Energy aggregation generator with digital balance structure
阅读说明：本技术 一种数字平衡结构能量聚合发生器 (Energy aggregation generator with digital balance structure ) 是由 李维富 于 2021-09-26 设计创作，主要内容包括：本申请提供一种数字平衡结构能量聚合发生器,该能量聚合发生器包括：信号发生系统、压电陶瓷片、数字平衡结构能量聚合装置,信号发生系统与压电陶瓷片通信连接,数字平衡结构能量聚合装置与压电陶瓷片连接；信号发生系统作为基础信号的发射源,用于发射基础信号给压电陶瓷片；压电陶瓷片接收信号发生系统发射的基础信号；数字平衡结构能量聚合装置,用于调节信号发生系统发射到压电陶瓷片的信号频率。本申请该发生器产生信号精准,更适合生物体,康复理疗及临床治疗的效果更好,对生物体无毒、副作用,应用范围广。(The present application provides a digital balanced structure energy aggregation generator, comprising: the system comprises a signal generating system, a piezoelectric ceramic piece and a digital balance structure energy aggregation device, wherein the signal generating system is in communication connection with the piezoelectric ceramic piece, and the digital balance structure energy aggregation device is connected with the piezoelectric ceramic piece; the signal generating system is used as an emission source of the basic signal and is used for emitting the basic signal to the piezoelectric ceramic piece; the piezoelectric ceramic piece receives a basic signal transmitted by a signal generating system; and the energy aggregation device with the digital balance structure is used for adjusting the frequency of the signal transmitted to the piezoelectric ceramic piece by the signal generation system. This generator of this application produces the signal accurate, more is fit for the organism, and rehabilitation physiotherapy and clinical treatment's effect is better, and is nontoxic, side effect to the organism, and the range of application is wide.)
1. A digitally balanced structural energy aggregating generator, comprising: the system comprises a signal generating system, a piezoelectric ceramic piece and a digital balance structure energy aggregation device, wherein the signal generating system is in communication connection with the piezoelectric ceramic piece, and the digital balance structure energy aggregation device is connected with the piezoelectric ceramic piece;
the signal generating system is used as an emission source of basic signals and is used for emitting the basic signals to the piezoelectric ceramic piece;
the piezoelectric ceramic piece receives a basic signal transmitted by the signal generating system;
the energy aggregation device with the digital balance structure is used for adjusting the frequency of the signal transmitted to the piezoelectric ceramic piece by the signal generation system.
2. The digitally balanced structural energy aggregating generator of claim 1 where the signal generating system is a square wave signal pulser.
3. The digital balanced structural energy aggregating generator of claim 2, characterized by the square-wave signal pulser emitting a pulse frequency of 0-1000 Hz.
4. The digital balanced structural energy aggregating generator of claim 3, where the square wave signal pulse generator has an input voltage in the range of 5V-15 VDC.
5. The digitally balanced structural energy aggregating generator of any one of claims 1 to 4, where in the digitally balanced structural energy aggregating device includes a plurality of digitally balanced structures.
6. The digitally balanced structural energy aggregating generator of claim 5 wherein a plurality of digitally balanced structures are evenly spaced to form a grid array, and the sum of the attribute eigenvalues of the digitally balanced structures distributed on two opposite corners or diagonal of the grid array is equal; the sum of the attribute characteristic values of the two diagonally distributed digital balance structural bodies in any rectangle of the square lattice array is equal.
7. The digitally balanced structural energy aggregation generator of claim 6, wherein the attribute feature values include height, cross-sectional area, volume and/or mass.
8. The digitally balanced structural energy aggregating generator of claim 6 wherein the lattice array includes an equal number of transverse arrays and longitudinal arrays, the number of digitally balanced structures of each transverse array and the number of digitally balanced structures of each longitudinal array being equal, each of the digitally balanced structures being equidistant from adjacent ones of the digitally balanced structures.
9. The digitally balanced structural energy polymerizing generator of claim 5 wherein the digitally balanced structural body is in the shape of a cylinder, a hexagonal prism, an equilateral triangular prism, a square prism and/or a star.
10. The digitally balanced structural energy polymerizing generator of claim 5 wherein said digitally balanced structural body and mounting plate are made of metallic silver, silver alloy; metallic copper, copper alloys; metallic aluminum, aluminum alloys; metallic iron, iron alloys; metallic zinc, zinc alloy; metallic silicon, silicon alloys; and PVC material.
Technical Field
The application relates to the technical field of energy aggregation generators, in particular to an energy aggregation generator with a digital balance structure.
Background
With the development of science and technology, more and more rehabilitation physiotherapy equipment and health care equipment have been widely used, for example, the application equipment based on the physical principles of energy conversion such as sound, light, heat, magnetism, etc. however, the above application equipment has signal deviation, and when the application equipment is used for living body, the corresponding effect can be influenced, especially when the application equipment is in close contact with the body, the influence on the human body is larger, and in addition, for interventional equipment, the accuracy of the signal is required to be ensured, and the accuracy of the signal can not be ensured by the existing interventional equipment, such as the wavelength of infrared ray, the frequency of pulse wave, the field intensity of electromagnetic field, etc.
Devices based on physical principles such as sound, light, heat, magnetism have common disadvantages as follows:
1. some devices are introduced into the body to act, causing local pain;
2. the device based on the physical principles of far infrared rays and the like needs to be close to or contact with the organism to act, so that scald can be caused;
3. some pulse application devices need to directly contact shock waves with a human body to generate vibration, so that the human body is uncomfortable;
4. the device has contraindication, adverse reaction or side effect and the like in application.
Disclosure of Invention
The purpose of this application is to provide a digital balanced structure energy aggregation generator, and this energy aggregation generator produces the signal more accurately, more is fit for the organism, and the curative effect of rehabilitation physiotherapy and clinical treatment is better, and is nontoxic, the side effect to the organism, does not produce any misery to the organism, and the range of application is wide.
To achieve the above object, the present application provides an energy-aggregating generator of a digitally balanced structure, comprising: the system comprises a signal generating system, a piezoelectric ceramic piece and a digital balance structure energy aggregation device, wherein the signal generating system is in communication connection with the piezoelectric ceramic piece, and the digital balance structure energy aggregation device is connected with the piezoelectric ceramic piece; the signal generating system is used as an emission source of basic signals and is used for emitting the basic signals to the piezoelectric ceramic piece; the piezoelectric ceramic piece receives a basic signal transmitted by the signal generating system; the energy aggregation device with the digital balance structure is used for adjusting the frequency of the signal transmitted to the piezoelectric ceramic piece by the signal generation system.
As above, wherein the signal generating system emits an adjustable frequency pulse signal.
As above, wherein the signal generating system is a square wave signal pulse generator.
As above, wherein the square wave signal pulse generator is adapted to emit a 0-1000Hz pulse frequency and an input voltage in the range of 5V-15 VDC.
The above, wherein the digital balance structure energy aggregation device comprises a plurality of digital balance structures.
The digital balance structures are uniformly arranged at intervals to form a square lattice array, and the sum of the attribute characteristic values of the digital balance structures distributed on two opposite angles or on the opposite angle of the square lattice array is equal; the sum of the attribute characteristic values of the two diagonally distributed digital balance structural bodies in any rectangle of the square lattice array is equal.
As above, wherein the attribute feature values include height, cross-sectional area, volume and/or mass.
The above, wherein the square lattice array includes an equal number of transverse arrays and longitudinal arrays, the number of the digital balance structures of each transverse array is equal to the number of the digital balance structures of each longitudinal array, and the distance between each digital balance structure and the adjacent digital balance structure is equal.
As above, wherein the shape of the digital balance structure is a cylinder, a hexagonal prism, an equilateral triangular prism, a square column and/or a star-shaped column.
The above, wherein the digital balance structure and the mounting plate adopt metal silver or silver alloy; metallic copper, copper alloys; metallic aluminum, aluminum alloys; metallic iron, iron alloys; metallic zinc, zinc alloy; metallic silicon, silicon alloys; and PVC material.
The beneficial effect that this application realized is as follows:
(1) the energy aggregation device with the digital balance structure has the characteristic of balance and harmony, and can adjust the signal frequency from a signal generation system to the piezoelectric ceramic plate; and the phenomena of electromagnetic interference and the like are eliminated, and the curative effect of rehabilitation physiotherapy and clinical treatment is better.
(2) The energy aggregation device with the digital balance structure has the function of aggregating and adjusting various pulse energies, stabilizes the frequency of pulse waves at a certain frequency, and is more suitable for receiving by organisms, and the curative effects of rehabilitation physiotherapy and clinical treatment are better.
Drawings
In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings needed to be used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments described in the present application, and other drawings can be obtained by those skilled in the art according to the drawings.
Fig. 1 is a front view of a digitally balanced structural energy aggregating generator according to an embodiment of the present application.
Fig. 2 is a top view of a digitally balanced structural energy aggregating generator according to an embodiment of the present application.
Fig. 3 is a schematic diagram of a digital balance structure in an arbitrary rectangular range according to an embodiment of the present application.
Fig. 4 is a schematic diagram of a digital balance structure mounting plate structure according to an embodiment of the present application.
Reference numerals: 1-a signal generating system; 2-piezoelectric ceramic plate; 3-a digital balanced structure energy polymerizing device; 4-a digital balance structure mounting plate; 5-diagonal line; 6-arbitrary rectangle; 31-a digital balance structure; 41-through holes; 311-a first diagonal digital balance structure; 312-second diagonal digitally balanced structure.
Detailed Description
The technical solutions in the embodiments of the present application are clearly and completely described below with reference to the drawings in the embodiments of the present application, and it is obvious that the described embodiments are some, but not all, embodiments of the present application. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present application.
As shown in fig. 1 and 2, the present application provides a digital balanced structure energy aggregation generator, including: the device comprises a signal generating system 1, a piezoelectric ceramic piece 2 and a digital balance structure energy aggregation device 3, wherein the signal generating system 1 is in communication connection with the piezoelectric ceramic piece 2, and the digital balance structure energy aggregation device 3 is connected with the piezoelectric ceramic piece 2; the signal generating system 1 is used as an emitting source of a basic signal and is used for emitting the basic signal to the piezoelectric ceramic piece 2; the piezoelectric ceramic piece 2 receives a basic signal transmitted by the signal generating system 1; and the energy aggregation device 3 with the digital balance structure is used for adjusting the frequency of the signal transmitted to the piezoelectric ceramic piece 2 by the signal generation system 1.
As a specific embodiment of the present invention, the signal generating system 1 transmits a pulse signal to the piezoelectric ceramic plate 2, the piezoelectric ceramic plate 2 generates vibrations of different degrees according to the frequency of the pulse signal transmitted by the signal generating system 1, and the digital balance structure energy aggregation device 3 is configured to adjust the frequency of the pulse signal transmitted by the signal generating system 1 to the piezoelectric ceramic plate 2, so as to adjust the function of pulse energy and remove electromagnetic interference and other phenomena, so that the pulse wave frequency is stabilized at a certain frequency, and is more suitable for receiving by a living body. The energy aggregation generator with the digital balance structure is applied to rehabilitation physiotherapy equipment and/or health care equipment, pulse energy can be adjusted, the frequency of pulse waves is stabilized at a certain frequency, and the piezoelectric ceramic piece 2 vibrates stably; in addition, the signal that this energy aggregation generator produced is more accurate, therefore, when the rehabilitation physiotherapy equipment and/or health care equipment that use this energy aggregation generator acted on the organism, the energy that this energy aggregation generator produced was absorbed more easily, and the physiotherapy effect is better, and no toxic and side effect, no adverse reaction, no taboo, does not produce any misery.
As an embodiment of the invention, the digital balance structure energy aggregation device 3 is arranged on the digital balance structure mounting plate 4, and the digital balance structure mounting plate 4 is arranged on the piezoelectric ceramic plate 2.
As a specific embodiment of the present invention, the digital balance structure mounting plate 4 is a planar plate-shaped structure, and the shape thereof is square, rectangular, or the like, and the shape of the digital balance structure mounting plate 4 is not limited to square and rectangular, and the shape thereof can be selected according to the arrangement of the plurality of digital balance structures 31; the material of the structure is the same as that of the digital balance structure.
As shown in fig. 2, the digital balance structure energy aggregation apparatus 3 includes a plurality of digital balance structure bodies 31, and the plurality of digital balance structure bodies 31 are fixed to the digital balance structure body mounting plate 4 at regular intervals.
As shown in fig. 4, as an embodiment of the present invention, a plurality of through holes 41 are formed in the digital balance structure mounting plate 4 along the thickness direction thereof, and the through holes 41 are circular holes. The through opening 41 is located between two adjacent diagonal digital balance structural bodies 31, and a center point of the through opening 41 coincides with a center point of a connecting line between the two adjacent diagonal digital balance structural bodies 31. In other words, the through hole 41 is located at the center point of the square surrounded by the adjacent four digital balance structural bodies 31. In other words, a through opening 41 is provided at a central position between two digital balance structural bodies 31 at any adjacent diagonal positions. The plurality of digital balance structure bodies 31 can directly penetrate through the plurality of through holes 41, so that the frequency of signals transmitted from the signal generation system to the piezoelectric ceramic plate can be better adjusted; and remove the phenomena such as electromagnetic interference.
As an embodiment of the present invention, a plurality of through holes 41 are uniformly opened in the number balance structure mounting plate 4, and each through hole 41 is equally spaced from the adjacent number balance structure 31.
As an embodiment of the present invention, the cross-sectional shapes of the plurality of digital balance structures 31 are the same, preferably, the through holes 41 have the same shape as the cross-sectional shape of the digital balance structure 31, and preferably, the hole areas of the through holes 41 are smaller than or equal to the cross-sectional area of the digital balance structure 31, so as to better adjust the frequency of the signals transmitted from the signal generating system to the piezoceramic wafer.
As another embodiment of the present invention, the through holes 41 have the same shape as the digital balance structure 31, that is, a cylinder, a hexagonal prism, an equilateral triangular prism, a square column, and/or a star-shaped column.
As a specific embodiment of the present invention, the signal generating system 1 emits an adjustable frequency pulse signal.
As a specific embodiment of the present invention, the signal generating system 1 is a square wave signal pulse generator. The square wave signal pulse generator is adjusted to emit 0-1000Hz pulse frequency and the input voltage is in the range of 5V-15VDC, DC represents the DC power supply.
As a specific embodiment of the present invention, the signal generating system 1 may output a current of about 15MA when supplying 5V power; when 12V is used for power supply, the output current can be about 35 MA; input current: not less than 100MA
The output amplitude of the signal generating system 1 is: 4.2V V-PP (lowest voltage) to 11.4V V-PP (highest voltage), and the output amplitude of the signal generating system 1 is different according to different input voltages; the maximum output current is: not less than 15MA (5V power supply, when V-PP is more than 50%) or not less than 35MA (12V power supply, when V-PP is more than 50%).
As shown in fig. 2, the digital balance structure energy aggregation apparatus 3 includes a plurality of digital balance structure bodies 31. The plurality of digital balance structural bodies 31 are uniformly arranged at intervals to form a square grid array, and the sum of the attribute characteristic values of the digital balance structural bodies 31 distributed on two opposite angles or two opposite angles 5 of the square grid array is equal. Attribute feature values include height, cross-sectional area, volume, and/or mass, among others. The lattice array comprises equal numbers of transverse arrays and longitudinal arrays, the number of the digital balance structure bodies 31 of each transverse array is equal to that of the digital balance structure bodies 31 of each longitudinal array, and the distance between each digital balance structure body 31 and the adjacent digital balance structure bodies 31 is equal. The plurality of digital balance structure bodies 31 of the digital balance structure energy aggregation device 3 are in a balanced and harmonious state, so that the frequency and the stability of pulse signals transmitted to the piezoelectric ceramic piece 2 by the signal generating system 1 can be adjusted, and the clinical treatment and rehabilitation physiotherapy effect of the invention is better.
As an embodiment of the present invention, the shape of the digital balance structure 31 is a cylinder, a hexagonal prism, an equilateral triangular prism, a square prism, and/or a star-shaped prism.
As a specific embodiment of the present invention, the digital balance structure 31 and the mounting board 4 are made of metal silver or silver alloy; metallic copper, copper alloys; metallic aluminum, aluminum alloys; metallic iron, iron alloys; metallic zinc, zinc alloy; metallic silicon, silicon alloys; and various PVC materials. Preferably, the number balance structure 31 and the mounting plate 4 are made of the same material.
As an embodiment of the present invention, a plurality of digital balance structures 31 are uniformly spaced to form a square grid array as shown in table 1:
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
TABLE 1
Starting from the first row of the square lattice array, each square in the square lattice array is named a1/a2/A3/a4/A5. A digital balance structure 31 is arranged at the position corresponding to each square. The number (attribute feature value) of the number balance structure 31 in the above-described lattice array must satisfy: firstly, numbers (attribute characteristic values) in a square graph formed by any square grid are necessarily equal to each other in the sum of numbers (attribute characteristic values) on opposite angles or diagonal lines; i.e. diagonal as in table 1: a1+ a16 ═ a4+ a 13; diagonal line: a1+ a6+ a11+ a16 ═ a4+ a7+ a10+ a 13. Second, arbitrary squares constitute numbers (attribute feature values) inside a rectangular figure, and the addition of numbers (attribute feature values) at opposite corners is necessarily equal. I.e. a5+ a12 ═ A8+ a9 in table 1.
The increase in the number of squares in Table 1 must be 4n(n > 1, n is an integer) as a precondition; if the sum of squares in Table 1 uses ∑1Represents, then ∑1＝4n. As shown in table 1, when n is 2, the square lattice number Σ1＝42＝4x4＝16
Sigma for the digital sum in the grid array in Table 12Represents, sigma2＝C4n(note: C is a constant, e.g., C1, 2.).
The number of squares sigma in Table 11And the sum sigma of the numbers in the square2The relationship between is: sigma2＝C∑1＝C4n(Note: C is a constant).
As shown in fig. 3, the digital balance structure energy aggregation apparatus 3 includes a plurality of digital balance structure bodies 31. The plurality of digital balance structural bodies 31 are arranged at regular intervals to form a square lattice array, a plurality of digital balance structural bodies 31 surrounded by any rectangle 6 (or square) are selected in the square lattice array, the digital balance structural bodies 31 on two opposite corners (or diagonal) are respectively defined as a first diagonal digital balance structural body 311 and a second diagonal digital balance structural body 312, and the sum of the attribute characteristics of the first diagonal digital balance structural body 311 is equal to the sum of the attribute characteristics of the second diagonal digital balance structural body 312. The plurality of digital balance structure bodies 31 of the digital balance structure energy aggregation device 3 are in a balance and harmonic state, so that the frequency of pulse signals transmitted to the piezoelectric ceramic piece 2 by the signal generating system 1 can be adjusted, and the clinical treatment and rehabilitation physiotherapy effect of the invention is better.
As an embodiment of the present invention, a number (attribute feature value) of the number balance structure 31 is assigned to a1/a2/A3/a4/a5...... a16 in table 1, and then the numbers in a square lattice array of four rows and four columns are as in table 2:
22
31
26
25
31
40
35
34
26
35
30
29
25
34
29
28
TABLE 2
Digital sum Σ in table 22＝480＝C4n＝30x42(C is a constant);
TABLE 2 increase in the number of squares by 4n(n > 1, n is a positive integer) law, ∑ e1＝4n＝4x4＝16；
Any grid in table 2 forms numbers in a square graph, and the numbers on opposite angles or diagonal lines are added to be equal;
the numerical addition of any rectangular diagonal in table 2 must be equal.
As another aspect of the present inventionIn one embodiment, 4 is added on the basis of the number of squares in the table 2nSquares, when n equals 3, Σ1＝4364, when n is equal to 4, the number of squares of the table is Σ1＝44The number of the number balance structure 31 is given to each square in 256, which is shown in table 3 (for example, n is 4):
26
27
34
25
24
33
28
27
26
27
34
25
24
33
28
27
27
28
35
26
25
34
29
28
27
28
35
26
25
34
29
28
34
35
42
33
32
41
36
35
34
35
42
33
32
41
36
35
25
26
33
24
23
32
27
26
25
26
33
24
23
32
27
26
24
25
32
23
22
31
26
25
24
25
32
23
22
31
26
25
33
34
41
32
31
40
35
34
33
34
41
32
31
40
35
34
28
29
36
27
26
35
30
29
28
29
36
27
26
35
30
29
27
28
35
26
25
34
29
28
27
28
35
26
25
34
29
28
26
27
34
25
24
33
28
27
26
27
34
25
24
33
28
27
27
28
35
26
25
34
29
28
27
28
35
26
25
34
29
28
34
35
42
33
32
41
36
35
34
35
42
33
32
41
36
35
25
26
33
24
23
32
27
26
25
26
33
24
23
32
27
26
24
25
32
23
22
31
26
25
24
25
32
23
22
31
26
25
33
34
41
32
31
40
35
34
33
34
41
32
31
40
35
34
28
29
36
27
26
35
30
29
28
29
36
27
26
35
30
29
27
28
35
26
25
34
29
28
27
28
35
26
25
34
29
28
TABLE 3
The digital sum sigma of the squares in Table 32＝7680＝30x44。
Any square in table 3 constitutes a number inside a square, and the number addition on the diagonal or diagonal must be equal.
The numerical addition of any rectangular diagonal in table 3 must be equal.
In order to satisfy the above numerical arrangement and combination, the number is changed to an object, and the material of the number balance structure 31 must be the same element, that is, the material of the number balance structure energy aggregation device 3 is the same for the plurality of number balance structures 31.
Wherein each number may represent a characteristic value of a property of any entity of the digital balance structure 31; if the cross-sectional area of the a1 object is 1 square (mm, cm, dm, m), then 22 represents the height of the same scale unit entity, i.e., 22 cubic (mm, cm, dm, m), as in table 1 of the digital balance structure 31, a1 is 22.
In an embodiment of the present invention, the distance between two adjacent digital balance structures 31 is the maximum diameter, the slant diameter, or the like.
As an embodiment of the present invention, the discharge position of each digital balance structure 31 must not be replaced or moved freely.
The beneficial effect that this application realized is as follows:
(1) the energy aggregation device with the digital balance structure has the characteristic of balance and harmony, and can adjust the signal frequency from a signal generation system to the piezoelectric ceramic plate; and the phenomena of electromagnetic interference and the like are eliminated, and the clinical treatment and rehabilitation physiotherapy effect is better.
(2) The energy aggregation device with the digital balance structure has the function of aggregating and adjusting various pulse energies, and makes the pulse wave frequency stable at a certain frequency, more suitable for receiving by organisms, and better in clinical treatment and rehabilitation physiotherapy effect.
The above description is only an embodiment of the present invention, and is not intended to limit the present invention. Various modifications and alterations to this invention will become apparent to those skilled in the art. Any modification, equivalent replacement, improvement or the like made within the spirit and principle of the present invention should be included in the scope of the claims of the present invention.
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