CN102237775A

CN102237775A - Linear combined motor

Info

Publication number: CN102237775A
Application number: CN201010174925XA
Authority: CN
Inventors: 林海山
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-04-28
Filing date: 2010-04-28
Publication date: 2011-11-09

Abstract

The invention discloses a linear combined motor. A generation motor at least consists of upper and lower layers of coil groups and a layer of magnetic bodies which is positioned between the upper and lower layers of coil groups, so the electricity of two layers of coil groups can be generated by driving only one magnetic body, the number of layers of coil groups can be increased gradually as required, and a layer of magnetic bodies is arranged between two adjacent coil groups correspondingly. An electric motor at least consists of upper and lower layers of magnetic bodies and a layer of coil groups which is positioned between the upper and lower layers of magnetic bodies, so the power for driving two layers of magnetic bodies can be obtained by only electrifying the coil groups, the number of layers of magnetic bodies can be increased gradually as required, and a layer of coil groups is arranged between the adjacent magnetic bodies correspondingly.

Description

The linear combination motor

[technical field]

The present invention relates to a kind of generating that increases the linear combination motor and with the combined method of electrical efficiency.

[background technology]

At present, known linear generating motor and linear all be with the single magnetic pole strength generating of magnet and electricity consumption with electric notor, and other magnetic pole strength of magnet causes the waste of power not in the utilization;

The linear motor of Fig. 1 and Fig. 6 mainly comprises coil groups (41), and magnet (42) is formed; When magnet (42) slides during the magnetic induction line of sectioned coil group (41), in the last magnetic pole strength utilization of magnet (42), but the lower magnetic pole face of magnet (42) of no use on, power waste.

[summary of the invention]

In order to overcome of the waste of existing linear motor to power, the invention provides a kind of linear motor combined method, this method can improve the generating of linear motor and use electrical efficiency.

The technical solution adopted for the present invention to solve the technical problems is:

The generating motor, at least the magnet between upper and lower layer coil groups is formed by upper and lower layer coil groups and one deck, as long as drive the electric weight that a magnet just can send two-layer coil groups, the coil groups number of plies can increase progressively as required, and corresponding one deck magnet of establishing between the adjacent windings group like this.

Use electric notor, at least the coil groups between upper and lower layer magnet is formed by upper and lower layer magnet and one deck, as long as just can obtain driving the power of two-layer magnet to coil groups energising, the magnet number of plies can increase progressively as required, and corresponding one deck coil groups of establishing between adjacent magnets like this.

The alignment as far as possible of upper and lower layer magnet, magnet can adopt magnetite, rubber magnet, electromagnet or other material that is equal to.

The AC linear motor can also be used ring magnet, same pole-face in the magnetic ring body of Figure 11 (53) can be regarded as and form with pole-face magnet (54) about a plurality of.

The invention has the beneficial effects as follows, can strengthen the generating of linear motor and use electrical efficiency.

[description of drawings]

Fig. 1 is common linear d.c. motor plane graph.

Fig. 2 is a linear DC generating motor plane graph of the present invention.

Fig. 3 is a linear DC of the present invention electric notor plane graph.

Fig. 4 is a linear DC generating assembled motor plane graph of the present invention.

Fig. 5 is a linear DC electricity consumption assembled motor plane graph of the present invention.

Fig. 6 is an ordinary lines sexual intercourse stream motor plane graph.

Fig. 7 is the linear alternative electric generation motor of a present invention plane graph.

Fig. 8 is that linear interchange of the present invention used the electric notor plane graph.

Fig. 9 is the linear alternative electric generation assembled motor of a present invention plane graph.

Figure 10 is the linear electricity consumption assembled motor plane graph that exchanges of the present invention.

Figure 11 is the linear alternative electric generation assembled motor of a present invention profile.

Figure 12 is the linear electricity consumption assembled motor profile that exchanges of the present invention.

[embodiment]

Please cooperate referring to Fig. 1 and Fig. 6, common linear DC and alternating current motor comprise upper coil group (41) and lower floor's magnet (42) composition, when magnet (42) slides during the magnetic induction line of sectioned coil group (41), in the last magnetic pole strength utilization of magnet (42), but the lower magnetic pole face of magnet (42) of no use on.

Fig. 2 and Fig. 7 are linear DC generating of the present invention and alternative electric generation motor plane graph, comprise that upper coil group (11), inner coil group (12) and one deck are positioned at magnet (21) composition between upper coil group (11), the inner coil group (12), cut the magnetic induction line of upper coil group (11), inner coil group (12) simultaneously when magnet (21) slides.

Fig. 3 and Fig. 8 are that linear DC electricity consumption of the present invention is used the electric notor plane graph with exchanging, comprise that upper strata magnet (21), lower floor's magnet (22) and one deck are positioned at coil groups (11) composition between upper strata magnet (21), the lower floor's magnet (22), linear DC is a heteropole with the lower magnetic pole face of the upper strata magnet (21) of electric notor and the last magnetic pole strength of lower floor's magnet (22), and linear interchange is a homopolarity with the lower magnetic pole face of the upper strata magnet (21) of electric notor and the last magnetic pole strength of lower floor's magnet (22), drives upper strata magnet (21), lower floor's magnet (22) when coil groups (11) is switched on simultaneously.

Fig. 4 and Fig. 9 are linear DC generating of the present invention and linear alternative electric generation assembled motor plane graph, comprise upper coil group (11), middle level coil groups (12), inner coil group (13), be provided with upper strata magnet (21) between upper coil group (11) and the middle level coil groups (12), being provided with lower floor's magnet (22) between middle level coil groups (12) and the inner coil group (13) forms, the lower magnetic pole face of the upper strata magnet (21) of linear DC generating assembled motor and the last magnetic pole strength of lower floor's magnet (22) are heteropole, and the last magnetic pole strength of the lower magnetic pole face of the upper strata magnet (21) of linear alternative electric generation assembled motor and upper strata magnet (22) is a homopolarity, when upper strata magnet (21) and lower floor's magnet (22) cut upper coil group (11) simultaneously when sliding simultaneously, middle level coil groups (12), the magnetic induction line of inner coil group (13).

Fig. 5 and Figure 10 are linear DC electricity consumption of the present invention and the linear electricity consumption assembled motor plane graph that exchanges, comprise upper strata magnet (21), middle level magnet (22), lower floor's magnet (23), be provided with upper coil group (11) between upper strata magnet (21) and the middle level magnet (22), being provided with inner coil group (12) between middle level magnet (22) and the lower floor's magnet (23) forms, the lower magnetic pole face of the upper strata magnet (21) of linear DC electricity consumption assembled motor and the last magnetic pole strength of middle level magnet (22) are heteropole, the last magnetic pole strength of the lower magnetic pole face of middle level magnet (22) and lower floor's magnet (23) is a heteropole, and the lower magnetic pole face of the upper strata magnet (21) of linear interchange electricity consumption assembled motor and the last magnetic pole strength of middle level magnet (22) are homopolarity, the last magnetic pole strength of the lower magnetic pole face of middle level magnet (22) and lower floor's magnet (23) is a homopolarity, when upper coil group (11) and inner coil group (12) drive upper strata magnet (21) simultaneously when switching on simultaneously, middle level magnet (22), lower floor's magnet (23).

Figure 11 is the linear alternative electric generation assembled motor of a present invention profile, comprise that inner coil group (51), outer coil group (52) and one deck are positioned at magnetic ring body (53) composition between inner coil group (51), the outer coil group (52), the magnetic induction line of (51) layer coil groups, outer coil group (52) in when magnetic ring body (53) slides, cutting simultaneously.

Figure 12 is the linear electricity consumption assembled motor profile that exchanges of the present invention, and left interior loop group (51) and right interior loop group (55) are set in one 8 word magnetic ring body (56), can drive 8 word magnetic ring bodies (56) when two interior loop groups are switched on simultaneously.

Above-mentionedly just enumerated several preferred enforcements of the present invention, in addition, as long as partly identical with the present invention component invention of core also belongs to protection scope of the present invention.

Claims

1. linear generating motor, the magnet between upper and lower layer coil groups is formed by upper and lower layer coil groups and one deck at least, and the coil groups number of plies can increase progressively as required, and corresponding one deck magnet of establishing between the adjacent windings group.

2. the linear electric notor of using, the coil groups between upper and lower layer magnet is formed by upper and lower layer magnet and one deck at least, and the magnet number of plies can increase progressively as required, and corresponding one deck coil groups of establishing between adjacent magnets.