating cord such that insertion of the at least one blasting cap into the priming well and insertion of the section of the detonating cord into the priming well places the inserted at least one blasting cap in overlapping proximity to the inserted section of the detonating cord such that initiation of the at least one blasting cap will initiate detonation of the detonating cord; and a firing device that receives the shock tube adapter and comprising a firing pin that when fired is configured to initiate the percussion cap inserted into the shock tube adapter that is inserted into the firing device.
Domestic electric oven structure, particularly for pizzas, characterized in that it comprises tubular electrical resistors (8, 10), with an adjustably independent power supply and separate independent heat sensors (9, 11) directly arranged in the cooking chamber, at least one tubular resistor and sensor (8, 9) placed inside the cooking chamber near the roof and at least one tubular resistor and sensor (10, 11) at the bottom of the floor, above which there is suspended - through retaining means to the walls (3, 4, 5) and/or to the bottom - a refractory sheet supported by means of respective lateral shelves mutually symmetric and/or coplanar and provided with slots provided on the lateral and/or bottom and/or front walls above the lower tubular electrical resistor at the floor, wherein the refractory sheet is detached from the walls (3, 4, 5) of the cooking chamber by an open interspace of the lateral shelves and detached from the bottom by an interspace, wherein the tubular electrical resistor is housed in said interspace.
A data input device that includes two input units including a character string input unit that accepts a character string and a voice input unit that accepts voice input, a display unit that displays a character string, and a speech recognition dictionary, the data input device comprising: a dynamic speech recognition dictionary generator that is adapted to extract phrases of which heads match a head of a character string inputted through the character string input unit from phrases stored in the speech recognition dictionary, and to generate a dynamic speech recognition dictionary that stores difference phrases, the difference phrases each being part of an extracted phrase excluding a common phrase that is common among the extracted phrases; a display controller that is adapted to display the difference phrases of an input character string candidate being highlighted on the display unit; a speech recognizer that is adapted to carry out speech recognition of voice inputted through the voice input unit by using the dynamic speech recognition dictionary; and an input character string confirmer that is adapted to confirm the input character string candidate that includes a difference phrase recognized by the speech recognizer as an input character string, wherein at least one of the dynamic speech recognition dictionary generator, the display controller, the speech recognizer and the input character string confirmer is included in a processor. a dynamic speech recognition dictionary generator that is adapted to extract phrases of which heads match a head of a character string inputted through the character string input unit from phrases stored in the speech recognition dictionary, and to generate a dynamic speech recognition dictionary that stores difference phrases, the difference phrases each being part of an extracted phrase excluding a common phrase that is common among the extracted phrases; a display controller that is adapted to display the difference phrases of an input character string candidate being highlighted on the display unit; a speech recognizer that is adapted to carry out speech recognition of voice inputted through the voice input unit by using the dynamic speech recognition dictionary; and an input character string confirmer that is adapted to confirm the input character string candidate that includes a difference phrase recognized by the speech recognizer as an input character string, wherein at least one of the dynamic speech recognition dictionary generator, the display controller, the speech recognizer and the input character string confirmer is included in a processor.
A pharmaceutical composition for topical use containing sulphated hyaluronic acid as a skin absorption promoter of diclofenac, ketoprofen, ibuprofen or salts thereof, wherein said sulphated hyaluronic acid has a sulphation degree equal to 3, intended as the number of sulfate groups per disaccharide unit, the sulphation involving the alcohol hydroxyls present in the polysaccharide chain and wherein said sulphated hyaluronic acid is prepared starting from a hyaluronic acid having a molecular weight ranging from 150,000 to 250,000 Da and wherein said sulphated hyaluronic acid is formulated with diclofenac, ketoprofen, ibuprofen or salts thereof.
A heat-diffusion sheet (30, 53) having a thickness of more than 10 pm, wherein a distance between a distal end of a needle electrode and an aluminum plate (22, 25) at the time of dielectric breakdown of the heat-diffusion sheet (30, 53) is larger than 0 pm and 80 pm or less, or the needle electrode short-circuits the aluminum plate (22, 25) without dielectric breakdown of the heat-diffusion sheet (30, 53), when a dielectric breakdown test is performed and the breakdown test comprises a needle electrode having a cone having a height of 3 mm and a bottom surface diameter of 0.75 mm at a distal end section thereof, to which a 2.0-kV alternating current voltage having a frequency of 60 Hz has been impressed, is not only penetrated stepwise every 10 pm into the heat-diffusion sheet (30, 53) placed directly on an aluminum plate (22, 25) in the thickness direction of the heat-diffusion sheet (30, 53) from the surface at the opposite side to the surface in contact with the aluminum plate (22, 25) of the heat-diffusion sheet (30, 53) but also retained for 60 seconds before the penetration and at each of the steps.
A charger for an electronic cigarette, comprising a housing, a control panel arranged inside the housing, a power supply hole arranged on the housing, and a plurality of charging assemblies arranged on the housing, the power supply hole and the plurality of charging assemblies both being configured to be in electrical connection with the control panel, wherein the charging assembly further comprises a light guide ring, and the light guide ring is configured to guide out light inside the housing; characterized in that: the light guide ring has two side wings disposed thereon, the side wing defines a through hole thereon, the charging assembly further comprises a first bolt, and the first bolt is capable of passing through the through hole to fix the light guide ring on the housing.
A tissue array production method, wherein roll-shaped tissue pieces formed by rolling sheet-like tissue pieces in the shape of a roll are arranged on a substrate in an array form, the method comprising the steps of: placing a holding member which holds a plurality of roll-shaped tissue pieces so that their axis directions are vertically directed in a container into which a melted embedding medium is poured for its accumulation, to hold the respective roll-shaped tissue pieces in the holding member; holding outer peripheries of the roll-shaped tissue pieces by the holding member, the holding member being an elastic member including a plurality of insertion holes having at least the same diameters as the minimum diameter of the roll-shaped tissue piece is used as said holding member, and the holding member having a cut-out portion for pouring the embedding medium; pouring the embedding medium into the container through the cut-out portion, to form a substrate block constituted so that the plurality of roll-shaped tissue pieces is arranged in the array form; and slicing the substrate block so that the roll-shaped tissue pieces are ring-shaped, to place the sliced pieces on the substrate. placing a holding member which holds a plurality of roll-shaped tissue pieces so that their axis directions are vertically directed in a container into which a melted embedding medium is poured for its accumulation, to hold the respective roll-shaped tissue pieces in the holding member; holding outer peripheries of the roll-shaped tissue pieces by the holding member, the holding member being an elastic member including a plurality of insertion holes having at least the same diameters as the minimum diameter of the roll-shaped tissue piece is used as said holding member, and the holding member having a cut-out portion for pouring the embedding medium; pouring the embedding medium into the container through the cut-out portion, to form a substrate block constituted so that the plurality of roll-shaped tissue pieces is arranged in the array form; and slicing the substrate block so that the roll-shaped tissue pieces are ring-shaped, to place the sliced pieces on the substrate.
A method of adjusting frame length in an inkjet web press characterised in that the method comprises: measuring a time T1 between a first sensor sensing a first mark and a second sensor sensing a second mark; measuring a time T2 between the second sensor sensing the second mark and the first sensor sensing a next first mark; and adjusting a gap between printed frames when T1 does not equal T2. measuring a time T1 between a first sensor sensing a first mark and a second sensor sensing a second mark; measuring a time T2 between the second sensor sensing the second mark and the first sensor sensing a next first mark; and adjusting a gap between printed frames when T1 does not equal T2.
A double lumen endotracheal tube comprising: a first tube having a first diameter, a distal end, and a proximal end; a second tube located essentially inside the first tube and along the wall of the first tube and having a diameter smaller than the first diameter and comprising a distal opening and a second opening opposing the distal opening, said second opening having a connector; wherein the distal opening of the second tube is located a few millimeters before the distal end of the first tube and has several apertures: wherein the connector further includes: a connecting element adapted to connect to the second tube; a sampling opening adapted to connect to a sampling line; a suction port; and a valve; characterized in that the second tube further comprises a drying tube adapted to absorb and/or pervaporate fluids present in sampled breath, and in that the suction port is adapted to allow application of agents such as surfactants and/or medications; wherein the valve has two positions, a first position allowing the flow of air sampled through second tube to drying tube and sampling line and on to an analyzer, and the second position blocking the flow of air sampled through the second tube to drying tube and sampling line and allowing the flow towards suction port. a first tube having a first diameter, a distal end, and a proximal end; a second tube located essentially inside the first tube and along the wall of the first tube and having a diameter smaller than the first diameter and comprising a distal opening and a second opening opposing the distal opening, said second opening having a connector; wherein the distal opening of the second tube is located a few millimeters before the distal end of the first tube and has several apertures: a connecting element adapted to connect to the second tube; a sampling opening adapted to connect to a sampling line; a suction port; and a valve; characterized in that the second tube further comprises a drying tube adapted to absorb and/or pervaporate fluids present in sampled breath, and in that the suction port is adapted to allow application of agents such as surfactants and/or medications;