Meiji Seika Kaisha, Ltd.

Toshiba Machine Co., Ltd.

Micro Denshi Co., Ltd.

Meiji Seika Co., Ltd.

Tokai Nuts Co., Ltd.

Keizo Mochizuki

Shinichi Makishima

Naoki Sumi

Iwao Hachiya

Mitsuhiro Sakurai

Yukio Kuwada

Tomio Minobe

Mitsuo Yamaguchi

Yoshihiko Mizoguchi

Taisuke Yamane

Eiichi Kurokawa

Yuji Shimamoto

Kenjiro Ogo

Atsuko Suzuki

Kouji Ishige

Yoshio Moriyama

Kyoko Tsuchidate

A cooking control method and a cooking control system for a food extruder used for producing direct-puffed snacks includes a material supply mechanism, a hydration mechanism, a processing mechanism including an extruder, and a control computer. The control computer determines a specific power consumption value from the electric energy consumed by the extruder and the supplied amount of the dough material, at the time of producing snacks having excellent quality, to designate this value as a reference value, compares this reference value of the specific power consumption value with the actual specific power consumption value, and when the difference is small, controls the number of revolutions of the extruder, and when the difference is large, controls not only the number of revolutions of the extruder, but also the amount of water added and the feed amount of materials, to thereby stabilize the snack quality.

Food extruder cooking control method and cooking control system

A spray apparatus for spraying oily confectionery row material, wherein a nozzle cap is disposed around a nozzle, the nozzle cap is interlocked with a nozzle-cap-bar drive disc through a nozzle cap driving bar, and the nozzle-cap-bar drive disc is coupled with a cap-bar drive motor so that the nozzle-cap-bar drive disc is lengthwise moved to a desired position. The spray apparatus can independently control a spraying area and a particle size of the sprayed oily confectionery material in simple and automatic manner when the oily confectionery raw material is sprayed.

Automatic spray apparatus for oily confectionery raw material

Method of manufacturing high pressure gas charged candy and high

Method of making coated ball-shaped frozen dessert product

There are provided a method of preparing pellets for a snack confectionery and an expanded snack confectionery by using the pellets. A dough for the pellets contains corn flour and potato starch. The pellets are thermally treated by using a home-type hair dryer to make those into the expanded snack confectionery.

Method of preparing pellets for snack confectionery and an expanded

A process for the manufacture of fried potatoes by using as a raw material potato pieces having a specific gravity of 1.070-1.085 and cut into a thick square pillar or corrugated form. The process includes the steps of cutting a potato having said specific gravity into pieces, dipping the pieces into hot water at a temperature of 60.degree.-70.degree. C. for 5-10 minutes to blanch the same, primary frying the blanched pieces in an edible oil kept at a temperature of 160.degree.-190.degree.C., immediately freezing the fried pieces at a temperature not higher than -20.degree.C., secondary frying the frozen pieces in an edible oil kept at a temperature of 170.degree.-190.degree.C., and drying the fried pieces to obtain final products which have a moisture content of 0.5-5.0% by weight and an oil content of 30-35% by weight.

Process for the manufacture of fried potatoes

Disclosed is a method of separating nuts from kernels in a nut-and-kernel mixture in terms of the sound characteristic of nuts or kernels. Specifically each and every nut or kernel is allowed to produce sound to distinguish nuts from kernels in terms of nut-representative, 6-to-16 kilohertz high sound components detected, if any in the produced sound.

Method of separating nuts from kernels in a nut-and-kernel mixture

The invention is to improve a molding nozzle assembly for producing hollow cylindrical snack foods. In order to produce hollow cylindrical snack food products of even thickness and the hollow spaces being almost perfectly circular, it includes a nozzle body having a throat, a conical hole converging to the throat and a cylindrical hole extending from the throat. An elongated pin is set in the nozzle passing through the conical hole, throat and cylindrical hole, and a mount is fixed to the nozzle body. The pin has a conical head at one end thereof and a disk collar fixed to the conical head of the pin. The disk collar has circular holes around its center.

Molding nozzle assembly for producing hollow cylindrical snack foods

A process for the manufacture of an expanded hollow confectionery which allows charging of an fatty confectionery dough by an injection method. The expanded hollow confectionery is prepared by charging raw materials of grain flour, starch, seasoning and water into a steam-processing machine to prepare a steam-boiled dough, charging the steam-boiled dough into a mixer to stir the same for entrapping air therein, shaping the air-entrapped dough into a sheet, overlapping the dough sheet on another dough sheet, stamping the double-layered dough sheet to obtain flat dough pieces, drying the dough pieces, so that specific gravity of the pieces becomes 1.18-1.25, and then heating the dried pieces to cause expansion thereof.

Process for the manufacture of expanded hollow confectionery

An apparatus for drying a fried food has a dry chamber being provided with separated chambers in which the food is transported in order, a microwave oscillator for supplying a microwave energy to the respective separated chambers, and hot blast generator for supplying heated air to the respective separated chambers. The length in the food forward direction of each of the separated chamber is equal to or longer than that of just before chamber. The microwave energy supplied to each of the separated chamber corresponds to the water content of the fried food passing through the chamber.

Apparatus for controlling water content of fried food using microwave

A process for the preparation of a hard candy containing an enzyme is disclosed, which comprises steps of preparing an unusual hard candy containing no enzyme, crushing the same into particles, mixing the enzyme with the candy particles, press treating the mixture to form a shaped mass, putting the mass into a pressure vessel, heating the vessel under pressurized inert gas to cause a partial melt of the mass, cooling the vessel to make the mass into the hard candy product, and releasing the pressure in the vessel.

Process for the preparation of enzyme containing hard candy

A method of producing a pressurized gas-entrapping candy is disclosed, which candy releases the gas to generate pleasant sound in mouth, as it melts therein. The candy is produced by heating a mixture of raw materials and water to dissolve the mixture and to condense the same, forming fine air bubbles therein, cooling and shaping to convert the condensate to candy pieces of a desired form, dipping the shaped candy pieces into liquid nitrogen, taking out the candy pieces therefrom to put in a pressure vessel, charging into the vessel an inert gas under pressure, and heating the vessel to cause a partial melting of the candy piece and to entrap the gas in the candy piece.

Method of producing pressurized gas-entrapping candy

A method of producing a pressurized gas-entrapping candy is disclosed, which candy releases the gas to generate pleasing sound in mouth, as it melts therein. The candy is produced by heating a mixture of raw materials and water to dissolve the mixture and to condense the same, cooling to solidify the condensate, crashing the solidified mass into particles, charging the particles in a mold to press the same for pre-shaping into a desired one, charging the pre-shaped piece into a pressure vessel, charging an inert gas under an increased pressure and heating the pressure vessel to cause a partial melting of the particles constituting the pre-shaped candy piece, and to entrap the gas in a candy piece which has finally no pore in its outer surface.

Disclosed is a process for the production of french-fried potato strips, which have a crisp mouth feel and neither shrinkage nor deformation. The process comprises the steps of cutting raw potatoes to form strips thereof, blanching the strips, par-frying the blanched strips in an edible oil, freezing the fried strips immediately after the par-frying, and then subjecting the frozen strips to finish frying in an edible oil, while subjecting to microwave energy.

Process for the production of fried potato strips

A process for producing a snack product with an expanded coating comprising a core material selected from the group consisting of nuts, beans, seeds, expanded starchy materials coated with fatty confectionary material and shaped fatty confectionary material. While being tumbled, the core material is given a first coating by alternately sprinkling or spraying a 60:40 to 30:70 mixture by weight of a starchy flour that has small expandability but provides good savor and a highly expandable pregelatinized starchy flour and an aqueous sugar solution comprising corn syrup or a mixture of 1 part by weight of corn syrup and not more than 2 parts by weight of sucrose that is dissolved in water to give a refractive Brix value between 30 and 40. The coated core material is then given a second coating by alternately sprinkling or spraying a mixture of the less expandable but highly savory starchy flour with an equal or less amount by weight of the highly expandable pregelatinized starchy flour and an aqueous sugar solution that comprises sucrose or a mixture of 2 parts by weight of sucrose and not more than 1 part by weight of corn syrup and/or soluble starch that is dissolved in water to give a refractive Brix value between 50 and 60. The core material with the first and second coatings is then fried after optional drying.

Growing community of inventors

Sakado, Japan

Keizo Mochizuki