CN207603334U - motor frame with convex block - Google Patents
motor frame with convex block Download PDFInfo
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- CN207603334U CN207603334U CN201721847621.9U CN201721847621U CN207603334U CN 207603334 U CN207603334 U CN 207603334U CN 201721847621 U CN201721847621 U CN 201721847621U CN 207603334 U CN207603334 U CN 207603334U
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- fan
- convex block
- set section
- motor
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Abstract
A kind of motor frame with convex block includes a frame body, multiple convex blocks and multiple radiating fins.One extending direction of frame body extends, and sequentially has one first fan set section, a core component set section and one second fan set section.Multiple convex blocks are protruded out from an inner peripheral surface of frame body towards a central shaft, and the second fan setting section and core component set section connection are extended to from the first fan setting section and core component set section connection, and convex wantonly two neighbor in the block forms an internal heat dissipating channel.Multiple radiating fins protrude out, and extend along extending direction from a peripheral surface of frame body backwards to central shaft.Wherein, each above-mentioned convex block corresponds at least the two in above-mentioned radiating fin to external radiation.
Description
Technical field
The utility model is related to a kind of motor frame more particularly to a kind of motor frames with the convex block to heat conduction.
Background technology
Motor is a kind of by electromagnetic induction, converts electric energy to the device of kinetic energy.In the mistake for converting electric energy to kinetic energy
Cheng Dangzhong, electric current can be connected in stator winding, use generation magnetic effect of electric current.It, can be because of coil sheet but during conducting
The resistance that body is included so that (being, for example, copper loss or iron loss) can be lost in electric current, and then generates extra thermal energy.These heat
Destruction can be generated, and then influence the normal operation of motor to the element inside motor.
It is stated in detail, the front perspective view of the motor frame of the prior art is shown also referring to Fig. 1 to Fig. 2, Fig. 1；Fig. 2
Show A-the A sectional views of Fig. 1.As shown in the figure, the prior art, which provides a kind of motor frame PA1, includes a frame body PA11
With multiple radiating fin PA12 (one of which is only indicated in figure).In frame body PA11 peripheral hardwares, there are four fin setting units
PA111, PA111a, PA111b and PA111c are equipped between three fin setting units PA111, PA111a and PA111b wherein
Two connection path PAT1 (one of which is only indicated in figure).Connection path PAT1 is corresponding in a channel of frame body PA11
A wall PA112 and channel outer wall PA113.
Referring to Fig. 3, Fig. 3 shows the operating condition schematic diagram of the motor frame cooperation motor cores component of the prior art.
As shown in the figure, motor cores component PA2 includes one first fan PA21, one second fan PA22, a stator PA23, a rotor
PA24, a drive end bearing bracket PA25, a backside lid PA26, an external fan PA27 and a fan housing PA28.Rotor PA24 offers a rotor
Heat dissipation channel PAT2.First fan PA21 and the second fan PA22 is respectively arranged at the central shaft of rotor PA24 (figure does not indicate)
Both ends.Drive end bearing bracket PA25 and backside lid PA26 is covered on the both ends of frame body PA11 so that an envelope is formed in frame body 11
Close space.External fan PA27 is set to one end of rotor PA24 central shafts, and position is outside frame body PA11.Fan housing PA28 is covered
External fan PA27.
One motor PA100 includes motor frame PA1 and motor cores component PA2, when motor PA100 in the running, electric energy
It is converted into that during kinetic energy extra thermal energy can be generated so that the temperature raising of motor internal element.When rotor PA24 is operated
When, the first fan PA21 and the second fan PA22 can drive frame body PA11 inner airs to flow, and then generate an inside and dissipate
Thermal current PAF1.Internal heat dissipating air-flow PAF1 can absorb the thermal energy in rotor heat dissipation channel PAT2, make thermal energy with internal heat dissipating
Air-flow PAF1 is passed in connection path PAT1.It, can be further by the thermal energy of connection path PAT1 by the mode of heat transfer
It is transferred to outside connection path PAT1.Finally, thermal energy is escaped by an external cooling air-flow PAF2 caused by external fan PA27
It is dissipated to external environment.
However, the connection path PAT1 as interior gas circulation cooling channel reduces the quantity for leading to radiating fin PA12,
The region for lacking radiating fin PA12 causes connection path PAT1 to generate larger thermal resistance.And connection path PAT1 can block exogenous wind
Fan the external cooling air-flow PAF2 that PA27 is generated so that external cooling air-flow PAF2 generates one windward after flowing through radiating fin PA12
Face and the difference of a leeward, the heat dissipation effect of leeward is poor compared with windward side, therefore corresponds in the connection path PAT1 of leeward
Easily generate the higher hot spot of temperature so that the Temperature Distribution of motor frame PA1 is unequal, and heat dissipation effect is had no significantly
It helps.
Utility model content
In view of in the prior art, connection path causes radiating fin quantity to reduce, and causes external cooling air-flow stream
The difference of windward side and leeward is generated after radiating fin, the connection path content for corresponding to leeward is caused to be also easy to produce temperature
Higher hot spot so that motor cores component is located in an environment of high temperature for a long time, thus is inevitably destroyed to motor generation.
In addition, hot spot can also so that the temperature branch in motor frame is unequal, being harmful can be said for the heat dissipation effect of motor entirety
It is unhelpful.
For the utility model to solve problem of the prior art, used necessary technology means are a kind of with convex block to provide
Motor frame.
In order to achieve the above object, the utility model provides a kind of motor frame with convex block, it is sheathed on a motor cores group
Part, and comprising：
One frame body has an inner peripheral surface and a peripheral surface, and the extending direction extension for being parallel to a central shaft along one,
And sequentially have one along the extending direction to set the first fan of one first fan setting section, one to the accommodating motor core
The core component set section of heart component and one to set the second fan of one second fan set section；
It is multiple to conduct motor cores component operating when generate thermal energy convex block, each other respectively from the inner peripheral surface direction
The central shaft protrudes out with being integrally formed, and is extended to from first fan setting section with the core component set section connection
Second fan sets section and the core component set section connection, and contacts the motor cores component, those are convex in the block
Wantonly two neighbor formed one with for an internal heat dissipating air-flow by internal heat dissipating channel, use that form at least one above-mentioned interior
Portion's heat dissipation channel；And
Multiple radiating fins respectively from the peripheral surface backwards to the central shaft are protruded out, are prolonged along this with being integrally formed each other
Direction extension is stretched, and wantonly two neighbor in those radiating fins forms an external cooling extended along the extending direction and leads to
Road；
Wherein, each of convex block corresponds at least the two in those radiating fins to external radiation.
The above-mentioned motor frame with convex block, wherein further including one to fix and support the erection knot of the frame body
Structure, the erection structure setting is in the frame body.
The above-mentioned motor frame with convex block, wherein the motor cores component offer a rotor channel and lead to a stator
Road, and the first fan set section, the internal gas flow channel, the second fan set section, the rotor channel and the tones
It encloses structure and goes out one with the radiating airflow cyclic space to circulate for the internal heat dissipating airflow circulating.
The above-mentioned motor frame with convex block, wherein each of radiating fin has one to correspond to section, it is each of convex
Block corresponds to the correspondence section of at least the two in those radiating fins to external radiation.
The above-mentioned motor frame with convex block, wherein those convex blocks hold from first fan setting section with the core component
It puts section connection and extends to second fan setting section and the core component set section connection along the extending direction, and should
A little convex wantonly two neighbors in the block form an internal heat dissipating channel extended along the extending direction, use that form at least one above-mentioned
Internal heat dissipating channel.
The above-mentioned motor frame with convex block, wherein frame body have frame extension length on the extending direction
Degree, and each of convex block has a convex block development length for being less than the frame development length on the extending direction.
From the above, in the motor frame provided by the utility model with convex block, convex wantonly two neighbors shape in the block
Into the internal heat dissipating channel extended along extending direction, thereby, the radiating airflow cyclic space is formed.
Compared to the prior art, the motor frame provided by the utility model with convex block is not only corresponded to using convex block
To the thermal energy of multiple radiating fins conduction motor cores component, and by heat transfer surface product is increased, more thermal energy can be conducted.
Internal heat dissipating channel can also be used for internal heat dissipating airflow to pass through, and by the thermal energy loss that internal heat dissipating air-flow absorbs to frame
The peripheral surface of frame ontology, finally, by radiating fin by thermal energy loss.In addition, it is corresponded to external radiation in internal heat dissipation channel
Place, can reduce the quantity of radiating fin, the effective rate of utilization of heat radiation fin with and frame body space availability ratio, make
Frame body can reach light-weighted effect due to the quantity of radiating fin is reduced, and can at the same improving radiating effect.
The utility model is described in detail, but not as to the utility model below in conjunction with the drawings and specific embodiments
Restriction.
Description of the drawings
Fig. 1 shows the front perspective view of the motor frame of the prior art；
Fig. 2 shows the A of Fig. 1-A sectional views；
Fig. 3 shows the operating condition schematic diagram of the motor frame cooperation motor cores component of the prior art；
Fig. 4 shows the stereoscopic schematic diagram of the motor frame with convex block that the utility model preferred embodiment is provided；
Fig. 5 shows the front view of the motor frame with convex block that the utility model preferred embodiment is provided；
Fig. 6 shows the B of Fig. 5-B sectional views；
Fig. 7 shows the cooperation motor cores component of the motor frame with convex block that the utility model preferred embodiment is provided
Schematic cross-sectional view；
Fig. 8 shows the C of Fig. 5-C sectional views；And
Fig. 9 shows the cooperation motor cores component of the motor frame with convex block that the utility model preferred embodiment is provided
Radiating airflow status diagram.
Specific embodiment
Specific embodiment of the present utility model is described in more detail below in conjunction with schematic diagram.It is retouched according to following
It states and right, will be become apparent from feature the advantages of the utility model.It should be noted that use simplifies very much in figure
Form and using non-accurate ratio, only to purpose that is convenient, lucidly aiding in illustrating the utility model embodiment.
Fig. 4 and Fig. 5 are please referred to, wherein, Fig. 4 shows the motor with convex block that the utility model preferred embodiment is provided
The stereoscopic schematic diagram of frame；Fig. 5 shows the forward sight of the motor frame with convex block that the utility model preferred embodiment is provided
Figure.As shown in the figure, a kind of motor frame (hereinafter referred to as " motor frame ") 1 with convex block includes a frame body 11, multiple
Convex block 12 (one of which is only indicated in figure) and multiple radiating fins 13 (one of which is only indicated in figure).In this preferred embodiment
In, motor frame 1 further includes an erection structure 14, erects structure 14 to have erected and fix motor frame 1.
Frame body 11 has an inner peripheral surface 111 and a peripheral surface 112, and the extension side for being parallel to a central shaft X along one
Extend to D, and with one first fan set section S1 (being shown in Fig. 6), a core component set section S2 (being shown in Fig. 6) and one
Second fan set section S3 (being shown in Fig. 6).Multiple convex blocks 12 (one of which is only indicated in figure) are each other respectively from inner peripheral surface
111 protrude out, and from the first fan set section S1 and core component set section S2 connections with being integrally formed towards central shaft X
The second fan set section S3 and core component set section S2 connections are extended to along extending direction D.Multiple (figures of radiating fin 13
In only indicate one of which) respectively protruded out, and along extension side with being integrally formed backwards to central shaft X from peripheral surface 112 each other
Extend to D.Wherein, each above-mentioned convex block 12 corresponds at least the two in above-mentioned radiating fin 13 to external radiation.
It states in detail, the frame body 11 of motor frame 1 encloses structure and goes out an accommodating space S, and accommodating space S is being arranged a horse
Up to core component 2 (being shown in Fig. 7).Wantonly two neighbor in multiple convex blocks 12 forms one and is dissipated along the extending direction D inside extended
Passage of heat TI, as shown in the figure, two adjacent convex block 12a and 12b forms an internal heat dissipating channel TI extended along extending direction D,
It uses and defines multiple internal heat dissipating channel TI (one of which is only indicated in figure).Wantonly two neighbor in multiple radiating fins 13
An external cooling channel TO extended along extending direction D is formed, as shown in the figure, two adjacent radiating fin 13a and 13b forms one
The external cooling channel TO extended along extending direction D, uses defining multiple external cooling channel TO and (wherein one is only indicated in figure
Person).
Any one of above-mentioned convex block 12 corresponds at least the two in above-mentioned multiple radiating fins 13 to external radiation,
This is it should be noted that the definition of external radiation as shown in the figure, the corresponding line R1 and R2 of radiation is using central shaft X as the center of circle, and along partly
Diameter direction extends toward the both sides of 12 adjacent inner heat dissipation channel TI of convex block, encloses the sector region that structure goes out and is defined as radiation corresponding region
Z1, it is comprising a convex block 12c and four radiating fin 13c (one of which is only indicated in figure) in radiation corresponding region Z1, i.e., convex
Block 12c corresponds to four radiating fin 13c to external radiation.And so on, each above-mentioned convex block 12 shown in fig. 5 is to external radiation
At least the two in multiple radiating fins 13 will be corresponded to.In addition, because of visual angle relationship in figure, corresponding region Z1 is actually radiated
It is fan-shaped cylinder region for a bottom surface.
Similarly, internal heat dissipating channel TI can also correspond at least one of radiating fin 13 to external radiation, also can define
Go out channel radiation corresponding region (figure does not indicate), less radiating fin 13 can be set in above-mentioned channel radiation corresponding region,
To reach 1 light-weighted effect of motor frame.
In present pre-ferred embodiments, each convex block 12 is from the first fan set section S1 and core component set section S2 phases
Junction extends to the second fan set section S3 and core component set section S2 connections along extending direction D, but not as
Limit.In other embodiments of the present invention, convex block 12 can be extended to from leading portion S1 with extended segment S2 connections along a first direction
Latter end S3 and extended segment S2 connections, wherein, the not parallel extending direction D of first direction, and extending direction D is also not orthogonal to,
I.e. convex block 12 is obliquely extended to the second fan set section from the first fan set section S1 and core component set section S2 connections
S3 and core component set section S2 connections.
Also referring to Fig. 5 to Fig. 9, wherein, Fig. 6 shows the B of Fig. 5-B sectional views；Fig. 7 shows that the utility model is preferable
The schematic cross-sectional view of the cooperation motor cores component of the motor frame with convex block that embodiment is provided；Fig. 8 shows the C of Fig. 5-C
Sectional view；Fig. 9 shows the cooperation motor cores component of the motor frame with convex block that the utility model preferred embodiment is provided
Radiating airflow status diagram.As shown in the figure, motor frame 1 is sheathed on a motor cores component 2.
In this preferred embodiment, the frame body 11 of motor frame 1 has a frame development length on extending direction D
L1, and convex block 12 has a convex block development length L2 on extending direction D, wherein, convex block development length L2 extends less than frame
Length L1, frame body 11 are the first fan set section S1 and second between frame development length L1 and convex block development length L2
Fan set section S3.In addition, internal heat dissipating channel TI has a channel equal with convex block development length L2 on extending direction D
Development length (figure does not indicate).
In addition, the motor cores component 2 that the motor frame 1 in this preferred embodiment is arranged includes one first fan 21, one
Second fan 22, an external fan 23, a rotor structure 24, a stator structure 25, a drive end bearing bracket 26, a backside lid 27 and a fan housing
28.Wherein, the first fan 21 and the second fan 22 are respectively contained in the first fan set section S1 and the second fan set section S3, preceding
Frame body 11 can be enclosed the accommodating space S that structure goes out and closed by end cap 26 and backside lid 27 so that accommodating space S forms a closing
Space.In this preferred embodiment, motor cores component 2 offers a rotor channel T1 and a tones T2.In motor core
Heart component 2 can generate a thermal energy when operating in accommodating space S.
The first fan set section S1, internal gas flow channel TI, the second fan set section S3, rotor in accommodating space S lead to
Road T1 and tones T2 forms a circulating current space, is circulated with for an internal heat dissipating air-flow FI cyclicity so that holds
Thermal energy loss in space S is put to internal heat dissipating air-flow FI.
As shown in fig. 7, convex block 12 is connected to stator structure 25, uses and conducted on stator structure 25 by the mode of thermo-contact
Partial heat energy, and by thermal energy conduction to radiating fin 13.Because convex block 12 corresponds to multiple radiating fins 13 to external radiation, such as
Shown in Fig. 5, the surface area of thermo-contact and heat transfer is increased, therefore conductible thermal energy is more compared with what the prior art was come, and multiple scattered
Hot fin 13 also can loss more quickly conduct to the thermal energy of radiating fin 13.In the utility model preferred embodiment, heat dissipation
Fin 13 corresponds to section 131 with more one.Corresponding section 131 has a pair identical with convex block development length L2 on extending direction D
Segment length (figure does not indicate) is answered, uses the correspondence section 131 that convex block 12 is made to correspond to radiating fin 13 to external radiation.
In addition, as shown in figure 9, above-mentioned internal heat dissipating air-flow can be generated when the first fan 21 and the second fan 22 operate
FI so that thermal energy loss in rotor channel T1 and tones T2 to internal heat dissipating air-flow FI.Internal heat dissipating with thermal energy
Air-flow FI can flow to the first fan set section S1 from rotor channel T1 and tones T2, and continue by the first fan 21 and the
Two fans 22 are directed to internal heat dissipating channel TI.When internal heat dissipating air-flow FI by pilot flow to internal heat dissipating channel TI when, it is interior
Portion radiating airflow FI can be in internal heat dissipation channel TI loss to frame in rotor channel T1 and tones the T2 thermal energy absorbed
Ontology 11, and by being integrally formed from frame body 11 the radiating fin 13 that protrudes out by thermal energy loss to external environment.
Then, internal heat dissipating air-flow FI can sequentially flow to the second fan again by the guiding of the first fan 21 and the second fan 22
Set section S3 and rotor channel T1 and tones T2.Rotor channel T1 and stator are flowed to again in internal radiating airflow FI
After channel T2, it can repeat to follow above-mentioned steps to use and reach internal heat dissipating air-flow FI and flowed to cyclicity in airflow circulating space
It is dynamic.
It is to install the first fan 21 and the second fan 22 simultaneously in the utility model preferred embodiment, but in practice
On, only setting up one of the first fan 21 and the second fan 22 can also implement.
Thereby, the thermal energy in accommodating space S can be not only conducted by convex block 12 to frame body 11, can also be dissipated by inside
Passage of heat TI is by the thermal energy loss that internal heat dissipating air-flow FI is absorbed to frame body 11.It finally, then will by radiating fin 13
In thermal energy loss to external environment on frame body 11.
Preferably, in the utility model preferred embodiment, external fan 23 can guide an external cooling air-flow FO to heat dissipation
Fin 13 and external cooling channel TO, the thermal energy and external environment for using forced heat radiation fin 13 and external cooling channel TO carry out
Thermal convection current, to reach more preferably heat dissipation effect.
In the utility model other embodiment, convex block 12 can be from the first fan set section S1 and core component set section S2
Connection is obliquely extended to the second fan set section S3 and core component set section S2 connections, if from 21 court of the first fan
It is watched to 22 direction of the second fan, when the first fan 21 is rotates in an anti-clockwise direction, and convex block 12 is from the first fan set section S1
The second fan set section S3 is extended to the oblique left side in core component set section S2 connections with core component set section S2 to be connected
When meeting place, internal heat dissipating channel TI also it is oblique it is left extend and correspond to the rotation direction of the first fan 21, can thereby make motor
Pressure drop inside frame 1 is smaller so that the flow of internal heat dissipating air-flow FI is larger, better heat-radiation effect；Conversely, when the first fan
21 for rotationally clockwise when, convex block 12 is from the first fan set section S1 and the oblique right side in core component set section S2 connections
The second fan set section S3 and core component set section S2 connections are extended to, internal heat dissipating channel TI at this time can also be corresponded to
To the rotation direction of the first fan 21.
In conclusion the motor frame with convex block that is provided of the utility model preferred embodiment is with multiple convex blocks,
Convex wantonly two neighbor in the block forms an internal gas flow channel, uses and defines multiple internal gas flow channels, and is each above-mentioned
Convex block corresponds at least the two in radiating fin to external radiation.
Compared to the prior art, the motor frame with convex block that the utility model preferred embodiment is provided not only can be with
Multiple radiating fins are corresponded to using convex block, thereby conduct more thermal energy, and can more utilize convex wantonly two neighbor in the block
The internal gas flow channel of formation passes through for internal heat dissipating airflow, and by the thermal energy loss that internal heat dissipating air-flow absorbs to frame
Ontology, therefore the motor frame with convex block that the utility model preferred embodiment is provided has preferable heat dissipation effect.
Certainly, the utility model can also have other various embodiments, without departing substantially from the spirit of the present invention and its essence
In the case of, those skilled in the art work as can make various corresponding changes and deformation, but these according to the utility model
It is corresponding to change and deform the scope of the claims that all belong to appended by the utility model.
Claims (6)
1. a kind of motor frame with convex block is sheathed on a motor cores component, which is characterized in that and comprising：
One frame body has an inner peripheral surface and a peripheral surface, and the extending direction extension for being parallel to a central shaft along one, and edge
The extending direction sequentially has one to set the first fan of one first fan setting section, one to the accommodating motor cores group
The core component set section of part and one to set the second fan of one second fan set section；
It is multiple to conduct the convex block that thermal energy is generated during the operating of motor cores component, each other respectively from the inner peripheral surface towards in this
Mandrel is integrally formed ground and protrudes out, and from first fan set section and the core component set section connection extend to this
Two fans set section and the core component set section connection, and contact the motor cores component, those convex in the block wantonly two
Neighbor formed one with for an internal heat dissipating air-flow by internal heat dissipating channel, use forming at least one above-mentioned inside and dissipate
The passage of heat；And
Multiple radiating fins respectively protrude out, along the extension side with being integrally formed from the peripheral surface backwards to the central shaft each other
To extension, and wantonly two neighbor in those radiating fins forms an external cooling channel extended along the extending direction；
Wherein, each of convex block corresponds at least the two in those radiating fins to external radiation.
2. the motor frame according to claim 1 with convex block, which is characterized in that further include one to fixed and support
The erection structure of the frame body, the erection structure setting is in the frame body.
3. the motor frame according to claim 1 with convex block, which is characterized in that the motor cores component offers one
Rotor channel and a tones, and the first fan set section, the internal gas flow channel, the second fan set section, this turn
Subchannel encloses structure with the tones and goes out one with the radiating airflow cyclic space to circulate for the internal heat dissipating airflow circulating.
4. the motor frame according to claim 1 with convex block, which is characterized in that each of radiating fin has one
Corresponding section, each of convex block correspond to the correspondence section of at least the two in those radiating fins to external radiation.
5. the motor frame according to claim 1 with convex block, which is characterized in that those convex blocks are set from first fan
It puts section and extends to second fan setting section and the core component along the extending direction with the core component set section connection
Set section connection, and those convex wantonly two neighbors in the block form an internal heat dissipating channel extended along the extending direction,
It uses to form at least one above-mentioned internal heat dissipating channel.
6. the motor frame according to claim 5 with convex block, which is characterized in that frame body is on the extending direction
With a frame development length, and each of convex block has a convex block for being less than the frame development length on the extending direction
Development length.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721847621.9U CN207603334U (en) | 2017-12-26 | 2017-12-26 | motor frame with convex block |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721847621.9U CN207603334U (en) | 2017-12-26 | 2017-12-26 | motor frame with convex block |
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| Publication Number | Publication Date |
|---|---|
| CN207603334U true CN207603334U (en) | 2018-07-10 |
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ID=62766113
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| CN201721847621.9U Active CN207603334U (en) | 2017-12-26 | 2017-12-26 | motor frame with convex block |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109962557A (en) * | 2017-12-26 | 2019-07-02 | 东元电机股份有限公司 | Motor frame with convex block |
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2017
- 2017-12-26 CN CN201721847621.9U patent/CN207603334U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109962557A (en) * | 2017-12-26 | 2019-07-02 | 东元电机股份有限公司 | Motor frame with convex block |
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