TWM488807U - Magnetic drive motor - Google Patents

Description

Magnetic drive motor

The present invention relates to a magnetic drive motor, in particular to a dynamic magnet device which is fixed to a turntable by a dynamic magnet. The center of the turntable is fixed with a rotating shaft supported by a set of bearings. The set of bearings is fixed by a set of support plates. On the ground, one end of the rotating shaft is connected to a driving wheel; the magnet of a fixed magnet device is tilted at an appropriate angle by a plurality of magnets of the same polarity, and is arranged on a fixed disc which is overlapped with each other, and the fixed disc is a rotating shaft of the dynamic magnet device. For the center of rotation, the center of the fixed disk is sleeved on a rotating shaft, and the fixed disk is controlled by a starting device to combine the fixed magnet of the fixed magnet device with the dynamic magnet of the dynamic magnet device, and the combination will generate a thrust for dynamic The rotating shaft of the magnet device rotates, so that the driving transmission wheel rotates and outputs power as its characteristic.

The driving principle of the conventional magnetic drive motor is generally based on the principle that the magnetic poles of the two magnets generate the same repulsive force or the opposite phase of the magnetic pole produces the phase suction force. For example, the conventional patent M353570 (magnetic energy synchronous motor) requires a power source to have a driving function, such as Patent No. M471096 (Magnetic Power Power Output Device) is a function that drives the electromagnetic coil to generate a magnetic force. For example, M437001 (magnetic energy conversion device) is characterized by the intermittent oscillation of the magnet to generate thrust. Obviously, the device is Those who rely on external energy to complete their functions.

According to the lack of the magnetic motor used in the above, the creator has created a magnetic motor based on the principle of a magnetic drive method, which does not require external conditions to provide a driving force by its magnetic force. The principle of the driving method is that a fixed magnet is flat, the fixed magnet is inclined at a proper angle to a plane fixing body, and a dynamic magnet is flat, and the dynamic magnet is placed horizontally above the fixed magnet, and has The horizontal displacement function can be displaced along the edge of the fixed magnet. When the corresponding polarities of the two are opposite, when the dynamic magnet approaches from the inclined side, the dynamic magnet is attracted by the fixed magnet to drive the dynamic magnet to advance horizontally and horizontally; The corresponding polarities are the same, and when the dynamic magnet approaches from the other side of the tilt, the dynamic magnet is repelled by the fixed magnet to drive the dynamic magnet to advance horizontally.

A magnetic drive motor includes a fixed magnet device and a dynamic magnet device. An activation device, a housing and a transmission wheel, wherein the dynamic magnet device is fixed to a disc by a dynamic magnet, the center of the disc is fixed with a rotating shaft, the rotating shaft is supported by a set of bearings, and the set of bearings is supported by a set of supporting plates Fixed to the ground, one end of the rotating shaft is connected to a driving wheel; the magnet of the fixed magnet device is inclined at an appropriate angle by a plurality of magnets of the same polarity, and is arranged on a fixed plate and arranged to overlap each other to form a ring shape, and the fixed disk is dynamic The rotating shaft of the magnet device is a center of rotation thereof, and the center of the fixing plate is sleeved on a rotating shaft, but is not engaged, and the fixing plate is fixed by being connected with a supporting plate via a connecting plate; a starting device is connected with a supporting plate, the supporting plate a fixed body fixed to the ground, the starting device is for controlling the displacement of the fixed rod, and the actuating rod drives the horizontal displacement of a fixed disc, thereby combining or separating the fixed magnet of the fixed magnet device and the dynamic magnet of the dynamic magnet device The action, the combined action will cause the dynamic magnet to generate a thrust that drives the shaft to rotate.

a dynamic magnet on the disc is placed above the aligned ring-shaped fixed magnet, which corresponds to The fixed magnets have opposite polarities, and the other dynamic magnets are placed below the aligned ring-shaped fixed magnets, which have the same polarity as the corresponding fixed magnets, that is, a ring-shaped fixed magnet can be matched with the configuration of the upper and lower dynamic magnets, so The dynamic magnet on the disc will be subjected to the force of the fixed magnet, and the number of the configuration of the dynamic magnet can be increased at an appropriate interval, thereby increasing its force.

When the combination of a ring-shaped fixed magnet and two kinds of dynamic magnets is a structure, the number of the structure can be increased as the size of the connecting structure increases, and the rotation force of the transmission wheel can be increased.

When a fixed magnet device, a dynamic magnet device, and a starting device are combined into one driving unit, when a plurality of driving units drive the same rotating shaft, the rotating force of the driving wheel can be increased.

1‧‧‧ fixed body

10‧‧‧Support board

11‧‧‧Shell

12‧‧‧Support board

13‧‧‧ Extension line

14‧‧‧ bearing

2‧‧‧Fixed magnet

23‧‧‧A set of architectures

24‧‧‧ Fixed disk

25‧‧‧Acoustic rod

26‧‧‧Starting device

28‧‧‧Location

29‧‧‧ Ring

3‧‧‧dynamic magnets

30‧‧‧dynamic magnet

31‧‧‧ Direction

32‧‧‧ Connecting rod

33‧‧‧ disc

34‧‧‧Axis

36‧‧‧Drive wheel

40‧‧‧ drive unit

The first picture is a schematic diagram of the action of the dynamic magnet and the fixed magnet of the present invention.

Figure 2 is a schematic diagram of the combination of a dynamic magnet and a fixed magnet.

Figure 3 is a schematic diagram of the structure of the application example of the creation.

Figure 4 is a schematic diagram of the structure before the creation of this creation.

Figure 5 is a schematic diagram of an application example of the enhanced output of the present creation.

Figure 6 is a schematic diagram of another application example of the enhanced output of the present creation.

The implementation of a magnetic drive motor is described in Figures 1 to 6, according to the principle of a magnetic drive method. As shown in Fig. 1, a fixed magnet 2 is flat, and the fixed magnet is fixed. The iron 2 is inclined to a plane fixing body 1 at an appropriate angle, and a dynamic magnet 3 is in a flat shape. The dynamic magnet 3 is placed above the fixed magnet 2 in a horizontal state 4, and has a horizontal displacement function, which can be fixed along the fixed position. The magnet 2 is displaced above the edge of the magnet 2, and when the corresponding polarities are opposite, when the dynamic magnet 3 approaches from the inclined side, the dynamic magnet 3 is attracted by the fixed magnet 2 to drive the dynamic magnet 3 to be displaced in the horizontal direction 31; When the dynamic magnet 3 is close to the other side of the inclination, the dynamic magnet 3 is repelled by the fixed magnet 2 to drive the dynamic magnet 3 to horizontally advance and displace.

A magnetic drive motor includes a fixed magnet device, a dynamic magnet device, a starting device 26, a housing 11 and a transmission wheel 36. The dynamic magnet (3, 30) of the dynamic magnet device is a flat shape, and the dynamic magnet ( 3, 30) is fixed with a connecting rod 32 fixed to a disc 33, a shaft 34 is fixed at the center of the disc 33, and the rotating shaft 34 is supported by a set of bearings 14, and the set of bearings 14 is passed through a group The support plate 10 is fixed to the fixed body 1. One end of the rotating shaft 34 is connected to a driving wheel 36. The fixed magnet 2 of the fixed magnet device has a flat shape. The fixed magnet 2 is inclined at an appropriate angle with a plurality of identical polarities, and is arranged to overlap each other. Forming a ring 29 on a fixed disk 24, as shown in position 28, the fixed disk 24 is rotated by the rotating shaft 34 of the dynamic magnet device, and the center of the fixed disk 24 is sleeved on a rotating shaft 34, but is not engaged; A starting device 26 is connected to the support plate 10 and fixed to the fixed body 1. The starting device 26 controls the displacement of the actuating lever 25 in a normal state. As shown in Fig. 4, the fixed magnet 2 is separated from the dynamic magnets (3, 30). When starting, the starting device 26 The control actuating lever 25 drives the fixed disk 24 to perform horizontal displacement so that the fixed magnet 2 of the fixed magnet device and the dynamic magnet (3, 30) of the dynamic magnet device are combined to generate thrust.

A dynamic magnet 3 in a horizontal state is placed above the fixed magnet 2, and the corresponding polarities are opposite. The dynamic magnet 3 has a horizontal displacement function and is displaceable along the edge of the fixed magnet 2, and is disposed below the fixed magnet 2. a dynamic magnet 30 in a horizontal state, the two of which have the same polarity, The dynamic magnet 30 has a horizontal displacement function and is displaceable along the edge of the fixed magnet 2. When the dynamic magnets (3, 30) approach from the inclined side, the upper dynamic magnet 3 is attracted by the fixed magnet 2, The lower dynamic magnet 30 is repelled by the fixed magnet 2, and the dynamic magnet (3, 30) will be displaced forward along the edge of the ring 29 fixed magnet 2, which displacement will generate a thrust to rotate the rotating shaft 34 of the dynamic magnet device to drive the transmission wheel. 36 output power is its feature.

A dynamic magnet 3 on the disk 33 is placed above the arrangement ring-shaped fixed magnet 2, which is opposite to the polarity of the corresponding fixed magnet 2, and the other dynamic magnet 30 is placed below the arrangement ring-shaped fixed magnet 2, which is The corresponding fixed magnets 2 have the same polarity, that is, the ring-shaped fixed magnet 2 can be matched with the arrangement of the upper and lower dynamic magnets (3, 30), and the number of the dynamic magnets (3, 30) can be appropriately spaced. The arrangement is increased, so that its force can be increased.

When a ring 29 fixed magnet 2 and two kinds of dynamic magnets (3, 30) are combined as a group of structures 23, the number of the group of structures 23 can be increased as the size of the connecting structure increases, as shown in FIG. Therefore, the driving force of the transmission wheel 36 can be increased.

A combination of a fixed magnet device, a dynamic magnet device and a starting device 26 is a driving unit 40. As shown in FIG. 6, a plurality of driving units 40 drive the same rotating shaft 34 in series to drive the driving wheel 36, such as an extension. As shown by the line 13, it is possible to appropriately increase the number of the driving units 40 to expand the driving force of the transmission wheel 36.

1‧‧‧ fixed body

10‧‧‧Support board

11‧‧‧Shell

14‧‧‧ bearing

2‧‧‧Fixed magnet

24‧‧‧ Fixed disk

25‧‧‧Acoustic rod

26‧‧‧Starting device

3‧‧‧dynamic magnets

30‧‧‧dynamic magnet

32‧‧‧ Connecting rod

33‧‧‧ disc

34‧‧‧Axis

36‧‧‧Drive wheel

Claims (4)

A magnetic drive motor is composed of a fixed magnet device, a dynamic magnet device, a starting device, a transmission wheel and an outer casing, wherein the dynamic magnet of a dynamic magnet device has a flat shape, and the dynamic magnet and a connecting rod Fixed, the connecting rod is fixed to a disc, the center of the disc is fixed with a rotating shaft, the rotating shaft is supported by a set of bearings, the set of bearings is fixed to the fixed body via a set of supporting plates, one end of the rotating shaft is connected to a driving wheel; The fixed magnet of a fixed magnet device has a flat shape, and the fixed magnet is inclined at an appropriate angle with a plurality of the same polarity, and is fixedly arranged on a fixed disk to form a ring. The fixed disk is rotated by the rotating shaft of the dynamic magnet device. Center, the center of the fixed disk is sleeved on a rotating shaft, but is not engaged; a starting device is connected to the supporting plate and fixed to the fixed body, the starting device controls the displacement of the fixed moving rod, and the actuating rod drives the fixing of the fixed magnet device The disk is horizontally displaced; a dynamic magnet in a horizontal state is placed above the fixed magnet, and the corresponding polarities are opposite, in the fixed magnet A dynamic magnet is placed horizontally, and the polarities of the two are the same. The dynamic magnet is close to the tilted side of the fixed magnet, the upper dynamic magnet is attracted by the fixed magnet, and the lower dynamic magnet is repelled by the fixed magnet. The dynamic magnet will be displaced forward along the edge of the annular fixed magnet, which displacement will produce a thrust that causes the rotating shaft of the dynamic magnet assembly to rotate to drive the output power of the transmission wheel. A magnetic drive motor according to the first aspect of the patent application, wherein a ring-shaped fixed magnet can be matched with the arrangement of two kinds of dynamic magnets of the upper and lower sides, and the number of the dynamic magnets can be arranged at an appropriate interval to increase the feature. A magnetic drive motor according to the first application of the patent scope, wherein a ring-shaped fixed magnet and 2 The combination of dynamic magnets is a set of architectures, the number of which can be characterized by an increase in the size of its connection structure. A magnetic drive motor according to claim 1, wherein a fixed magnet device, a dynamic magnet device and a starting device are combined into a driving unit, and a plurality of driving units are driven in series to rotate the same rotating shaft to make the driving wheel output power feature.