CN206865311U - A kind of motor built-in capacitance inductance plastic bracket structure - Google Patents
A kind of motor built-in capacitance inductance plastic bracket structure Download PDFInfo
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- CN206865311U CN206865311U CN201720808914.XU CN201720808914U CN206865311U CN 206865311 U CN206865311 U CN 206865311U CN 201720808914 U CN201720808914 U CN 201720808914U CN 206865311 U CN206865311 U CN 206865311U
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Abstract
A kind of motor built-in capacitance inductance plastic bracket structure, belong to motor plastic bracket structure technical field, including plastic stent, left and right carbon brush component, left and right inductance, left and right electric capacity；Plastic stent left and right side is disposed with left and right torsion spring, left and right carbon brush bottom plate, left and right carbon brush component, left and right inductance and left and right electric capacity from top to bottom；Plastic stent top is each provided with several lower Positioning holes, and several upper Positioning holes are each provided with left and right brush box bottom board；Left and right brush box bottom is each provided with several left and right riveting pin, is each passed through each upper Positioning holes and lower Positioning holes, and riveting.The beneficial effects of the utility model are：The installation stable and convenient of electric capacity and inductance, simple in construction, the electromagnetism interference effect of motor is good.
Description
Technical field
The utility model is a kind of motor capacitor and inductor plastic bracket structure, more particularly to a kind of motor built-in capacitance inductance
Plastic bracket structure, belong to motor plastic bracket structure technical field.
Background technology
In order to meet the purpose of motor electromagnetic compatibility, it is inner that the capacitor and inductor component of motor is often arranged on plastic stent
Face, terminal are connected with inductance, in parallel with electric capacity, but its stationarity is poor, when motor shakes larger in the course of the work, electricity
Appearance, inductance easily loosen, so needing to fix plus glue between electric capacity, inductance and plastic stent, to ensure that motor is being transported
Capacitor and inductor is not dislodged and fall into motor easily during turning.But shortcoming be the pulling-out force of motor capacitor and inductor be not it is very big,
Above-mentioned electric capacity, the conventional motor of inductance built-in manner are limited by the heatproof of glue, and motor can not bear too high temperature, especially
Electric capacity pin on the motor in high rotating speed high vibration be present by disconnected risk of shaking, so as to cause electric capacity because of other factorses such as pin fractures
Come off and fall into the internal influence motor normal work of motor, it is stuck to even result in motor.Because glue needs certain hardening time,
And baking box is needed to toast glue, production efficiency is not high；Glue is chemicals, there is very big negative shadow to production environment
Ring.Also there is first 1 etui of design, electric capacity and inductance are fixedly mounted in etui, then being provided with electric capacity and inductance
Etui is welded on plastic stent inner face, and so, complicated although the installation of electric capacity and inductance is firm, installation is very
It is inconvenient.
To avoid drawbacks described above, the plastic bracket structure for electric capacity, inductive bank being mounted in plastic stent outer face is devised, and
Fixed, stable connection, will not loosened by iron covering and insulating trip, fallen into inside motor, influence so as to completely eliminate capacitor and inductor
Motor normal work, even cause the stuck phenomenon of motor；Glue is not needed to fix between electric capacity, inductance and plastic stent, horse
Up to will not be limited in the running by the heatproof of glue, when temperature raises, the pulling-out force of capacitor and inductor is unaffected, improves production
Quality；But because electric capacity and inductance are arranged on plastic stent outer face, between motor and electric capacity and inductance connection it is existing away from
From big, good effect so is not had to the electromagnetism interference of complete machine, from nearlyer effect it is better, from more remote effect more
Difference, thus need to disinthibite electromagnetic interference by more complicated connection method and increase electric capacity and inductance, this considerably increases
Production cost, and also affect production efficiency；When complete machine exterior space is not abundant, due to the electromagnetism interference effect of motor
It is bad, the electromagnetism interference effect of complete machine is directly affected, this undoubtedly can not meet the demand of client.
Utility model content
The purpose of this utility model is to be directed to said motor plastic bracket structure in the prior art, electric capacity and inductance be present
Installation built on the sand, easily drop in motor, or structure is more complicated, installation is very inconvenient, or the electromagnetism interference effect of motor
The defects of bad, there is provided be related to a kind of motor built-in capacitance inductance plastic bracket structure and its assemble method, electricity can be reached
Hold and the installation of inductance is consolidated, do not fallen out in motor, it is relatively simple for structure, easy for installation, and the electromagnetism interference effect of motor
The good purpose of fruit.
The utility model adopts the technical scheme that to achieve these goals：A kind of motor built-in capacitance inductance plastics branch
Frame structure, including plastic stent, left carbon brush component, left inductance, left electric capacity, left outside connecting terminal, right carbon brush component, right inductance, the right side
Electric capacity and right external terminal；The left carbon brush component includes left brush box, left carbon brush and left shunt welding, and the right carbon brush component includes the right side
Brush box, right carbon brush and right shunt welding, left electric power connection line is provided with left outside connecting terminal, right power supply is provided with right external terminal and is connected
Wiring；The plastic stent is integrally rounded, the left carbon brush component, left inductance, left electric capacity, right carbon brush component, right inductance and
Right electric capacity is fixedly installed on plastic stent, and the left outside connecting terminal and right external terminal are separately positioned on plastic stent lower end
Arranged on left and right sides；Left and right electric capacity and left and right inductance respectively include 2 electric wire connection ends；
Be disposed with from top to bottom, in semi-circular shape to the right on the left of the plastic stent left torsion spring, left carbon brush component,
Left inductance and left electric capacity, 1 electric wire connection end of left inductance are screwed in plastic stent bottom and 1 electric wire connection end of left electric capacity
Together, and with one end of left electric power connection line it is welded fixation；Also include left carbon brush bottom plate, the left carbon brush bottom plate is arranged on plastics
Middle and upper part position on the left of support, one end of left shunt welding are connected with left carbon brush, another 1 electricity of the other end of left shunt welding and left inductance
Line connection end is put together to be welded on left carbon brush bottom plate；
Be disposed with from top to bottom, in semi-circular shape to the left on the right side of the plastic stent right torsion spring, right carbon brush component,
Right inductance and right electric capacity, 1 electric wire connection end of right inductance are screwed in plastic stent bottom and 1 electric wire connection end of right electric capacity
Together, and with one end of right electric power connection line it is welded fixation；Also include right carbon brush bottom plate, the right brush box bottom board is arranged on plastics
Middle and upper part position on the right side of support, one end of right shunt welding are connected with right carbon brush, another 1 electricity of the other end of right shunt welding and right inductance
Line connection end is put together to be welded on right carbon brush bottom plate；
Middle and upper part is provided with several lower-left positioning holes on the left of the plastic stent, and middle and upper part is set on the right side of the plastic stent
It is equipped with several bottom right positioning holes；Several upper left positioning holes are provided with left brush box bottom board, if being provided with right brush box bottom board
Dry upper right positioning hole, upper Positioning holes and lower Positioning holes are in correspondence with each other；
Left brush box bottom is provided with several left riveting pin, and several left riveting pin are each passed through each upper left positioning hole and a left side
Lower Positioning holes, and riveting, left carbon brush component is fixedly connected with plastic stent, left carbon brush component, left inductance, left electric capacity,
Left outside connecting terminal and left carbon brush bottom plate form left carbon brush inductance capacitance component；
Right brush box bottom is provided with several right riveting pin, and several right riveting pin are each passed through each upper right positioning hole and the right side
Lower Positioning holes, and riveting, right carbon brush component is fixedly connected with plastic stent, right carbon brush component, right inductance, right electric capacity,
Right external terminal and right carbon brush bottom plate form right carbon brush inductance capacitance component.
Also include left torsion spring, right torsion spring, be respectively arranged with above top and right side on the left of plastic stent left torsion spring mounting post,
Right torsion spring mounting post, the left torsion spring and right torsion spring are separately mounted in left torsion spring mounting post and right torsion spring mounting post.
Middle and upper part is provided with 4 lower-left positioning holes on the left of the plastic stent, and middle and upper part is set on the right side of the plastic stent
There are 4 bottom right positioning holes；4 upper left positioning holes are provided with left brush box bottom board, 4 upper right positioning are provided with right brush box bottom board
Hole；Left brush box bottom is provided with 4 left riveting pin, and 4 left riveting pin are each passed through each upper left positioning hole and lower-left positioning hole, and
Riveting；Right brush box bottom is provided with 4 right riveting pin, and 4 right riveting pin are each passed through each upper right positioning hole and bottom right is determined
Position hole, and riveting.
The side of bottom two of plastic stent is each provided with 1 electric capacity pin neck, and another 1 electric wire of the left and right electric capacity connects
Connect to hold to be put into the electric capacity pin neck of plastic stent and assemble and fixed with casing.
The left torsion spring, left carbon brush inductance capacitance component are with right torsion spring, right carbon brush, right carbon brush inductance capacitance component in plastics
It is left and right on support inner face to be symmetrical arranged.
Compared with existing plastic stent designs, the beneficial effects of the utility model are：
(1) technical difficult points of motor built-in capacitance inductance plastic bracket structure have been captured, have made built-in inductance capacitance first
It is welded on bottom plate, bottom plate is firm by positioning hole riveting, assembling again, is amenable to stronger vibration, reliably prevents
The situation that the capacitor and inductor of plastic stent inner face installation is fallen into because of loosening in motor occurs；
(2) after plastic stent inner face installs inductance capacitance simultaneously, the electromagnetism interference effect of motor is made to reach optimal,
The electromagnetism interference effect of complete machine is improved, meanwhile, structure before only can be used in high pressure, and present structure can also make
With the demand in low pressure, meeting client；
(3) on plastic stent inner face, each accessory configuration is reasonable, and rigging position is obvious, easy to assembly, spatially stays
There is the position of enough inductance capacitances, do not influence the assembling of other accessories of motor, structural manufacturing process while inductance capacitance is increased
Simply, assembling process shortens, and substantially increases production efficiency, is adapted to batch production.
Brief description of the drawings
Fig. 1 is：The utility model build-up member exploded view；
Fig. 2 is：Left inductance capacitance component drawings；
Fig. 3 is：Left carbon brush inductance capacitance component and plastic stent assembling schematic diagram；
Fig. 4 is：Left carbon brush inductance capacitance component drawings；
Fig. 5 is：The utility model front view；
Fig. 6 is：The utility model left view；
Fig. 7 is：Plastic stent front view；
Fig. 8 is：Stereogram before left carbon brush, right carbon brush inductance capacitance component and plastic stent assembling riveting；
Fig. 9 is：Plastic bracket component and motor body assembling figure.
Reference：Plastic stent 1, lower-left positioning hole 101, bottom right positioning hole 102, left carbon brush component 2, left brush box 201,
Left carbon brush 202, left shunt welding 203, left riveting pin 204, upper left positioning hole 205, left inductance 3, left electric capacity 4, left outside connecting terminal 5, a left side
Electric power connection line 501, right carbon brush component 6, right brush box 601, right carbon brush 602, right shunt welding 603, it is right riveting pin 604, right inductance 7,
Right electric capacity 8, right external terminal 9, right electric power connection line 901, left torsion spring 10, right torsion spring 11, left torsion spring mounting post 12, right torsion spring peace
Fill post 13, left carbon brush bottom plate 14, right carbon brush bottom plate 15, electric capacity pin neck 16, casing 17.
Embodiment
The utility model is described in further detail with specific embodiment below in conjunction with the accompanying drawings, but not as to the utility model
Restriction.
Shown in Fig. 1 to Fig. 9, a kind of structure of motor built-in capacitance inductance plastic stent 1, including plastic stent 1, left carbon brush group
Part 2, left inductance 3, left electric capacity 4, left outside connecting terminal 5, right carbon brush component 6, right inductance 7, right electric capacity 8 and right external terminal 9；It is described
Left carbon brush component 2 includes left brush box 201, left carbon brush 202 and left shunt welding 203, and the right carbon brush component 6 includes right brush box 601, the right side
Carbon brush 602 and right shunt welding 603, left electric power connection line 501 is provided with left outside connecting terminal 5, right electricity is provided with right external terminal 9
Source connecting line 901；Plastic stent 1 overall rounded, the left carbon brush component 2, left inductance 3, left electric capacity 4, the right carbon brush group
Part 6, right inductance 7 and right electric capacity 8 are fixedly installed on plastic stent 1, and the left outside connecting terminal 5 and right external terminal 9 are set respectively
Put the arranged on left and right sides in the lower end of plastic stent 1；Left electric capacity 4, right electric capacity 8 and left inductance 3, right inductance 7 respectively include 2 electric wires and connected
Connect end；
Also include left torsion spring 10, right torsion spring 11, left torsion spring peace is respectively arranged with above the left side of plastic stent 1 top and right side
Post 12, right torsion spring mounting post 13 are filled, the left torsion spring 10 and right torsion spring 11 are separately mounted to left torsion spring mounting post 12 and right torsion spring
In mounting post 13.
The left side of plastic stent 1 is disposed with left torsion spring 10, left carbon brush group from top to bottom, in semi-circular shape to the right
Part 2, left inductance 3 and left electric capacity 4,1 electric wire connection end of left inductance 3 is in the bottom of plastic stent 1 and 1 electric wire of left electric capacity 4
Connection end is threaded together, and is welded fixation with one end of left electric power connection line 501；Also include left carbon brush bottom plate 14, the left carbon
Brush bottom plate 14 is arranged on the middle and upper part position in the left side of plastic stent 1, and one end of left shunt welding 203 is connected with left carbon brush 202, left shunt welding
203 other end is put together with another 1 electric wire connection end of left inductance 3 and is welded on left carbon brush bottom plate 14；
The right side of plastic stent 1 is disposed with right torsion spring 11, right carbon brush group from top to bottom, in semi-circular shape to the left
Part 6, right inductance 7 and right electric capacity 8,1 electric wire connection end of right inductance 7 is in the bottom of plastic stent 1 and 1 electric wire of right electric capacity 8
Connection end is threaded together, and is welded fixation with one end of right electric power connection line 901；Also include right carbon brush bottom plate 15, the right brush
The bottom plate of box 601 is arranged on the middle and upper part position on the right side of plastic stent 1, and one end of right shunt welding 603 is connected with right carbon brush 602, right brush
The other end of pigtail 603 is put together with another 1 electric wire connection end of right inductance 7 and is welded on right carbon brush bottom plate 15；
The left side middle and upper part of plastic stent 1 is provided with 4 lower-left positioning holes 101, the right side middle and upper part of plastic stent 1
It is provided with 4 bottom right positioning holes 102；4 upper left positioning holes 205 are provided with the left bottom plate of brush box 201, on the right bottom plate of brush box 601
4 upper right positioning hole (not shown) are provided with, upper Positioning holes and lower Positioning holes are in correspondence with each other；
The left bottom of brush box 201 is provided with 4 left left riveting pin 204 of 204,4, pin of riveting and is each passed through each upper left positioning hole
205 and lower-left positioning hole 101, and riveting, left carbon brush component 2 is fixedly connected with plastic stent 1, it is left carbon brush component 2, left
Inductance 3, left electric capacity 4, left outside connecting terminal 5 and left carbon brush bottom plate 14 form the left inductance capacitance component of carbon brush 202；
The right bottom of brush box 601 is provided with 4 right right riveting pin 604 of 604,4, pin of riveting and is each passed through each upper right positioning hole
With bottom right positioning hole 102, and riveting makes right carbon brush component 6 be fixedly connected with plastic stent 1, right carbon brush component 6, right electricity
Sense 7, right electric capacity 8, right external terminal 9 and right carbon brush bottom plate 15 form the right inductance capacitance component of carbon brush 602.
The side of bottom two of plastic stent 1 is each provided with 1 electric capacity pin neck 16, the left electric capacity 4, another the 1 of right electric capacity 8
Individual electric wire connection end is put into the electric capacity pin neck 16 of plastic stent 1 and assembles and fixed with casing 17.
The left torsion spring 10, the inductance capacitance component of left carbon brush 202 and right torsion spring 11, right carbon brush 602, the inductance of right carbon brush 602
Capacitance component is left and right on the inner face of plastic stent 1 to be symmetrical arranged.
A kind of number of assembling steps of motor built-in capacitance inductance plastic bracket structure is：
1. as shown in figure 1, first, each part being ready to required for the utility model；
2. as shown in Figure 2 and Figure 5, then in the left lower of plastic stent 1, by 1 electric wire connection end of left inductance 3 with it is left
1 electric wire connection end of electric capacity 4 is threaded together, and is welded fixation with one end of left electric power connection line 501, forms the left electricity of inductance 3
Hold component；Equally, 1 electric wire connection end of right inductance 7 is connected in the lower right side of plastic stent 1 with 1 electric wire of right electric capacity 8
End is threaded together, and is welded fixation with one end of right electric power connection line 901, forms the right capacitance component of inductance 7；
3. as shown in Figure 3,4, then, the other end of left shunt welding 203 together with another 1 electric wire connection end of left inductance 3
Point is welded on left carbon brush bottom plate 14；Equally, the other end of right shunt welding 603 and another 1 electric wire connection end one starting point of right inductance 7
It is welded on right carbon brush bottom plate 15；
4. it is each passed through each upper left positioning hole 205 and lower-left positioning as shown in Fig. 5,6,7,8, then 4 left riveting pin 204
Hole 101, and riveting, form left carbon brush component 2, left inductance 3, left electric capacity 4, left outside connecting terminal 5 and left carbon brush bottom plate 14
The left inductance capacitance component of carbon brush 202；4 right riveting pin 604 are each passed through each upper right positioning hole and bottom right positioning hole 102, and
Riveting, right carbon brush component 6, right inductance 7, right electric capacity 8, right external terminal 9 and right carbon brush bottom plate 15 is set to form right carbon brush 602
Inductance capacitance component；
5. as Fig. 5,7, it is shown, followed by another 1 electric wire connection end of left electric capacity 4, right electric capacity 8 is put into plastic stent 1
Electric capacity pin neck 16 in casing assemble and fixed；
6. as shown in Figure 5,6, then by accessories such as left torsion spring 10, right torsion springs 11 loading plastic stent 1, turn into plastic stent 1
Component, i.e., a kind of motor built-in capacitance inductance plastic bracket structure；
7. as shown in figure 9, finally, the component of plastic stent 1 is loaded motor body.
One kind of embodiment described above, simply the utility model more preferably embodiment, the skill of this area
The usual variations and alternatives that art personnel are carried out in the range of technical solutions of the utility model should all be included in guarantor of the present utility model
In the range of shield.
Claims (5)
1. a kind of motor built-in capacitance inductance plastic bracket structure, including plastic stent, left carbon brush component, left inductance, left electric capacity,
Left outside connecting terminal, right carbon brush component, right inductance, right electric capacity and right external terminal；The left carbon brush component includes left brush box, left carbon
Brush and left shunt welding, the right carbon brush component include right brush box, right carbon brush and right shunt welding, and left power supply is provided with left outside connecting terminal and is connected
Wiring, right electric power connection line is provided with right external terminal；The plastic stent is integrally rounded, the left carbon brush component, a left side
Inductance, left electric capacity, right carbon brush component, right inductance and right electric capacity are fixedly installed on plastic stent, the left outside connecting terminal and the right side
External terminal is separately positioned on the arranged on left and right sides of plastic stent lower end；Left and right electric capacity and left and right inductance respectively include 2 electric wires and connected
Connect end, it is characterised in that：
Left torsion spring, left carbon brush component, left electricity are disposed with from top to bottom, in semi-circular shape to the right on the left of the plastic stent
Sense and left electric capacity, 1 electric wire connection end of left inductance are screwed in one in 1 electric wire connection end of plastic stent bottom and left electric capacity
Rise, and fixation is welded with one end of left electric power connection line；Also include left carbon brush bottom plate, the left carbon brush bottom plate is arranged on plastics branch
Middle and upper part position on the left of frame, one end of left shunt welding are connected with left carbon brush, another 1 electric wire of the other end of left shunt welding and left inductance
Connection end is put together to be welded on left carbon brush bottom plate；
Right torsion spring, right carbon brush component, right electricity are disposed with from top to bottom, in semi-circular shape to the left on the right side of the plastic stent
Sense and right electric capacity, 1 electric wire connection end of right inductance are screwed in one in 1 electric wire connection end of plastic stent bottom and right electric capacity
Rise, and fixation is welded with one end of right electric power connection line；Also include right carbon brush bottom plate, the right brush box bottom board is arranged on plastics branch
Middle and upper part position on the right side of frame, one end of right shunt welding are connected with right carbon brush, another 1 electric wire of the other end of right shunt welding and right inductance
Connection end is put together to be welded on right carbon brush bottom plate；
Middle and upper part is provided with several lower-left positioning holes on the left of the plastic stent, and middle and upper part is provided with the right side of the plastic stent
Several bottom right positioning holes；Several upper left positioning holes are provided with left brush box bottom board, several are provided with right brush box bottom board
Upper right positioning hole, upper Positioning holes and lower Positioning holes are in correspondence with each other；
Left brush box bottom is provided with several left riveting pin, and several left riveting pin are each passed through each upper left positioning hole and lower-left is determined
Position hole, and riveting make left carbon brush component be fixedly connected with plastic stent, left carbon brush component, left inductance, left electric capacity, left outside
Connecting terminal and left carbon brush bottom plate form left carbon brush inductance capacitance component；
Right brush box bottom is provided with several right riveting pin, and several right riveting pin are each passed through each upper right positioning hole and bottom right is determined
Position hole, and riveting, make right carbon brush component be fixedly connected with plastic stent, and right carbon brush component, right inductance, right electric capacity, the right side are outer
Connecting terminal and right carbon brush bottom plate form right carbon brush inductance capacitance component.
A kind of 2. motor built-in capacitance inductance plastic bracket structure according to claim 1, it is characterised in that：Also include a left side
Torsion spring, right torsion spring, plastic stent left side top and right side top are respectively arranged with left torsion spring mounting post, right torsion spring mounting post, institute
State left torsion spring and right torsion spring is separately mounted in left torsion spring mounting post and right torsion spring mounting post.
A kind of 3. motor built-in capacitance inductance plastic bracket structure according to claim 1, it is characterised in that：The plastics
Middle and upper part is provided with 4 lower-left positioning holes on the left of support, and middle and upper part is provided with 4 bottom right positioning holes on the right side of the plastic stent；
4 upper left positioning holes are provided with left brush box bottom board, 4 upper right positioning holes are provided with right brush box bottom board；Left brush box bottom is set
4 left riveting pin are equipped with, 4 left riveting pin are each passed through each upper left positioning hole and lower-left positioning hole, and riveting；Right brush box
Bottom is provided with 4 right riveting pin, and 4 right riveting pin are each passed through each upper right positioning hole and bottom right positioning hole, and riveting.
A kind of 4. motor built-in capacitance inductance plastic bracket structure according to claim 1, it is characterised in that：Plastic stent
The side of bottom two be each provided with 1 electric capacity pin neck, another 1 electric wire connection end of the left and right electric capacity is put into plastic stent
Electric capacity pin neck in casing assemble and fixed.
A kind of 5. motor built-in capacitance inductance plastic bracket structure according to claim 1, it is characterised in that：The left torsion
Spring, left carbon brush inductance capacitance component and right torsion spring, right carbon brush, right carbon brush inductance capacitance component be left on plastic stent inner face,
The right side is symmetrical arranged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720808914.XU CN206865311U (en) | 2017-07-06 | 2017-07-06 | A kind of motor built-in capacitance inductance plastic bracket structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720808914.XU CN206865311U (en) | 2017-07-06 | 2017-07-06 | A kind of motor built-in capacitance inductance plastic bracket structure |
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| CN206865311U true CN206865311U (en) | 2018-01-09 |
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|---|---|---|---|
| CN201720808914.XU Active CN206865311U (en) | 2017-07-06 | 2017-07-06 | A kind of motor built-in capacitance inductance plastic bracket structure |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107171503A (en) * | 2017-07-06 | 2017-09-15 | 余姚市爱优特电机有限公司 | A kind of motor built-in capacitance inductance plastic bracket structure and its assemble method |
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2017
- 2017-07-06 CN CN201720808914.XU patent/CN206865311U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107171503A (en) * | 2017-07-06 | 2017-09-15 | 余姚市爱优特电机有限公司 | A kind of motor built-in capacitance inductance plastic bracket structure and its assemble method |
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