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CN-121971805-A - Biological traditional Chinese medicine gas collection, conduction, acceleration, amplification and directional radiation system

CN121971805ACN 121971805 ACN121971805 ACN 121971805ACN-121971805-A

Abstract

The invention discloses a traditional Chinese medicine gas collecting, conducting, accelerating, amplifying and directional radiating system, which relates to the technical field of biological radiation and comprises a collecting box, a conducting component, an accelerating component, a focusing amplifying component and a directional radiating component, wherein a collecting cavity is formed in the collecting box, a biological object placing position and a reflecting collecting component are arranged in the collecting cavity, the conducting component comprises a waveguide plate and a conducting channel formed by surrounding the waveguide plate, the conducting channel is communicated with the collecting cavity, the accelerating component comprises an accelerating shell with the accelerating cavity, an electrode component and/or a coil component are arranged on the accelerating shell, the focusing amplifying component comprises a horn-shaped shell, the horn-shaped shell is provided with a small-end input port and a large-end output port which are communicated, and the directional radiating component is arranged at the large-end output port of the horn-shaped shell, so that a collecting space, a reflecting collecting structure, a waveguide conducting structure, an accelerating structure, a focusing amplifying structure and a directional radiating structure are combined in a modularized mode, and a complete system link is formed.

Inventors

  • YUAN XINZHOU
  • YUAN JIAFENG
  • CHEN YONGDE

Assignees

  • 深圳市鑫舟江领生物信息科技有限公司

Dates

Publication Date
20260505
Application Date
20260319

Claims (11)

  1. 1. A biological traditional Chinese medicine gas collection, conduction, acceleration, amplification and directional radiation system is characterized in that, The device comprises a collecting box, a conducting component, an accelerating component, a focusing and amplifying component and a directional radiation component; a collection cavity is formed in the collection box, a biological object placing position is arranged in the collection cavity, and a reflection aggregation assembly is arranged in the collection cavity; The conduction assembly is connected to the collecting box and comprises a waveguide plate and a conduction channel surrounded by the waveguide plate, and the conduction channel is communicated with the collecting cavity; The accelerating assembly is connected with the conducting assembly and comprises an accelerating shell with an accelerating cavity inside, and an electrode assembly and/or a coil assembly are arranged on the accelerating shell; the focusing and amplifying assembly is connected with the accelerating assembly and comprises a horn-shaped shell, and the horn-shaped shell is provided with a small-end input port and a large-end output port which are communicated with each other; The directional radiation component is arranged at the large end output port of the horn-shaped shell.
  2. 2. The system for collecting, conducting, accelerating, amplifying and radiating gas in biological traditional Chinese medicine according to claim 1, wherein the collecting box is a closed box body, the collecting box comprises a box body and an opening and closing door arranged on the box body, and the collecting cavity is arranged inside the box body.
  3. 3. The system of claim 1, wherein the reflective collection assembly comprises one or more reflective plates inside the collection chamber, the reflective plates being arcuate, parabolic, ellipsoidal, or folded.
  4. 4. The system for gas collection, conduction, acceleration, amplification and directional radiation in a biological chinese medical science according to claim 3, wherein a plurality of said reflecting plates are disposed at intervals on the circumferential inner wall of said collection chamber, and a plurality of said reflecting plates are disposed around the middle of said collection chamber.
  5. 5. The system of claim 1, wherein the conduction assembly comprises a plurality of oppositely disposed waveguide plates, the oppositely disposed waveguide plates defining the conduction channel therebetween, the conduction channel being an equal width channel.
  6. 6. The system of claim 1, wherein the acceleration housing is a tubular housing, the electrode assembly includes a plurality of electrodes spaced apart along a length of the acceleration chamber, the coil assembly is disposed around the acceleration housing, and at least one of the electrode assembly and the coil assembly is disposed on the acceleration assembly.
  7. 7. The system for collecting, conducting, accelerating, amplifying and directing radiation according to claim 6, wherein the accelerating cavity is a straight cylinder cavity, and two ends of the accelerating housing are respectively provided with a connecting port communicated with the conducting channel and the small-end input port of the horn-shaped housing.
  8. 8. The system of claim 1, wherein the horn housing comprises an input section, an expansion section, and an output section in sequential communication, the expansion section having a cross-sectional area that increases progressively from the small end input port along the large end output port.
  9. 9. The system of claim 1, wherein the directional radiation assembly comprises a radiation outlet member and an angle adjustment mechanism, the radiation outlet member being disposed at a large end outlet of the horn housing, the angle adjustment mechanism being coupled to the radiation outlet member.
  10. 10. The system of claim 1, further comprising a detection control assembly including a power sensor disposed at one or more of the collection chamber, the conduction path, the exit of the acceleration chamber, and the radiation exit piece of the directional radiation assembly, and a controller electrically connected to the power sensor, the controller being electrically connected to the electrode assembly and/or the coil assembly.
  11. 11. The system of claim 10, wherein the controller receives detection signals from each of the power sensors and adjusts the output voltage, pulse frequency, duty cycle, and/or excitation current, excitation frequency of the electrode assembly based on the power difference and/or power ratio of adjacent detection locations; The controller is internally provided with a target output power interval, when the detection power at the radiation outlet part is lower than the lower limit of the target output power interval, the controller improves the output parameters of the electrode assembly and/or the coil assembly, and when the detection power at the radiation outlet part is higher than the upper limit of the target output power interval, the controller reduces the output parameters of the electrode assembly and/or the coil assembly.

Description

Biological traditional Chinese medicine gas collection, conduction, acceleration, amplification and directional radiation system Technical Field The invention relates to the technical field of biological radiation, in particular to a biological traditional Chinese medicine gas collection, conduction, acceleration, amplification and directional radiation system. Background Organisms can show certain radiation, energy change or field effect characteristics in specific environments, and in related researches, information change around biological objects is usually observed, collected or compared by means of a camera bellows, a shielding space, a reflecting structure, a detecting element and the like. In some research and application scenarios, it is desirable to aggregate, conduct, enhance and radiate output, in addition to the subject body of interest, from its external release or concomitant formation of information flow, radiation changes or field effect changes, in order to develop contrast experiments, state analysis, path studies or effect verification. In the prior art, a collection device related to a biological object mostly stays in a single-point detection, local observation or simple shielding test stage, a single detector, a local shading structure or a simple accommodating cavity is generally adopted to detect the biological object, and a complete structural link from front end collection to middle section transmission and back end enhancement and radiation output is generally lacking. Even if some reflection, collection or detection devices exist, the structure is usually relatively single, and a continuous conduction path is difficult to form, and the modular connection relationship between the subsequent acceleration structure, the focusing and amplifying structure and the directional radiation structure is further lacking. Further, the existing scheme generally only performs static observation on the acquisition end, lacks procedural detection on a conduction process, an acceleration process, an amplification process and a radiation output process, cannot compare the change states of different positions, and is difficult to adjust the intermediate acting structure based on a multi-position detection result. Therefore, there is a lack of a systematic device in the prior art that can combine the collection space, the reflection focusing structure, the waveguide guiding structure, the accelerating structure, the focusing amplifying structure, and the directional radiation structure, and further configure the process detection and parameter adjustment structures. In summary, it is found that the prior art has at least the following technical problems: In the prior art, the problems that a collection space, a reflection aggregation structure, a waveguide conduction structure, an acceleration structure, a focusing amplifying structure and a directional output structure are combined in a modularized mode, a process detection and parameter adjustment structure is further lacking, and a complete system link is difficult to form are solved. Disclosure of Invention The invention aims to provide a traditional Chinese medicine gas acquisition, conduction, acceleration, amplification and directional radiation system for solving the problems that in the prior art, an acquisition space, a reflection aggregation structure, a waveguide conduction structure, an acceleration structure, a focusing amplification structure and a directional output structure are not modularized and further a process detection and parameter adjustment structure is not available, so that a complete system link is difficult to form. The preferred technical solutions of the technical solutions provided by the present invention can produce a plurality of technical effects described below. The invention provides a traditional Chinese medicine air collecting, conducting, accelerating, amplifying and directional radiating system which comprises a collecting box, a conducting component, an accelerating component, a focusing amplifying component and a directional radiating component, wherein a collecting cavity is formed in the collecting box, a biological object placing position is arranged in the collecting cavity, a reflecting collecting component is arranged in the collecting cavity, the conducting component is connected to the collecting box and comprises a waveguide plate and a conducting channel formed by encircling the waveguide plate, the conducting channel is communicated with the collecting cavity, the accelerating component is connected to the conducting component and comprises an accelerating shell with an accelerating cavity arranged inside, an electrode component and/or a coil component are arranged on the accelerating shell, the focusing amplifying component is connected to the accelerating component, the focusing amplifying component comprises a horn shell, the horn shell is provided with a small end input port and a large en