JPH084462B2 - Steam treatment method for food - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial field of application) The present invention relates to a method of steam-treating a food by using a multi-element mineral having silicic acid as a core.

(Prior Art) The effect of multi-element minerals having silicic acid as a nucleus, such as barley stone, is widely known. That is, when boiled stone is placed in water, boiled stone adsorbs bacteria such as Escherichia coli contained in water and harmful substances such as cadmium and mercury in a short time, and minerals such as calcium, manganese, and iron in water. It has the function of eluting and adjusting acidic water to weak alkaline water.

In addition, the internal structure of barley stone has irregular changes in the electrification density, and when water is poured into the container containing the small mass of barley stone, the interfacial electric potential due to the interfacial potential difference between the surface of the small mass and water is generated. The phenomenon is induced, and the charge density, which has been scattered on the solid surface until then, is filled with ions throughout the space in the cylindrical container through the migration and diffusion of ion points due to the rapid potential difference generation. On the other hand, the dipole efficiency of water is added, and the synergistic effect with this increases the charge density further, and an electrostatic induction phenomenon occurs in water.

As an application of these characteristics, Shoukai 61-7970
There is a mineral water generator disclosed in No. 0. In this generator, a large number of small boiled stones are arranged in a container, and a magnetic plate is attached to the inner surface of a cap mounted on the top of the container. Then, after pouring water into the container, an electron avalanche is expressed inside, and electrons emitted from various elements in the ore are negatively ionized to be water-soluble.

Although there is a method of generating mineral water with a composition using an ore such as barley stone or a magnet in this way, it imparts similar properties to steam and is used for processing food such as tofu, noodles, Japanese sweets, etc. Generally, the method of evaporating the generated mineral water was adopted, and the work was very complicated.

(Problems to be Solved by the Invention) As described above, the present invention is intended to solve the problem that the work is extremely complicated.

Configuration of the Invention (Means for Solving the Problems) In order to solve the above-mentioned problems, the present invention supplies a plurality of multi-element minerals containing silicic acid as a nucleus, which are provided with steam in the container. The vapor is activated by passing it through the gap between them, and the vapor is ionized by an ionizing member made of a magnetic material arranged in the gap, and further vaporized after the activation and ionization process, is sent out of the container. This steam is used to steam food.

(Operation) By adopting the above-mentioned means in the present invention, electrons emitted from various elements in the mineral are ionized and dissolved in the vapor passing through the gap.

Embodiment An embodiment of the present invention will be described in detail below with reference to the drawings.

A cylindrical container 1 is supported on the floor via a suitable number of legs L, and a partition plate 2 made of a disc-shaped punching metal partitions the inside of the container 1 vertically at the lower end of the inner peripheral wall of the container 1. As described above, the inflow chamber 3 at the lower end and the ore deposition chamber 4 occupying most of the container 1 are formed above the inflow chamber 3 and the inflow chamber. A large number of ores 5 are deposited on the partition plate 2 in the deposition chamber 4
The vapor is deposited on almost the entire area except the upper part of the ore, and the vapor rising from the inflow chamber 3 through the partition plate 2 passes through the gap 6 between the ores 5. As the ore 5, a medicinal stone having silicic acid as a nucleus, such as barley stone, is used. Further, the partition plate 2 has a plurality of screw rods 7 extending upward.
Are erected and fixed at an equal angle in the circumferential direction.
A plurality of magnet disks 8 as ionizing members are vertically mounted at equal intervals. These magnet disks 8 are arranged so that the same poles face each other, and the lines of magnetic force repel each other to form a wide magnetic field. The screw rod 7 and the magnet disc 8 are arranged in the gap 6 of the ore 5, and the vapor passing through the gap 6 is negatively ionized by the action of the magnetic field of the magnet disc 8.

An introduction hole 9 is provided at the bottom of the deposition chamber 4 of the container 1,
A supply pipe 10 extending from a steam supply device (not shown) installed outside the container 1 projects into the introduction hole 9. The supply pipe 10 is bent into an elbow shape in the deposition chamber 4 and is directed downward, and passes through a through hole 11 penetrating the partition plate 2 to flow into the inflow chamber 3.
Extending to. In addition, a lead-out hole 12 is provided in the upper part of the deposition chamber 4 of the container 1, and a delivery pipe extending from above in an elbow shape.
13 extends outside the container 1 through the outlet 12 and reaches a food processing device (not shown). The delivery pipe 13 is located in the container 1 at a position slightly above the ore 5 in which the upper end opening 14 thereof is deposited.
Is stretched.

As indicated by the phantom line, the container 1 is covered with the heat insulating member 16 and is always kept at a constant temperature, so that the temperature of the steam passing through the container 1 does not drop due to the container 1 cooling.

Now, the operation of the steam processing apparatus configured as described above will be described in detail below.

The steam supplied from the steam supply device into the container 1 fills the inflow chamber 3 and then rises from the holes of the partition plate 2 into the deposition chamber 4. In the deposition chamber 4, the vapor passes through the gap 6 of the ore 5 and rises, and an interfacial electrical phenomenon caused by the interfacial potential difference between the vapor and the ore 5 is induced, and the electric charges scattered on the surface of the ore 5 until then. While the vapor is filled with ions through the migration and diffusion of ion points due to the rapid generation of a potential difference, the dipole efficiency of the vapor is added, and the synergistic effect with this increases the charge density further, resulting in an electrostatic induction phenomenon in the vapor. Occurs. At the same time, the vapor passes through the magnetic field of the magnet disk 8,
An electromagnetic induction phenomenon occurs in the vapor, and the above-mentioned various phenomena are synergistically generated to produce an electron avalanche phenomenon. At this time, the electrons emitted by the elements of the ore 5 are ionized and dissolved in the vapor. Therefore, the halogenated substance contained in the vapor is actively adsorbed on the ore surface of the porous chamber.

After that, when the steam reaches a height higher than the opening 14 of the delivery pipe 13, the steam flows into the delivery pipe 13 through the wire net 15 of the opening 14 and is sent to the food processing apparatus outside the container 1 to perform steaming processing of the food. Be seen.

In addition, since the wire net 15 is stretched over the opening 14 of the delivery pipe 13, small particles of the ore 5 do not enter the delivery pipe 13.

Further, since the magnet disks 8 are arranged on the screw rod 7 so that the same poles face each other, the magnetic field of the magnet disks 8 becomes wide and the region where the steam is magnetized becomes extremely wide. .

Further, since the components of the ore 5 are melted and the activated and ionized steam is used to steam the food, the activated and ionized steam containing the components of the ore 5 adheres to the surface of the food exposed to the steam, so that the microorganisms propagate. Is greatly suppressed and the freshness of food is maintained for a long time.

It should be noted that the present invention is not limited to the above-described embodiments, and any modification can be made without departing from the spirit of the invention, for example, forming the partition plate 2 with a strong metal net instead of punching metal. Is.

EFFECTS OF THE INVENTION As described in detail above, in the present invention, the surface of the food exposed to steam for steaming the food by the activated and ionized steam from which the ingredients of the multi-element mineral are melted is active containing the ingredients of the multi-element mineral. Since the vaporized and ionized vapor adheres, the growth of microorganisms is greatly suppressed, and the freshness of food is maintained for a long period of time.

[Brief description of drawings]

The figure is a cross-sectional view showing the present invention in concrete form. The container 1, the mineral 5, the gap 6, and the magnetic disk 8 constituting the ionization member.

Claims (3)

[Claims] 1. Steam is supplied into a container (1) and the steam is passed through a gap (6) between a plurality of silicic acid-based multi-element minerals (5) arranged in the container (1). While being activated, the vapor is ionized by the ionizing member (8) made of a magnetic material arranged in the gap (6), and the vapor is further removed from the container (1) after the activation process and the ionization process. And steaming the food with this steam. 2. The food vapor according to claim 1, wherein the ionizing member is a plurality of magnet disks (8) having the same poles facing each other on the screw rod (7). Processing method. 3. The method for steam treating food according to claim 1, wherein the mineral (5) is a medicinal stone such as barley stone.