mhurhangee/ep-ind-claims huggingface dataset:
An image forming apparatus comprising: a photosensitive element; an exposing unit including a plurality of light emitting chips arranged in a main-scanning direction, each of the light emitting chips including a plurality of light emitting elements arranged in the main-scanning direction; a light-emitting control unit configured to control the light emitting elements; a developing unit configured to develop an electrostatic latent image formed on the photosensitive element by the exposing unit to form a toner image; a transfer unit configured to transfer the toner image to a medium (34; P) to form an image on the medium (34; P); a detecting unit configured to detect an amount of skew indicative of a shift amount in an array direction of each of the light emitting chips with respect to the main-scanning direction; a resolution adjusting unit configured to generate image data of a density correction image used for a density correction through a dithering process, the density correction image being formed on the medium (34; P), the density correction image having a higher resolution than that of a printing image to be formed on the medium (34; P) and having the resolution increased with an increase in the amount of skew, the density correction image being divided into a plurality of sections in the main-scanning direction; and a correction unit configured to perform skew correction on the density correction image in a manner that shifts image data of the density correction image corresponding to each of the sections in a sub-scanning direction on the basis of the amount of skew. a photosensitive element; an exposing unit including a plurality of light emitting chips arranged in a main-scanning direction, each of the light emitting chips including a plurality of light emitting elements arranged in the main-scanning direction; a light-emitting control unit configured to control the light emitting elements; a developing unit configured to develop an electrostatic latent image formed on the photosensitive element by the exposing unit to form a toner image; a transfer unit configured to transfer the toner image to a medium (34; P) to form an image on the medium (34; P); a detecting unit configured to detect an amount of skew indicative of a shift amount in an array direction of each of the light emitting chips with respect to the main-scanning direction; a resolution adjusting unit configured to generate image data of a density correction image used for a density correction through a dithering process, the density correction image being formed on the medium (34; P), the density correction image having a higher resolution than that of a printing image to be formed on the medium (34; P) and having the resolution increased with an increase in the amount of skew, the density correction image being divided into a plurality of sections in the main-scanning direction; and a correction unit configured to perform skew correction on the density correction image in a manner that shifts image data of the density correction image corresponding to each of the sections in a sub-scanning direction on the basis of the amount of skew.
Household appliance for the care of laundry items, with a housing and a container (4, 5) which is arranged movably in the housing, and with at least one damper, which is connected by means of at least one fastening apparatus to the container (4, 5) and the housing, wherein the fastening apparatus comprises at least one elastically deformable component, wherein the deformable component has a first elastically deformable moulded part, which faces towards the housing or the container (4, 5), and a second elastically deformable moulded part which faces towards the damper, characterised in that the deformable component is arranged in an axial direction between the damper and the housing, between the damper and the container (4, 5) or in each case such a deformable component is arranged between the damper and the housing and between the damper and the container (4, 5)) and that the second elastic moulded part is connected to the first moulded part with several elastically deformable connecting strips of the deformable component.
A fir tree coupling (200; 602; 802; 902; 1002) for a turbine blade to disk interface comprising: a load beam having a longitudinal axis, a rounded base, a first side, and a second side; wherein the rounded base has a radius of curvature from the first side to the second side; a plurality of teeth running parallel to the longitudinal axis and disposed on the first side and the second side of the load beam; and characterised by a plurality of channels (204; 604; 804; 904; 1004) through the rounded base across a portion of the radius of curvature from the first side to the second side defining a plurality of rounded base portions therebetween, wherein the plurality of channels (204; 604; 804; 904; 1004) are disposed perpendicular to the longitudinal axis of the load beam. a load beam having a longitudinal axis, a rounded base, a first side, and a second side; wherein the rounded base has a radius of curvature from the first side to the second side; a plurality of teeth running parallel to the longitudinal axis and disposed on the first side and the second side of the load beam; and characterised by a plurality of channels (204; 604; 804; 904; 1004) through the rounded base across a portion of the radius of curvature from the first side to the second side defining a plurality of rounded base portions therebetween, wherein the plurality of channels (204; 604; 804; 904; 1004) are disposed perpendicular to the longitudinal axis of the load beam.
A non-aqueous electrolyte solution for a lithium secondary battery, the non-aqueous electrolyte solution comprising a lithium salt, an organic solvent, and a compound represented by Formula 1 as an additive: wherein, in Formula 1, R 1 to R 6 are each independently hydrogen or a substituted or unsubstituted alkyl group having 1 to 10 carbon atoms, and R 7 is a substituted or unsubstituted alkyl group having 1 to 10 carbon atoms. R 1 to R 6 are each independently hydrogen or a substituted or unsubstituted alkyl group having 1 to 10 carbon atoms, and R 7 is a substituted or unsubstituted alkyl group having 1 to 10 carbon atoms.
Arrangement for withdrawing treatment liquors from a treatment vessel in a continuous treatment vessel system, said treatment vessel comprising a chamber wall of a treatment chamber, wherein the arrangement comprises: a plurality of screens arranged in the chamber wall for withdrawing liquor from the treatment chamber, said screens being arranged in at least two screen rows (2a, 2b, 2c, 2d), one above the other; at least one withdrawal compartment for each screen row (2a, 2b, 2c, 2d) for receiving liquor from the screens; and at least one header for receiving liquor from the withdrawal compartments via a throttle hole for each withdrawal compartment, and wherein each header is connected to at least one withdrawal compartment on at least two screen rows, wherein the header is arranged at an angle to a vertical direction, said angle being smaller than 5°, preferably smaller than 2°, or wherein the header more preferably is arranged vertically. a plurality of screens arranged in the chamber wall for withdrawing liquor from the treatment chamber, said screens being arranged in at least two screen rows (2a, 2b, 2c, 2d), one above the other; at least one withdrawal compartment for each screen row (2a, 2b, 2c, 2d) for receiving liquor from the screens; and at least one header for receiving liquor from the withdrawal compartments via a throttle hole for each withdrawal compartment, and wherein each header is connected to at least one withdrawal compartment on at least two screen rows, wherein the header is arranged at an angle to a vertical direction, said angle being smaller than 5°, preferably smaller than 2°, or wherein the header more preferably is arranged vertically.
A method for producing a tissue product for implantation in an adipose site, comprising: selecting an adipose tissue; mechanically processing the adipose tissue to reduce the tissue size; treating the mechanically processed tissue to remove substantially all cellular material from the tissue; suspending the tissue in a solution; placing the tissue in a mold to produce a desired shape; freeze-drying the tissue; and cross-linking the tissue by electron beam radiation to produce a stable three-dimensional structure, wherein the tissue is dried after being mechanically processed and suspended but before being cross-linked. selecting an adipose tissue; mechanically processing the adipose tissue to reduce the tissue size; treating the mechanically processed tissue to remove substantially all cellular material from the tissue; suspending the tissue in a solution; placing the tissue in a mold to produce a desired shape; freeze-drying the tissue; and cross-linking the tissue by electron beam radiation to produce a stable three-dimensional structure, wherein the tissue is dried after being mechanically processed and suspended but before being cross-linked.
A method of manufacturing a band-shaped glass, comprising: forming, while being drawn downward, a band-shaped glass having a thickness of 300 μm or less except both edge portions in a width direction thereof; and then changing a conveying direction of the band-shaped glass to a lateral direction so that a front surface of both surfaces of the band-shaped glass constitutes an upper surface, characterized in that: the band-shaped glass is introduced to a region for changing the conveying direction under a curved state in which the front surface side thereof is concave in the width direction, after the band-shaped glass has been brought into the curved state, the band-shaped glass in the curved state satisfies a relationship of 0>δ≥-200 mm, where δ represents a maximum separation distance with respect to an imaginary straight line connecting both the edge portions of the band-shaped glass in the width direction, provided that the maximum separation distance is positive on the front surface side of the band-shaped glass. forming, while being drawn downward, a band-shaped glass having a thickness of 300 μm or less except both edge portions in a width direction thereof; and then changing a conveying direction of the band-shaped glass to a lateral direction so that a front surface of both surfaces of the band-shaped glass constitutes an upper surface, characterized in that: the band-shaped glass is introduced to a region for changing the conveying direction under a curved state in which the front surface side thereof is concave in the width direction, after the band-shaped glass has been brought into the curved state, the band-shaped glass in the curved state satisfies a relationship of 0>δ≥-200 mm, where δ represents a maximum separation distance with respect to an imaginary straight line connecting both the edge portions of the band-shaped glass in the width direction, provided that the maximum separation distance is positive on the front surface side of the band-shaped glass. the band-shaped glass is introduced to a region for changing the conveying direction under a curved state in which the front surface side thereof is concave in the width direction, after the band-shaped glass has been brought into the curved state, the band-shaped glass in the curved state satisfies a relationship of 0>δ≥-200 mm, where δ represents a maximum separation distance with respect to an imaginary straight line connecting both the edge portions of the band-shaped glass in the width direction, provided that the maximum separation distance is positive on the front surface side of the band-shaped glass.
A method for ejecting a cell from a colony of cells growing on a nutritive material, the method characterised by comprising: delivering a first acoustic energy to a focal point in the material below the colony of cells and below a surface of the nutritive material; heating a delineated volume of the nutritive material by the delivered first acoustic energy to facilitate subsequent acoustic ejection of the cell without affecting the viability of the cell; delivering a second acoustic energy to the nutritive material; and ejecting the cell from the delineated volume of the nutritive material by the delivered second acoustic energy. delivering a first acoustic energy to a focal point in the material below the colony of cells and below a surface of the nutritive material; heating a delineated volume of the nutritive material by the delivered first acoustic energy to facilitate subsequent acoustic ejection of the cell without affecting the viability of the cell; delivering a second acoustic energy to the nutritive material; and ejecting the cell from the delineated volume of the nutritive material by the delivered second acoustic energy.
A controller, comprising: a control operation unit configured to cyclically perform a control operation for controlling a control target; a data generator configured to generate data showing a chronological change in a value associated with the control target; and an analyzer configured to analyze the data generated by the data generator and output an analysis result in a predetermined analysis target period (T 0), the analysis target period including a plurality of sections (t1, t2, t3), wherein the data generator is configured to sequentially output section data showing a chronological change in a value for each of the plurality of sections (t1, t2, t3) included in the analysis target period (T 0), the analyzer is configured to analyze the sequentially output section data for each section, and when an analysis of section data for a section included in the analysis target period (T 0)shows a predefined result, the analyzer is configured to eliminate an analysis of section data for one or more sections (t1, t2, t3) in the analysis target period (T 0)that are subsequent to the section for which the analysis shows the predefined result. a control operation unit configured to cyclically perform a control operation for controlling a control target; a data generator configured to generate data showing a chronological change in a value associated with the control target; and an analyzer configured to analyze the data generated by the data generator and output an analysis result in a predetermined analysis target period (T 0), the analysis target period including a plurality of sections (t1, t2, t3), wherein the data generator is configured to sequentially output section data showing a chronological change in a value for each of the plurality of sections (t1, t2, t3) included in the analysis target period (T 0), the analyzer is configured to analyze the sequentially output section data for each section, and when an analysis of section data for a section included in the analysis target period (T 0)shows a predefined result, the analyzer is configured to eliminate an analysis of section data for one or more sections (t1, t2, t3) in the analysis target period (T 0)that are subsequent to the section for which the analysis shows the predefined result.
An isolated bacteriophage having a specific bactericidal activity against one or more Salmonella bacteria selected from the group consisting of Salmonella Enteritidis, Salmonella Typhimurium, Salmonella Gallinarum, and Salmonella Pullorum, which is deposited under accession number KCCM11030P.
A method for producing a moulded article by sintering, comprising the following steps a. Providing a starting material containing a metal and/or ceramic powder, b. Moulding a green part from the starting material by either moulding the starting material when it comprises a mixture of the metal and/or ceramic powder and binder material, or by introducing a binder material into a powder bed formed from the starting material, c. Chemical debinding and/or debinding by means of a solvent of the green part to obtain a brown part, d. Thermal debinding of the brown part obtained in step c, e. Compaction of the brown part to form the moulded body by sintering, characterised in that after step c. and before step d., the brown part is first treated with a plasticiser which softens the binder material still present in the brown part and not removed by the preceding chemical debinding and/or debinding by means of a solvent in step c., and furthermore, before step d., after treatment with the plasticiser, is subjected to an isostatic pressing process by exposure to a medium under an elevated pressure. a. Providing a starting material containing a metal and/or ceramic powder, b. Moulding a green part from the starting material by either moulding the starting material when it comprises a mixture of the metal and/or ceramic powder and binder material, or by introducing a binder material into a powder bed formed from the starting material, c. Chemical debinding and/or debinding by means of a solvent of the green part to obtain a brown part, d. Thermal debinding of the brown part obtained in step c, e. Compaction of the brown part to form the moulded body by sintering, characterised in that
A composition for use in the treatment of fistula, the composition comprising activated carbon of particle size 0.15 to 1 mm, wherein the composition is for administration rectally as a dry dose.
A refrigeration appliance, in particular for household use, comprising: - a structure within which at least one compartment (3, 4) is obtained for preserving foodstuffs, which is configured to be closed by at least one door (3P, 4P); - a device for dispensing a beverage, said device comprising a tank associated with an inner wall of the structure, in particular of said at least one door (3P, 4P), characterized in that said tank is secured to said inner wall and comprises at least one first block which allows coupling at least one container or door storage compartment to said tank, so that said tank can act as a support for said at least one container or door storage compartment. - a structure within which at least one compartment (3, 4) is obtained for preserving foodstuffs, which is configured to be closed by at least one door (3P, 4P); - a device for dispensing a beverage, said device comprising a tank associated with an inner wall of the structure, in particular of said at least one door (3P, 4P),
Front fork of a motor vehicle comprising - a first lining and a first stem, - where the first stem slides axially with a shaped coupling inside the first lining along a first sliding axis (X-X), the first stem being at least partially cylindrical with circular cross-section and coaxial to said first sliding axis (X-X), - wherein the first stem and the first lining are associated one to one hub configured to rotatably house the rotation pin of an axle journal of a wheel and the other to a steering column by means of a bracket, or vice versa, - a second lining, integral in rotation with the first lining, - the second lining being integrally attached to said hub or to said steering column characterised in that the second lining is arranged so that, with respect to a projection plane perpendicular to the first sliding axis (X-X), the projection area of the first lining is eccentrically contained in the projection area of the second lining. - a first lining and a first stem, - where the first stem slides axially with a shaped coupling inside the first lining along a first sliding axis (X-X), the first stem being at least partially cylindrical with circular cross-section and coaxial to said first sliding axis (X-X), - wherein the first stem and the first lining are associated one to one hub configured to rotatably house the rotation pin of an axle journal of a wheel and the other to a steering column by means of a bracket, or vice versa, - a second lining, integral in rotation with the first lining, - the second lining being integrally attached to said hub or to said steering column characterised in that
A crofelemer composition for use in treating HIV associated diarrhea or highly active antiretroviral therapy (HAART) associated diarrhea in an HIV positive subject by administering about 250 mg to about 1000 mg per day; administering about 250 mg per day; administering about 500 mg per day; administering about 1000 mg per day; administering about 125 mg two times per day; administering about 250 mg two times per day; or administering about 500 mg two times per day of crofelemer to the subject in need thereof, optionally wherein a subject is considered treated if the subject demonstrates one or more of a decrease in the number of bowel movements per day, a decrease in the number of watery bowel movements per day, an improvement in the daily abdominal score for pain or discomfort, an improvement in the score for daily stool consistency, a decrease in stool consistency, a decrease in the number of days per week that subjects experienced urgency, a decrease in the number of days per week that subjects experienced fecal incontinence, or a decrease in the unscheduled visit for a significant worsening of diarrhea.
A method of non-invasively monitoring the respiration of a patient using ultrasonic waves directed onto the body of the patient, characterized by; coupling an ultrasonic transducer (102, 202) via a contact layer to a skin surface of the patient's body; selecting a depth range and a beam angle (α) from the transducer to a sample volume within at least a portion of an internal structure inside the abdomen of the patient's body, the beam angle being non-perpendicular to a motion vector of the internal structure, the internal structure comprising one of a liver, spleen, or kidney of the patient; emitting a series of ultrasound pulses from the transducer into the body towards the sample volume and detecting the echoes of the emitted ultrasound pulses; measuring the phase of at least a first echo signal and a second echo signal from the internal structure at multiple points along the depth range, the at least the first echo signal and the second echo signal being received at different times; detecting the motion of the internal structure by reference to a difference between the measured phase of the at least the first echo signal and the second echo signal; and associating movement of the internal structure with movement caused by respiration to monitor or determine respiration properties of the patient. coupling an ultrasonic transducer (102, 202) via a contact layer to a skin surface of the patient's body; selecting a depth range and a beam angle (α) from the transducer to a sample volume within at least a portion of an internal structure inside the abdomen of the patient's body, the beam angle being non-perpendicular to a motion vector of the internal structure, the internal structure comprising one of a liver, spleen, or kidney of the patient; emitting a series of ultrasound pulses from the transducer into the body towards the sample volume and detecting the echoes of the emitted ultrasound pulses; measuring the phase of at least a first echo signal and a second echo signal from the internal structure at multiple points along the depth range, the at least the first echo signal and the second echo signal being received at different times; detecting the motion of the internal structure by reference to a difference between the measured phase of the at least the first echo signal and the second echo signal; and associating movement of the internal structure with movement caused by respiration to monitor or determine respiration properties of the patient.