Technology for obtaining three-momentum engine by intercepting ball of tornado belt through steel mesh wheel

Abstract

The invention discloses a technology for obtaining a three-momentum engine by intercepting a ball of a tornado belt through a steel mesh wheel in the technical field of wind power generation, which is characterized in that a pneumatic driving wheel and the steel mesh wheel are arranged in a chimney, are assembled in the same axial direction and respectively rotate to form a power machine body; according to the ball-obtaining three-momentum power machine technology for blocking the tornado belt through the steel mesh wheel, a closed-loop inertial motion body in a tornado form is formed by rising airflow, the ball-obtaining three-momentum technology for blocking the tornado belt through the steel mesh of the steel mesh wheel is implemented, the power generator is driven to generate power at high power, and therefore the ball-obtaining three-momentum power machine technology for blocking the tornado belt through the steel mesh wheel is provided. The method has the advantages that the outdated method that in the prior art, airflow linear momentum is singly used for acting and generating electricity is changed, acting and generating can be carried out through three momentum functions of airflow rotation ball driving and ascending envelope, the power of fluid displacement energy driving mass acting is improved, and the occupied area and the workpiece investment cost are reduced.

Description

Technical Field

[0001] The invention discloses a three-momentum engine technology in the technical field of wind power generation, which uses a steel mesh wheel to intercept a ball in a tornado belt. Background Art

[0002] The existing wind power generation technology uses only the linear momentum of the airflow to drive the propeller to drive the wind turbine to generate electricity, which not only wastes fluid displacement energy, but also increases the land occupation and workpiece investment costs. The present invention utilizes the temperature difference between high and low altitudes of the atmosphere caused by the photothermal effect, or sets a radiator heated by a solar water heater at the ground position below the open air intake of the chimney, or uses the terrain such as a hillside to make a windshield to collect the air heated by the sun and enter the chimney to obtain an ascending airflow, and utilizes the ascending airflow in the chimney to act on the turbine arranged on the upper part of the pneumatic drive wheel and the upward exhaust turbine arranged on the lower part to rotate together, so that the ascending airflow forms a closed-loop inertial motion body in the form of a tornado between the two, and by measuring the weight-lifting capacity of this closed-loop inertial rotating fluid, the fluid closed-loop inertial motion body carries a certain number of balls of plastic or other materials that match its weight-lifting capacity to hit the steel mesh wheel, so as to use the steel mesh wheel to intercept the balls in the tornado belt to obtain the three-momentum technology, realize high-power driving of the generator to generate electricity, provide the steel mesh wheel with this feature to intercept the balls in the tornado belt to obtain the three-momentum engine technology, and hereby apply for a patent.

[0003] To facilitate understanding of the displacement energy, the inventors explain that the German physicist Bronk, ignoring the fact that the Michelson-Morley experiment, which was widely concerned by the academic community at the time, did not measure the existence of a light wave medium that was stationary relative to the rotation of the earth, expressed the energy of the light wave using e=hν, indicating that Bronk's research on light energy determined that no matter how close the mass of the light wave is to zero, as long as it is a displacement of matter, directional motion or vector, it is energy. Based on Bronk's statement that displacement is energy, the inventors use the displacement is not equal to the ratio of momentum to mass to express linear kinetic energy, that is: V ≠P / m The closed-loop inertial motion of the fluid is represented by “⊙”. The closed-loop inertial rotating fluid has a weight-lifting capacity. The weight-lifting capacity relationship W is measured by the power machine provided by the present invention. f⊙ =P ⊙ ↑V ≠P / m , W f⊙ Indicates the lifting capacity of the fluid closed loop inertia fluid, unit is kgf, P ⊙ The density ρ of the fluid closed-loop inertial motion body multiplied by its volume V gives the volume mass M V Multiply by the average linear velocity V ⊙≠P / m , determines the momentum of the closed-loop inertial motion body, ↑V ≠P / m is the rising speed of the closed-loop inertial motion body of the fluid (i.e., the rising displacement energy), which reflects the lifting capacity W of the closed-loop inertial rotating fluid.f⊙ The size of the closed-loop inertial motion is determined by the momentum P ⊙ and upward displacement energy↑V ≠P / m The wind speed measuring instrument used to measure the lifting capacity of the closed-loop inertial fluid is based on the average linear velocity V of the closed-loop inertial fluid that does not rotate. ⊙≠P / m and the rising speed ↑V ≠P / m The mass lowered and lifted is used to confirm the lifting capacity of the closed-loop inertial rotating fluid W f⊙ =P ⊙ ↑V ≠P / m The inventors call this measurement method a closed-loop inertial rotating fluid weight-lifting capacity measurement method. Summary of the invention

[0004] The present invention discloses a three-momentum engine technology for intercepting balls in a tornado belt with a steel mesh wheel. The purpose is to arrange a pneumatic drive wheel and a steel mesh wheel in a chimney to be assembled in the same axial direction and rotate separately to form a power machine body, utilize the rising airflow in the chimney to act on the pneumatic drive wheel, and make the rising airflow into a closed-loop inertial motion body in the form of a tornado, implement the three-momentum technology for intercepting balls in a tornado belt with the steel mesh of the steel mesh wheel, and realize high-power driving of a generator to generate electricity. The three-momentum engine technology for intercepting balls in a tornado belt with a steel mesh wheel having this feature is provided.

[0005] The invention discloses a three-momentum engine technology for intercepting a ball in a tornado belt with a steel mesh wheel. The technology is advanced and innovative in that it changes the backward method of the prior art of using only the linear momentum of airflow to generate power, and realizes the use of the three momentums of the airflow rotation to carry the ball and the rise to generate power, thereby increasing the power of the fluid displacement energy to drive the mass to do work and reducing the land occupation and workpiece investment costs. BRIEF DESCRIPTION OF THE DRAWINGS

[0006] Attached Figure 1 It is a schematic diagram of the power machine body structure involved in the technical embodiment of the three-momentum engine obtained by using a steel mesh wheel to intercept a ball in a tornado belt disclosed in the present invention; Attached Figure 2 A schematic diagram of the assembly form of the pneumatic drive wheel and the steel mesh involved in the embodiment of the technology of obtaining a three-momentum engine by using a steel mesh wheel to intercept a ball in a tornado belt disclosed in the present invention; Attached Figure 3 A schematic diagram of a transfer system involved in a technical embodiment of a three-momentum engine obtained by using a steel mesh wheel to intercept a ball in a tornado belt disclosed in the present invention; Attached Figure 4 A schematic diagram of the pneumatic drive wheel structure design involved in a technical embodiment of a three-momentum engine obtained by using a steel mesh wheel to intercept a ball in a tornado belt disclosed in the present invention; Attached Figure 5 For attachment Figure 4 An enlarged schematic diagram of the K part; Attached Figure 6 A schematic diagram of the steel mesh wheel structure design involved in a technical embodiment of a steel mesh wheel intercepting a ball in a tornado belt to obtain a three-momentum engine disclosed in the present invention; Attached Figure 7 For attachment Figure 6 Schematic diagram of top view; Attached Figure 8 A schematic diagram of the steel mesh and chute assembly form of a steel mesh wheel and a chute involved in a technical embodiment of a three-momentum engine obtained by intercepting a ball in a tornado belt with a steel mesh wheel disclosed in the present invention; Attached Fig. 9 A schematic diagram of the internal structure design of the bottom layer of a chimney involved in a technical embodiment of a steel mesh wheel intercepting a ball in a tornado belt to obtain a three-momentum engine disclosed in the present invention; Attached Fig.10 A schematic diagram of a chimney viewed from above in a technical embodiment of a ball-captured momentum-generating power machine for a steel mesh wheel tornado-blocking belt disclosed in the present invention; Attached Fig.11 A schematic diagram of the overall installation form in a chimney of a three-momentum engine technology embodiment disclosed in the present invention for intercepting a ball in a tornado belt with a steel mesh wheel; Attached Fig.12 A schematic diagram of a three-momentum engine technology embodiment disclosed in the present invention, in which a pneumatic drive wheel is used to make an air closed-loop inertial motion body between upward exhaust turbines; Attached Fig.13 The invention discloses a steel mesh wheel that intercepts a ball in a tornado belt to obtain a three-momentum engine technology embodiment, which involves a closed-loop inertial fluid weight-lifting capacity measurement method to measure the weight-lifting capacity and to provide a chart showing how much mass it can carry. DETAILED DESCRIPTION

[0007] See attached Figure 1 , 2 , 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, the present invention discloses a three-momentum engine technology for intercepting a ball in a tornado belt with a steel mesh wheel, which is characterized in that: a pneumatic drive wheel B and a steel mesh wheel E are arranged in a chimney H and are assembled in the same axial direction and rotate separately to form a power machine body LJ, and the rising airflow in the chimney H is used to act on the pneumatic drive wheel B, and the rising airflow is made into a closed-loop inertial motion body W in the form of a tornado, and the three-momentum technology is implemented in that the steel mesh E3 of the steel mesh wheel E intercepts the ball G in the tornado belt, and realizes the high-power driving generator D to generate electricity, thereby providing a three-momentum engine technology for intercepting a ball in a tornado belt with a steel mesh wheel.

[0008] The power machine body involved is characterized in that: a crossbeam H1 is welded at an appropriate height in the chimney H, and a center plate H2 is welded and fixed at the center position where the crossbeam H1 intersects. The center plate H2 and the first bearing seat fixing bolt A4 are used to fix the outer center shaft bearing A3 and the first bearing seat A9 assembled on the outer center shaft E1 of the steel mesh wheel E. The steel mesh wheel E assembled in this way, wherein the generator D is fixed on the engine base H6-1 set in the outer span box H6 with bolts, and the tightness of the V-belt C can be adjusted by adjusting the distance top screw H6-2. After adjustment, the box door H6-3 is closed, and the ball distributor F installed on the upper part of the pneumatic drive wheel B in the chimney H is corresponding to the ball distributor F. A ball conveying duct H7 is arranged on the outer wall H5 of the chimney H. Through the duct H7, the ball conveying duct can be extended to the appropriate area of ​​the closed-loop inertial motion body W in the form of a tornado, so that the tornado carries enough weight to meet its lifting capacity (W f⊙ =P ⊙ ↑V ≠P / m ) of plastic or other materials to make a ball with a weight lifting capacity of W f⊙ The rotational momentum P of the lifted mass ⊙ , gas rotation momentum P G⊙ , lift the mass and rotate upward momentum↑P ⊙ The rising airflow passing through the steel mesh E3 arranged on the steel mesh wheel E acts on the inner central axis B3 of the pneumatic drive wheel B. The turbine B1 installed on the upper part and the upward exhaust turbine B6 installed on the lower part rotate together, and a closed-loop inertial motion body W in the form of a tornado is produced between the two. A plurality of legs H8 with footings are welded on the lower part of the chimney outer wall H5 to fix the chimney H on the chimney foundation. A flange H3 connected with a flange bolt H4 is arranged on the chimney outer wall H5 above the crossbeam H1 to utilize the flange H3 The chimney can be raised to a high altitude. According to needs, a radiator heated by a solar water heater can be installed on the ground below the open air inlet R of the chimney H, or a windshield can be made using the terrain such as a hillside to collect the heated air, which enters the chimney H from the bottom to form an updraft. The updraft is made into a closed-loop inertial motion body W carrying a ball G, and the steel mesh E3 of the steel mesh wheel E is used to intercept the ball G in the tornado belt to obtain three momentums, thereby driving the generator D to generate electricity at high power, thereby providing a power machine body.

[0009] Among them, the separately rotating or divided drive system A involved is characterized in that: regarding the steel mesh wheel E, the outer part is a sleeve E6, the inner part is a center tube E9, the two are connected by a plurality of blades E5, the vertebral tube E10 is connected below the center tube E9 to guide the ball G into the ball distributor F, the outer center axis E1 is fixed by the upper fixing plate E7 and the lower fixing plate E8, regarding the pneumatic drive wheel B, the ball support rod B4 fixed by the top screw B5 is assembled on the inner center axis B3, and the shaft head of the inner center axis B3 at the lower part of the ball support rod B4 is prevented by the first round head The nut B7 is retracted to lock the upward exhaust turbine B6. On the inner center axis B3 of the upper part of the ball support stick B4, a ball bearing A10 fixed by an inner spring retaining ring A12 and a second bearing box cover A4 and a tapered roller bearing A11 separated by a washer A7 are arranged. The second bearing box A4 is fixed to the lower fixed plate E8 welded to the sealing part of the inner center sleeve E9 of the steel mesh wheel E by the second bearing box fixing bolt A5, and it is sent into the chimney H, so that the shaft head of the inner center axis B3 of the pneumatic drive wheel B passes through the first bearing seat. The bearing A2 in A9 firmly fixes the center hole of the outer center shaft E1, and uses the outer center shaft fixing bolt E2 to fix the base of the outer center shaft E1 on the upper fixing plate E7 and the lower fixing plate E8 welded in the center sleeve E6, and uses the outer center shaft anti-retraction nut A8 to lock the bearing A2. After locking, install the V-belt pulley A1 on the outer center shaft E1, and use the second round head anti-retraction nut B2 to lock the turbine B1, that is, the steel mesh wheel E assembled with the outer center shaft E1 and the outer center shaft bearing A2 as a whole is a rotating body, and the gas The pneumatic drive wheel B, which is assembled as a whole with the inner center shaft B3, the ball bearing A10 and the tapered roller bearing A11, is a rotating body, and the manufactured transfer system A realizes that the pneumatic drive wheel B exclusively produces the closed-loop inertial motion body W in the form of a tornado, and the steel mesh wheel E exclusively intercepts the ball G in the tornado belt and recovers the ball G to continuously utilize the ball G to obtain high-power momentum, and the V-belt pulley A1 connected by the V-belt C and the V-belt pulley of the generator are linked to drive the generator D to generate electricity, thereby providing a transfer system.

[0010] Among them, the technology of obtaining three momentums by intercepting the ball in the tornado belt by the steel mesh of the steel mesh wheel is characterized in that: the pneumatic drive wheel B and the steel mesh wheel E are rotated separately by the transfer system A, and the rising airflow passing through the steel mesh E3 arranged on the steel mesh wheel E acts on the pneumatic drive wheel B to rotate, so that the rising airflow forms a closed-loop inertial motion body W in the form of a tornado between the turbine B1 and the upward exhaust turbine B6, and the ball G in the tornado belt is intercepted by the steel mesh E3 arranged on the steel mesh wheel E to obtain the technology embodied by the three momentums. Regarding the three momentums, the closed-loop inertial fluid lifting capacity (W) is mastered by a closed-loop inertial rotating fluid lifting capacity measurement method. f⊙ =P ⊙ ↑V ≠P / m), the mass M carried by the closed-loop inertial motion body W matches its average rotation linear velocity and rising velocity. This mass M is proportional to the horizontal rotation linear velocity V ≠P / m The product of the weight W of the ball G hitting the steel net E3 and the blade E5. f⊙ The rotational momentum P of the lifted mass ⊙ , which is the first momentum, where the rising speed ↑V ≠P / m and the momentum P of the lifted mass ⊙ The product of the rotational momentum P of the lifted mass ⊙ The lifting mass rotational upward momentum ↑P reflected by the impact on the steel mesh E3 in the vector direction ⊙ , which is the second momentum, where the air mass of the closed-loop inertial motion body W and the horizontal rotation linear velocity V ≠P / m The product of is the gas rotation momentum P that produces thrust on blade E5 G⊙ This is the third momentum. The initial momentum of these three momentums comes from the rising airflow passing through the steel mesh B3, which drives the pneumatic drive wheel B to rotate and create the air closed loop inertial motion body W with momentum P G⊙ The rotational momentum P generated by the driving ball G ⊙ and the upward rotational momentum ↑P ⊙ , whereby the ball in the tornado belt is intercepted by the steel mesh of the steel mesh wheel to obtain the three-momentum technology.

[0011] The invention discloses a three-momentum engine technology for intercepting a ball in a tornado belt with a steel mesh wheel. The technology is advanced and innovative in that it changes the backward method of the prior art of using only the linear momentum of airflow to generate power, and realizes the use of the three momentums of the airflow rotation to carry the ball and the rise to generate power, thereby increasing the power of the fluid displacement energy to drive the mass to do work and reducing the land occupation and workpiece investment costs.

Claims

1. A three-momentum engine technology using a steel mesh wheel to intercept a ball in a tornado belt, characterized in that: The pneumatic drive wheel (B) and the steel mesh wheel (E) are arranged in the chimney (H) and are assembled in the same axial direction and rotate separately to form a power machine body (LJ). The rising airflow in the chimney (H) acts on the pneumatic drive wheel (B) to form a closed-loop inertial motion body (W) in the form of a tornado. The three-momentum technology is implemented in which the steel mesh (E3) of the steel mesh wheel (E) intercepts the ball (G) in the tornado belt to obtain the three-momentum technology, and the high-power driven generator (D) is realized to generate electricity. The steel mesh wheel provided thereby intercepts the ball in the tornado belt to obtain the three-momentum engine technology.

2. The power machine body involved in the three-momentum engine technology of intercepting the ball in the tornado belt with a steel mesh wheel according to claim 1 is characterized in that: In the chimney (H), a crossbeam (H1) is welded at an appropriate height, and a center plate (H2) is welded and fixed at the center position where the crossbeam (H1) intersects. The center plate (H2) and the first bearing seat fixing bolts (A4) are used to fix the outer center shaft bearing (A3) and the first bearing seat (A9) assembled on the outer center shaft (E1) of the steel mesh wheel (E). The steel mesh wheel (E) thus assembled, wherein the generator (D) is fixed to the engine base (H6-) arranged in the outer span box (H6) by bolts. 1) above, and the tightness of the triangular belt (C) can be adjusted by adjusting the distance top screw (H6-2). After adjustment, the box door (H6-3) is closed, and the ball distributor (F) installed on the upper part of the pneumatic drive wheel (B) is arranged in the chimney H. A ball conveying conduit (H7) is arranged on the outer wall (H5) of the chimney (H). Through the conduit (H7), the conveying pipe of the conveying ball can be extended to the appropriate area of ​​the closed-loop inertial motion body W in the form of a tornado, so that the tornado can carry enough weight to meet its lifting capacity (W). f⊙ =P ⊙ ↑V ≠P / m ) of plastic or other materials to make a ball with a weight lifting capacity of W f⊙ The rotational momentum of the lifted mass (P ⊙ ), gas rotation momentum (P G⊙ ), lift the mass and rotate upward momentum (↑P ⊙ ), and the rising airflow passing through the steel mesh (E3) arranged on the steel mesh wheel (E) acts on the inner central axis (B3) of the pneumatic drive wheel (B), and the turbine (B1) installed on the upper part and the upward exhaust turbine (B6) installed on the lower part rotate together, and a closed-loop inertial motion body (W) in the form of a tornado is made between the two. A plurality of legs (H8) with feet are welded on the lower part of the chimney outer wall (H5) to fix the chimney (H) on the chimney foundation. A flange (H3) connected with a flange bolt (H4) is arranged on the chimney outer wall (H5) above the crossbeam (H1) to utilize The flange (H3) can raise the chimney to a higher altitude. According to needs, a radiator heated by a solar water heater can be set at the ground position below the air inlet opening (R) of the chimney (H), or a wind shield can be made by utilizing the terrain such as a hillside to collect the heated air, which enters the chimney (H) from the bottom to form an ascending airflow. By making the ascending airflow into a closed-loop inertial motion body (W) carrying a ball (G), the steel mesh (E3) of the steel mesh wheel (E) can be used to intercept the ball (G) in the tornado belt to obtain three momentums, thereby achieving high-power driving of the generator (D) to generate electricity, thereby providing a power machine body.

3. The three-momentum engine technology of intercepting the ball in the tornado belt with a steel mesh wheel according to claim 1, the separate rotation or transfer system (A) involved is characterized by: Regarding the steel mesh wheel (E), the outside is a sleeve (E6) and the inside is a center tube (E9), and the two are connected by a plurality of blades (E5). The vertebral tube (E10) is connected below the center tube (E9) to guide the ball (G) into the ball distributor (F). The outer center shaft (E1) is fixed by the upper fixing plate (E7) and the lower fixing plate (E8). Regarding the pneumatic drive wheel (B), a ball support rod (B4) fixed by a top screw (B5) is assembled on the inner center shaft (B3). The shaft head of the inner center shaft (B3) at the bottom of the ball support rod (B4) is locked with a first round head anti-retraction nut (B7) to the upward exhaust turbine (B6). ), a ball bearing (A10) and a tapered roller bearing (A11) with a washer (A7) interposed therebetween are arranged on the inner center shaft (B3) of the upper part of the ball support stick (B4), and the second bearing box cover (A4) is fixed with an inner spring retaining ring (A12). The second bearing box (A4) is fixed on the lower fixing plate (E8) welded to the sealing part of the inner center sleeve (E9) of the steel mesh wheel (E) by a second bearing box fixing screw (A5), and is sent into the chimney (H), so that the shaft head of the inner center shaft (B3) of the pneumatic driving wheel (B) passes through the bearing (A2) in the first bearing seat (A9). The center hole of the outer center shaft (E1) is fixed, and the base of the outer center shaft (E1) is fixed on the upper fixing plate (E7) and the lower fixing plate (E8) welded in the center sleeve (E6) with the outer center shaft fixing bolt (E2), and the bearing (A2) is locked with the outer center shaft anti-retraction nut (A8). After locking, the V-belt pulley (A1) is installed on the outer center shaft (E1), and the turbine (B1) is locked with the second round head anti-retraction nut (B2). That is, the steel mesh wheel (E) assembled with the outer center shaft (E1) and the outer center shaft bearing (A2) is a rotating body, which is pneumatically driven. The pneumatic drive wheel (B) assembled with the inner center shaft (B3), the ball bearing (A10) and the tapered roller bearing (A11) is a rotating body, and the split drive system (A) is made, which realizes that the pneumatic drive wheel (B) is used to produce a closed-loop inertial motion body (W) in the form of a tornado, and the steel mesh wheel (E) is used to intercept the balls (G) in the tornado belt and recover the balls (G) to continuously use the balls (G) to obtain high-power momentum, and the V-belt pulley (A1) connected by the V-belt (C) and the V-belt pulley of the generator are linked to drive the generator (D) to generate electricity, thereby providing a split drive system.

4. A three-momentum engine technology for intercepting a ball in a tornado belt with a steel mesh wheel according to claim 1, which involves a three-momentum technology for intercepting a ball in a tornado belt with a steel mesh wheel, characterized in that: The pneumatic drive wheel (B) and the steel mesh wheel (E) are rotated separately by the split system (A), and the rising airflow passing through the steel mesh (E3) arranged on the steel mesh wheel (E) acts on the pneumatic drive wheel (B) to rotate, so that the rising airflow forms a closed-loop inertial motion body (W) in the form of a tornado between the turbine (B1) and the upward exhaust turbine (B6), and the steel mesh (E3) arranged on the steel mesh wheel (E) intercepts the ball (G) in the tornado belt to obtain the technology embodied by the three momentums. Regarding the three momentums, the closed-loop inertial fluid lifting capacity (W) is mastered through a closed-loop inertial fluid lifting capacity measurement method. f⊙ =P ⊙ ↑V ≠P / m ), the mass (M) carried by the closed-loop inertial motion body (W) matches its average rotation linear velocity and rising velocity. This mass (M) is related to the horizontal rotation linear velocity (V ≠P / m ), which is the product of the ball (G) hitting the steel mesh (E3) and the lifting capacity (W) on the blade E5. f⊙ )The rotational momentum of the lifted mass (P ⊙ ), which is the first momentum, the rising speed (↑V ≠P / m ) and the momentum of the lifted mass (P ⊙ ), which is the momentum of the lifted mass (P ⊙ ) in the vector direction, the lifting mass rotational upward momentum (↑P ⊙ ), which is the second momentum, where the air mass of the closed-loop inertial motion body (W) and the horizontal rotation linear velocity (V ≠P / m ) is the product of the gas rotation momentum (P G⊙ ), which is the third momentum. The initial momentum of these three momentums comes from the rising airflow passing through the steel mesh (B3) driving the pneumatic drive wheel (B) to rotate and create the momentum (P) of the air closed loop inertial motion body (W) G⊙ ) The rotational momentum (P) generated by the driving ball (G) ⊙ ) and the upward rotational momentum (↑P ⊙ ), thereby providing a three-momentum technology by which the ball in the tornado belt is intercepted by a steel mesh wheel.

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