CN101420149B - Derivation device of connection conductor for starter - Google Patents
Derivation device of connection conductor for starter Download PDFInfo
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- CN101420149B CN101420149B CN2008101251054A CN200810125105A CN101420149B CN 101420149 B CN101420149 B CN 101420149B CN 2008101251054 A CN2008101251054 A CN 2008101251054A CN 200810125105 A CN200810125105 A CN 200810125105A CN 101420149 B CN101420149 B CN 101420149B
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- bonding conductor
- sheath
- patchhole
- starter
- gap
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Abstract
The invention provides a lead-out device for bonding conductor of starter. The device can prevent the deformation of the part of the bonding conductor grommet covered at the plug-in part of the bonding conductor into the shell, and can actively prevent the water entering the interior of the starter motor. The lead-out device (30) for bonding conductor of starter is made into such a structure thatone end thereof is inserted into the plug hole (10) on the shell (3) of the starter motor, and the other end is connected to the terminal of a magnetic switch; and the lead-out device comprises a bonding conductor grommet (31) and a lining (35), wherein the bonding conductor grommet covers the bonding conductor (22) with the two ends of the later disclosed at least; the barrel-shaped gap (36) is formed between the grommet and one end of the bonding conductor (22), including the plug-in part to be plugged into the plug hole (10); and the gap is opened at one end; the lining is arranged in the gap of the bonding conductor grommet (31) to surround the plug-in part of the bonding conductor (22) to be plugged into the plug hole (10) so as to pressurize the bonding conductor grommet (31) towards the inner wall of the plug hole (10).
Description
Technical field
The present invention relates to the ejector of the bonding conductor of the starter that in being connected of starting motor and magnetic switch, uses, relate in particular to the waterproof construction between starting motor and the bonding conductor.
Background technology
The lead-in wire assembly method of existing starter be connect starting motor with lead-in wire and during to the magnetic switch of its feed by using following structure to carry out, described structure will be made of one with the sleeve pipe and the lead-in wire that are adjacent to lead-in wire one end side and keep the form of specified gap to cover lead-in wire with lead-in wire on away from the part of lead-in wire one end.Above-mentioned lead-in wire assembly method also comprises making is inserting logical starting motor shell and to the operation (for example with reference to patent documentation 1) that seals between the portion of leading to of inserting of peripheral part with the shell of sleeve pipe away from the locational sleeve pipe of an end side.
At this moment, sleeve pipe adopts the material such as rubber, and the slotting logical portion ne-leakage ground of the position of the sleeve pipe of slotting logical shell and shell is closely chimeric, and the peripheral part of sleeve pipe and inserting between the portion of leading to of shell are sealed.
Patent documentation 1: the Japan Patent spy opens the 2002-262510 communique
But, in the lead-in wire assembly method of existing starter, between position of plugging in the sleeve pipe that leads to shell and lead-in wire, form the gap.Therefore, for example because timeliness changes, under the situation of pore central role of sleeve pipe, sleeve pipe is easily to its pore center one side distortion in the power of desiring to make the position distortion of plugging in the sleeve pipe that leads to shell.Therefore, sleeve pipe weakens because of the power of inserting logical portion that the elastic force of rubber will compress shell, thus the peripheral part of sleeve pipe and shell insert liquid sealing reduction between the portion of leading to, under situation worst, water can enter the inside of starting motor.
Summary of the invention
In view of the above problems, the object of the present invention is to provide a kind of position distortion that can stop the bonding conductor sheath (grommet) that bonding conductor is covered to the logical position of inserting of shell, and can prevent on one's own initiative that sealing enters the ejector of bonding conductor of the starter of starting motor inside.
The ejector of the bonding conductor of starter of the present invention is that an a kind of end is inserted in the patchhole that the starting motor shell is provided with and with the inner conductor of starting motor and is connected, the ejector of the bonding conductor of the starter that the other end is connected with the terminal of magnetic switch, comprise: the bonding conductor sheath, this bonding conductor sheath makes the two ends of the terminal of magnetic switch and the bonding conductor that is connected with inner conductor expose at least and covers bonding conductor, and bonding conductor comprise that leading to one of position to patchhole slotting is formed with the tubular gap of side opening at one end between distolateral; And pressing element, this pressing element is made the tubular with profile identical with interior all shapes of patchhole, and this pressing element is arranged in the gap of bonding conductor sheath, with slotting logical position to patchhole around bonding conductor, the profile of pressing element is configured to bigger than the interior shape of the bonding conductor sheath before in the gap that pressing element is arranged between bonding conductor and the bonding conductor sheath, and the pressing element that is arranged in the gap between bonding conductor and the bonding conductor sheath pressurizes to the internal face of bonding conductor sheath towards patchhole.
Adopt the present invention, can stop the bonding conductor sheath position distortion of inserting logical position covering of bonding conductor, and can prevent on one's own initiative that sealing enters starting motor inside to the patchhole of shell.
Description of drawings
Fig. 1 is the starter major part front view of ejector with bonding conductor of starter of the present invention.
Fig. 2 is the ejector and the bonding conductor sheath sealing exploded perspective view on every side of the bonding conductor of starter of the present invention.
Fig. 3 is the cutaway view around the bonding conductor sheath sealing of ejector of bonding conductor of starter of the present invention.
Fig. 4 for the IV-IV of Fig. 2 to looking cutaway view.
(symbol description)
1 starter
2 starting motors
3 shells
9 inner conductors
10 patchholes
20 magnetic switchs
22 bonding conductors
25 bolts (terminal)
The ejector of 30 bonding conductors
31 bonding conductor sheaths
35 linings
36 gaps
Embodiment
Below, describe implementing best mode of the present invention with reference to accompanying drawing.
Fig. 1 is the starter major part front view of ejector with bonding conductor of starter of the present invention.Fig. 2 is the ejector and the bonding conductor sheath sealing exploded perspective view on every side of the bonding conductor of starter of the present invention.Fig. 3 is the cutaway view around the bonding conductor sheath sealing of ejector of bonding conductor of starter of the present invention.Fig. 4 for the IV-IV of Fig. 2 to looking cutaway view.
In Fig. 1～Fig. 4, starter 1 has the ejector 30 of the bonding conductor of starting motor 2, magnetic switch 20 and starter.
Below, starting motor 2 is elaborated.
Starting motor 2 has shell 3 and inner conductor 9.Shell 3 comprises yoke 4, front axle bolster 5A and rear axle bolster 5B.
Yoke 4 is made cylindric, comprises yoke fitting portion 4a and yoke main body 4b.That is, as shown in Figure 2, yoke 4 is made from stepped the thickening of its axial end to end side mark set a distance wall thickness, and the position of wall thickness constitutes yoke fitting portion 4a.In addition, though not shown, on the axial other end of yoke 4, also be formed with the yoke fitting portion same with yoke fitting portion 4a.Yoke main body 4b is made of the thick position of wall thickness between the two yoke fitting portions.
At this moment, the radial position of the inner peripheral surface of yoke fitting portion 4a and yoke main body 4b is consistent, the stepped variation of the radial position of outer peripheral face separately.The depth direction of the breach recess 4c of U font is axial consistent with yoke 4, makes the part until yoke fitting portion 4a and yoke main body 4b.
In addition, front axle bolster 5A has made the round-ended cylinder shape, and a distolateral opening of its barrel 6 is closed.Barrel 6 has bearing bracket stand fitting portion 6a and bearing bracket stand main body 6b.
That is, as shown in Figure 2, barrel 6 makes from the distolateral predetermined distance of its axial other end to that wall thickness is stepped to be thickened, and the position of wall thickness forms bearing bracket stand fitting portion 6a, and the thick position of wall thickness constitutes bearing bracket stand main body 6b.
At this moment, the radial position of the outer peripheral face of bearing bracket stand fitting portion 6a and bearing bracket stand main body 6b is consistent, the stepped variation of the radial position of inner peripheral surface separately.
In addition, a pair of positioning convex portion 7a, 7b make and separate predetermined distance in a circumferential direction relatively and towards radially outstanding on the outer peripheral face of the other end of bearing bracket stand main body 6b.
And yoke 4 is chimeric with front axle bolster 5A, and the outer peripheral face of yoke fitting portion 4a and the inner peripheral surface of bearing bracket stand fitting portion 6a are close to, and makes the position of breach recess 4c and positioning convex portion 7a, 7b corresponding on yoke 4 and barrel 6 circumferencial direction separately.
In addition, rear axle bolster 5B also has the identical shape with front axle bolster 5A, and is chimeric with yoke 4 another distolateral yoke fitting portions.At this moment, patchhole 10 is formed by the position that breach recess 4c reaches the other end of the front axle bolster 5A relative with the bottom of breach recess 4c, all is cut off except that patchhole 10 between the inside of shell 3 and the outside.
In addition, inner conductor 9 is connected with the not shown magnet exciting coil that is disposed at yoke 4 inside, as shown in Figure 3, is disposed at the inside of yoke 4.
Below, the ejector 30 of the bonding conductor of detailed description starter.
In Fig. 1～Fig. 4, the ejector 30 of the bonding conductor of starter has bonding conductor 22, as the bonding conductor sheath 31 of covering member and as the lining 35 of pressing element.
At first, describe bonding conductor 22 in detail.
In addition, main circuit portion of terminal 24 is made the rectangular flat shape, and as shown in Figure 4, the 2nd terminal connecting portion 23b is connected by a distolateral face of welding and main circuit portion of terminal 24 length directions one.It is distolateral that bolt insertion hole 24a is formed at another of main circuit portion of terminal 24 length directions.
And as hereinafter described, a lead-in wire end of 23 injects patchhole 10 and is introduced into the inside of yoke 4, and the 1st terminal connecting portion 23a is connected with inner conductor 9 by welding.
In addition, as shown in Figure 1, protruding with an end of the bolt 25 of terminal from the shell of magnetic switch 20 as the feed of magnetic switch 20.Bolt 25 is inserted the bolt insertion hole 24a of logical above-mentioned main circuit portion of terminal 24 in the outside of magnetic switch 20 shells, nut 26,27 clampings that main circuit portion of terminal 24 is threaded with bolt 25.That is to say that the other end of bonding conductor 22 is connected with terminal with the feed of magnetic switch 20.
Thus, utilize bonding conductor 22 to be connected between starting motor 2 and the magnetic switch 20.
Below, bonding conductor sheath 31 is described.
In addition, at a distolateral bonding conductor sheath sealing 32 that is formed with of bonding conductor sheath 31.
Bonding conductor sheath sealing 32 has sealing base portion 32a, the 1st and stretches out sealing 32b, the 2nd and stretch out sealing 32c and sealing protuberance 32d.
Under yoke 4 and the chimeric state of front axle bolster 5A, 32a is chimeric with the internal face of being close to state and patchhole 10 for the sealing base portion.
At this moment, the 1st stretches out sealing 32b and the 2nd stretches out sealing 32c and stretches out from sealing base portion 32a along the periphery wall of yoke 4 and internal perisporium face respectively, and with the 1st chimeric recess 34a of position around sealing base portion 32a forms breach recess 4c with yoke 4.In addition, will cut with the position of the sealing base portion 32a of the opposite side in bottom of breach recess 4c, with and the 1st stretch out and form the 2nd recess 34b between the sealing 32b, 6a is chimeric with the bearing bracket stand fitting portion.It is side-prominent towards front axle bolster 5A that sealing protuberance 32d stretches out sealing 32b side from the 1st, to be close to state configuration between the relative wall of a pair of positioning convex portion 7a, 7b.To insert the logical 8a of portion, 8b as sealing respectively with the position of yoke 4 around the chimeric breach recess 4c of the 1st recess 34a and with the position of the chimeric bearing bracket stand fitting portion 6a of the 2nd recess 34b.
In addition, lining 35 material that utilizes iron etc. to have rigidity is made cylindric.Lining 35 around lead-in wire 23 to the logical position of inserting of patchhole 10, and with the inwall to sealing base portion 32a outwards push, promptly the form of the internal face pressurization of patchhole 10 is inserted in sealing base portion 32a and the gap 36 that goes between between 23.The internal diameter of sealing base portion 32a when the external diameter of lining 35 compares not to the sealing base portion 32a application of force is big, and thus, the state with mutual pressurization between the internal face of sealing base portion 32a and patchhole 10 is stably kept.
And as mentioned above, lead-in wire 23 distolateral being inserted in the patchhole 10 inserts that the chimeric bonding conductor sheath sealing 32 of the logical 8a of portion, 8b exposes and the inside that is disposed at yoke 4 from being configured to and sealing, and the 1st terminal connecting portion 23a welds with inner conductor 9.
Below, the assembly method of starter 1 is described.
At first, with respect to the parts that bonding conductor 22 and bonding conductor sheath 31 are made of one, 36 1 distolateral openings insert in the gap 36 from the gap with lining 35, and shift it onto position that sealed base portion 32a contains always.At this moment, because the profile of lining 35 is done greatlyyer slightly than the interior shape of sealing base portion 32, therefore seal base portion 32 and be out of shape towards lining 35 foreign side radially corresponding to the profile of lining 35.
Then, by welding with the 1st terminal connecting portion 23a with after inner conductor 9 is connected, make seal base portion 32a and breach recess 4c chimeric.Thus, the logical 8a of portion is inserted in sealing just becomes the chimeric state with the 1st recess 34a.Then, with the opening of front axle bolster 5A towards the distolateral opening of yoke 4 one, front axle bolster 5A is pivoted, so that sealing protuberance 32d is disposed between a pair of positioning convex portion 7a, the 7b in a circumferential direction, and make bearing bracket stand fitting portion 6a and yoke fitting portion 4a chimeric, so that sealing protuberance 32d and positioning convex portion 7a, 7b are close to.Thus, the logical 8b of portion is inserted in sealing just becomes the chimeric state with the 2nd recess 34b.
Then, make another of rear axle bolster 5B and yoke 4 distolateral chimeric.Though do not elaborate, but as shown in Figure 1, through bolt 37 is run through the protrusion tab 5a outstanding from rear axle bolster 5B towards foreign side radially with the loose fit state, and again that the front end of through bolt 37 and the radially foreign side of bearing bracket stand 5A forward is outstanding protrusion tab (not shown) screw thread screws.Thus, front axle bolster 5A and rear axle bolster 5B are to strain mutually from axial two ends to the form of yoke 4 pressurizations, shell 3 is stably kept, at this moment, because, therefore sealing the internal face of base portion 32a and patchhole 10 towards the internal face pressurization of patchhole 10,35 pairs of sealings of lining base portion 32 can keep with the form stable ground of mutual pressurization.By above step, the assembly work of starting motor 2 finishes.
Then, magnetic switch 20 is equipped near the starting motor 2 assigned position, bolt 25 is inserted the bolt insertion hole 24a that form on the logical main circuit portion of terminal 24.Then, utilize nut 26 to tighten fixedly main circuit portion of terminal 24, thereby finish the assembly work of starter 1.
Among the present invention, bonding conductor sheath 31 is so that the form covering bonding conductor 22 that exposes with the two ends of the bolt 25 of terminal and the bonding conductor 22 that is connected with inner conductor 9 (other end of main circuit portion of terminal 24 and 23 the end of going between) as magnetic switch 20 feeds.And lining 35 is to insert around the form of inserting logical position to the patchhole 10 of shell 3 of lead-in wire 23 in sealing base portion 32a and the gap 36 that goes between between 23.Because have the internal face pressurization of 35 pairs of sealings of lining base portion 32a of rigidity towards patchhole 10, the internal face that therefore seals base portion 32 and patchhole 10 can keeping with mutual pressurization in stable conditionly.Thus, its shape of sealing base portion 32a can be out of shape and can stably be kept, and the pressurized state between sealing base portion 32a and patchhole 10 internal faces can not produce timeliness to be changed.In addition, under 23 1 the 1st distolateral terminal connecting portion 23a that will go between are welded on situation on the inner conductor 9, for a distolateral position with inner conductor 9 that makes lead-in wire 23 is corresponding it is carried out bending machining etc., even the power effect that makes sealing base portion 32a distortion is arranged, the shape of sealing base portion 32a still can not change.
Therefore, can prevent on one's own initiative moisture from go between 23 enter the inside of starting motor 2 to the logical position of inserting of shell 3.
In addition, bonding conductor 22 is inlayed and is formed in the bonding conductor sheath 31, so that the distolateral conductor sheath 31 that is connected of another of the main circuit portion of terminal 24 and 23 pars intermedias that go between is close to and is centered on.Therefore, needn't in other operation, implement to be used to guarantee the operation of liquid sealing of the other end of bonding conductor sheath 31, the inside that can prevent to enter along lead-in wire 23 shell 3 from another distolateral moisture that enter in the bonding conductor sheath 31 of bonding conductor sheath 31.
In addition, in the above-mentioned execution mode, the patchhole 10 that forms when once utilizing yoke 4 and front axle bolster 5A chimeric to bonding conductor sheath sealing 32 is inserted the chimeric structure of the logical 8a of portion, 8b with sealing and is illustrated, but other patchhole that bonding conductor sheath sealing 32 forms on also can the regulation position with respect to shell 3 walls is chimeric with this patchhole wall portion on every side.
In addition, as lining 35, once shifted lining 35 onto structure that the position of sealing base portion 32a is configured after being formed in the bonding conductor sheath 31 always and be illustrated bonding conductor 22 is inlayed, but lining 35 also can dispose to the position that bonding conductor sheath 31 is inlayed when being shaped with sealing base portion 32a integratedly at bonding conductor 22.Thus, can prevent to forget with lining 35 insertion gaps 36.
In addition, once the lining 35 as pressing element was made into made of iron cylindric and be configured in the structure of coming in the gap 36 and be illustrated to the internal face pressurization of the patchhole 10 of sealing base portion 32a and shell 3, but pressing element is not limited to lining cylindraceous 35 made of iron, so long as can keep the structure of the pressurized state between sealing base portion 32a and patchhole 10 internal faces, no matter its material and shape how can.
For example, lining 35 is except iron, and metal of also available brass or copper and so on or phenol etc. have the resin of rigidity and makes.But, if lining 35 is iron, then can be widely used, thereby can constitute the ejector 30 of the bonding conductor of starter at an easy rate.In addition, if lining 35 is made the tubular with profile identical with the profile in gap 36, then easily lining 35 is inserted in the gap 36.
Have again, if lining 35 is made the tubular with profile identical with interior all shapes of patchhole 10, then seal internal face on whole wall the equably pressurization of base portion 32a, therefore can further stably keep sealing the pressurized state between base portion 32a and the patchhole 10 patchhole 10.Thus, can keep liquid sealing between sealing base portion 32a and patchhole 10 internal faces with stable status more.
In addition, once the structure that bonding conductor sheath 31 usefulness rubber are made was illustrated, but bonding conductor sheath 31 is not limited to make with rubber, also can make with rubber-like materials such as nylon or polypropylene.
In addition, once to bonding conductor 22 and bonding conductor sheath 31 with following form, promptly so that bonding conductor sheath 31 another distolateral positions are close to around main circuit portion of terminal 24 and 23 another the distolateral form of going between is illustrated by the structure of inlaying shaping and being shaped integratedly.But as long as bonding conductor 22 and bonding conductor sheath 31 is with following form, promptly to be close to the form that centers on integrally formed so that more lean at least a portion of another distolateral bonding conductor 22 to be connected conductor sheath 31 than patchhole 10.Thus, can cut off another path between distolateral of gap 36 and bonding conductor sheath 31, can easily prevent to infiltrate the inside of shells 3 via gap 36 from another distolateral water that enter in the bonding conductor sheath 31 of bonding conductor sheath 31.
Once to bonding conductor 22 so that the other end of the main circuit portion of terminal 24 and 23 pars intermedias that go between is connected conductor sheath 31 is close to the form that centers on and inlays the structure that is formed in the bonding conductor sheath 31 and be illustrated, but so long as the ratio of bonding conductor 22 more is connected conductor sheath 31 by another distolateral main circuit portion of terminal 24 and 23 at least a portion of going between to the logical position of inserting of patchhole 10 is close to the structure that centers on and gets final product.
Claims (3)
1. the ejector of the bonding conductor of a starter, an end are inserted in the patchhole that the starting motor shell is provided with and are connected with the inner conductor of this starting motor, and the other end is connected with the terminal of magnetic switch, it is characterized in that, comprising:
The bonding conductor sheath, this bonding conductor sheath makes the two ends of the terminal of described magnetic switch and the described bonding conductor that is connected with described inner conductor expose at least and covers this bonding conductor, and this bonding conductor comprise that leading to one of position to described patchhole slotting is formed with the tubular gap of side opening at one end between distolateral; And
Pressing element, this pressing element is made the tubular with profile identical with interior all shapes of described patchhole, this pressing element is arranged in the described gap between described bonding conductor and the described bonding conductor sheath, with around described bonding conductor to the logical position of inserting of described patchhole
The profile of described pressing element is configured to bigger than the interior shape of the described bonding conductor sheath before in the described gap that described pressing element is arranged between described bonding conductor and the described bonding conductor sheath, and the described pressing element that is arranged in the described gap between described bonding conductor and the described bonding conductor sheath pressurizes to the internal face of described bonding conductor sheath towards described patchhole.
2. the ejector of the bonding conductor of starter as claimed in claim 1 is characterized in that, described pressing element is by having the metal of rigidity.
3. the ejector of the bonding conductor of starter as claimed in claim 1 or 2, it is characterized in that, described bonding conductor and described bonding conductor sheath are shaped integratedly, so that center on than more being close to by described bonding conductor sheath by at least a portion of another distolateral described bonding conductor to the logical position of inserting of described patchhole.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2007-278720 | 2007-10-26 | ||
| JP2007278720A JP4447630B2 (en) | 2007-10-26 | 2007-10-26 | Connecting device for starter connecting conductor |
| JP2007278720 | 2007-10-26 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101420149A CN101420149A (en) | 2009-04-29 |
| CN101420149B true CN101420149B (en) | 2011-07-13 |
Family
ID=40630808
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2008101251054A Active CN101420149B (en) | 2007-10-26 | 2008-06-11 | Derivation device of connection conductor for starter |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP4447630B2 (en) |
| CN (1) | CN101420149B (en) |
Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103918165B (en) * | 2011-11-11 | 2017-11-03 | 三菱电机株式会社 | Rotary electric machine for vehicles |
| US11355994B2 (en) * | 2017-09-15 | 2022-06-07 | Nidec Corporation | Motor and electric power steering system |
| JP7245024B2 (en) * | 2018-10-12 | 2023-03-23 | ミネベアミツミ株式会社 | motor |
| CN110112859A (en) * | 2019-05-17 | 2019-08-09 | 珠海凯邦电机制造有限公司 | Outlet joint, end cap, motor and compressor |
| DE102020208305A1 (en) * | 2020-07-02 | 2022-01-05 | Volkswagen Aktiengesellschaft | Bending device for busbars |
| JP2022071604A (en) * | 2020-10-28 | 2022-05-16 | 住友電装株式会社 | Grommet |
-
2007
- 2007-10-26 JP JP2007278720A patent/JP4447630B2/en active Active
-
2008
- 2008-06-11 CN CN2008101251054A patent/CN101420149B/en active Active
Non-Patent Citations (3)
| Title |
|---|
| JP平2-14259U 1990.01.29 |
| JP平2-278612A 1990.11.14 |
| JP特开2001-186710A 2001.07.06 |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2009112068A (en) | 2009-05-21 |
| CN101420149A (en) | 2009-04-29 |
| JP4447630B2 (en) | 2010-04-07 |
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