Abstract: Black beans B are coated with a mineral layer 1 containing calcium powder and dolomite powder, a dough layer 2 formed by roasting a dough mixture containing flour, and an outside layer 3 formed by solidifying a seasoning mixture containing, for example, soymilk powder and powdered tea with hardened fat or oil. In 30 parts by weight of black beans, from 2 to 5, both inclusive, parts by weight of the calcium powder, from 30 to 45, both inclusive, parts by weight of the dolomite powder, and from 5 to 15, both inclusive, parts by weight of the soymilk powder, are contained.

Abstract: Black beans B are coated with a mineral layer 1 containing calcium powder and dolomite powder, a dough layer 2 formed by roasting a dough mixture containing flour, and an outside layer 3 formed by solidifying a seasoning mixture containing, for example, soymilk powder and powdered tea with hardened fat or oil. In 30 parts by weight of black beans, from 2 to 5, both inclusive, parts by weight of the calcium powder, from 30 to 45, both inclusive, parts by weight of the dolomite powder, and from 5 to 15, both inclusive, parts by weight of the soymilk powder, are contained.

Abstract: The present invention provides: a unit-piece printing sheet which gives unit pieces having a smooth cut on the periphery thereof and can be subjected to printing on both front and back of the unit pieces, as well as a process for producing the unit-piece printing sheet. The unit-piece printing sheet comprises both front and back printing base materials laminated via a thermoplastic resin film adhesive layer, wherein each of the printing base materials is divided into sections by forming a slit at each facing position of the front and back printing base materials to form unit pieces, and the portion of the thermoplastic resin film adhesive layer at the slit-forming position is made a breakable connecting portion.

Abstract: The present invention provides: a unit-piece printing sheet which gives unit pieces having a smooth cut on the periphery thereof and can be subjected to printing on both front and back of the unit pieces, as well as a process for producing the unit-piece printing sheet. The unit-piece printing sheet comprises both front and back printing base materials laminated via a thermoplastic resin film adhesive layer, wherein each of the printing base materials is divided into sections by forming a slit at each facing position of the front and back printing base materials to form unit pieces, and the portion of the thermoplastic resin film adhesive layer at the slit-forming position is made a breakable connecting portion.

Abstract: A multifunctional bag device according to this invention can be used not only as an ordinary bag, but also to provide a variety of functions by itself or with a sheet and hood contained in the bag. The multifunctional bag device of this invention includes a bag 1 consisting of right and left bag members 1a, 1b that is designed to contain appropriate things in it, a single sheet 2 which is contained in the bag 1 in a folded state, and a hood 3 formed so that it can be loaded on the upper portion of the sheet via fasteners. The bag 1 has handles 6 at the top, and edges of the right and left bag members are connected to each other at the bottom 4, and with a fastener 5 or other opening/closing device which allows the right and left bag members to be unfolded. The sheet 2 is equipped with a fastener 7 or other opening/closing device at peripheral edges to allow a bag 8 to be formed by folding the single sheet in half.

Abstract: An atomizing type burner comprises an air supply tube (11,103) for supplying an air, a combustion cylinder (104,114,115) connected to the open end of the air supply tube (11,103), a fuel supply tube (102) for supplying a fuel at least partially placed in the air supply tube (11,103), a fuel atomizing nozzle (101) formed in the shape of a funnel and connected to the open end of the fuel supply tube (102), a passage formed by the air supply tube (11), the combustion cylinder (104), the fuel supply tube (102) and the fuel atomizing nozzle (101), and a small clearance portion formed in the passage near the fuel atomizing nozzle (101). The small clearance portion is nallower than the front and the rear portions of the passage so as to function as an atomizer.

Abstract: In an apparatus for burning a combustible liquid containing a combustible liquid and water, a furnace (1) has a lower portion, an upper portion and a side portion extending between the lower portion and the upper portion. A burner (2) is placed at the lower portion of the furnace (1) for burning a fuel. A heat exchanger (3A) is connected to the furnace (1) for receiving a hot gas produced in the furnace (1) and heating the combustible liquid so as to vapourize the water. A generator (3B) is connected to the heat exchanger (3A) for generating the vapourized water. A heater (7) is placed at the upper portion of the furnace (1) and connected to the generator (3B) for heating the vapourized water so as to be dried before it enters into the furnace (1).