CN211861766U

CN211861766U - Broadband adjustable frequency edible substance treatment device

Info

Publication number: CN211861766U
Application number: CN201820183402.3U
Authority: CN
Inventors: 徐晟晟
Original assignee: American High State Corp
Current assignee: American High State Corp
Priority date: 2018-02-02
Filing date: 2018-02-02
Publication date: 2020-11-06
Anticipated expiration: 2028-02-02

Abstract

The utility model relates to a broadband adjustable frequency edible substance treatment device, which comprises a shell (1) and a control circuit board (2), a wavelength frequency generator (3), a fixed magnetic field (4), a movable magnetic field (5) and a polymer radiation material (6) which are arranged in the shell (1), wherein the wavelength frequency generator (3) enables the shell (1) to form a space capable of adjusting different frequency wavelengths, the fixed magnetic field (4), the movable magnetic field (5) and the polymer radiation material (6) are positioned at the space position capable of adjusting different frequency wavelengths in the shell (1), the magnetic field direction and the magnetic field strength of the fixed magnetic field (4) and the movable magnetic field (5) are changed by adjusting the magnetic strength of the movable magnetic field (5) through the mutual combination between the fixed magnetic field (4) and the movable magnetic field (5), and the edible substance is activated under the action of the wavelength frequency generator (3) and the polymer radiation material (6), improving the function of edible substances. The utility model can change the molecular structure of various edible substances and obtain various physiological biological effects by optimizing the frequency.

Description

Broadband adjustable frequency edible substance treatment device

Technical Field

The utility model relates to an edible material processing apparatus, concretely relates to frequency edible material processing apparatus with adjustable wide band, more specifically says, the utility model relates to frequency processing apparatus with adjustable wide band of production active edible material (like drinking water, fruit, vegetables, milk, coffee etc.).

Background

With the rapid development of modern science and technology, the healthy living environment of human being is influenced by more and more complicated electromagnetic fields, the research on the biological effect of the electromagnetic field is increasingly concerned and paid attention, and the non-thermal effect of the low-frequency field is the focus of the research in the field.

At present, the known frequency generator is generally composed of a control unit, a signal conversion unit, a magnetic field debugging circuit and a magnetic field coil. The corresponding product can only be placed on the instrument and changed by the action of the magnetic field coil. However, the targeted products are all specific single products, the magnetic field coil has limited effects, the frequency is single, the processing distance cannot be adjusted, and different products cannot be effectively adjusted generally.

SUMMERY OF THE UTILITY MODEL

The utility model aims at: in order to solve present frequency processing appearance can not be to other products, the distance that the effect of magnetic field coil is limited, was handled can not be adjusted, the technical defect that frequency is not enough such as single, the utility model provides a frequency processing edible material processing apparatus with adjustable wide band, this method and device not only can provide alternating magnetic field, but also are furnished with fixed permanent magnetic field for produce different wide band frequency respectively to solid and liquid, can play real wide band regulatory action.

A broadband adjustable frequency edible substance processing device is structurally characterized in that: the device comprises a shell and a control circuit board, a wavelength frequency generator, a fixed magnetic field, a movable magnetic field and a polymer radiation material which are arranged in the shell, wherein the wavelength frequency generator enables a space with different adjustable frequency wavelengths to be formed in the shell, the fixed magnetic field, the movable magnetic field and the polymer radiation material are positioned in the space position with different adjustable frequency wavelengths in the shell, the fixed magnetic field and the movable magnetic field are combined with each other, the magnetic strength of the movable magnetic field is adjusted to change the magnetic field direction and strength of the fixed magnetic field and the movable magnetic field, and the edible substance is activated under the action of the wavelength frequency generator and the polymer radiation material, so that the function of the edible substance is improved.

Further, the polymer radiation material is distributed in the areas of the fixed magnetic field and the movable magnetic field.

Furthermore, the wavelength frequency generator is arranged on the control circuit board and positioned below the shell, and the fixed magnetic field, the movable magnetic field and the polymer radiation material are positioned on the upper side of the wavelength frequency generator.

Furthermore, the wavelength frequency generator is composed of a plurality of LED lamps with adjustable frequency flicker, the fixed magnetic field is generated by at least one permanent magnet, and the movable magnetic field is generated by at least one induction coil.

Furthermore, the permanent magnet is arranged on the outer side of the movable magnetic field, or the permanent magnets are distributed on the outer side of the movable magnetic field in a surrounding mode.

Further, the induction coil is arranged outside the fixed magnetic field, or a plurality of induction coils are wound around the outside of the fixed magnetic field.

Further, the casing divide into base and panel, control circuit board fix on the panel, permanent magnet and induction coil install at the control circuit board upside through an insulator, the insulator outer edge position annular be provided with the one or more through-hole of placing permanent magnet or induction coil, the intermediate position is equipped with the hole of placing permanent magnet or induction coil.

Furthermore, the permanent magnet on be equipped with the shielding ring, the permanent magnet pass through the shielding ring and install on the through-hole, the shielding ring including the reflecting plate of parcel permanent magnet bottom surface and the stainless steel pipe of side.

Furthermore, the LED lamp is positioned at the bottom of the through hole or at any position in the area.

Furthermore, the base in be equipped with and place power supply battery inner chamber and the interface that charges.

Furthermore, the control circuit board further comprises a control unit, a frequency signal generating unit, a signal amplification driving circuit, a control power supply display key and a functional display board.

Furthermore, the panel consists of a bottom layer transparent PC plate and a glass panel.

Furthermore, the polymer radiation material comprises far infrared radiation material, negative ion material, tourmaline material, photocatalysis material and other materials containing energy, and the polymer radiation material is condensed into a block structure by epoxy resin.

The utility model has the following outstanding substantive characteristics and remarkable progress:

1. the utility model discloses adopt fixed magnetic field and activity magnetic field to combine together in different frequency wavelength region, form the variable pulse magnetic field processing area of variable magnetic field direction and intensity to set up the polymer radiation material in this processing area, this polymer radiation material makes its processing area realize that low frequency activates edible material under the effect in fixed magnetic field and the activity magnetic field in different frequency wavelength region, improves edible material function. Therefore, the utility model discloses to edible material (like drinking water, fruit, vegetables, milk, coffee etc.) under the fixed magnetic field in the frequency wavelength region and the activity magnetic field, under the environment of magnetic field, combine the effect of polymer radiation material, change the molecular structure of various edible materials from this, make it obtain various different physiology biological effect through frequency optimization.

2. The utility model discloses a control circuit board, wavelength frequency generator, fixed magnetic field, activity magnetic field, polymer radiation material in casing and the casing, wavelength frequency generator make the space of forming adjustable different frequency wavelength in the casing, fixed magnetic field, activity magnetic field and polymer radiation material be located the spatial position department of the adjustable different frequency wavelength in the casing, through combining each other between fixed magnetic field and the activity magnetic field, change the magnetic field direction and the intensity in fixed magnetic field and activity magnetic field by the magnetic strength who adjusts the activity magnetic field to activate edible substance under wavelength frequency generator and polymer radiation material's effect, improve edible substance function. Therefore, the structure is simple, the use is convenient, and meanwhile, the frequency wavelength, the magnetic strength and the direction can be adjusted by adjusting the voltage of the wavelength frequency generator and the movable magnetic field, so that the magnetic field is better suitable for different edible substances and is more widely applied.

3. The utility model has a permanent magnet arranged outside the movable magnetic field or a plurality of permanent magnets distributed on the outside of the movable magnetic field; or the induction coil is arranged outside the fixed magnetic field, or the induction coils are wound on the outside of the fixed magnetic field in a surrounding manner, so that the magnetic field intensity and the force between the induction coil and the fixed magnetic field can be better adjusted through the movable magnetic field, the distribution state of magnetic induction lines is uniform, the radiation area is wide, the frequency and the wavelength of the induction magnetic field are mutually and alternately acted to realize synergistic effect, the treatment surface for liquid and solid substances is wide, the vertical distance of treatment can be adjusted, the time is short, the energy efficiency is low, the safety and the reliability are realized, the realized effect and the effect are large, and the induction coil is better suitable for different edible substances.

4. The utility model discloses be equipped with the shield ring on the permanent magnet, the permanent magnet pass through the shield ring and install on the through-hole, the shield ring including the reflecting plate that is wrapping up the permanent magnet bottom surface and the nonrust steel pipe of side. Therefore, the magnetic force lines are more concentrated above the permanent magnets, and a magnetic field for better changing the molecular structure of various edible substances is formed.

Drawings

Fig. 1 is a perspective view of the present invention.

Fig. 2 is a schematic view of the installation of fig. 1.

Fig. 3 is a partial cross-sectional view of fig. 1.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings.

Example 1:

a method for processing edible substance with adjustable frequency of broadband, said method uses the combination of fixed magnetic field and movable magnetic field in different frequency wavelength areas, form the variable pulse magnetic field processing area of the variable magnetic field direction and intensity, and set up the polymer radiation material in the processing area, the radiation material of the polymer makes its processing area realize the low frequency activates the edible substance under the effects of fixed magnetic field and movable magnetic field in different frequency wavelength areas, improve the function of the edible substance.

Specifically, the fixed magnetic field surrounds the outer side of the movable magnetic field, the movable magnetic field is a variable open alternating inductance pulse magnetic field, the direction and the strength of the magnetic force line of the movable magnetic field are changed by adjusting the current, so that the direction strength of the magnetic force line of the fixed magnetic field is changed, the variable pulse magnetic field is formed, low-frequency activation of edible substances with different strengths is achieved, and the function of the edible substances is improved. The different frequency wavelengths are realized by the flickering of a plurality of LED lamp light sources with adjustable frequencies. The fixed magnetic field is generated by at least one permanent magnet. The moving magnetic field is generated by at least one induction coil assembly. The polymer radiation material is positioned in different frequency wavelength regions and distributed in the regions of a fixed magnetic field and a movable magnetic field. The polymeric radiation material envelopes a fixed magnetic field.

A broadband adjustable frequency edible substance processing device for realizing the method, as shown in fig. 1 to 3, comprises a housing 1 and a control circuit board 2, a wavelength frequency generator 3, a fixed magnetic field 4, a movable magnetic field 5 and a polymer radiation material 6 in the housing 1, wherein the wavelength frequency generator 3 forms a space capable of adjusting different frequency wavelengths in the housing 1, the fixed magnetic field 4, the movable magnetic field 5 and the polymer radiation material 6 are positioned at the space capable of adjusting different frequency wavelengths in the housing 1, the fixed magnetic field 4 and the movable magnetic field 5 are combined with each other by adjusting the magnetic strength of the movable magnetic field 5, the magnetic directions and the strengths of the fixed magnetic field 4 and the movable magnetic field 5 are changed, the edible substance is activated under the action of the wavelength frequency generator 3 and the polymer radiation material 6, and the function of the edible substance is improved.

In the above device, the housing 1 is divided into a base 11 and a panel 12, and the panel 12 is formed by a bottom transparent PC board 121 and a glass panel 122. The control circuit board 2 is fixed on the panel 12, the permanent magnet 41 and the induction coil 51 are installed on the upper side of the control circuit board 2 through an insulator 7, one or more through holes 71 for placing the permanent magnet 41 or the induction coil 51 are annularly arranged at the outer edge of the insulator 7, and an inner hole 72 for placing the permanent magnet 41 or the induction coil 51 is arranged at the middle position.

The polymeric radiation material 6 is distributed in the region of the fixed magnetic field 4 and the movable magnetic field 5. The wavelength frequency generator 3 is arranged on the control circuit board 2 and is positioned at the lower part in the shell 1, and the fixed magnetic field 4, the movable magnetic field 5 and the polymer radiation material 6 are positioned at the upper side of the wavelength frequency generator 3. The wavelength frequency generator 3 is composed of a plurality of frequency-adjustable flickering LED lamps 31, the LED lamps 31 are located at the bottom of the through hole 71 or at any position in the area, the fixed magnetic field 4 is generated by at least one permanent magnet 41, the permanent magnet 41 is a permanent magnet, and the movable magnetic field 5 is generated by at least one induction coil 51.

Specifically, the induction coils 51 are concentrated in the permanent magnets 41 and are distributed in a circular shape, for example, 7 induction coils 71 in fig. 2 are distributed on the outer side of the induction coil 51 where the 6 permanent magnets 41 are annularly distributed, and the permanent magnets 41 are uniformly distributed on the outer side of the movable magnetic field 5 in a surrounding manner. The polymer radiation material 6 wraps the permanent magnet 41, the polymer radiation material 6 comprises far infrared radiation material, negative ion material, tourmaline material, photocatalysis material and other materials containing energy, and in order to better manufacture and provide using effect, the polymer radiation material is condensed by epoxy resin to be fixed on the insulator 7 in a block structure.

In order to improve the function of the magnetic lines of force of the permanent magnet 41 in the magnetic field, the permanent magnet 41 is provided with a shielding ring 711, the permanent magnet 41 is installed on the through hole 71 through the shielding ring 711, and the shielding ring 711 comprises a reflecting plate wrapping the bottom surface of the permanent magnet 41 and a stainless steel pipe on the side surface. Namely, the bottom surface reflecting plate of the shielding ring 711 adopts an iron sheet to seal the bottom of the through hole 71, and the inner side wall of the through hole 71 adopts a stainless steel material to be closely attached in a ring shape. The magnetic lines of force of the permanent magnet 41 are refracted only along the upper end opening under the reflection of the reflection plate and the shielding of the stainless steel material, thereby increasing the density and strength of the magnetic lines of force at the position above the permanent magnet 41.

For convenience of use, an inner cavity 13 for placing a power supply battery and a charging interface 14 are arranged in the base 11. The battery inner cavity 13 is used for storing a storage battery or a rechargeable battery, so that the battery can be carried and used at will, the charging interface 14 can adopt a USB interface to charge when necessary, and different appearance structures can be designed to be used in any occasions when in use. The control circuit board 2 further comprises a control unit, a frequency signal generating unit, a signal amplifying and driving circuit, a control power display key 21 and a function display panel 22, the control operation of the control circuit board 2 can be set to be a touch screen control operation on the panel 12, the power display key 21 can be selected according to the required function, and the function display panel 22 can display the function in use. The frequency of the adjustable low-frequency magnetic field can be set to different frequencies and time on the control power supply display key 21 according to different liquid and solid edible substances to process various foods, so that the efficiency is improved, and the processing time is saved. The defects that the frequency is single, the continuous irradiation time cannot be sustained, the treatment distance cannot be adjusted, the time is long, the efficiency is low, the electric energy efficiency is high, and the treated varieties are single in the existing frequency treatment technology are overcome. The polymer radiation material 6 is provided with an LED aperture display ring 61, thereby increasing the effect of the use state and having stronger aesthetic property.

The utility model discloses during the use, the control unit single chip microcomputer control frequency signal generation unit through control circuit board 2 produces frequency signal, frequency signal is after signal amplification drive circuit, pass through induction coil 51 again, induction coil 51 turns into movable magnetic field 5 with the electric energy, this movable magnetic field 5 is under fixed magnetic field 4 and polymer radiation material 6 effects on every side, superpose the movable magnetic field 5 that produces the alternation again around the fixed magnetic field, make its magnetic field produce better effect, can produce better effect to solid and liquid edible material, to liquid, the edible material of solid and have certain improvement to the activity and the metabolism of certain enzyme in the biological effect of human body for a long time the irradiation.

Example 2:

the embodiment has the specific characteristics that: the movable magnetic field surrounds the outer side of the fixed magnetic field, the movable magnetic field is a variable open alternating inductance pulse magnetic field, the direction and the strength of the magnetic force lines of the movable magnetic field are changed by adjusting the current, so that the direction strength of the magnetic force lines of the fixed magnetic field is changed, the variable pulse magnetic field is formed, low-frequency activation of edible substances with different strengths is realized, and the function of the edible substances is improved. Specifically, the movable magnetic field is generated by a plurality of induction coils 5, the fixed magnetic field 4 is generated by more than 1 permanent magnet 41, and the plurality of induction coils 51 surround the outer side of the permanent magnet 41, i.e. the technical feature of the present embodiment is that the movable magnetic field and the fixed magnetic field are interchanged, and the rest is the same as the above embodiments.

Example 3:

the embodiment has the specific characteristics that: the fixed magnetic field is arranged on one side of the movable magnetic field, specifically, the fixed magnetic field is generated by a permanent magnet 41, the movable magnetic field 5 is generated by an induction coil 51, the permanent magnet 41 is arranged on one side of the induction coil 51 to form a linear distribution, the corresponding insulator 7 is changed corresponding to the structure thereof to form an insulator structure of a through hole 71 and an inner hole 72, and the rest is the same as the above embodiment.

Other examples are as follows:

the utility model discloses a fixed magnetic field and movable magnetic field also can be formed by the unordered interval distribution of a plurality of permanent magnets 41 and a plurality of induction coil 51 respectively, and are concrete, fixed magnetic field generate by a plurality of permanent magnets 41, movable magnetic field 5 generates by a plurality of induction coil 51, each permanent magnet 41 and the mutual interval distribution of induction coil 5, this distribution can be irregular distribution, all the other same embodiment.

The utility model discloses during the application, the utility model discloses by polymer radiation material, fixed magnetic field (being the magnetic field that permanent magnet, permanent magnet generated), wavelength frequency generator (being different frequency wavelength LED light source) and movable magnetic field (being a variable open alternation inductance pulsed magnetic field) produce the wide band frequency of vibration of multiple difference, the frequency is at 10⁴The electromagnetic wave below HZ changes the molecular structure of various edible substances, and obtains various physiological and biological effects through frequency optimization. The combination of the polymer radiation material 6, the permanent magnet 41, the wavelength frequency generator 3 and the induction coil 51 obtains a frequency modulation radiation broadband frequency wavelength range of 0.5-200HZ and 100-10 HZ⁴A fixed magnetic field for radiating broadband frequency wavelength range of 0.5-200HZ is arranged between the permanent magnet, the polymer radiation material 3 and the wavelength frequency generator 3, and a movable magnetic field for the alternating inductance pulse with variable opening is arranged in the broadband frequency wavelength range of 100-10⁴Pulse frequency wave magnetic field of HZ.

The polymer radiation material 6 forms a parabolic magnetic field for shielding the unipolar reflection of one pole (N or S pole) by one or more fixed permanent magnets 41 (the permanent magnets can be permanent magnetic columns with the strength of more than 3000GS or magnets with other shapes) which are symmetrically arranged in an upper N.S pole and a lower N.S pole and a shielding ring 711 on the polymer radiation material 6, and the parabolic magnetic field is an upwardly acting cavitation magnetic field. The polymer radiation material 6 is activated by the permanent magnet 41 and the wavelength frequency generator 3 (i.e. the plurality of LED lamps 31 with adjustable frequency flickering) arranged on the polymer radiation material 6 through the flickering frequency to form an oscillating low-frequency magnetic field frequency, wherein the oscillating frequency is 0.5-200HZ, so as to form liquid and solid edible substances such as drinking water, fruit juice, fruits, vegetables, milk, coffee and the like which are optimally placed on the cavitation magnetic field.

The function can be realized by positioning the center of the movable magnetic field (i.e. the magnetic field space formed by the alternating inductance pulse magnetic induction coils 51) or the outer ring of the induction coils 51 at the center or the outer ring of the polymer radiation material 6, arranging more than one (n) different light sources and the LED lamps 31 with different wavelengths and adjustable frequency flickering on the inner ring or the outer ring of the polymer, and using the flickering frequency wavelength of the LED lamps 31 with adjustable frequency flickering and the fixed magnetic field 4 formed by one or more permanent magnets 41 to ensure that the annular polymer radiation material 6 is synergized under the combined action of the photocatalysis frequency and the alternating inductance pulse magnetic field to obtain different oscillation frequencies with different heights and oscillation frequencies of 100-10⁴HZ.

The combination of the fixed magnetic field of the permanent magnet 41 on the polymer radiation material 6 and the variable magnetic field of the induction coil 51 can select the light source flickering frequency of various LED lamps 31 to obtain different frequencies and wavelengths, and the intensity of the induction magnetic field is realized according to the flickering frequency wavelength and the inductance frequency of the light source to obtain different HZ frequencies.

The utility model discloses a biological effect of long-time irradiation of different frequencies of low frequency pulse magnetic field and intensity, the usage is extensive, and is small, has apparent effect to the effect of the physiology biological effect of liquid, solid edible material and live body with improving, can promote human metabolism, adjust people's sub-health, specifically embodies: 1. improvement in the health field of humans; 2. changes in activity to liquids, solids; 3. the germination rate of the plants is improved, the survival rate is high, and the yield is high; 4. extracting food; 5. maintaining beauty and keeping young; 6. bathing; 7. sterilizing; 8. oxidation resistance; 9. increase the energy of water and food, etc.

Claims

1. A broadband adjustable frequency edible substance processing device is characterized in that: the edible material activating device comprises a shell (1) and a control circuit board (2), a wavelength frequency generator (3), a fixed magnetic field (4), a movable magnetic field (5) and a polymer radiation material (6) which are arranged in the shell (1), wherein the wavelength frequency generator (3) enables spaces with different adjustable frequency wavelengths to be formed in the shell (1), the fixed magnetic field (4), the movable magnetic field (5) and the polymer radiation material (6) are positioned at the space positions with different adjustable frequency wavelengths in the shell (1), and the magnetic field directions and the magnetic field strengths of the fixed magnetic field (4) and the movable magnetic field (5) are changed by adjusting the magnetic strength of the movable magnetic field (5) through mutual combination between the fixed magnetic field (4) and the movable magnetic field (5), so that edible materials are activated under the action of the wavelength frequency generator (3) and the polymer radiation material (6) to improve the function of the edible materials, the fixed magnetic field (4) is generated by at least one permanent magnet (41), and the movable magnetic field (5) is generated by at least one induction coil (51).

2. The apparatus of claim 1, wherein the apparatus comprises: the polymer radiation material (6) is distributed in the area of the fixed magnetic field (4) and the movable magnetic field (5).

3. The apparatus of claim 1, wherein the apparatus comprises: the wavelength frequency generator (3) is arranged on the control circuit board (2) and is positioned at the lower part in the shell (1), and the fixed magnetic field (4), the movable magnetic field (5) and the polymer radiation material (6) are positioned at the upper side of the wavelength frequency generator (3).

4. The apparatus of claim 1, wherein the apparatus comprises: the wavelength frequency generator (3) is composed of a plurality of LED lamps (31) with adjustable frequency and flickering.

5. The apparatus of claim 4, wherein the apparatus comprises: the permanent magnet (41) is arranged on the outer side of the movable magnetic field (5), or the permanent magnets (41) are distributed on the outer side of the movable magnetic field (5) in a surrounding mode.

6. The apparatus of claim 4, wherein the apparatus comprises: the induction coil (51) is arranged outside the fixed magnetic field (4) or a plurality of induction coils (51) are wound on the outside of the fixed magnetic field (4).

7. The apparatus of claim 4, wherein the apparatus comprises: the polymer radiation material (6) wraps the permanent magnet (41).

8. The apparatus of claim 4, wherein the apparatus comprises: casing (1) divide into base (11) and panel (12), control circuit board (2) fix on panel (12), install on control circuit board (2) upside through an insulator (7) permanent magnet (41) and induction coil (51), insulator (7) outer edge position annular be provided with one or more through-hole (71) of placing permanent magnet (41) or induction coil (51), the intermediate position is equipped with hole (72) of placing permanent magnet (41) or induction coil (51).

9. The apparatus of claim 4, wherein the apparatus comprises: the permanent magnet (41) is provided with a shielding ring (711), the permanent magnet (41) is installed on the through hole (71) through the shielding ring (711), and the shielding ring (711) comprises a reflecting plate wrapping the bottom surface of the permanent magnet (41) and a stainless steel pipe on the side surface.

10. The apparatus of claim 4, wherein the apparatus comprises: the LED lamp (31) is positioned at the bottom of the through hole (71).

11. The apparatus of claim 8, wherein the apparatus comprises: the base (11) is internally provided with an inner cavity (13) for placing a power supply battery and a charging interface (14).

12. The apparatus of claim 1, wherein the apparatus comprises: the control circuit board (2) also comprises a control unit, a frequency signal generating unit, a signal amplification driving circuit, a control power supply display key (21) and a function display board (22).

13. The apparatus of claim 8, wherein the apparatus comprises: the panel (12) is composed of a bottom layer transparent PC board (121) and a glass panel (122).

14. The apparatus of claim 1, wherein the apparatus comprises: and an LED aperture display ring (61) is arranged on the polymer radiation material (6).