CN205544740U - Motor stator , motor and electric tool - Google Patents
Motor stator , motor and electric tool Download PDFInfo
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- CN205544740U CN205544740U CN201521038652.0U CN201521038652U CN205544740U CN 205544740 U CN205544740 U CN 205544740U CN 201521038652 U CN201521038652 U CN 201521038652U CN 205544740 U CN205544740 U CN 205544740U
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Abstract
The utility model relates to a motor stator, motor and electric tool. Motor stator includes iron core and at least one winding that comprises the operating coil, at least one winding is fixed on the iron core and have by the two terminal first end of a thread and the second ends of a thread that form at the end of a thread of operating coil, motor stator is still including installing end plate on the terminal surface of iron core, the end plate has a plurality of terminal boards that set up on it, the end of a thread of operating coil accept in in a plurality of terminal boards, the figure of terminal board is greater than the first end of a thread and second end of a thread sum that the operating coil had. The utility model discloses made things convenient for stator winding's the end of a thread to connect.
Description
Technical field
This utility model belongs to machine field, in particulars relate to a kind of motor stator, a kind of motor including described stator, and a kind of electric tool using described motor.
Background technology
The structure of the motor of prior art is made up of stator and rotor two parts.When motor runs, stator and rotor interact and produce electromagnetic torque and induction electromotive force.Stator generally comprises stator core and stator winding, and stator winding is fixed on stator core.The stator winding of general electric tool series excited machine has two actuating coils, and stator core has two magnetic poles, and one actuating coil of coiling on each magnetic pole has four actuating coil the end of a thread, and this stator is referred to as non-brake stator.Non-brake stator winding needs the armature winding with rotor to be connected to constitute motor circuit by elements such as switch, carbon brush and commutators, and this motor is referred to as non-brake motor.
Magnetic field is produced after the energising of non-brake stator actuating coil, under the interaction of rotor and stator, motor rotation output torque and power, make electric tool work.Brake motor is a kind of motor based on non-brake motor, its stator winding has four coils, two of which is actuating coil, two is restraining coil (also referred to as brake coil), general work coil-conductor is compared with thick and the number of turn is less, and restraining coil conductor is compared with thin and the number of turn is more, rotating around an actuating coil and a restraining coil on each stator core magnetic pole, can first coiling brake coil also be then further around actuating coil processed on same magnetic pole of the stator in a pair stator slot, can also first coiling actuating coil also be then further around brake coil processed on same magnetic pole of the stator in a pair groove.By actuating coil and the restraining coil of stator winding, armature winding and commutator, the element such as carbon brush and switch is according to suitable circuit composition brake motor system.With the electric tool such as electric circular saw of brake motor system when operator presses and holds and presses switch, when being in mode of operation, actuating coil energising provides excitation, and rotor produces electromagnetic torque and makes motor rotation, output torque and power, makes electric tool work.The electric tool of strap brake electric system such as electric circular saw is when operator's release-push, by switch, circuit is switched, make stator brake coil and armature winding, switch contact, the molecular brake circuit of rectification works, it is in braking mode, rotor is made to produce electromagnetic system power owing to rotor inertia is rotated in armature conductor in the electromotor electromotive force and brake circuit produced the self-excitation electric current produced, rotor is made to stop operating rapidly, make to include rotor, the kinetic energy of the drive system of travelling gear and saw blade etc. changes into the thermal energy consumption of stator and rotor coil, so that motor obtains fast braking, the safety of raising instrument or raising work efficiency.Therefore, a total of eight coil the end of a thread of stator winding of the brake stator of such brake motor are to be connected.When connecting, operator need to differentiate these the end of a thread.Multiple the end of a thread connect the difficulty adding motor assembling so that operator is easy to make mistakes on connecting.And this mistake often is difficult to be noticeable during the end of a thread of stator coil connects, until motor is fully assembled when but can not running or run abnormal and is just found.
Connection between the end of a thread of brake stator winding typically can use binding-type, i.e. the end of a thread is first by equipment crimp type terminal, actuating coil and the restraining coil of brake stator are connected by the requirement of composition brake circuit, on connection terminal, overlap insulated sleeve again, finally need on the position of fixing the end of a thread at such as stator coil end etc. with insulating tape or rope colligation.The connected mode of this colligation need to use manual work so that manufacturing cost is the highest, connects and easily makes mistakes, nor is suitable to substitute with machine carry out automated production.
Having a kind of method saving the end of a thread quantity is that braked by stator two coils of winding (and/or stator Working winding) are formed by an enamel-covered wire coiling, i.e. first one coil of coiling on a magnetic pole, the most same enamel-covered wire does not cut off continuous across another coil of coiling in stator yoke to another magnetic pole, but the benefit of such coiling is to reduce the terminal connected in the middle of, but coiling man-hour can be increased.
Utility model content
The technical problems to be solved in the utility model is to provide a kind of motor stator, is connected with winding by the terminal board arranged on motor end plate, facilitates the connection of winding and external circuit.
The motor stator of the aspect that this utility model relates to, including iron core and at least one winding of being made up of actuating coil, at least one winding described is fixed on described iron core and has first the end of a thread and second the end of a thread formed by the end of a thread two end of described actuating coil, described motor stator also includes the end plate being arranged on the end face of described iron core, described end plate has the multiple terminal boards being arranged on, the end of a thread of described actuating coil is contained in the plurality of terminal board, first the end of a thread and second the end of a thread that the number of described terminal board is had more than described actuating coil are total.
Alternatively, in described motor stator, at least one winding described also includes a restraining coil, and the end of a thread two end of described restraining coil forms the 5th the end of a thread and the 6th the end of a thread, and the number of described terminal board is more than or equal to first the end of a thread, second the end of a thread, the 5th the end of a thread and the sum of the 6th the end of a thread.
Alternatively, in described motor stator, the terminal board housing actuating coil the end of a thread has different structure, mark or colors from the terminal board housing restraining coil the end of a thread.
Alternatively, in described motor stator, described end plate is overall ringwise, and described end plate is provided with the guided plate or draw-in groove being guided by the end of a thread and hinging on described annular endplate between the end of a thread outlet side and the terminal board of actuating coil or restraining coil.
Alternatively, in described motor stator, described actuating coil also includes the 3rd the end of a thread and the 4th the end of a thread, and in described actuating coil, at least two the end of a thread is electrically connected to each other in a terminal board.
Alternatively, in described motor stator, described restraining coil also includes the 7th the end of a thread and the 8th the end of a thread, and in described restraining coil, at least two the end of a thread is electrically connected to each other in a terminal board.
Alternatively, in described motor stator, each in the plurality of terminal board also has and embeds the inner chamber of described terminal board after described the end of a thread and described terminal board connect so that the fixing clamping element of described the end of a thread.
Another aspect of the present utility model relates to a kind of motor including above-mentioned motor stator.This motor can be universal motor.
Another aspect of the present utility model relates to a kind of electric tool using above-mentioned motor, such as electric circular saw.
The beneficial effects of the utility model are:
1) by providing multiple terminal board on end plate, the end of a thread sum that the number of terminal board is had more than or equal to coil, each the end of a thread making winding can be connected with at least one terminal board in multiple terminal boards, it is achieved that stator winding and the connection of stator exterior circuit.This connection is particularly well-suited to the motor stator assembling that the end of a thread is many especially, the end of a thread is pulled out by operator, by connecting nearby or by marking modes such as mark numeral, colors or can quickly find the terminal board matched with this end of a thread according to the layout layout of certain terminal board and the winding method of coil and be attached thereto.Therefore connect accuracy rate to be greatly improved, the production efficiency of assembly connection operation can be improved simultaneously.
2) the end plate design with the setting of multiple terminal board allow for multiple connected mode, and the winding that may be used for dissimilar motor connects.This end plate may be used for brake motor, and wherein the stator of this brake motor has actuating coil and restraining coil；This end plate can also be used for the common non-brake motor without braking function, the i.e. stator of this motor and only has actuating coil.When for brake motor, in the case of the quantity of terminal board and the end of a thread quantity of winding are suitable, the end of a thread is connected with terminal board one by one, to be connected with external circuit；When for not having the non-brake motor of braking function, using this end plate that the end of a thread can be made to be connected with the terminal board of a part, the terminal board of remainder is vacant.Therefore, this end plate has bigger range of application.It addition, the internal circuit that this terminal board can be used for winding connects, as a example by brake motor, two the end of a thread can be had to be connected with same terminal board, the two the end of a thread is electrically connected to each other in this terminal board, and makes other a terminal board vacant.So, use external circuit wire jumper is eliminated.
3) motor is operationally affected by changes of magnetic field and can be produced vibration, and this is unfavorable for the place that winding is connected, particularly disadvantageous thinner restraining coil in brake motor with external circuit.The tectonic sieving of terminal board can avoid movement and the fracture of the end of a thread.In terminal board, add clamping element can preferably fix the end of a thread.
4) use this end plate can realize using machine coiling and fixing the end of a thread, improve production efficiency.
By the detailed description below with reference to accompanying drawing, other aspects of the present utility model and feature become obvious.It is understood that this accompanying drawing is only the purpose design rather than the restriction as scope of the present utility model explained, this is because it should refer to appended claims.It should also be noted that accompanying drawing is merely intended to structure described herein and flow process are described conceptually, unless otherwise noted, it is not necessary to scale accompanying drawing.
Accompanying drawing explanation
In conjunction with accompanying drawing refering to the detailed description of detailed description below, this utility model be will be more fully appreciated, reference numbers same in accompanying drawing refers to element same in view all the time.Wherein:
Fig. 1 is the structural representation of a kind of embodiment of the end plate of the motor stator that this utility model relates to；
Fig. 2 is the schematic diagram of a kind of embodiment of the motor stator that this utility model in assembling process relates to；
Fig. 3 is the schematic diagram when inserting clamping element of the motor stator shown in Fig. 2；
Fig. 4 is the schematic diagram of the another kind of embodiment of the motor stator that this utility model in assembling process relates to；
Fig. 5 is the schematic diagram when inserting clamping element of the motor stator shown in Fig. 4；
Fig. 6 is the schematic diagram of the another embodiment of the motor stator that this utility model in assembling process relates to；
Fig. 7 is the schematic diagram when inserting clamping element of the motor stator shown in Fig. 6；
Fig. 8 is the schematic diagram of the another embodiment of the motor stator that this utility model in assembling process relates to；And
Fig. 9 is the schematic diagram when inserting clamping element of the motor stator shown in Fig. 8.
Detailed description of the invention
For helping those skilled in the art can understand the theme that this utility model is claimed definitely, describe detailed description of the invention of the present utility model below in conjunction with the accompanying drawings in detail.
See Fig. 1, the structural representation of the end plate 10 of the motor stator involved by this utility model.This motor stator and relevant end plate 10 can be used in particular for universal motor.This motor is common in electric tool, on electric circular saw.
Described motor stator at least includes iron core (illustrating in other figs.), winding (illustrating in other figs.) and end plate 10.This end plate 10 is loop configuration, and has two through holes 11 along end plate 10 axis direction.End plate 10 is fixed on an end face of iron core by the two through hole 11.In order to obtain desired electromagnetic field, end plate 10 has the cross section in axial direction that is identical with iron core transverse cross section or that approximate.Iron core is divided into pole body and pole shoe two parts, and wherein the effect of pole shoe is to make air-gap reluctance reduce, and improves main pole magnetic field.Winding is fixed in the stator slot limited between pole body and pole shoe (can illustrate winding fixing relative to end plate 10 in subsequent figure).For winding, winding has at least two the end of a thread (, for electricity input, another the end of a thread is for electricity output for a end of a thread) formed by the end of a thread two end of coil.When winding is made up of an actuating coil, winding has at least two the end of a thread altogether；When winding is made up of actuating coil and restraining coil, winding has at least four the end of a thread altogether, is connected for external circuit.
With continued reference to Fig. 1, end plate 10 is circumferentially provided with the multiple terminal boards 12～19 for connecting winding the end of a thread.Stator winding achieves and the connection of stator exterior circuit by means of these terminal boards 12～19 on end plate 10.The end of a thread of winding is connected in terminal board 12～19 be positioned.Fig. 1 shows that a kind of typical terminal board is arranged, having eight terminal boards 12～19, each the end of a thread of winding can be connected with at least one terminal board in these eight terminal boards 12～19, the end of a thread sum that the number of terminal board is had more than or equal to coil.The design of this end plate 10 is particularly suitable for the connection of the winding in the case of winding overhang is made up of and external circuit multiple the end of a thread.
As it can be seen, these eight terminal boards 12～19 include the first terminal box the 12, second terminal board the 13, the 3rd terminal board the 14, the 4th terminal board the 15, the 5th terminal board the 16, the 6th terminal board the 17, the 7th terminal board 18 and the 8th terminal board 19.The connection of itself and stator winding is further illustrated below in conjunction with accompanying drawing.
The motor stator of a kind of embodiment involved by this utility model that Fig. 2 show in assembling process.The present embodiment is applicable to stator winding the end of a thread of non-brake motor and connects.End plate 10 is already attached on stator core 61.As seen from the figure, end plate 10 at shape of cross section vertically close to iron core 61.Have two separate windings to be embedded in stator slot, so-called " separately ", refer to that each winding respectively has independent actuating coil 21a or 21b.Wherein the first winding 71 has first the end of a thread 22 and second the end of a thread 23, and the second winding 72 has the 3rd the end of a thread 24 and the 4th the end of a thread 25.All there are four terminal boards circumferentially arranged in the surrounding of each winding.With the coil properties that connected as foundation, terminal board is divided into first group of terminal board 12 ~ 16 and second group of terminal board 17 ~ 19.In the present embodiment, all of the end of a thread 22～25 be all used for external circuit such as with carbon brush and the connection of switch.For the first winding 71, first the end of a thread 22 is connected with the first terminal box 12, and second the end of a thread 23 is connected with the second terminal board 13.5th terminal board 16 and the 6th terminal board 17 are vacant.For the second winding 72, the 3rd the end of a thread 24 is connected with the 3rd terminal board 14, and the 4th the end of a thread 25 is connected with the 4th terminal board 15.7th terminal board 18 and the 8th terminal board 19 are vacant.The end of a thread can be depending on the design such as the mode of winding technique and the layout requirements of external circuit with the connection of terminal board.First to fourth terminal board 12～15 that above the end of a thread 22～25 is not limited to above-mentioned arrangement is sequentially connected with, and can arrange in other sequences.Equally, terminal board 12～19 can also convert relative to the position of end plate 10, in the embodiment shown in the drawings, for connecting first group of terminal board 12～15 centralized arrangement of actuating coil between two windings, to facilitate and extraneous connection.Can also be formed by the coiling of an actuating coil 21 furthermore it is possible to contemplate first, second winding 71,72, then having two the end of a thread needs to connect, then two terminal boards in first to fourth terminal board 12～15 can be utilized, and another two terminal board is vacant.
See Fig. 3, after each the end of a thread 22～25 is connected with each terminal board 12～15, loads terminal board 12～15 with the clamping element 31 of each terminal board 12～15 outfit and the end of a thread 22～25 is fixed.In addition to the square terminal board shape of diagram, it is contemplated that go out the terminal board of other shapes, such as circle, ellipse, rectangle, triangle etc..When the end of a thread is when the terminal board of correspondence is in place, clamping element is pressed into terminal board, makes enamel-covered wire and clamping element connect and clamping element is fixed in terminal board.
See Fig. 4, the motor stator of the another kind of embodiment involved by this utility model in assembling process.The present embodiment is applicable to stator winding the end of a thread of brake motor and connects.Reference marker identical with Fig. 2 in this figure represents same or analogous element.In this embodiment, two windings are had to be embedded in stator slot equally, unlike embodiment illustrated in fig. 2, each winding respectively has actuating coil 21 and restraining coil 30, the difference of both coils is that actuating coil 21 provides excitation to make motor work, and restraining coil 30 provides the fast braking of motor.Actuating coil 21a and restraining coil 30a is successively wound on a magnetic pole of stator core, actuating coil 21b and restraining coil 30b is successively wound on another magnetic pole of stator core, Fig. 4 not shown actuating coil 21a, 21b and the coil contours segmentation of restraining coil 30a, 30b.It will be appreciated that, this winding can produce four the end of a thread (22,23,26,27) or (24,25,28,29), the coiling embodiment that one of which is possible is: first the end of a thread 22 is the initial line head of actuating coil 21a, second the end of a thread 23 is the buttock line head of actuating coil 21a, in two stator slots that first the end of a thread 22 and second the end of a thread 23 occupy quoted from actuating coil 21a respectively；3rd the end of a thread 24 is the initial line head of actuating coil 21b, and the 4th the end of a thread 25 is the buttock line head of actuating coil 21b, in two stator slots that the 3rd the end of a thread 24 and the 4th the end of a thread 25 occupy quoted from actuating coil 21a respectively；6th the end of a thread 27 is the initial line head of restraining coil 30 a, and the 5th the end of a thread 26 is the buttock line head of restraining coil 30a, in two stator slots that the 6th the end of a thread 27 and the 5th the end of a thread 26 occupy quoted from restraining coil 30a respectively；7th the end of a thread 28 is the initial line head of restraining coil 30 b, and the 8th the end of a thread 29 is the buttock line head of restraining coil 30b, in two stator slots that the 7th the end of a thread 28 and the 8th the end of a thread 29 occupy quoted from restraining coil 30b respectively。Wherein the first winding 71 has first the end of a thread 22 and second the end of a thread 23 of actuating coil 21a, the 5th the end of a thread 26 and the 6th the end of a thread 27 of restraining coil 30a；Second winding 72 has the 3rd the end of a thread 24 and the 4th the end of a thread 25 of actuating coil 21b, the 7th the end of a thread 28 and the 8th the end of a thread 29 of restraining coil 30b.First to fourth terminal board 12～15 of first group of terminal board connects for actuating coil 21a, 21b, and the 5th to the 8th terminal board 16～19 of second group of terminal board connects for restraining coil 30a, 30b.For the first winding 71, first the end of a thread 22 is connected with the first terminal box 12, and second the end of a thread 23 is connected with the second terminal board 13, and the 5th the end of a thread 26 is connected with the 6th terminal board 17, and the 6th the end of a thread 27 is connected with the 5th terminal board 16.For the second winding 72, the 3rd the end of a thread 24 is connected with the 3rd terminal board 14, and the 4th the end of a thread 25 is connected with the 4th terminal board 15, and the 7th the end of a thread 28 is connected with the 8th terminal board 19, and the 8th the end of a thread 29 is connected with the 7th terminal board 18.In this embodiment, eight terminal boards 12～19 are all used.The elements such as winding, by the power line of these eight terminal boards 12～19 with stator exterior, carbon brush, switchs, commutator connect into brake motor system by suitable loop.
In the connection of the end of a thread shown in Fig. 4 and terminal board, the terminal board that each the end of a thread of actuating coil is all neighbouring with it is connected, i.e. first the end of a thread 12 is connected with the first terminal box 22, and second the end of a thread 13 is connected with the second terminal board 23 ... by that analogy, and this is that one is more directly perceived and convenient connects.Certainly, it should it is contemplated that these four the end of a thread 22 ~ 25 can also be connected with terminal board 12 ~ 15, referring for example to the end of a thread connected mode of the restraining coil in Fig. 4 by other connected modes in addition to connected mode nearby.Terminal board is arranged to first group of terminal board 12 ~ 15 and actuating coil the end of a thread connects, and second group of terminal board 16 ~ 19 connects with restraining coil the end of a thread.See Fig. 5, after each the end of a thread 22～29 is connected with each terminal board 12～19, is respectively charged into terminal board 12～19 with the clamping element 31,32 of each terminal board 12～19 outfit and the end of a thread 22～29 is fixed.Clamping element 31,32 have different applicable standard wire lattice, and clamping element 31 is applicable to the end of a thread of the thicker actuating coil in line footpath and connects, and clamping element 32 is applicable to the end of a thread of the thinner restraining coil in line footpath and connects.
The motor stator of the another embodiment involved by this utility model that Fig. 6 is illustrated that in assembling process.The present embodiment is applicable to stator winding the end of a thread of brake motor and connects.Compared with embodiment illustrated in fig. 4, this embodiment of Fig. 6 has two windings and each winding respectively to have actuating coil 21a(or 21b equally), restraining coil 30a(or 30b) totally two coils.Except for the difference that, eight terminal boards 12～19 are the most all used, and winding is connected with external circuit by part terminal board, and winding realizes the internal circuit connection of coil also by other terminal board.Seeing Fig. 6, for actuating coil 21a, 21b, its connected mode is identical with embodiment illustrated in fig. 4, i.e. first the end of a thread 22 is connected with the first terminal box 12, second the end of a thread 23 is connected with the second terminal board 13, and the 3rd the end of a thread 24 is connected with the 3rd terminal board 14, and the 4th the end of a thread 25 is connected with the 4th terminal board 15.For restraining coil 30,6th the end of a thread 27 is connected with the 5th terminal board 16,5th the end of a thread 26 and the 7th the end of a thread 28 are all connected with the 6th terminal board 17,8th the end of a thread 29 is connected with the 7th terminal board 18,8th terminal board 19 is vacant, and wherein the 5th the end of a thread 26 and the 7th the end of a thread 28 are electrically connected to each other in the 6th terminal board 17.In this embodiment, the 6th terminal board 17 connects, so there being a terminal board that is the 8th terminal board 19 vacant for the internal circuit of winding.When using whole terminal boards, such as, in the terminal board 16～19 of four restraining coils, there is the end of a thread in two terminal boards need to be connected by wire jumper, to form loop, use the terminal connected mode shown in Fig. 6 can save the utilization of wire jumper.
See Fig. 7, after each the end of a thread 22～29 is connected with terminal board 12～18, is respectively charged into terminal board 12～18 with the clamping element 31,32 of terminal board 12～18 outfit and the end of a thread 22～29 is fixed.It is used herein seven clamping elements.The structure of clamping element depends on the structure of terminal board, and when terminal board has different structures, clamping element also can be adapted to the different configuration corresponding with terminal board.Additionally, for convenience of the winding of cable and bending, end plate 10 is provided with multiple guided plate 51 and draw-in groove 52 with set winding (identifying see Fig. 1).
See Fig. 8, Fig. 8 and show the end of a thread of another and the connected mode of terminal board.The present embodiment is applicable to stator winding the end of a thread of brake motor and connects.As it can be seen, the end of a thread 16～19 of restraining coil is connected identical with the connected mode of terminal board 26～29 with restraining coil in the embodiment of Fig. 6, do not repeat at this.Except for the difference that, for actuating coil, first the end of a thread 22 is connected with the first terminal box 12, second the end of a thread 23 and the 4th the end of a thread 25 are connected with the 4th terminal board 15,3rd the end of a thread 24 is connected with the 3rd terminal board 14, second terminal board 13 is vacant, and wherein second the end of a thread 23 and the 4th the end of a thread 25 are electrically connected to each other in the 4th terminal board 15.
In above embodiment, six terminal boards in eight terminal boards are used.See Fig. 9, after each the end of a thread 22～29 is connected with terminal board 12,14～18, is respectively charged into terminal board 12,14～18 with six clamping elements 31,32 of terminal board 12,14～18 outfit and the end of a thread 22～29 is fixed.
For each terminal board, it can receive two the end of a thread in or same line footpath.The thickest actuating coil the end of a thread and thin restraining coil the end of a thread will not mix and be incorporated in a terminal board.In eight terminal boards illustrated in this utility model, terminal board 12～15 designs for actuating coil the end of a thread, terminal board 16～19 designs for restraining coil the end of a thread, actuating coil the end of a thread and restraining coil the end of a thread can only be connected in the terminal board of correspondence, make actuating coil and restraining coil the end of a thread connect with corresponding clamping element.
Except several connected modes described above, it is also possible to have following but be not limited to these connected mode: while four the end of a thread three terminal boards of access of actuating coil, four the end of a thread of restraining coil access four terminal boards；Four the end of a thread of restraining coil access four terminal boards etc. nearby.
The various methods of attachment of stator are required for according to suitable circuit, the parts such as stator, rotor and diverter, carbon brush and switch being connected by wire, to form the brake motor drive system of electric tool such as electrotrephine.This utility model provides flexile connected mode between stator and circuit.The fixing advantage that connects of end plate involved by this utility model and stator coil and the end of a thread is: easily and fast, anti-setup error, and is easy to machine semi-automation operation.A kind of end plate design is suitable for brake and non-brake stator simultaneously, and vacant terminal board need not increase cost due to injection-moulded plastic part.
Above detailed description of the invention is merely to illustrate this utility model; and be not limitation of the utility model; those of ordinary skill about technical field; in the case of without departing from scope of the present utility model; can also make a variety of changes and modification; the technical scheme of the most all equivalents falls within category of the present utility model, and scope of patent protection of the present utility model should be defined by the claims.
Claims (10)
1. a motor stator, including iron core (61) and at least one winding (71 of being made up of actuating coil, 72), at least one winding described is fixed on described iron core (61) and above and has first the end of a thread and second the end of a thread formed by the end of a thread two end of described actuating coil, it is characterized in that: described motor stator also includes the end plate (10) being arranged on the end face of described iron core (61), described end plate (10) has the multiple terminal boards (12 being arranged on, 13, 14, 15, 16, 17, 18, 19), the end of a thread of described actuating coil is contained in the plurality of terminal board (12, 13, 14, 15, 16, 17, 18, 19) in, first the end of a thread and second the end of a thread that the number of described terminal board is had more than described actuating coil are total.
Motor stator the most according to claim 1, it is characterized in that: at least one winding described (71,72) also includes a restraining coil, the end of a thread two end of described restraining coil forms the 5th the end of a thread and the 6th the end of a thread, and the number of described terminal board is more than or equal to first the end of a thread, second the end of a thread, the 5th the end of a thread and the sum of the 6th the end of a thread.
Motor stator the most according to claim 2, is characterized in that: the terminal board (12,13,14,15) housing actuating coil the end of a thread has different structure, mark or colors from the terminal board (16,17,18,19) housing restraining coil the end of a thread.
Motor stator the most according to claim 2, it is characterized in that: described end plate (10) is overall ringwise, described end plate (10) is provided with the guided plate (51) or draw-in groove (52) being guided by the end of a thread and hinging on the described end plate (10) of annular between the end of a thread outlet side and the terminal board of actuating coil or restraining coil.
Motor stator the most according to claim 2, is characterized in that: each the end of a thread of described actuating coil or restraining coil is connected with described terminal board nearby.
Motor stator the most according to claim 1, is characterized in that: described actuating coil also includes the 3rd the end of a thread and the 4th the end of a thread, and in described actuating coil, at least two the end of a thread is electrically connected to each other in a terminal board.
Motor stator the most according to claim 2, is characterized in that: described restraining coil also includes the 7th the end of a thread and the 8th the end of a thread, and in described restraining coil, at least two the end of a thread is electrically connected to each other in a terminal board.
8. according to the motor stator according to any one of claim 1-7, it is characterized in that: each in the plurality of terminal board (12,13,14,15,16,17,18,19) also has and embeds the inner chamber of described terminal board after described the end of a thread and described terminal board connect so that the fixing clamping element (31,32) of described the end of a thread.
9. a motor, is characterized in that: described motor includes according to the motor stator according to any one of claim 1-8.
10. an electric tool, is characterized in that: described electric tool includes motor according to claim 9.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521038652.0U CN205544740U (en) | 2015-12-15 | 2015-12-15 | Motor stator , motor and electric tool |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201521038652.0U CN205544740U (en) | 2015-12-15 | 2015-12-15 | Motor stator , motor and electric tool |
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| CN205544740U true CN205544740U (en) | 2016-08-31 |
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| CN201521038652.0U Active CN205544740U (en) | 2015-12-15 | 2015-12-15 | Motor stator , motor and electric tool |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106911200A (en) * | 2017-04-06 | 2017-06-30 | 江苏美的清洁电器股份有限公司 | Stent-type motor and blower fan and dust catcher with it |
| CN110011485A (en) * | 2019-05-20 | 2019-07-12 | 舟山晨光电器有限公司 | A kind of motor of simplicity wiring |
-
2015
- 2015-12-15 CN CN201521038652.0U patent/CN205544740U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106911200A (en) * | 2017-04-06 | 2017-06-30 | 江苏美的清洁电器股份有限公司 | Stent-type motor and blower fan and dust catcher with it |
| CN110011485A (en) * | 2019-05-20 | 2019-07-12 | 舟山晨光电器有限公司 | A kind of motor of simplicity wiring |
| CN110011485B (en) * | 2019-05-20 | 2024-03-12 | 舟山晨光电机股份有限公司 | Motor of simple and convenient wiring |
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