JPS609356A - 5-phase brushless dc motor - Google Patents

5-phase brushless dc motor

Info

Publication number
JPS609356A
JPS609356A JP11419783A JP11419783A JPS609356A JP S609356 A JPS609356 A JP S609356A JP 11419783 A JP11419783 A JP 11419783A JP 11419783 A JP11419783 A JP 11419783A JP S609356 A JPS609356 A JP S609356A
Authority
JP
Japan
Prior art keywords
slots
poles
salient poles
slot
stator
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
JP11419783A
Other languages
Japanese (ja)
Inventor
Norimitsu Hirano
平野 紀光
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to JP11419783A priority Critical patent/JPS609356A/en
Publication of JPS609356A publication Critical patent/JPS609356A/en
Pending legal-status Critical Current

Links

Classifications

    • HELECTRICITY
    • H02GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02KDYNAMO-ELECTRIC MACHINES
    • H02K21/00Synchronous motors having permanent magnets; Synchronous generators having permanent magnets
    • H02K21/12Synchronous motors having permanent magnets; Synchronous generators having permanent magnets with stationary armatures and rotating magnets
    • H02K21/22Synchronous motors having permanent magnets; Synchronous generators having permanent magnets with stationary armatures and rotating magnets with magnets rotating around the armatures, e.g. flywheel magnetos

Abstract

PURPOSE:To improve the efficiency by shortening an armature winding which does not contribute to a generating torque and a time zone of the winding of such a state, thereby obtaining a strong rotary torque. CONSTITUTION:A field pole 9' has four poles magnetized at equal central angles of N- and S-poles. Five armature windings 4'-1-4'-5 are formed so that the central angle of the conductor which contributes to a generating torque is substantially equal to the width of the field pole 9'. Salient poles, on which the windings 4'-1-4'-5 are wound, are formed of a magnetic material, and have ten slots 3'-1-3'-10. The windings 4'-1-4'-5 are wound on the salient poles as a rotor 1', and the pole 9' is used as a stator.

Description

【発明の詳細な説明】 本発明はトルクリップルが少なく極欠】で効率の良好な
446■の昇(1べ々極、5を胸1によって(1・t 
#’i芒〕Llこ直01こ電動機に関−Tる。
DETAILED DESCRIPTION OF THE INVENTION The present invention has a low torque ripple and is highly efficient.
#'i芒〕Ll This is related to the 01 electric motor.

従来においては、第1図乃至第4図に不−」゛ように、
同定子1として突極2の数を511市こしで、11q突
極2に5個の成磯子響腺4を巻装した5相の欠伸形5極
のブラシレス直流眠動磯がある。この電動機は、5個の
突極2會等間隔で形成り−ることで、突極2間にスロツ
)6’t−形成し、合計5個のスロノド6を形成し、該
スロット6群に電機子魯線4の発生トルクに寄与する4
’lR方向の導体部を挿入することで上記突極2に電僚
子蓚i4葡響装してなる(第2図参照)。尚、第2図に
おいて突極2の上■及び下面に矢出した心線エンドは発
生トルクに寄与しない導体部である。いま、5個のスロ
ノ)5−1.・・・、6−5にそれぞれ511Nの電機
子巻線4−1 、・・、4−5’r挿入するには、例え
ば、次のようにしている。′屯)幾子巷報4−1はスロ
ット6−1の点線部5−1とスロット6−6v点線部5
−4に、電愼子蓚想4−2はスロ゛7ト6−2の点線部
り−6とスロット6−4の点線部5−6に、電機子を腺
4−6はスロット6−6の点にll一部り−5とスロッ
ト6−5の点線il(5−8に、’fjj、戟子響線4
−4はスロット6−4の点4M部6−7とスロット6−
1の点線部に、電機子巻線4−5はスロット6−5の点
心部0−9とスロット6−2の点、一部5−2に押入し
てヤれば良い。このようlこして第3図VC7罫丁よう
に゛祇依子鞠線4群τ装着できる。かかる電機子巻線4
群で情装した芙称2からなる固定子1は磁性体6によっ
て電(1子本体12に固定されている。固定子1の外)
4.’J kL&:j%N。
Conventionally, as shown in Figures 1 to 4,
There is a 5-phase, missing-type, 5-pole brushless DC sleeper in which the number of salient poles 2 is 511 as the identifier 1, and 5 Nariso sound glands 4 are wound around the 11q salient poles 2. In this electric motor, five salient poles are formed at equal intervals, so that a slot is formed between the two salient poles, and a total of five slots 6 are formed. 4 that contributes to the generated torque of armature wire 4
By inserting a conductor section in the 'lR direction, the salient pole 2 is equipped with an electric wire (see Fig. 2). Incidentally, in FIG. 2, the core wire ends pointing out at the top and bottom of the salient pole 2 are conductor portions that do not contribute to the generated torque. Now, 5 slots) 5-1. , 6-5, the armature windings 4-1, . . . , 4-5'r of 511 N are inserted, for example, as follows. 'Tun) Ikuko Street 4-1 is the dotted line part 5-1 of slot 6-1 and the dotted line part 5 of slot 6-6v.
-4, the armature armature 4-2 is connected to the dotted line part -6 of the slot 6-2 and the dotted line part 5-6 of the slot 6-4, and the armature gland 4-6 is connected to the dotted line part 5-6 of the slot 6-2. 6 -5 and the dotted line il of slot 6-5 (to 5-8, 'fjj,
-4 is the point 4M part 6-7 of slot 6-4 and slot 6-
1, the armature winding 4-5 may be inserted into the dotted portion 0-9 of the slot 6-5, the point 5-2 of the slot 6-2, and a portion 5-2. In this way, the 4 groups of Giyoko Mari lines τ can be installed as shown in Figure 3, VC7 ruler. Such armature winding 4
The stator 1, which is made up of a group of pseudonyms 2, is fixed to the main body 12 by a magnetic material 6 (outside the stator 1).
4. 'J kL&:j%N.

Sのイ1」極t180度のll’ii’+で形成された
2■4(すI甲□(を状り昇磁、べ々4−9が同定子1
に対向して相刈旧回+1・!1裟なす回転子となってい
る。昇磁々碓9は)1和受13.14によって回動目在
に軸支された回転q’++(7に固定され/ζ円面状の
磁性体10の内周↑′、15に貼着等の手段によって固
定きれている。昇(瀬々仲9の漏れ磁束釦ひろうことの
できる’KCIJ1子本体12位11イに回転位置検出
手段としての回転位置検出手段として用いlこホール素
子、ホールIC等の鰻′「杓:宛、FJ素子1bが適数
個配設でれている。
2 ■ 4 (S I A □
Opposed to Aigari old episode +1! It is a single rotor. The rising magnetic material 9) is fixed to the rotation q'++ (7) which is pivotally supported on the rotational axis by the 1 and holder 13. It is fixed by a means such as mounting.A Hall element, a hole, is used as a rotational position detection means in the KCIJ1 child body 12 and 11A, which can be used to open the leakage magnetic flux button of Sesenaka 9. For ICs, etc., an appropriate number of FJ elements 1b are arranged.

弔5図は界磁々榊ソと電機子枠線4群との展開図である
。電例子蓚線4群は瞬接する他の屯1凌子春線と實畳す
るように等間隔配置に上記欠起2に鞠装されている。
Diagram 5 is a developed view of the field magnet Sakaki sow and armature frame line 4 group. The 4 groups of electric wires are mounted on the above-mentioned recesses 2 at equal intervals so as to overlap with the other tun 1 Lingzichun wires that are in instant contact with each other.

5個の1氏磯子獅曜4−1.〜,4−5のそれ−ぞ′!
しの両端子は半棉体整流装置16に接続されている。1
1−1.11−2はそれぞれプラス市ml水子、マイナ
ス電源端子ケボ丁。電機子蓚腺4−1゜〜、4−5のそ
れぞれの位置検出素子である磁電変換パ子15−1.〜
,15−5の両出力端子は半得体M’k 6iE装jj
16に接続さ!tている。このようにして、従来の5相
のブラシレス1ばびIL電動磯に〔形J戊きれている。
5 1st clan Isogo Shiyo 4-1. ~, That's 4-5'!
Both terminals are connected to a half-diamond rectifier 16. 1
1-1 and 11-2 are positive power terminals and negative power terminals, respectively. Magneto-electric transducer elements 15-1. are position detection elements for each of the armature glands 4-1° to 4-5. ~
, 15-5 both output terminals are semi-integrated body M'k 6iE equipment jj
Connected to 16! I'm here. In this way, the conventional 5-phase brushless 1-IL electric rock was replaced by the Type J.

しかしながら、かかる5相の電動(鍔のり合には、篭伝
子待線が、発生トルクに寄与する導体部の開戸」が昇磁
々)l亦の(縁好仄1196(180度)よりもろン1
ξいものとなっている7tめ、発生トルクに寄与しない
’lli槻子巷がメが2 ilj、lぐらいはあり、効
率が想(、?ICって、より制い回転力が得られ効率の
艮い回*it:屯動伎が望まルていた。
However, such a 5-phase electric motor (in the case of a tsuba connection, the opening of the conductor part that contributes to the generated torque is elevated) Moron 1
ξThe 7th ton, which does not contribute to the generated torque, is about 2 ilj, l, and the efficiency is good (,?IC is more efficient because it can obtain more control and rotational force. The costume episode *it: I was hoping for a dance performance.

尚、この場会、111幾子を線は発生トルクに寄与する
4体部の開角忙180度のものに巻回形成しようとする
と、導昨エンド部が数屯にも瓜なり、処理がやっかいで
巻線がやっかいで、大聖の区!IfJ偵になり篩誦にな
る欠点があつ1こ。
In this case, when I tried to wind 111 Ikuko into a wire with an opening angle of 180 degrees in the four body parts that contribute to the generated torque, the leading end part became several tons, making it difficult to process. And the winding is troublesome, Daisei's ward! There is one drawback that it becomes an IfJ detective and a sieve recitation.

不光明は上記* f# VCMづいてなδれブこもので
、征米の5相の直v’+t ′鑞動β虞回様に5を勝で
あるが、従来の5相の′社勅伝に比軟してドルクリ7ブ
ルを小さくして滑らかな回転動i’+−忙行なう!5 
、114 ’−)屯り+IJ4;,’Qにし侍てMri
.d4身凌器用に微1−るように1−ると共に、界i1
i4 k極t4律とし且つIE僚子¥篇1ハ;1,うi
,3生トルクに:?:イ−リフーる畳体)市の開角幅會
萌−(献々イ1′ドQノド・く栖と略等しくしでうら生
トルクに幇与しプ(い+i,f,(^“(千昏匈及びこ
のような状態の1E侵子鴨九シーの時間イ17疋短かく
して従来に見られないような刺い回転1・/し1 7)
; 4,14らし.l:t ツhf* b> −c l
dJ 率0) ft flf fx 5 ;4[、y 
irc +;ii’,I;4。
Fukōmei is the above *f# VCM and δ rebukomono, and wins 5 like the 5-phase direct v'+t' 3rd motion β 虞 times of Seimei, but the traditional 5-phase''shakyoku' Comparing to the legend, the Dorkuri 7 bull is made smaller and smooth rotational movement i'+- is carried out! 5
, 114 '-) Return + IJ4;, 'Q and attend Mri
.. d4 Physical dexterity is fine 1-ru as well as world i1
i4 k pole t4 rule and IE Ryoko ¥hen 1c; 1, ui
,3 to raw torque:? :Irifuru tatami) City's opening angle width meeting (contributing to I1'do Qnodo Kusu and contributing to the raw torque) (1000 hours and the time of 1E infiltration duck nine sea in such a state 17 short and stab rotation 1 / 1 7 that has not been seen before)
; 4,14ish. l:t tsuhf* b> -c l
dJ rate 0) ft flf fx 5 ;4[,y
irc+;ii',I;4.

)+.IIJN4とし,ま/こ、りξ橋τ101&とす
ることでl (1++−’aのスロット釦形成し、かか
るスロット]. 1.l &L 1個のり(信幾子伊I
t星の発生トルクに寄与するーの−ひ休部のみが挿入さ
れるようにすることで、鴨1)Iメ操11:ケ容褐にし
て量並に:4 j−るようにすると共ζC ヌ、”ic
 Lνエンドの処理が扱・1禮にならず大型の11匂1
1い吃11+’) Lならないようにすること7111
勺としてなきハ,ブこものである。
) +. IIJN4, ma/ko, ri ξ bridge τ101&, l (1++-'a slot button is formed, such slot]. 1. l &L 1 glue (Shin Ikuko II
By making sure that only the part that contributes to the generated torque of the t star is inserted, the duck 1) I Mechanism 11: By making the volume brown and making it equal to the amount: 4 j-, it becomes the same ζC Nu,”ic
The processing of the Lν end is handled and does not become 1, but a large 11 odor 1
1 stuttering 11+') Avoiding L7111
It's a stupid thing to do.

以下、第6図以下’(C S”照しつつ、本光明のー・
〃廂世1を直間する。
Below, with reference to Figure 6 and below' (CS)
〃Directly from the other world 1.

第6図は゛Ia磯子巷匈欠を装しない固定子(回−1ぢ
軸は図示Wず)と11転子である昇磁々極とのirJ 
i+Y=紫表わしたもので、第7図は第6図において固
定子に5個の電1歳子響肪會晋装したものτ示し、第8
図は′μ愼子枠線と界磁々極との展開図葡示す。
Figure 6 shows the irJ of the stator without the Ia Isogo cross-section (the rotation-1 axis is not shown in the figure) and the 11th trochanter, which is a rising magnetic pole.
i+Y=purple; Figure 7 shows the stator in Figure 6 with five electronics installed on the stator;
The figure shows a developed diagram of the 'μ cylinder frame and field poles.

昇磁々イー9′は第2図、第4図及び45図のものと異
なり、N、Sの等しい開角で磁化されfc4個の+d 
イ1t!を備えた4極のものとなっている。珪累渚板を
積層することによって作られた固定子1′本体の1ll
ll聞部に枠装される電偵子待機4′は、発生トルクに
寄与する導体部のl8が上記界磁々4へν′の磁4″負
幅と略々等しい幅、即ち、90度の開角幅に形Jノ父さ
れるものである。このように形成されるTk奇、滝子を
線4′は5個形成される。上記固定子1′本体は10個
の突4IjA2’を・hし、5210個の欠伸2′に上
記5個の電(a子巷緋4′を等間隔に晋装して上記界(
ぺ々極9′に対問して相対的回転する固定子となってい
る。この固定子の中心には、図示しない回弘軸が回rl
jl自在に支持されている。上記10個の突極2′ニヨ
ツて101同のスロット6′葡形成し、各スロット6′
には一個の’a磯子蓚報4′の発生トルクに寄与するー
の導体部のみが挿入芒れるようになっている。5個の電
様子獅想4’−1,・・・、4’−5は、等間1イ^且
つ重畳型配置1イて固定子1′本体の外周に装置!++
できるようになっている。このようVCする/jめ、上
記美給2′は、それぞれ5個の大きな芙稀2’Aを父互
等間隔に設け、該大笑tfilK2Aの中間に小さな欠
イよ(小朶祢)2′Bを形hvすることで、犬≠惰2’
A INK 2個のスロ・トロ′ケ形成し、該間接した
211υ忙1対とした1組のスロットを等間IM fc
内固定子′本体の外周に5組形成している。このように
形成した5個の突欅2’A 、 2’B 及びスロIト
ロ′は、上記のように′屯依子晋婦4′群忙配置αrる
ための条件である。上記のようにして5個の突、5tm
2’A−1,・・・、 2’A−5,2’B−1,・・
・* 2’13 5及びスロット3’−1,・・・、6
’−iuを形#’t してぃ4)、。
The magnetized magnet 9' is different from those in Figs. 2, 4, and 45, and is magnetized with equal opening angles of N and S, and has four fc +d
I1t! It is a 4-pole type with 1ll of stator 1' main body made by laminating silica boards
The electric reconnaissance standby 4' framed in the 1/2 space has a width that is approximately equal to the negative width of the magnetic field 4'' of ν', that is, 90 degrees. The shape J is defined by the width of the opening angle.Five lines 4' are formed in the Tk odd and waterfall formed in this way.The main body of the stator 1' has ten protrusions 4IjA2'.・H, and attach the above 5 electric wires (a-zi-hi 4') to 5210 yawns 2' at equal intervals to form the above field (
It serves as a stator that rotates relative to the pole 9'. At the center of this stator, a rotation axis (not shown) is located at the center of the stator.
jl is freely supported. The ten salient poles 2' above form 101 identical slots 6', each slot 6'
Only the conductor portion contributing to the generated torque of one Isogo signal 4' can be inserted into the hole. The five electrical conductors 4'-1,..., 4'-5 are arranged on the outer periphery of the stator 1' body in an evenly spaced and overlapping arrangement. ++
It is now possible to do so. To make a VC like this, each of the above-mentioned Miyuki 2' has 5 large Fuki 2'A spaced apart from each other, and a small hole in the middle of the Daisho TfilK2A. By forming 'B into the form hv, dog≠inada2'
A INK Two slots and slots are formed, and a pair of interconnected 211υ slots are equally spaced IM fc
Five sets are formed around the outer periphery of the inner stator' body. The five protrusions 2'A, 2'B and slot I toro' formed in this way are the conditions for arranging the group arrangement αr as described above. 5 pieces as above, 5tm
2'A-1,..., 2'A-5, 2'B-1,...
・*2'13 5 and slot 3'-1,...,6
'-iu in the form #'t 4).

このようにして形ノ戊した10個のスロット6’Vこ5
個の電機子を線4′群葡上記のように配設−3−るに(
」2、次のようにする。第6図に示すように、電1凌子
沖再4′−1の発生トルクに寄与するーの導体部(以下
単に、−の導体部という)はスロワ)6’−1に、発生
トルクに寄与J−る他の導体部(以下単に、仙の導体部
という)はスロ・’トロ’−4に、電金子?4idA 
4’ −2の−の導体部はスロワ)6’−6に、他の4
1体部はスロット5’−6に、屯佼子蓚扉4′−6の−
の4体部はスロット3’−5に、他のM’h 体ft1
(Itまスロット6′−8に、゛・aイ凌子巷、)尿4
′−4の−の導体部はスロット6′−7に、他の得体部
はスロット6′−10に、電)パ子蓚載4′−5の−の
導体部はスロット3’−9に、他の五体都は6′−2に
仲人すめ。1は17,4子%hi 4’−1+ ”’ 
+ 4’ −りのヤれぞれの54子tよ半%L4休聚訛
良註16に接続さ几、各Tt伝子いiJ*4’−1,・
・・、4’−5の位置検仰素子としての磁屯寂侠素子1
6−1 、・・・、15−5の1lill出力扇子は半
畳体!r& l/le攻置に装続δれていゐ。
The 10 slots 6'V shaped in this way are
Arrange the armatures of the wires 4' and 3' as above.
” 2. Do the following. As shown in Fig. 6, the conductor part (hereinafter simply referred to as the - conductor part) that contributes to the generated torque of the electric 1 Ryoko Okiri 4'-1 is connected to the thrower) 6'-1, which contributes to the generated torque. The other conductor part (hereinafter simply referred to as the conductor part) is placed in the slot/'toro'-4. 4idA
4'-2 - conductor part is thrower) 6'-6, other 4
One body part is in the slot 5'-6, and the - of the door 4'-6.
The four body parts of M'h body ft1 are placed in slots 3'-5 and
(It's in slot 6'-8, ゛・a いりん子巷,) Urine 4
The - conductor part of 4'-4 is in slot 6'-7, the other body parts are in slot 6'-10, and the - conductor part of 4'-5 is in slot 3'-9. , the other five capitals are recommended by the matchmaker at 6'-2. 1 is 17,4 children%hi 4'-1+ ”'
+ 4' - Each of the 54 children t is connected to 16% L4, and each Tt transmission is iJ*4'-1,・
..., 4'-5 position detection element 1
6-1,..., 15-5 1 liter output fans are semi-folded! Equipment δ is available for r&l/le attack.

従って、菓子15−1.・・・、15−5が1゛ト峰々
41・−ゾのN、Sの磁4トド奮検出したときにtよ、
電偏子在n、メ4’−1,・・・、4’−5に適rぼな
方向の1区流釦流すべく半得体振流装置16に出力する
。該装置16は回転子がフレミングの左手の法則に従っ
て1=J 1pif /) J:うに、@l)、lJ4
’−1−、−、4’−5PjC通1uする。
Therefore, confectionery 15-1. ..., when 15-5 detects the 4th magnetic field of N and S of 1st peak 41.-zo, t.
It is output to the semi-object oscillating device 16 in order to flow one section of the flow button in the appropriate direction to the electric polarizers n, 4'-1, . . . , 4'-5. The device 16 has a rotor according to Fleming's left hand rule: 1=J 1pif /) J: Uni, @l), lJ4
'-1-,-,4'-5PjC 1u.

以上のように電機子を、plN”4/は発生トルクにマ
イカするへ・1体、=t、¥のlad 10が昇;滋々
榊9′の(機粋の幅と略′青しいものとなっているので
、回転子1′の111」1 ii、: a)1ζりにお
いて回転トルクに寄与する11〔榊士イ艷、、14/6
)叔もねt来の5イ11の屯iノ・ノl伊Kl枦= し
−C多いt>)−r〜′、効率が良く、強い回転トルク
が得られ、ま7て泄I)かなトルクリップルがイ(すら
れる。
As mentioned above, the armature, plN"4/ is mica to the generated torque. 1 body, = t, \'s lad 10 rises; Therefore, 111 of rotor 1'1 ii,: a) 11 [Sakakishi I,, 14/6] that contributes to the rotational torque in 1ζ rotation
) It is very efficient and a strong rotational torque can be obtained. A slight torque ripple is lost.

以上のように本yAlす]の′Iij!I町AIは、仲
めでトルクリフプルが小# < ?ftらかな回II百
バケ行なうことができるので、tf 11a、i (>
l器Vc過−j−モU トfx ’J @ t R−1
;H+Hイ回魅力がイυられる効率良いものとなり、か
が4)1j相のブラフレス+rX+liEM、 !iQ
+ 4乏党笛容易に鞠ンj;勺這できるのでv価に+i
t r’Qできる効果を有1−る。
As mentioned above, the book 'Iij! The I-town AI is in the middle and has a small torque lift. Since it is possible to perform ft easy times II 100 buckets, tf 11a,i (>
l device Vc over-j-mo U to fx 'J @ t R-1
; H + H is effective and attractive, and 4) 1j phase braless + rX + liEM, ! iQ
+ 4 Hōdōbue can easily be played; it can be crawled, so the value is +i
It has the effect of tr'Q.

【図面の簡単な説明】[Brief explanation of the drawing]

第1図は5相のブラシレス直t’lc ”IIE ji
・11 (、(Ifのイト(曲面VJ s 42図は従
来の5相のlK O尤’ili: ili旧(す&+’
+「<(々1nifと突極忙イT−j−る同屋子の説明
図、うlS3図&j、’rJ〜2図における固定子のy
A極に■砿子件^忙枠装した乍)のの斜視図、第4図は
回転l1illIγ描いていないfi’jlバ子を緑を
俟装した固定子と回転子となるが碌々4flli上囲か
ら見た図、第5図は従来の面01C電動1於における′
j1−磁々午yと屯侵子巷烈61からなる’Fl: 4
a子との展開図、第6図は本発明の5.IDのブラフレ
ス直流′亀つ11イ凌の回転子となる界(蔽々悴と突)
@に有う−る固定子の説明図、第7図は第6図の固定子
に屯磯子を線を鞠表したもので上回から)、!、た図、
第8図は本兄明の5相のブラシレスぼI71を直動1溝
におGフる界磁々榊と′屯磯子轡線d12から〃る゛1
旧幾子との展開図である。 1.1′・・・回該子 2 、2/・・・丈柳、ノ′A
・・・大矢極、2′B・・・小突榊、6.6’・・・ス
ロット、4 、4’・・・’i−1機子%71!’j!
、ν 9/、、、 i゛、: ml々林。 !1守訂出鳳1人 第3図 第4図
Figure 1 shows a 5-phase brushless direct line.
・11
+"<(Explanatory diagram of the same building with 1 nif and sudden peak, 1S3 figure &j, 'rJ~2 figure's y of stator
Figure 4 is a perspective view of the A-pole with a frame attached to the A pole. The view from the outside, Figure 5, shows the conventional surface 01C electric motor 1.
j1 - 'Fl' consisting of magazine y and tun yinzi y 61: 4
FIG. 6 is a developed view of the a-child and is shown in 5. of the present invention. The world that becomes the rotor of ID's braless direct current 'Kametsu 11-I-Ryo' (Tsuku and Tsu)
An explanatory diagram of the stator in @, Figure 7 is a representation of the stator in Figure 6 with a line drawn from above),! , the diagram,
Figure 8 shows Akira's five-phase brushless cylinder I71 connected to a direct-acting groove with a field magnet Sakaki and a line d12.
This is a development diagram with the former Ikuko. 1.1'...times 2, 2/...Joyanagi, no'A
...Oyagiwa, 2'B...Kotsuki Sakaki, 6.6'...Slot, 4,4'...'i-1 machine%71! 'j!
,ν 9/,,, i゛,: ml 林. ! Figure 3 Figure 4

Claims (1)

【特許請求の範囲】 1、N、Sの等しい一角で磁化された4個の磁極τ備え
た界磁々祢と、発生トルクに寄与する等体部の開角が上
記界mk柳の磁悼幅と1116々等しく巻装される5個
の寛債子昏腺と、該5個の軍俵子蓚−τ幹間尚に善勝り
−るための10昭のスロットt−汀するようにオ♂υ−
珪累銅板等によって作られた磁性体からなる10個り笑
祢と、該突極に5個の電機子巻線7等間1”hに枠装し
て上記介追々極に刈向して相対的回転1−る固定子とし
、上記界−々律會回転子としたことt%徴とする5相の
ブラシレス直流電動(羨。 2、上記突極はそれぞれ5個の大きな突極と小δな矢偉
τ父互に形成することで大きな矢律間に2個のスロット
τ形成して8耐10個のスロット’l形成し、上記5個
の屯磯子響純はそれぞれ第1と第4、第3と第6、第5
と48.47と第10及びdI9と第2のスロットに押
入−Jul、ていること忙特徴とする特許゛「請求の軛
し旧■1川t;(:載の5相のブラシレス直流電動様。 3、上記スロットは5個の電機子獅刊ケ等1’il 1
1°A且つ重畳ll1俵配置できるように突極にて形成
されてなることヶ特徴とするり”ゲ許請求の範囲第2す
柿1を載の5相のブラシレスIM流屯動1i)。
[Claims] A field magnet with four magnetic poles τ magnetized at equal angles of 1, N, and S, and an opening angle of the equal parts contributing to the generated torque are the field mk Yanagi magnets. There are 5 kanji zodiac glands wrapped equally in width and 1116, and 10 sho slots t for the purpose of winning against Mikima Nao. ♂υ−
10 pieces of magnetic material made of silicate copper plate or the like, and 5 armature windings are mounted on the salient poles with 7 equal distances of 1 inch, and the above-mentioned intervening poles are cut. The stator has a relative rotation of 1, and the above-mentioned field-based rotor has a 5-phase brushless DC electric motor with t% characteristics. 2. The above salient poles are five large salient poles and five small By forming two slots τ between the large arrows and forming 8 and 10 slots, the five above-mentioned Tonisogo Kyojun are the first and the first slots, respectively. 4, 3rd and 6th, 5th
48.47 and 10th and dI9 and 2nd slot - Jul, it is characterized by a patent ``Claim yoke old ■ 1 river t; 3. The above slots contain 5 armatures, etc. 1'il 1
5-phase brushless IM flow movement 1i) characterized by being formed of salient poles so that 1°A and overlapping bales can be arranged.
JP11419783A 1983-06-27 1983-06-27 5-phase brushless dc motor Pending JPS609356A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP11419783A JPS609356A (en) 1983-06-27 1983-06-27 5-phase brushless dc motor

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP11419783A JPS609356A (en) 1983-06-27 1983-06-27 5-phase brushless dc motor

Publications (1)

Publication Number Publication Date
JPS609356A true JPS609356A (en) 1985-01-18

Family

ID=14631627

Family Applications (1)

Application Number Title Priority Date Filing Date
JP11419783A Pending JPS609356A (en) 1983-06-27 1983-06-27 5-phase brushless dc motor

Country Status (1)

Country Link
JP (1) JPS609356A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2010193674A (en) * 2009-02-20 2010-09-02 Denso Corp Five-phase motor

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2010193674A (en) * 2009-02-20 2010-09-02 Denso Corp Five-phase motor
JP4715934B2 (en) * 2009-02-20 2011-07-06 株式会社デンソー 5-phase motor
US8203246B2 (en) 2009-02-20 2012-06-19 Denso Corporation Five-phase motor with improved stator structure

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