JPS6066946A - Ionizing system for food or drink - Google Patents

Abstract

PURPOSE:To ionize a large amount of food or drink in a container, by setting an electrode part in the container of truck, sending it to an electrical insulating stand insulated from the earth, applying high AC voltage to the electrode part. CONSTITUTION:The electrode part 12 clad with metal lines or wire net is set in the inner wall of the container 11, it is connected to the connector 14 by the lead line 13, and connected through the leading wire 27 to the high potential generator 20. The truck 10 having the container 11 packed with food or drink is sent to the electrical insulting stand 30 insulating it from the earth, and high AC voltage is applied to the electrode part 12.

Description

[Detailed description of the invention] It's about systems.

Conventionally, various devices have been known to ionize food and drink using AC high potential generators, but all of these devices require food and drink to be brought in and out of the high potential field generated by electrodes each time they are processed. Therefore, it is difficult to quickly ionize food and drink to human skin. It was.

In view of the above-mentioned problems, the present invention aims to provide a system that ionizes food and drink quickly and in large quantities.
An electrode part such as a metal wire or wire mesh is arranged inside the container, and the electrode part is connected via a lead wire to an electrical connection part provided at a suitable place outside the storage compartment, and the M carrier can enter the storage compartment. At the same time, an AC high voltage transmitter having a connector connectable to the above-mentioned connection part is installed near one side Cζ of the above-mentioned insulating stand.
The transport vehicle is driven onto the insulating stand while the vehicle is housed within the CI law, the connector is installed in the connection part, and an alternating current high voltage is applied to the electrode part from the high potential generator. The present invention provides an ionization system for food and drink, which is characterized by: The wooden invention will be explained in detail below.

The drawing shows an embodiment of the present invention. In the drawing, (10) shows the continuous burning of food and drinks, (2'0) shows the AC high potential generator, and (3o) shows the above-mentioned transport vehicle (1o). It is an insulating platform that people can ride on and that separates it from the ground. Above J! [
! The transport vehicle (]0) has a storage compartment (11) that stores food and drinks, such as chicken meat, in a refrigerated or frozen state and holds 1 g. Collection#'1
An electrode part (12) made of wire mesh is provided on the inner wall of JIIT (11), and this 1iJIi part (]
211 inside the storage room 1] wall l) l or on the wall 6)
Storage R1 (]
1) is connected to the 4-skeleton connector (]4) attached to the outside wall.

The above IGM generator (2o) is connected to an AC-secondary power source (2o).
11. For example, connect AC 100V to the main side and the secondary iron core (2
2), wind the secondary coil (23), and then
(221 to tertiary □1 ile (24) and copper ring (25)
One end of the fill (24) is sealed and insulated, and the other end of the coil (24) is connected to a female connector (28) via an open/close controller (26) and four wires (27). This female connector (28) can be electrically connected to the four-way connector (14) of the storage (11).

In addition, this high potential generator (2o) has a female connector (
28) is installed in the vicinity of the insulating stand (30) so that it can be connected to the auxiliary screwdriver (14).

”As in the second book! At the time of construction, the transport vehicle (10) is placed on the insulating stand (30) with the food and drinks stored in the storage compartment (]]).
and connect the female connector (28) of the high potential generator (20) to the chair connector of the storage compartment (Jl).
(14) and then high potential generator (20)
When the Ti source (21) is closed, the tertiary coil (24)
An alternating current high potential, for example 10,000 V or more, is generated. Therefore, since one end of the coil (24) is insulated and sealed, theoretically no current is generated in the coil (24). However, the conductor (27) and the lead wire (13)
An alternating current high potential of the coil (24) is induced in the gold i (] 2) through the. As a result, from wire mesh (12) to storage (1
1) A high-potential AC radio wave is emitted3. Therefore, the food and drinks stored in the storage (11) are irradiated with alternating current radio waves all over the place, and since the alternating current radio waves have an IS potential, they penetrate into the food and drink.

In addition, for relatively large food and drink items with little water content, a higher potential may be applied, for example, 50,000 to 1°, ooov.
It is necessary to give it by j. In this way, by irradiating and penetrating the whole AC radio wave at the IR'rri level, the food and drink will be ionized, and various effects associated with ionization will be observed, which has been clearly demonstrated in various experimental examples. has been done.

In the above embodiment, a wire mesh was used as the ftX pole part (121), but it could be constructed by stretching the wire mesh around it or by standing the electrode rod in the storage (11). In addition, the electrode section (12) should not be installed on all the walls in the storage 1fi (1) for the most efficient purpose (it should be installed only at a position where high-potential AC radio waves can be irradiated to food and drinks). You can also apply the 1ζ electrode part (
A similar effect can be obtained by placing food and drink in a high potential field by contacting 12). Furthermore, the transport vehicle is not limited to automobiles.

As explained above, in the food and drink ionization system according to the present invention, an electrode part made of metal cotton, wire mesh, etc. is disposed in the storage compartment of the food and drink M carrier, and the electrode part is stored as described above via a lead wire. Connect the wire to the electrical connection provided in part A'1a+9i of the warehouse, install an insulating stand in an appropriate place that allows the above-mentioned Mi transport Ill to enter and insulate it from the ground, and make a connection with the above connection. An alternating current voltage emitting device that generates an electric current is installed near the insulating stand, and the transport vehicle is driven onto the insulating stand with the food and drinks stored in the storage compartment, and the connecting portion The above-mentioned connection is connected to the above-mentioned IS potential generator to apply a high alternating voltage to the above-mentioned electrode part.Ionize the food and drink while it is stored in the storage room. Therefore, food and drinks can be ionized quickly and in a large scale.Since only one high potential generator is required, there are advantages such as lower ionization processing costs.

Figure 4 i++i Nop 11 (Explanatory drawing ζλ Shows one embodiment of the present invention. Figure 1 is a schematic configuration diagram of the entire system, Figure 2 is a partially enlarged cutout without showing the outline of the storage) The main diagram, Figure 3, is the circuit of the high potential generator.
It is 8ryJ.

10. Transport vehicle, 11. Storage, 12. Electrode part, 14
Connection part, 20・High potential generator, 28 Connector, 30
Insulation stand, Patent applicant Yoshi σku Tadashi 11 is represented by Hito Yoshi [E'M Takashi

Claims (1)

[Claims] (For foods and drinks!!) An electrode part such as a metal wire or wire mesh is arranged inside the storage compartment of the transport vehicle, and the electrode part is installed at a suitable place outside the storage compartment via a lead wire and connected to the outside of the storage compartment. Connect the wire to the
The above-mentioned transport vehicle can enter and is insulated from the ground f! ! A veranda is installed at location 'a', and an AC IS potential generator having a connector that can be connected to the connection part J is installed near the insulating stand, and the food and drinks are transported while being stored in the storage compartment. The food and drink is characterized in that a car is driven onto the insulating stand, the connector is connected to the connection part, and six alternating potentials are applied to the electrode part from the high potential generator. Ionization system◇