Abstract: A multicore cable includes an oil absorptive interposition, and a core disposed to surround the oil absorptive interposition and including electrical wires, the electrical wires being twisted together. In a cross-section perpendicular to a longitudinal direction of the core, the core has layers in which the electrical wires are arranged on circumferences, and an innermost layer of the layers is closest to the oil absorptive interposition. A twist pitch of the electrical wires in the innermost layer is greater than or equal to 0.45 times and less than 0.8 times a twist pitch of the electrical wires in an outermost layer of the layers.

Abstract: The rotating electrical machine disclosed in the present application provides a rotor shafts supported by bearings, a rotor attached to the rotor shaft and rotates with the rotor shaft, a stator that surrounds the rotor through a gap so that the rotor can rotate, a frame that surrounds the rotor and the stator, an outer circumference of the stator is attached to an inner circumference of the frame, and an annular member provided along the inner circumference of the frame to prevent foreign matter existing at the boundary part between the frame and the stator from moving to a region different from the boundary part, it prevents foreign matter generated in the manufacturing process of the rotating electrical machine, such as shavings of a frame, from being scattered inside the rotating electrical machine.

Abstract: To make it possible to perform diagnosis of a part fault with accuracy by correctly grasping the periodicity of an image defect in a case of double-sided printing. The periodicity of a defect is determined by performing processing that is in accordance with an operation mode in a case where double-sided printing is performed and which achieves consistency between page order in a case where printing is performed in the printing unit and page order in a case where reading is performed in the reading unit.

Abstract: An inspection apparatus operable to inspect printed matter is provided. The inspection apparatus, in a case where an inspection process for inspecting a defect of the printed matter is set, performs an inspection process on the scanned image data to be inspected, which has been obtained by reading the printed matter, based on a reference image, and in a case where a character quality inspection process for inspecting a quality of a character of the printed matter is set, performs a character quality inspection process on the scanned image data to be inspected based on the reference image. The inspection apparatus makes an instruction so as to adjust image data to be printed by a printing apparatus that generated the printed matter in accordance with an inspection result of the character quality inspection process.

Abstract: In response to reception of instructions to print a color sample from a user, first, a printing unit is caused to perform calibration. Then, after the calibration is completed in the printing unit, control is performed so that print data is generated by execution of predetermined image processing for image data representing the color sample and printing processing of the print data is performed in the printing unit.

Abstract: Thin magnesium plate 101, which contains metal magnesium, is enclosed by separator 102, which is made of fluid-permeable material and is used as magnesium fuel assembly 100 in magnesium battery 120 in this invention. Magnesium fuel assembly 100 is enclosed from both sides by cathode 103 and provided with electrolyte retention unit 106, which stores electrolyte 107, at its bottom. When magnesium fuel assembly 100 is pushed down from above, separator 102 is impregnated with electrolyte 107, thereby initiating the battery reaction.

Abstract: In processing to thicken a white thin line, the application range thereof is controlled to as to prevent a white thin line not intended by a user from being thickened. The thickening processing is performed for a line that has a density less than or equal to a predetermined density and includes a pixel having attribute information of a drawing object; and not performed for a line that has a density less than or equal to the predetermined density and includes a pixel not having attribute information of the drawing object.

Abstract: In response to reception of instructions to print a color sample from a user, first, a printing unit is caused to perform calibration. Then, after the calibration is completed in the printing unit, control is performed so that print data is generated by execution of predetermined image processing for image data representing the color sample and printing processing of the print data is performed in the printing unit.

Abstract: An image processing apparatus includes a rendering unit, a reception unit, and a smoothing unit. The rendering unit executes rendering processing on page description language (PDL) data and generate bitmap data. The reception unit receives a setting of a rendering condition that is used in the rendering processing in order for the rendering unit to generate bitmap data in which a diagonal line, having a predetermined line width designated by the PDL data, is thicker than a horizontal line having the predetermined line width. The smoothing unit executes smoothing processing on the generated bitmap data. The smoothing unit executes smoothing processing of thickening the diagonal line within the bitmap data based on reception of the setting of the rendering condition by the reception unit, and the smoothing unit executes smoothing processing of thinning the diagonal line based on non-reception of the setting of the rendering condition by the reception unit.

Abstract: An image processing apparatus includes a rendering unit, a reception unit, and a smoothing unit. The rendering unit executes rendering processing on page description language (PDL) data and generate bitmap data. The reception unit receives a setting of a rendering condition that is used in the rendering processing in order for the rendering unit to generate bitmap data in which a diagonal line, having a predetermined line width designated by the PDL data, is thicker than a horizontal line having the predetermined line width. The smoothing unit executes smoothing processing on the generated bitmap data. The smoothing unit executes smoothing processing of thickening the diagonal line within the bitmap data based on reception of the setting of the rendering condition by the reception unit, and the smoothing unit executes smoothing processing of thinning the diagonal line based on non-reception of the setting of the rendering condition by the reception unit.

Abstract: In processing to thicken a white thin line, the application range thereof is controlled to as to prevent a white thin line not intended by a user from being thickened. The thickening processing is performed for a line that has a density less than or equal to a predetermined density and includes a pixel having attribute information of a drawing object; and not performed for a line that has a density less than or equal to the predetermined density and includes a pixel not having attribute information of the drawing object.

Abstract: Thin magnesium plate 101, which contains metal magnesium, is enclosed by separator 102, which is made of fluid-permeable material and is used as magnesium fuel assembly 100 in magnesium battery 120 in this invention. Magnesium fuel assembly 100 is enclosed from both sides by cathode 103 and provided with electrolyte retention unit 106, which stores electrolyte 107, at its bottom. When magnesium fuel assembly 100 is pushed down from above, separator 102 is impregnated with electrolyte 107, thereby initiating the battery reaction.

Abstract: The present invention is designable on any thickness of magnesium thin plate, providing collectable power supply to the battery part of fuel body. The magnesium air battery 100 provides: the fuel body supply 200 including multiples of magnesium fuel bodies 101 that include magnesium; battery part 300 formed of conductive materials and an electrode that supplies electrons to oxygen; the disposal outlet 400, containing the fuel body integration part 401 that collects the exhausted magnesium fuel body 101; the fuel body holding frame 303, where the magnesium fuel body 101 is in a detachable hold, which moves through the fuel body supply 200, the battery part 300 and the disposal outlet 400.

Abstract: A magnesium battery, which uses oxygen in the air as the cathode active material and magnesium as the anode active material, the invention provides a simple mechanism that enables realization of a magnesium fuel assembly and a magnesium battery capable of uninterrupted fuel supply.

Abstract: The small-sized water treatment equipment providing high water treatment efficiency without using multi-stage structure in the water treatment equipment for obtaining fresh water from raw water, including sea water. The water treatment equipment 10 comprises the evaporation parts 11 and 12, the condenser part 13 and the heat exchanger 24, and the raw water, including sea water, being introduced within the equipment circulates between the evaporation parts 11 and 12 and the heat exchanger 24 via circulating the circulation paths 40a to 40d. Further, circulating water circulates between the condenser part 13 and the heat exchanger 24 via circulating the circulating water circulation paths 41a to 41c, being vaporized at the evaporation parts 11 and 12 and cause vapor-liquid contact in the condenser part 13 with the steam that has circulated the air flow channels 42a to 42c.

Abstract: A magnesium fuel element (100) comprises the magnesium thin plate (101), the front surface separator (102), and the back separator (103), and functions as a fuel for the magnesium air battery. The front surface separator (102) and the back separator (103) are folded, and the plurality of magnesium thin plates (101) are arranged in a stacked manner. The front surface separator (102) and the back separator (103) will be expanded, if the magnesium thin plate (101) moves parallel to the front surface.

Abstract: A water treatment system (220) heats raw water, gasifies a portion thereof by an evaporator (34), and condenses the gasified steam at a condensation area (240) to obtain condensed water. The water treatment system (220) includes a heater (32) for heating raw water, a steam conducting part (35, 36) for conducting, to the condensation area (240), steam gasified from the raw water heated by the heater (32), and a pipe (221) for conducting circulating water from the condensation area (240) to the evaporator (34), causing heat exchange between the steam conducted to the condensation area (240) by the steam conducting part (35, 36) and the circulating water, as well as causing heat exchange between the raw water and the circulating water at the evaporator (34).

Abstract: The present invention is designable on any thickness of magnesium thin plate, providing collectable power supply to the battery part of fuel body. The magnesium air battery 100 provides: the fuel body supply 200 including multiples of magnesium fuel bodies 101 that include magnesium; battery part 300 formed of conductive materials and an electrode that supplies electrons to oxygen; the disposal outlet 400, containing the fuel body integration part 401 that collects the exhausted magnesium fuel body 101; the fuel body holding frame 303, where the magnesium fuel body 101 is in a detachable hold, which moves through the fuel body supply 200, the battery part 300 and the disposal outlet 400.

Abstract: A magnesium fuel element (100) comprises the magnesium thin plate (101), the front surface separator (102), and the back separator (103), and functions as a fuel for the magnesium air battery. The front surface separator (102) and the back separator (103) are folded, and the plurality of magnesium thin plates (101) are arranged in a stacked manner. The front surface separator (102) and the back separator (103) will be expanded, if the magnesium thin plate (101) moves parallel to the front surface.

Abstract: A printing control apparatus performs binding processing for binding a plurality of sheets without using a staple to enable a user to easily separate a sheet from a sheet bundle after the binding processing. The printing control apparatus causes a binding unit to perform a binding processing for binding a plurality of sheets without using a staple, and then controls the binding unit to perform a binding processing for binding the plurality of sheets and a sheet different from the plurality of sheets.