Abstract: A gravure kiss coater 1 includes a paint feeder 30 placed along a small-diameter gravure roll 10 having an outside diameter D in a range of 45-150 mm. The paint feeder 30 includes a doctor blade 32, a case 31, and a coating feed path 34, 35. A distal end 32a of the doctor blade 32 is directed in a direction opposite to a direction of rotation of the small-diameter gravure roll 10, and the small-diameter gravure roll 10 is capable of contacting the substrate S within a range of rotation angles equal to or less than 90° from the distal end 32a of the doctor blade 32.

Abstract: A double-sided coater 1 includes a first coater 5a coating a surface not contacting a guide roll 4b, and a second coater 5b coating another surface contacting the guide roll 4b. Each of the first and second coaters 5a and 5b includes a gravure kiss coater including a small-diameter gravure roll 10 and a coating liquid supplier 30. The guide roll 4b guides a substrate S from a vertical direction to a horizontal direction to allow the first coater 5a to coat the substrate S from a lateral point while the substrate S travels vertically, and to allow the second coater 5b to coat the substrate S from a lower point while the substrate S travels horizontally.

Abstract: First and second coaters, first and second edge determiners, and first and second moving mechanisms are provided. The first and second coaters apply a coating solution for forming a heat-resistant protection layer onto both surfaces of a substrate on each of which an active material layer is previously formed. The first and second edge determiners determine the locations of lateral edges of the active material layers formed on both surfaces of the substrate to be coated by the respective first and second coaters. The first and second moving mechanisms move the location of the substrate along the width thereof based on the locations of the lateral edges determined by the first and second edge determiners, respectively. The locations of regions of both surfaces of the substrate to be coated are separately adjusted.

Abstract: A double-sided coater 1 includes a first coater 5a coating a surface not contacting a guide roll 4b, and a second coater 5b coating another surface contacting the guide roll 4b. Each of the first and second coaters 5a and 5b includes a gravure kiss coater including a small-diameter gravure roll 10 and a coating liquid supplier 30. The guide roll 4b guides a substrate S from a vertical direction to a horizontal direction to allow the first coater 5a to coat the substrate S from a lateral point while the substrate S travels vertically, and to allow the second coater 5b to coat the substrate S from a lower point while the substrate S travels horizontally.

Abstract: A thin material winding apparatus includes: a winding shaft for winding up a strip of thin material; a drive motor for driving the winding shaft; and a control unit for controlling the drive motor in such a way that the product of a diameter of a rolled thin material on the winding shaft and a tension exerting on the thin material is constant during a specified winding period. The control unit is provided with a diameter detecting device for detecting a diameter of the rolled thin material; a memory for storing a relationship between a target tension and a diameter of the rolled thin material to make the product of a diameter of the rolled thin material and a tension on the thin material constant; a target tension readout device for reading out a target tension in accordance with a detection of the diameter detecting device; and a drive motor control portion for controlling the drive motor so that the thin material has a tension agreeing with the target tension.

Abstract: A zigzag folding apparatus for a form printing machine has a guiding device for paper feeding disposed in the front end thereof, folding arms for holding paper form blanks in a zigzag along their respective transversely perforated lines through rightward and leftward swing movements thereof effected by crank shafts, and a plurality of rotary spirals for arranging the paper blanks folded by the folding arms in a pile through guiding along the fold lines of the same. Particularly, the crank shafts are connected via a rotating transmission mechanism of gearing to a servo motor for folding drive which is controlled with control signals.

Abstract: A zigzag folding apparatus for a form printing machine, having: a pair of rolls for outfeeding a paper strip being mounted to folding arms for folding the paper strip in a zigzag, one of the folding arms having a swing lever synchronized for swinging motion with the arm, a swing center of the lever coinciding coaxially with the point of contact between both the rolls, so that the rolls can perform an auxiliary folding operation to assist the folding operation of the folding arms under the condition in which the point of outfeeding the paper strip remains stationary; and a swing drive mechanism for activating the swing lever having main shafts on the drive side and out shafts for a swing section disposed in parallel relationship, the main shaft and the output shaft being connected one another by means of a shift transmitting mechanism in which a ratio of transmitting is chaged by operating a screw from the outside, so that the adjustment can be made according to a width of swing on the swing lever and the loca

Abstract: In a form printing machine having a printing section provided with a printing unit comprising a plate cylinder, a blanket cylinder and an impression cylinder, a change speed means for changing the rotation speed of the impression cylinder independently of the plate cylinder and the blanket cylinder is provided.