Quantum resonance device

Abstract

A quantum resonance device comprising a conveying tube, an oscillator, and an electronic control unit, wherein one end of the conveying tube is an inlet and the other end of the conveying tube is an outlet, the conveying tube is provided with an inlet switch and an outlet switch, the inlet switch is located near the inlet and the outlet switch is located near the outlet, the oscillator is mounted on the conveying tube, the oscillator is located between the inlet switch and the outlet switch, the electronic control unit is connected to an external power source, and the electronic control unit is electrically connected to the inlet switch, the outlet switch, and the oscillator in order to control the inlet switch, the outlet switch, and the oscillator separately;wherein a substance is transported through the conveying tube in such a way that the substance passes through the section of the conveying tube corresponding to the oscillator, the oscillator acts on the substance to enable a smooth flow of electrons, and then the substance is discharged from the conveying tube via the outlet for further use.

Description

Field of the InventionThe present invention relates to a substance treatment device, and more particularly to a quantum resonance device that enables smooth electron flow of a substance and discloses an innovative structure.Prior ArtModern people are becoming increasingly active in their health. Balanced daily nutrition and the proper intake of food supplements have become an important issue. However, the substances supplied to the body are not always completely absorbed by the body, so that, despite the ingestion of different foods and food supplements, not all necessary nutrients can necessarily be absorbed by the body. Apart from individual factors such as physical condition or diseases, the reason is mostly that the substances taken can be poorly absorbed by the body.In view of the existing problems in the conventional art, the development of an ideal and practical innovative structure is of great importance to the related industry and represents an important research direction. In view of this, the inventor has been paid attention to the solution of the problem by his many years of occupation and, after several changes, attempts and improvements, has finally come to the present invention.Object of the InventionThe main object of the present invention is to provide a quantum resonance device. The technical problem to be solved is how to develop a novel more optimal and practical device that enables smooth electron flow of a substance.To achieve the above object, the present invention provides a quantum resonance device. It comprises a delivery pipe, an oscillator and an electronic control device, wherein one end of the delivery pipe is an inlet and the other end of the delivery pipe is an outlet, the delivery pipe is provided with an inlet switch and an outlet switch, the inlet switch is arranged near the inlet and the outlet switch is arranged near the outlet, the oscillator is plugged onto the delivery pipe, the oscillator is located between the inlet switch and the outlet switch, the electronic control device is connected to an external power source and the electronic control device is respectively electrically connected to the inlet switch, the outlet switch and the oscillator in order to be able to control the inlet switch, the outlet switch and the oscillator separately.In this way, a substance can be transported through the conveying pipe such that the substance passes the portion of the conveying pipe corresponding to the oscillator, the oscillator acts on the substance to allow smooth electron flow of the substance, and then the substance is discharged from the conveying pipe via the outlet for further use.As compared with the conventional technique, the innovative design and technical features of the present invention can achieve better industrial economic advantages and ensure the industrial applicability of easier human body absorption and higher rate of absorption of powdery, liquid or granular substances.Brief Description of the DrawingsFIG. 1 is a schematic side view according to a first embodiment in which the present invention is applied to liquid substances; FIG. 2 is a schematic side view according to a second embodiment in which the present invention is applied to powdery substances; Fig. 3 is a schematic side view according to a third embodiment in which the present invention is applied to granular substances.DETAILED DESCRIPTION OF THE EMBODIMENTSReference is made to Figs. 1 to 3 which show the embodiments of the quantum resonance device according to the present invention. The following description only explains exemplary embodiments of the invention and is not intended to limit the claims.Reference is made to FIG. 1. The quantum resonance apparatus according to a first embodiment includes a delivery tube 10, an oscillator 20, and an electronic controller 30, wherein one end of the delivery tube 10 is an inlet 11 and the other end of the delivery tube 10 is an outlet 12. Preferably, the inlet 11 is located at a horizontal height higher than the outlet 12, and in the present embodiment, the inlet 11 is further connected to an external storage device 40. The delivery pipe 10 is provided with an inlet switch 13 and an outlet switch 14, the inlet switch 13 being located near the inlet 11 and the outlet switch 14 being located near the outlet 12. The oscillator 20 is plugged onto the delivery pipe 10, wherein the oscillator 20 is located between the inlet switch 13 and the outlet switch 14. The electronic control device 30 is primarily made of electronic circuits and is connected to an external power source (not shown). The electronic controller 30 is electrically connected to the inlet switch 13, the outlet switch 14, and the oscillator 20, respectively, to be able to separately control the inlet switch 13, the outlet switch 14, and the oscillator 20. In this way, a liquid substance can be transported through the conveying pipe 10 so that the substance passes the portion of the conveying pipe 10 corresponding to the oscillator 20, the oscillator 20 acts on the substance to allow smooth electron flow of the substance, and then the substance is discharged from the conveying pipe 10 via the outlet 12 for further use.According to the above-described structure and technical features, the use and operation of the first embodiment for activating liquid substances will be described below: When the user turns on the outlet switch 14, the electronic controller 30 and the inlet switch 13 are simultaneously turned on, and the oscillator 20 is put into operation. A liquid substance is supplied through the storage device 40. When the liquid substance flows through the portion of the delivery pipe 10 corresponding to the oscillator 20, the oscillator 20 acts on the substance to allow smooth electron flow of the substance and thus generate a health-promoting energy substance. This energy substance flows out via the outlet 12 and is provided to the user for use. When the user turns off the exhaust switch 14, the electronic controller 30 and the oscillator 20 are simultaneously turned off. To control the operation of the inlet switch 13 and oscillator 20, the outlet switch 14 may be operated with a single key.In the first embodiment, the substance may be introduced into the conveying pipe 10 in advance according to actual requirements and required oscillation time of the substance to be processed so that the oscillator 20 can resonate the substance, the substance being placed in the conveying pipe 10 in front, to avoid deterioration of the quality of the substance discharged caused by too short oscillation time.The present invention can be used not only for altering the quality of various liquid substances including daily drinking water, but also is particularly useful for enabling smooth electron flow of powdery or granular substances. The oscillator 20 can adjust its oscillation frequency according to the properties of the substance located in the delivery pipe 10.Reference is made to Fig. 2 which shows a second embodiment used for a powdery substance. The main difference between the second embodiment and the first embodiment is that a feeder 50 is further disposed at an appropriate location of the delivery pipe 10. In the present exemplary embodiment, the feed device 50 is a screw conveyor device. By the supplying means 50, the powdery substance can be smoothly advanced inside the conveying pipe 10.Reference is made to Fig. 3 which shows a third embodiment used for a granular substance. The main difference between the third embodiment and the first embodiment is that a feeder 50 is further disposed at an appropriate location of the delivery pipe 10. In the present exemplary embodiment, the feed device 50 is a vibration conveying device. By the feeder 50, the granular substance can be smoothly advanced inside the conveying pipe 10.In the present invention, a liquid, powdery or granular substance which is passed through the conveying pipe 10 may be treated by the oscillator 20 at an appropriate frequency depending on the characteristics or composition of the substance, whereby the substance may be resonated to allow smooth electron flow of the substance and thus promote faster uptake by the human cells.Advantageous effects: With the innovative design and technical features of the oscillator 20 of the quantum resonance device according to the present invention, a liquid substance, a powdery substance or a granular substance which has been resonated can be easily absorbed by the human body, thereby providing the industrial applicability.The above embodiments are provided to describe the present invention in detail. Although specific terms are used for explanation in this specification, they are not intended to limit the scope of the present invention. Numerous changes may be made to the disclosed embodiments by one skilled in the art without departing from the spirit or scope of this invention. All equivalent modifications and equivalent changes that can be made according to the technical spirits of the present invention fall within the scope of the present invention.The present invention provides a quantum resonance apparatus comprising: a delivery pipe, an oscillator, and an electronic controller, wherein one end of the delivery pipe is an inlet and the other end of the delivery pipe is an outlet, the delivery pipe is provided with an inlet switch and an outlet switch, the oscillator is fitted on the delivery pipe, the electronic controller is connected to an external power source, and the electronic controller is electrically connected to the inlet switch, the outlet switch, and the oscillator, respectively. When the substance is transported through the conveying pipe and passes the portion of the conveying pipe corresponding to the oscillator, it is influenced by the specific frequency resonance of the oscillator to allow smooth electron flow of the substance, then the substance is discharged through the outlet for further use.

Claims

A quantum resonance apparatus comprising a conveying tube, an oscillator and an electronic controller, wherein one end of the conveying tube is an inlet and the other end of the conveying tube is an outlet, the conveying tube is provided with an inlet switch and an outlet switch, the inlet switch is disposed near the inlet and the outlet switch is disposed near the outlet, the oscillator is fitted on the conveying tube, the oscillator is located between the inlet switch and the outlet switch, the electronic controller is connected to an external power source, and the electronic controller is electrically connected to the inlet switch, the outlet switch and the oscillator, respectively, so as to be able to separately control the inlet switch, the outlet switch and the oscillator; wherein, accordingly, a substance is transported through the conveying pipe so that the substance passes the portion of the conveying pipe corresponding to the oscillator, the oscillator acts on the substance to allow smooth electron flow of the substance, and then the substance is discharged from the conveying pipe through the outlet for further use.The quantum resonance apparatus according to claim 1, wherein the inlet is further connected to an external storage device.The quantum resonance apparatus according to claim 1 or 2, wherein a screw conveyor is further disposed in the conveying tube, whereby the powdery substance is smoothly advanced inside the conveying tube.A quantum resonance apparatus according to claim 1 or 2, wherein a vibration promoter is further disposed in said promoter tube, whereby said granular substance is smoothly advanced inside said promoter tube.

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