CN103928999B - The bobbin winder bracket and its method for winding of stator, block-stator motor - Google Patents
The bobbin winder bracket and its method for winding of stator, block-stator motor Download PDFInfo
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- CN103928999B CN103928999B CN201310008987.7A CN201310008987A CN103928999B CN 103928999 B CN103928999 B CN 103928999B CN 201310008987 A CN201310008987 A CN 201310008987A CN 103928999 B CN103928999 B CN 103928999B
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Abstract
The present invention relates to fan class motor there is provided a kind of stator, the bobbin bracket structure and its method for winding of block-stator motor, the bobbin winder bracket include framework at least two and at least two and grafting corresponding with upper framework underframe；Upper framework includes upper inner arc wall, upper outer arc wall and the upper inner arc wall of connection and the upper connecting portion of upper outer arc wall, and the both ends on upper inner arc wall top are respectively equipped with a wrapping post；Underframe includes the lower connecting portion of lower inner arc wall, lower outer arc wall and connection lower inner arc wall and lower outer arc wall；The bottom of the upper inner arc wall is plugged in the top of the lower inner arc wall, and the bottom of the upper outer arc wall is plugged in the top of the lower outer arc wall.The coiling of block-stator motor is carried out in the present invention using above-mentioned bobbin bracket structure, winding efficiency is improved more than three times, reduces bobbin winding head quantity, improves production efficiency, with ingenious in design, performance it is good, it is convenient and practical the characteristics of.
Description
Technical field
It is the bobbin winder bracket, stator and its coiling for being related to block-stator motor more specifically the present invention relates to machine field
Method.
Background technology
Block-stator motor is mainly the interior winding efficiency problem of solution determinant.Most high speed when in monoblock around stator winding
Spend for 1000r/min, and it is outer around stator winding speed 5000r/min；Block-stator motor exactly around stator resolves into one by interior
Each and every one piecemeal, makes single outer around stator, improves winding efficiency, and is that piecemeal is carried out during single block stator coiling,
The end of a thread of coiling is excessive, and respective only two the end of a thread of the main coiling of inner stator coiling and secondary coiling group, and block stator coiling connects
Line is too difficult, it is impossible to improve field frame assembly producing efficiency.
The content of the invention
The technical problems to be solved by the invention are to overcome the defect of prior art high there is provided a kind of winding efficiency, make
The method for winding and this bobbin winder bracket knot of use carried out with the bobbin winder bracket of convenient block-stator motor, using this bobbin winder bracket
The stator of structure.
In order to solve the above technical problems, the technical scheme is that：A kind of bobbin winder bracket of block-stator motor is provided, wrapped
Include the underframe of framework and grafting corresponding with the upper framework；The upper framework include upper inner arc wall, upper outer arc wall and
Connect the upper connecting portion of the upper inner arc wall and the upper outer arc wall, the both ends on the upper inner arc wall top be respectively equipped with one around
Terminal；The underframe includes the lower connection of lower inner arc wall, lower outer arc wall and the connection lower inner arc wall and the lower outer arc wall
Portion, the bottom of the upper inner arc wall is plugged in the top of the lower inner arc wall, the bottom of the upper outer arc wall be plugged in it is described under
The top of outer arc wall.
Further, it was provided with line inclined-plane on the inside of the bottom of the lower inner arc wall.
Specifically, the upper inner arc wall top be provided with hollow contact pin post, the contact pin post be located at two wrapping post it
Between, the lower outer arc wall bottom is provided with hollow contact pin post.
Specifically, the Basolateral of the upper outer arc wall is provided with the upper outer depression position of grafting, the top of the lower outer arc wall
Lower sunken inside position of the end inner side provided with grafting, the upper outer depression position coordinates with the lower sunken inside position grafting；It is described interior
It is lower outer recessed provided with grafting on the outside of the upper sunken inside position provided with grafting, the top of the lower inner arc wall on the inside of the bottom of arc wall
Position is fallen into, the upper sunken inside position coordinates with the lower outer depression position grafting.
Present invention also offers a kind of stator, including main winding and auxiliary winding, the main winding includes N/2 interval setting
Main block stator, the auxiliary winding includes N/2 spaced secondary block stators, N >=4, the main piecemeal of the main winding
Stator replaces grafting cooperation with the secondary block stator of the auxiliary winding, forms annular stator, each main piecemeal of the main winding
Stator includes bobbin winder bracket as described in claim 1, the piecemeal iron core being sheathed on the bobbin winder bracket and is wound in described
Coil on coil on bobbin winder bracket, the bobbin winder bracket of adjacent main block stator is connected by connecting wire, and the connecting wire
Two ends are respectively wound around in the bobbin winder bracket of adjacent main block stator on the wrapping post of upper framework；Each secondary piecemeal of the auxiliary winding is determined
Attached bag includes bobbin winder bracket as described in claim 1, be sheathed on the bobbin winder bracket piecemeal iron core and be wound in the bobbin winder bracket
On coil, the coil on the bobbin winder bracket of adjacent pair block stator is connected by connecting wire, and the two ends point of the connecting wire
It is not wrapped in the bobbin winder bracket of adjacent pair block stator on the wrapping post of upper framework；Each main block stator of the main winding around
The bobbin winder bracket of coil holder and each secondary block stator of the auxiliary winding is oppositely arranged.
Specifically, line inclined-plane, the adjacent main of the main winding were provided with the inside of the bottom of the lower inner arc wall of the underframe
Connecting wire between block stator is located at the inner side for crossing line inclined-plane of the secondary block stator between the two main block stator, described
Connecting wire between the adjacent pair block stator of auxiliary winding is located at the line excessively of the main block stator between the two secondary block stator
The inner side on inclined-plane.
Specifically, the lower outer arc wall bottom of the bobbin winder bracket of each main block stator of the main winding is provided with hollow contact pin
Post, the coil of each main block stator of the main winding is formed by same wire coiling, and the two ends of the wire are wound in respectively
On two contact pins, described two contact pins are inserted in the contact pin post of the bobbin winder bracket of two adjacent main block stators；The auxiliary winding
The upper inner arc wall top of the bobbin winder bracket of each secondary block stator is provided with hollow contact pin post, and the contact pin post is located at inner arc wall top on this
Two wrapping posts between, the coil of each secondary block stator of the auxiliary winding is formed by one or more wire coiling, each to lead
The two ends of line are wound on two contact pins respectively, and described two contact pins are inserted in inserting for the bobbin winder bracket of different secondary block stators respectively
In pin post；Each contact pin on the main winding is electrically connected with each contact pin of the auxiliary winding with circuit board.
Specifically, the Basolateral of the upper outer arc wall is provided with the upper outer depression position of grafting, the top of the lower outer arc wall
Lower sunken inside position of the end inner side provided with grafting, the upper outer depression position coordinates with the lower sunken inside position grafting；It is described interior
It is lower outer recessed provided with grafting on the outside of the upper sunken inside position provided with grafting, the top of the lower inner arc wall on the inside of the bottom of arc wall
Position is fallen into, the upper sunken inside position coordinates with the lower outer depression position grafting.
Present invention also offers a kind of method for winding of block-stator motor, comprise the following steps：
Preparation N block piecemeal iron cores, N block piecemeal iron cores are divided into two groups, each group includes N/2 piecemeal iron core by N >=4；
Two groups of bobbin winder brackets as described in right 1 of preparation, the quantity of each group bobbin winder bracket is N/2；
N/2 bobbin winder bracket of one of which is inverted, N/2 piecemeal iron core of one of which is correspondingly sleeved on N/2 respectively
Connected on bobbin winder bracket and in the coil on coiling on each bobbin winder bracket, the bobbin winder bracket of adjacent main block stator by connecting wire
Connect, the two ends of connecting wire are respectively wound around in adjacent bobbin winder bracket on the wrapping post of upper framework, form the master with N/2 concatenation
The main block stator uniform intervals of this N/2 are surrounded by one circular by the main winding of block stator；
Another group of N/2 piecemeal iron core is correspondingly sleeved on another group of N/2 bobbin winder bracket and on each bobbin winder bracket respectively
Coil on coiling, the bobbin winder bracket of adjacent pair block stator is connected by connecting wire, and the two ends of connecting wire are distinguished
It is wrapped in adjacent bobbin winder bracket on the wrapping post of upper framework, the auxiliary winding of the secondary block stator with N/2 concatenation is formed, by this
It is circular that N/2 secondary block stator uniform intervals are surrounded by one；
Each secondary block stator interval grafting of each main block stator of the main winding and the auxiliary winding is cooperatively formed
One circular stator.
Further, the lower outer arc wall bottom of the bobbin winder bracket of each main block stator of the main winding is provided with hollow contact pin
Post, the coil of each main block stator of the main winding is formed by same wire coiling, and the two ends of the wire are wound in respectively
On two contact pins, described two contact pins are inserted in the contact pin post of the bobbin winder bracket of two adjacent main block stators；The auxiliary winding
The upper inner arc wall top of the bobbin winder bracket of each secondary block stator is provided with hollow contact pin post, and the contact pin post is located at inner arc wall top on this
Two wrapping posts between, the coil of each secondary block stator of the auxiliary winding is formed by one or more wire coiling, each to lead
The two ends of line are wound on two contact pins respectively, and described two contact pins are inserted in inserting for the bobbin winder bracket of different secondary block stators respectively
In pin post；The method for winding is also included each contact pin and each contact pin of the auxiliary winding on the main winding and circuit board electricity
The step of connection.
The coiling of block-stator motor is carried out in the present invention using above-mentioned bobbin bracket structure, winding efficiency improves three times
More than, reduce bobbin winding head quantity, improve production efficiency, with ingenious in design, performance it is good, it is convenient and practical the characteristics of.
Brief description of the drawings
Fig. 1 is the dimensional structure diagram of the upper framework of bobbin winder bracket in the embodiment of the present invention；
Fig. 2 is the front view of the upper framework of bobbin winder bracket in the embodiment of the present invention；
Fig. 3 is the dimensional structure diagram of the underframe of bobbin winder bracket in the embodiment of the present invention；
Fig. 4 is the front view of the underframe of bobbin winder bracket in the embodiment of the present invention；
Fig. 5 is upper framework and underframe combination diagram in the embodiment of the present invention；
Fig. 6 is the front view of main winding in the embodiment of the present invention；
Fig. 7 is the front view of auxiliary winding in the embodiment of the present invention；
Fig. 8 is the combination diagram of main winding and auxiliary winding in the embodiment of the present invention；
Fig. 9 is the dimensional structure diagram after block-stator motor coiling in the embodiment of the present invention；
Figure 10 is Fig. 9 front view.
Embodiment
In order to make the purpose , technical scheme and advantage of the present invention be clearer, it is right below in conjunction with drawings and Examples
The present invention is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and
It is not used in the restriction present invention.
The invention provides a kind of bobbin bracket structure of block-stator motor, it include at least two framework 100 and
At least two and with the underframe 200 of the corresponding grafting of upper framework 100.Reference picture 1, Fig. 2, the upper framework 100 provided for the present invention
Schematic diagram.Upper framework 100 includes upper inner arc wall 110, upper outer arc wall 120 and the upper inner arc wall 110 of connection and upper outer arc wall 120
Upper connecting portion 130, the both ends on the upper top of inner arc wall 110 are respectively equipped with a wrapping post 111.Reference picture 3, Fig. 4, are the present invention
The schematic diagram of the underframe 200 of offer.Underframe 200 includes the lower inner arc wall 210 of lower inner arc wall 210, lower outer arc wall 220 and connection
With the lower connecting portion 230 of lower outer arc wall 220, the bottom inner side of lower inner arc wall 210 was provided with line inclined-plane 211, and this crosses line inclined-plane
211 bottom is that one end away from lower connecting portion 230 is inclined upwardly relative to top.Reference picture 5, for upper framework 100 and lower frame
Schematic perspective view when frame 200 is combined.The bottom of upper inner arc wall 110 is plugged in the top of lower inner arc wall 210, upper outer arc wall 120
Bottom be plugged in the top of lower outer arc wall 220.So, will the two be combined in one, a bobbin bracket structure and at least wrap
Containing two groups of this upper frameworks 100 being integrated and underframe 200.
Specifically, with reference to Fig. 1, Fig. 3 and Fig. 5, in the present embodiment, the connected structure of upper framework 100 and underframe 200 is：
Outer depression position 121 of the Basolateral of upper outer arc wall 120 provided with grafting；The top inner side of lower outer arc wall 220 is used provided with grafting
Sunken inside position 221；Outer depression position 121 coordinates with sunken inside 221 grafting of position, and grafting is provided with the inside of the bottom of upper inner arc wall 110
The lower outer depression position 212 of grafting, upper sunken inside position are provided with the outside of upper sunken inside position 112, the top of lower inner arc wall 210
112 coordinate with the lower outer grafting of depression position 212.So, that is, realize that the grafting of upper framework 100 and underframe 200 coordinates, certainly the two
Between connected structure be also not necessarily limited to structure shown in the present embodiment, when for other structures also protection scope of the present invention it
It is interior.
Referring again to Fig. 1, Fig. 2, the upper top of inner arc wall 110 is provided with hollow contact pin post 113, and contact pin post 113 is two, position
Between two wrapping posts 111；Contact pin post 222 also is provided with the bottom of outer arc wall 220 at present.
Reference picture 6 uses above-mentioned bobbin bracket structure to carry out block-stator motor to Fig. 8 present invention also offers a kind of
Method for winding, it comprises the following steps：
N block piecemeals iron core 300 is divided into two groups, each group includes N/2 piecemeal by preparation one by N number of piecemeal iron core 300
Iron core 300.In the present embodiment, N is 8, i.e., each group has 4 piecemeal iron cores 300.Certainly, N value is alternatively other, only requires
It meets N >=4 and is even number.
Two groups of above-mentioned bobbin winder brackets of preparation, the quantity of each group bobbin winder bracket is N/2.
Reference picture 6,4 bobbin winder brackets of one of which are inverted, 4 piecemeal iron cores 300 of one of which are corresponded into socket respectively
On 4 bobbin winder brackets and in coiling 520 on each bobbin winder bracket, 4 main block stators 510 are formed, and by 4 main block stators
The coil 520 that 510 uniform intervals are surrounded by between a circle, adjacent main block stator 510 is connected by connecting wire 530, will
The two ends of connecting wire 530 are respectively wound around in the bobbin winder bracket of adjacent main block stator on two wrapping posts 111 of upper framework 100,
It is consequently formed a circular main winding 500.
Reference picture 7, by another group of 4 piecemeal iron cores 300 be correspondingly sleeved on respectively on another group of 4 bobbin winder brackets and in respectively around
Coiling 620 on coil holder, form 4 secondary block stators 610, and 4 secondary uniform intervals of block stator 610 are surrounded by into a circle
Coil 620 between shape, adjacent pair block stator 610 is connected by connecting wire 630, and the two ends of connecting wire 630 are distinguished
It is wrapped in the bobbin winder bracket of adjacent pair block stator on two wrapping posts 111 of upper framework, is consequently formed a circular auxiliary winding
600。
Reference picture 8 is to Figure 10, by each main block stator 510 of main winding 500 and each secondary block stator of auxiliary winding 600
610 interval grafting cooperatively form a complete circular stator.
Specifically, reference picture 6, the lower bottom of outer arc wall 220 of the bobbin winder bracket of each main block stator 510 of main winding 500 is set
There is hollow contact pin post 222, the coil 520 of each main block stator 510 of main winding 500 is formed by same wire coiling, should
The two ends of wire are wound on two contact pins 700 respectively, and two contact pins 700 are inserted in two adjacent main block stators 510 respectively
In the contact pin post 222 of bobbin winder bracket；Reference picture 7, the upper inner arc wall 110 of the bobbin winder bracket of each secondary block stator 610 of auxiliary winding 600 is pushed up
End is provided with hollow contact pin post 113, and the contact pin post 113 is two, and the contact pin post 113 is located at two of the top of inner arc wall 110 on this
Between wrapping post 111, the coil 620 of each secondary block stator 610 of auxiliary winding 600 is formed by one or more wire coiling, often
The two ends of one wire are wound on two contact pins 800 respectively, and two contact pins 800 are inserted in the coiling of different secondary block stators respectively
In the contact pin post 113 of frame；Each contact pin 800 of each contact pin 700 on main winding 500 and auxiliary winding 600 with a circuit board（In figure
It is not shown）Electrical connection.
In the present embodiment, the coil of main winding 500 has two terminations, and auxiliary winding 600 is because of third speed therefore coil has four
Termination, more existing outer around stator, the number of coils of main winding 500 and auxiliary winding 600 greatly reduces herein.Main winding 500 with
Auxiliary winding 600 mutually plugs cooperation between adjacent piecemeal iron core in grafting by recess and boss.
In the present embodiment, when main block stator 510 coordinates with the secondary interval grafting of block stator 610, adjacent main block stator
Connecting wire 530 between 510 is located at the lower end for crossing line inclined-plane 211 of underframe 200 in adjacent main block stator 510, and even
Connect conductor spacing this cross line inclined-plane 211 distance be not less than 0.1mm, similarly, the connection between adjacent pair block stator 610 is led
Line 630 also is located at the lower end for crossing line inclined-plane 211 of underframe 200 in each block stator 610, and to cross line oblique apart from this for connecting wire
The distance in face 211 is not less than 0.1mm.So so that there are enough distances to tackle between each connecting wire and excessively line inclined-plane 211
The error existed during coiling, prevents from hanging up coiling or scratch, and keeps this distance also further to prevent winding department from interfering
Or contact and it is short-circuit.
Reference picture 9, Figure 10, present invention also offers a kind of stator, this stator structure be using above-mentioned method for winding around
Structure formed by system, is not repeated herein.
The coiling of block-stator motor is carried out relative to the monoblock stator line of fall using above-mentioned bobbin bracket structure in the present invention
Efficiency, winding efficiency is improved more than three times, reduces bobbin winding head quantity, production efficiency is improved, with ingenious in design, performance
Good, convenient and practical the characteristics of.
These are only presently preferred embodiments of the present invention, be not intended to limit the invention, it is all the present invention spirit and
Any modifications, equivalent substitutions and improvements made within principle etc., should be included in the scope of the protection.
Claims (4)
1. a kind of stator, including main winding and auxiliary winding, the main winding include N/2 spaced main block stators, institute
Stating auxiliary winding includes N/2 spaced secondary block stators, N >=4, main block stator and the auxiliary winding of the main winding
Secondary block stator alternating grafting coordinate, formed annular stator, it is characterised in that：Each main block stator bag of the main winding
The piecemeal iron core for include bobbin winder bracket, being sheathed on the bobbin winder bracket and the coil being wound on the bobbin winder bracket, adjacent main piecemeal
Coil on the bobbin winder bracket of stator is connected by connecting wire, and the connecting wire two ends be respectively wound around adjacent main piecemeal determine
In the bobbin winder bracket of son on the wrapping post of upper framework；Each secondary block stator of the auxiliary winding includes bobbin winder bracket, is sheathed on the coiling
Coil on piecemeal iron core on frame and the coil being wound on the bobbin winder bracket, the bobbin winder bracket of adjacent pair block stator passes through even
Wire connection is connect, and the two ends of the connecting wire are respectively wound around in the bobbin winder bracket of adjacent pair block stator the above wrapping post of framework
On；The bobbin winder bracket of the bobbin winder bracket of each main block stator of the main winding and each secondary block stator of the auxiliary winding is reversely set
Put；
The bobbin winder bracket includes the underframe of upper framework and grafting corresponding with the upper framework；The upper framework includes upper inner arc
The upper connecting portion of wall, upper outer arc wall and the connection upper inner arc wall and the upper outer arc wall, the two of the upper inner arc wall top
End is respectively equipped with a wrapping post；The underframe include lower inner arc wall, lower outer arc wall and connect the lower inner arc wall with it is described
The lower connecting portion of lower outer arc wall, the bottom of the upper inner arc wall is plugged in the top of the lower inner arc wall, the upper outer arc wall
Bottom is plugged in the top of the lower outer arc wall；
The lower outer arc wall bottom of the bobbin winder bracket of each main block stator of the main winding is provided with hollow contact pin post, the main winding
The coil of each main block stator formed by same wire coiling, the two ends of the wire are wound on two contact pins respectively, institute
Two contact pins are stated to be inserted in the contact pin post of the bobbin winder bracket of two adjacent main block stators；Each secondary block stator of the auxiliary winding
The upper inner arc wall top of bobbin winder bracket be provided with hollow contact pin post, the contact pin post be located at this on inner arc wall top two wrapping posts it
Between, the coil of each secondary block stator of the auxiliary winding is formed by one or more wire coiling, the two ends difference of each wire
It is wound on two contact pins, described two contact pins are inserted in the contact pin post of the bobbin winder bracket of different secondary block stators respectively；It is described
Each contact pin on main winding is electrically connected with each contact pin of the auxiliary winding with circuit board.
2. stator as claimed in claim 1, it is characterised in that：Line was provided with the inside of the bottom of the lower inner arc wall of the underframe
The secondary piecemeal that connecting wire between inclined-plane, the adjacent main block stator of the main winding is located between the two main block stator is determined
Connecting wire between the inner side for crossing line inclined-plane of son, the adjacent pair block stator of the auxiliary winding is located at the two secondary block stator
Between main block stator the inner side for crossing line inclined-plane.
3. stator as claimed in claim 1 or 2, it is characterised in that：The Basolateral of the upper outer arc wall is provided with grafting
Upper outer depression position, lower sunken inside position of the top inner side provided with grafting of the lower outer arc wall, the upper outer depression position with it is described
Lower sunken inside position grafting coordinates；Upper sunken inside position provided with grafting, the lower inner arc wall on the inside of the bottom of the upper inner arc wall
Top on the outside of be provided with the lower outer depression position of grafting, the upper sunken inside position coordinates with the lower outer depression position grafting.
4. a kind of method for winding of block-stator motor, it is characterised in that：Comprise the following steps：
Preparation N block piecemeal iron cores, N block piecemeal iron cores are divided into two groups, each group includes N/2 piecemeal iron core by N >=4；
Two groups of bobbin winder brackets of preparation, the quantity of each group bobbin winder bracket is N/2；Wherein, the bobbin winder bracket include upper framework and with institute
State the underframe of framework correspondence grafting；The upper framework includes upper inner arc wall, upper outer arc wall and connects the upper inner arc wall
With the upper connecting portion of the upper outer arc wall, the both ends on the upper inner arc wall top are respectively equipped with a wrapping post；The underframe
Including lower inner arc wall, lower outer arc wall and the connection lower inner arc wall and the lower connecting portion of the lower outer arc wall, the upper inner arc wall
Bottom be plugged in the top of the lower inner arc wall, the bottom of the upper outer arc wall is plugged in the top of the lower outer arc wall；
N/2 bobbin winder bracket of one of which is inverted, N/2 piecemeal iron core of one of which is correspondingly sleeved on N/2 coiling respectively
Connected on frame and in the coil on coiling on each bobbin winder bracket, the bobbin winder bracket of adjacent main block stator by connecting wire, even
The two ends for connecing wire are respectively wound around in adjacent bobbin winder bracket on the wrapping post of upper framework, form the main piecemeal with N/2 concatenation
The main block stator uniform intervals of this N/2 are surrounded by one circular by the main winding of stator；
Another group of N/2 piecemeal iron core is correspondingly sleeved on another group of N/2 bobbin winder bracket and in coiling on each bobbin winder bracket respectively
Coil on coil, the bobbin winder bracket of adjacent pair block stator is connected by connecting wire, and the two ends of connecting wire are wound respectively
On in adjacent bobbin winder bracket on the wrapping post of framework, the auxiliary winding of the secondary block stator with N/2 concatenation is formed, by this N/2
It is circular that individual secondary block stator uniform intervals are surrounded by one；
Each secondary block stator interval grafting of each main block stator of the main winding and the auxiliary winding is cooperatively formed into a circle
Shape stator；
The lower outer arc wall bottom of the bobbin winder bracket of each main block stator of the main winding is provided with hollow contact pin post, the main winding
The coil of each main block stator formed by same wire coiling, the two ends of the wire are wound on two contact pins respectively, institute
Two contact pins are stated to be inserted in the contact pin post of the bobbin winder bracket of two adjacent main block stators；Each secondary block stator of the auxiliary winding
The upper inner arc wall top of bobbin winder bracket be provided with hollow contact pin post, the contact pin post be located at this on inner arc wall top two wrapping posts it
Between, the coil of each secondary block stator of the auxiliary winding is formed by one or more wire coiling, the two ends difference of each wire
It is wound on two contact pins, described two contact pins are inserted in the contact pin post of the bobbin winder bracket of different secondary block stators respectively；Should be around
The step of line method also includes electrically connecting each contact pin and each contact pin of the auxiliary winding on the main winding with a circuit board.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201310008987.7A CN103928999B (en) | 2013-01-10 | 2013-01-10 | The bobbin winder bracket and its method for winding of stator, block-stator motor |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201310008987.7A CN103928999B (en) | 2013-01-10 | 2013-01-10 | The bobbin winder bracket and its method for winding of stator, block-stator motor |
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| CN103928999B true CN103928999B (en) | 2017-08-11 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104600924B (en) * | 2015-01-29 | 2017-04-05 | 广东美的环境电器制造有限公司 | The wire winding tool and method for winding of subblock motor stator |
| CN106712358A (en) * | 2017-02-10 | 2017-05-24 | 广东美的环境电器制造有限公司 | Reel and stator assembly comprising same |
| CN107171472B (en) * | 2017-05-19 | 2024-09-03 | 珠海凯邦电机制造有限公司 | Motor framework, motor and motor wiring method |
| CN108933485A (en) * | 2017-05-22 | 2018-12-04 | 深圳市美好创亿医疗科技有限公司 | Micromotor stator module and preparation method thereof |
| CN106992624A (en) * | 2017-06-09 | 2017-07-28 | 黎凯 | The mode of connection of piecemeal motor coil framework and piecemeal motor connecting wire |
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| CN102738939A (en) * | 2012-07-04 | 2012-10-17 | 美的集团有限公司 | Insulating frame of motor with segmented stator |
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| JP4123292B2 (en) * | 2006-10-03 | 2008-07-23 | ダイキン工業株式会社 | Coil bobbin for motor |
| DE102010004887A1 (en) * | 2010-01-18 | 2011-07-21 | Tyco Electronics Belgium Ec Bvba | Spool for mounting on a magnetic core, magnetic core for reluctance resolver and method of manufacture |
| CN102255415B (en) * | 2011-07-14 | 2012-11-07 | 美的集团有限公司 | Insulating frame of motor with segmented stator |
| CN202309298U (en) * | 2011-11-03 | 2012-07-04 | 江苏超力电器有限公司 | Blocking stator groove insulation member |
| CN203135612U (en) * | 2013-01-10 | 2013-08-14 | 广东美的环境电器制造有限公司 | Stator and spool stand of block stator motor |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2011118357A1 (en) * | 2010-03-23 | 2011-09-29 | 日産自動車株式会社 | Electromagnet for stator and method of manufacturing electromagnet for stator |
| CN102738939A (en) * | 2012-07-04 | 2012-10-17 | 美的集团有限公司 | Insulating frame of motor with segmented stator |
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