mhurhangee/ep-ind-claims huggingface dataset:
A portable sewing machine, in which a rotating wheel is rotated by a hand or a foot or electric force so as to move a thread take up lever, a needle bar, a feed dog and a shuttle race, and including, for performing sewing, an upper thread adjuster, the thread take up lever, a presser foot, a pressure adjuster, the feed dog, the shuttle race, a feed dog adjuster, a reverse movement adjuster, a lower thread adjuster, a lower thread adjustment screw, a bobbin winder and the like, a sewing machine table and an external thread support and the like, comprising: a portable multi-sewing machine main body, a needle part, a lever part, a motor part, a pulley adjuster part, a pulley part, an upper thread part, and a lower thread part, wherein the needle part, the lever part, the motor part, the pulley adjuster part, the pulley part, the upper thread part, and the lower thread part are provided inside the portable multi-sewing machine main body, and characterized in that the lever part comprises a lever to be located to a central fixing shaft so as to be attached thereto or detached therefrom, and wherein one side of the lever of the lever part, which is connected to an arc shaft, is adapted to operate at an arc operation part, and wherein the lever has a structure, in which the center portion of the lever is bent around the central fixing shaft, and wherein an arc interval in the operation of the one side of the lever is reflected to an arc in the operation of a connection hand at the other side of the lever, the connection hand being connected to a connection shaft incorporated with a spring in a sewing needle fixing case. wherein the needle part, the lever part, the motor part, the pulley adjuster part, the pulley part, the upper thread part, and the lower thread part are provided inside the portable multi-sewing machine main body, and characterized in that the lever part comprises a lever to be located to a central fixing shaft so as to be attached thereto or detached therefrom, and wherein one side of the lever of the lever part, which is connected to an arc shaft, is adapted to operate at an arc operation part, and wherein the lever has a structure, in which the center portion of the lever is bent around the central fixing shaft, and wherein an arc interval in the operation of the one side of the lever is reflected to an arc in the operation of a connection hand at the other side of the lever, the connection hand being connected to a connection shaft incorporated with a spring in a sewing needle fixing case.
A recombinant microorganism for producing a 1,3 fatty diol having a chain length of at least 5 carbon atoms when grown in a fermentation broth with a simple carbon source derived from a renewable feedstock, the microorganism engineered to express a nucleic acid sequence encoding a polypeptide comprising: (a) a thioesterase (EC 3.1.2.-, EC 3.1.1.5, or EC 3.1.2.14) activity; and (b) a carboxylic acid reductase (EC 6.2.1.3 or EC 1.2.1.42) activity. (a) a thioesterase (EC 3.1.2.-, EC 3.1.1.5, or EC 3.1.2.14) activity; and (b) a carboxylic acid reductase (EC 6.2.1.3 or EC 1.2.1.42) activity.
Self-heating connection element for mechanical and electrical connection of two self-heating water pipe segments for an aircraft to protect the water pipe segment against freezing, the two water pipe segments comprising: an inner tube for supplying water; a heater device, which surrounds an outer area of the water pipe segment; a wherein the heater is integrated in the water pipe segment, the connection element comprising a heating device with an inner conductor, an outer conductor and a there between interposed semiconductor; characterized in that, that the inner conductor, the semiconductor and the outer conductor are arranged coaxially to each other. an inner tube for supplying water; a heater device, which surrounds an outer area of the water pipe segment; a wherein the heater is integrated in the water pipe segment, the connection element comprising a heating device with an inner conductor, an outer conductor and a there between interposed semiconductor; characterized in that, that the inner conductor, the semiconductor and the outer conductor are arranged coaxially to each other.
An optical writing device for an image forming apparatus, upon acquiring data for one image page, performing light-exposure of a photoreceptor based on the data to form an electrostatic latent image corresponding to the image page on the photoreceptor, the light-exposure performed line-by-line of the image page, the optical writing device comprising: a current-driven light-emitting element; a thin film transistor configured to supply the light-emitting element with a drive current based on a luminance signal to put the light-emitting element in an on state; and a controller configured to, for each line of the image page, correct a first value of the luminance signal to yield a second value of the luminance signal, and to supply the thin film transistor with the luminance signal at the second value, wherein the second value compensates for a light amount fluctuation of the light-emitting element that is dependent upon an emission/non-emission history, from an initial line of the image page to the line, of a first continuous period where the light-emitting element is kept in the on state and a second continuous period where the light-emitting element is kept in an off state, characterized in that the first value of the luminance signal is corrected based on an indication of a first indicator indicating a duration of the light-emitting element being in an on-state up to the line, and based on an indication of a second indicator indicating a duration of the light-emitting element being in an off-state up to the line. a current-driven light-emitting element; a thin film transistor configured to supply the light-emitting element with a drive current based on a luminance signal to put the light-emitting element in an on state; and a controller configured to, for each line of the image page, correct a first value of the luminance signal to yield a second value of the luminance signal, and to supply the thin film transistor with the luminance signal at the second value, wherein the second value compensates for a light amount fluctuation of the light-emitting element that is dependent upon an emission/non-emission history, from an initial line of the image page to the line, of a first continuous period where the light-emitting element is kept in the on state and a second continuous period where the light-emitting element is kept in an off state, characterized in that the first value of the luminance signal is corrected based on an indication of a first indicator indicating a duration of the light-emitting element being in an on-state up to the line, and based on an indication of a second indicator indicating a duration of the light-emitting element being in an off-state up to the line.
A catheter device for transvascular delivery of a medical device to a cardiac valve region of a patient, said catheter device comprising an elongate sheath with a lumen and a distal end, said sheath having a relaxed state and a locked state, said sheath comprising radially expandable units on its outside for a defined positioning of the distal end of the sheath in an anatomical structure relative a cardiac valve for delivery of said medical device through said lumen of said sheath, and an elongate member with a distal end portion comprising radially expandable units, wherein said elongate member is retractably insertable into said lumen of said sheath, said expandable units being arranged for temporarily positioning said elongate sheath centrally in relation to said cardiac valve; and wherein said elongate sheath comprises releasable locking members for controllably locking said elongate sheath in a shape along its length along a distal portion thereof from said relaxed state to said locked state when positioned in relation to said cardiac valve by said expandable units, wherein said medical device is deliverable through said lumen of said sheath when said elongate member is retracted from said lumen of said sheath and said sheath is in said locked state.
A semiconductor device, comprising: a substrate including s semiconductor material; and a deep trench structure in the substrate, including: a deep trench at least 10 microns deep in the substrate; a dielectric liner disposed on sidewalls of the deep trench; a first layer of polysilicon disposed on the dielectric liner and extending to a bottom of the deep trench; and a second layer of polysilicon disposed on the first layer of polysilicon and extending into the deep trench, wherein dopants are distributed throughout the first layer of polysilicon and the second layer of polysilicon with an average doping density of at least 1×10 18 cm -3, and wherein a width of the deep trench structure is 1.5 microns to 3.5 microns. a substrate including s semiconductor material; and a deep trench structure in the substrate, including: a deep trench at least 10 microns deep in the substrate; a dielectric liner disposed on sidewalls of the deep trench; a first layer of polysilicon disposed on the dielectric liner and extending to a bottom of the deep trench; and a second layer of polysilicon disposed on the first layer of polysilicon and extending into the deep trench, wherein dopants are distributed throughout the first layer of polysilicon and the second layer of polysilicon with an average doping density of at least 1×10 18 cm -3, and wherein a width of the deep trench structure is 1.5 microns to 3.5 microns.
Device for heating the outside of food particles, comprising: - a substantially cylindrical tube extending with a substantially horizontal axis: - heating means (10, 11) for heating the tube on the outside; - drive means (5, 6, 7) for driving the tube in rotation about its axis; - supply means for supplying food particles for heating to the interior of the tube in the vicinity of a first end of the tube; and - discharge means for discharging the heated food particles from the second end of the tube, characterized in that the device comprises a pre-treatment device adapted to heat the food particles before they are supplied to the substantial cylindrical tube and that a size-reducing device is placed between the pre-treatment device and the actual device. - a substantially cylindrical tube extending with a substantially horizontal axis: - heating means (10, 11) for heating the tube on the outside; - drive means (5, 6, 7) for driving the tube in rotation about its axis; - supply means for supplying food particles for heating to the interior of the tube in the vicinity of a first end of the tube; and - discharge means for discharging the heated food particles from the second end of the tube, characterized in that the device comprises a pre-treatment device adapted to heat the food particles before they are supplied to the substantial cylindrical tube and that a size-reducing device is placed between the pre-treatment device and the actual device.
Heat exchanger comprising a header delimited by a wall of tubular overall shape and a tank delimited by a wall of tubular overall shape, which is assembled on the header by brazing, characterized in that the tank is provided with at least one catching member having a hook, the hook being designed to engage in an opening made in the wall of the header in a chosen position, in which position the hook and a region (66; 78), called the contact region, of the tank press on either side of the wall of the header, thereby providing a temporary attachment of the tank to the header under the effect of gravity for brazing.
A monoclonal antibody characterized by specifically reacting with high-molecular weight adiponectin, wherein the antibody is produced by the mouse-mouse hybridoma clone deposited as FERM BP-11106.
A transducer made up of an insulating substrate on the surface of which are deposited two electrodes (2, 2') and a sensitive semi-conductor element made up of a layer of a molecular semi-conductor material M1 in contact with the electrodes (2, 2') and a layer of a molecular semi-conductor material M2 that is deposited on the layer of material M1 and is not in contact with the electrodes (2, 2'), said transducer being characterized in that: - the material M1 is a monophthalocyanine chosen from among PcCu, F 8 PcCu and F 16 PcCu; α,ω-dihexyl-sexithiophene or N,N-dipentyl-perylene tetracarboxylic diimide acid; - the material M2 is Lu(Pc) 2. - the material M1 is a monophthalocyanine chosen from among PcCu, F 8 PcCu and F 16 PcCu; α,ω-dihexyl-sexithiophene or N,N-dipentyl-perylene tetracarboxylic diimide acid; - the material M2 is Lu(Pc) 2.
Process for cultivating and cryopreserving mammalian adherent cells by the steps of providing a polyolefinic cell culture vessel with positively charged and/or hydrophilic substituent groups, contacting cells suspended in cell culture medium with the cell culture vessel, cultivating the cells in the cell culture vessel under cell culture conditions, characterized by adding a cryoprotectant to the cell culture medium, and cooling the cultivated cells in the presence of the cryoprotectant to freezing temperatures.
A photoelectric-conversion-device dye comprising: at least one type of metal complex in which a molecule including elemental phosphorus is included and the molecule also forms a coordinate bond at least at the phosphorus atom, and in which the coordinate bond is formed involving a terpyridine derivative having at least one adsorbing group that exhibits adsorptivity toward a metal oxide. at least one type of metal complex in which a molecule including elemental phosphorus is included and the molecule also forms a coordinate bond at least at the phosphorus atom, and in which the coordinate bond is formed involving a terpyridine derivative having at least one adsorbing group that exhibits adsorptivity toward a metal oxide.
A system comprising: (a) a first plurality of microneedles (530, 580, 630, 680) formed on a first base element, said first plurality of microneedles being in fluidic communication with a first reservoir (510, 560, 610, 660) capable of holding a liquid comprising a drug that is to be dispensed; (b) a second plurality of microneedles (531, 581) formed on a second base element, said second plurality of microneedles being in fluidic communication with a second reservoir (511, 561) capable of holding a liquid; (c) wherein at least one of said first plurality of microneedles is capable of penetrating through a stratum corneum and into an epidermis of said skin, and that at least one of said second plurality of microneedles is capable of penetrating through said stratum corneum and into said epidermis; (d) means for withdrawing body-fluid through said second plurality of microneedles and for allowing said body-fluid to flow into said second reservoir; (e) means for measuring a concentration of a predetermined substance of said body fluid contained within said second reservoir; (f) means for determining a correct dosage level of said drug contained within said first reservoir based upon the concentration of said predetermined substance; and (g) means for dispensing said drug from said first reservoir into said epidermis. (a) a first plurality of microneedles (530, 580, 630, 680) formed on a first base element, said first plurality of microneedles being in fluidic communication with a first reservoir (510, 560, 610, 660) capable of holding a liquid comprising a drug that is to be dispensed; (b) a second plurality of microneedles (531, 581) formed on a second base element, said second plurality of microneedles being in fluidic communication with a second reservoir (511, 561) capable of holding a liquid; (c) wherein at least one of said first plurality of microneedles is capable of penetrating through a stratum corneum and into an epidermis of said skin, and that at least one of said second plurality of microneedles is capable of penetrating through said stratum corneum and into said epidermis; (d) means for withdrawing body-fluid through said second plurality of microneedles and for allowing said body-fluid to flow into said second reservoir; (e) means for measuring a concentration of a predetermined substance of said body fluid contained within said second reservoir; (f) means for determining a correct dosage level of said drug contained within said first reservoir based upon the concentration of said predetermined substance; and (g) means for dispensing said drug from said first reservoir into said epidermis.
Apparatus for producing a lens in space, the apparatus comprising a feedstock storage module for storing a feedstock a heating module coupled to the feedstock storage module and configured to heat the feedstock; an extrusion nozzle coupled to the heating module and configured to extrude heated feedstock from the apparatus; one or more thrusters configured to provide a propulsive force to the apparatus; a controller configured to control the one or more thrusters so as to control a shape of the lens; a receiver and/or a transmitter; and wherein the apparatus is substantially cylindrical and is elongate having a longitudinal axis; characterised in that the one or more thrusters are operable to rotate the apparatus about the longitudinal axis. a feedstock storage module for storing a feedstock a heating module coupled to the feedstock storage module and configured to heat the feedstock; an extrusion nozzle coupled to the heating module and configured to extrude heated feedstock from the apparatus; one or more thrusters configured to provide a propulsive force to the apparatus; a controller configured to control the one or more thrusters so as to control a shape of the lens; a receiver and/or a transmitter; and wherein the apparatus is substantially cylindrical and is elongate having a longitudinal axis; characterised in that the one or more thrusters are operable to rotate the apparatus about the longitudinal axis.
Composition comprising tricalcium phosphate and gelatin for use in a method for the treatment of dyspepsia, acidic mouth and/or canker sores, wherein the weight ratio of tricalcium phosphate to gelatin is 1 to 6.
An oven comprising a cooking chamber wherein items desired to be cooked are placed, a door which allows access to the cooking chamber, an outer panel which is located on the door and which forms the door surface that contacts the outer environment, an inner panel which forms the door surface that contacts the cooking chamber, a casing which is located between the outer panel and the inner panel, and on one side of which the outer panel and on the other side of which the inner panel are fixed such that they will be parallel to each other, and which has quadrangular and hollow vertical profiles forming the side edges of the door and a quadrangular and hollow horizontal profile connecting the vertical profiles to each other, and which is formed by joining the profiles (7 and 8) together in an upside-down "U"-shape, and two hinges comprising a hinge body and a hinge arm, one end of which is fixed to the hinge body and the other end to the door, and that provide the door to be opened and closed as a result of the movement of the hinge body and the hinge arm with respect to each other, whereby the oven comprises a brace which is mounted to the open ends of the vertical profiles by being inserted into the vertical profiles, characterized in that the brace comprises a hinge housing wherein the hinge arm is seated by inserting the hinge arm into the hinge housing, wherein the hinge comprises one or more hooks which provide the fixing onto the brace when the hinge arm is inserted into the hinge housing, and wherein the brace comprises one or more hook housings which are located on a support means, and wherein the hooks on the hinge are seated and locked when the hinge arm is inserted into the brace.
Automatic online polymer analysis system, suitable for controlling the manufacturing process in a polymer processing plant, containing: a. A sampling system with one or more sampling locations (1, 1'), suitable for taking fluid samples, b. A multi-inlet sample collection unit with a controlled multi-inlet sampling valve with at least two sample inlets, c. A sheet-forming unit, d. A transfer device, e. A fully automated polymer analysis unit and f. A process control unit, wherein the transfer device of the step d. is configured to transfer the sheet of step c. to the polymer analysis unit of step e., wherein the polymer analysis unit contains a fully automated sample-handling device and a fully automated solution viscosity measuring device; characterized in that the fully automated solution viscosity measuring device is a turn table unit with a rotatable support disc and a certain number of sample cups, rotating in an arrangement of at least the following processing stations: g. Sample inserting station, h. Dispersing station with magnetic stirrer drive, i. Dissolving station with magnetic stirrer drive, j. Automated capillary viscometer station with an automated cleaning and drying device, k. Cup cleaning station with magnetic stirrer drive, l. Cup drying station. a. A sampling system with one or more sampling locations (1, 1'), suitable for taking fluid samples, b. A multi-inlet sample collection unit with a controlled multi-inlet sampling valve with at least two sample inlets, c. A sheet-forming unit, d. A transfer device, e. A fully automated polymer analysis unit and f. A process control unit, wherein the transfer device of the step d. is configured to transfer the sheet of step c. to the polymer analysis unit of step e., wherein the polymer analysis unit contains a fully automated sample-handling device and a fully automated solution viscosity measuring device; characterized in that the fully automated solution viscosity measuring device is a turn table unit with a rotatable support disc and a certain number of sample cups, rotating in an arrangement of at least the following processing stations: g. Sample inserting station, h. Dispersing station with magnetic stirrer drive, i. Dissolving station with magnetic stirrer drive, j. Automated capillary viscometer station with an automated cleaning and drying device, k. Cup cleaning station with magnetic stirrer drive, l. Cup drying station. g. Sample inserting station, h. Dispersing station with magnetic stirrer drive, i. Dissolving station with magnetic stirrer drive, j. Automated capillary viscometer station with an automated cleaning and drying device, k. Cup cleaning station with magnetic stirrer drive, l. Cup drying station.
A printbar module, comprising: a printed circuit board including a plurality of recesses that extend partially into the PCB, wherein each recess includes an adhesive material on a bottom surface of the recess; a printhead die sliver positioned in each recess wherein each printhead die sliver includes a plurality of rows of ejection chambers and corresponding orifices through which printing fluid is ejected from the ejection chambers and a plurality of fluid feed holes; and a plurality of slots extending through the PCB and the adhesive material to the printhead die slivers, wherein each slot is in fluidic communication with the fluid feed holes of one of the printhead die slivers wherein the one slot is formed through the PCB and the adhesive material after the printhead die sliver is positioned in the recess. a printed circuit board including a plurality of recesses that extend partially into the PCB, wherein each recess includes an adhesive material on a bottom surface of the recess; a printhead die sliver positioned in each recess wherein each printhead die sliver includes a plurality of rows of ejection chambers and corresponding orifices through which printing fluid is ejected from the ejection chambers and a plurality of fluid feed holes; and a plurality of slots extending through the PCB and the adhesive material to the printhead die slivers, wherein each slot is in fluidic communication with the fluid feed holes of one of the printhead die slivers wherein the one slot is formed through the PCB and the adhesive material after the printhead die sliver is positioned in the recess.