Abstract: A cooked rice molding method includes a first supplying step of spreading cooked rice in a plate form on rolling-up plates deployed horizontally, a second supplying step of placing a dried laver sheet and ingredients on the cooked rice, a first pressing step of folding a first rotating plate and a second rotating plate disposed on two sides of a base plate in a direction to erect at approximate right angles with respect to the base plate, and a second pressing step of folding the third rotating plate rotatably attached to the first rotating plate at a side opposite to the base plate, to a base plate side. Then, the method includes a repositioning step of deploying the rolling-up plates in the horizontal state, and rotating the cooked rice about 90 degrees on the rolling-up bamboo plate. Finally, the first pressing step is repeated again.

Abstract: There is provided a cooked rice molding apparatus which enables a rice mat to be easily moved and the rice mat to be stored. A rice mat formed into a plate shape by a forming section 3 is spread over a pick plate 5 placed on a slide tray 4, and the rice mat, along with the pick plate 5, is removed from the slide tray 4.

Abstract: A cooked rice molding method includes a first supplying step of spreading cooked rice in a plate form on rolling-up plates deployed horizontally, a second supplying step of placing a dried laver sheet and ingredients on the cooked rice, a first pressing step of folding a first rotating plate and a second rotating plate disposed on two sides of a base plate in a direction to erect at approximate right angles with respect to the base plate, and a second pressing step of folding the third rotating plate rotatably attached to the first rotating plate at a side opposite to the base plate, to a base plate side. Then, the method includes a repositioning step of deploying the rolling-up plates in the horizontal state, and rotating the cooked rice about 90 degrees on the rolling-up bamboo plate. Finally, the first pressing step is repeated again.

Abstract: There is provided a cooked rice molding apparatus which enables a rice mat to be easily moved and the rice mat to be stored. A rice mat formed into a plate shape by a forming section 3 is spread over a pick plate 5 placed on a slide tray 4, and the rice mat, along with the pick plate 5, is removed from the slide tray 4.

Abstract: There is provided a cooked rice molding apparatus capable of efficiently making back rolled sushi in which sushi rice is arranged so as to be directed to the surface side. When both ends of a rolling-up bamboo plate 5 are brought close to each other, a gap G allowing some of sushi rice R to be pulled out to the outside is provided in the abutting portion of the rolling-up bamboo plate 5, whereby some of the sushi rice R is let to escape, and is rolled in a spiral form by being repositioned.

Abstract: Provided is a cooked rice mold apparatus that can easily adjust the supply amount of sushi rice. The roller spacing of a top rolling roller pair 31 arranged on the exit side of a hopper 2 of a rolling section 4 is variable.

Abstract: Provided is a cooked rice mold apparatus that can mold rolled sushi having a stable shape and has good maintainability. Cam members 56, 57 provided on a rear surface of a rolling-up bamboo plate and lift plates 61, 62 that act on the cam members are connected by magnetically attaching means composed of a magnetic body and a magnet.

Abstract: Provided is a cooked rice mold apparatus that can easily adjust the supply amount of sushi rice. The roller spacing of a top rolling roller pair 31 arranged on the exit side of a hopper 2 of a rolling section 4 is variable.

Abstract: There is provided an apparatus for producing a roll foodstuff, which includes a roll maker having improvement in push of three rotating plates, wherein the first and second rotating plates (32) and (33) have cam members (41) and (42) with each curved bottom between the front and the rear, respectively; wherein the cam members (41) and (42) are symmetrically disposed on the back of respective first and second rotating plates such that the curved bottoms are opposite each other; and wherein the lift board (61) is in contact with the cam member so that upward movement of the lift board (61) causes rotation of the first and second rotating plates.