CN103334665A - Dual-drive switcher of transmission mechanism of blind window - Google Patents
Dual-drive switcher of transmission mechanism of blind window Download PDFInfo
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- CN103334665A CN103334665A CN201310227267XA CN201310227267A CN103334665A CN 103334665 A CN103334665 A CN 103334665A CN 201310227267X A CN201310227267X A CN 201310227267XA CN 201310227267 A CN201310227267 A CN 201310227267A CN 103334665 A CN103334665 A CN 103334665A
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Abstract
The invention relates to a blind window and discloses a dual-drive switcher of the transmission mechanism of the blind window. The dual-drive switcher comprises a base and a top cap, wherein a sun gear, planetary gears, a planet gear carrier, an inner ring gear unlocking plate, driving bevel gears, a bevel gear drive plate, a torsion spring, a fixing sleeve and two annular plates are arranged between the base and the top cap; the sun gear is meshed with the planetary gears; the planetary gears are arranged on the planet gear carrier; the planetary gears are meshed with the inner ring gear unlocking plate. Owing to the technical scheme adopted by the invention, the dual-drive switcher has the remarkable technical effects as follows: the ascending/descending and the opening/closing of the blind window can be manually or electrically operated at will, so that people can control the blind window with a remote controller when far from the blind window and by a bead curtain or a rocker arm when near the blind window.
Description
Technical field
Patent of the present invention relates to a kind of shutter, relates in particular to a kind of two switch that drive of shutter transmission mechanism.
Background technology
Drive unit in the shutter transmission mechanism generally has two kinds, a kind of is the lifting folding of controlling shutter by the manual driving device that pelletron pulling or rocking bar shake, and another kind is the lifting folding that drives shutter by the motor of the band reductor of remote controller control and brake.If with these two kinds independently the shutter operation format unite two into one, just the drive unit of these two kinds of shutter transmission mechanisms need be united two into one, form the drive unit of a manual and electronic shutter transmission mechanism, this will bring many benefits to the user, when people close window side or power failure, can control lifting folding and the upset of shutter with pelletron or rocker driver, use a teleswitch during away from window people, the then lifting folding of Vidacare corp control shutter, and manual driving device is inoperative, when people go out work or whilst on tour, can give an order by mobile phone, realization Based Intelligent Control shutter motor is controlled the lifting folding of shutter.Yet, a kind of so two driving switching device shifters of shutter transmission mechanism also do not appear in the market.
Summary of the invention
Purpose of the present invention is exactly the deficiency that manually can't coexist with Vidacare corp at above-mentioned shutter transmission mechanism, and a kind of technical schemes of two driving switch of shutter transmission mechanism are provided.
For achieving the above object, the present invention adopts following technical scheme.
A kind of two switch that drive of shutter transmission mechanism, two driving switch comprise base and top cover, are provided with sun gear, planetary gear, planetary wheel carrier, inner circular tooth wheel solution lock collar, active bevel gear, bevel gear driving-disc, torsion spring, fixed muffle and two annular disks between base and the top cover;
Sun gear and planetary gear engagement, planetary gear is located on the planetary wheel carrier, and planetary gear and inner circular tooth wheel are separated the lock collar engagement;
Initiatively bevel gear and bevel gear driving-disc engagement;
Torsion spring set is on fixed muffle, fixed muffle inserts the interior ring perforation of bevel gear driving-disc, make an end of torsion spring rest on the end of the fan-shaped boss of interior ring of bevel gear driving-disc, the other end of torsion spring rests on the end of the fan-shaped boss of interior ring of bevel gear driving-disc.
As preferably, sun gear, together pack into inner circular tooth wheel of planetary wheel carrier and planetary gear is separated in the inner circular tooth wheel of lock collar, form a planet engagement sleeve I, then with this planet engagement sleeve I and torsion spring, fixed muffle, the assembly of bevel gear driving-disc is assembled together, make the quill shaft of planetary wheel carrier pierce in the interior annular distance of quill shaft of fixed muffle, simultaneously the inner circular tooth wheel arcwall of separating lock collar inserts in the interior annular distance of bevel gear driving-disc fan-shaped boss with the interior annular distance of bevel gear driving-disc and forms a cylinder with two slits, the two ends of torsion spring place two slits of this cylinder respectively, constitute a torsional spring clutch II, the inner circular tooth wheel is separated lock collar be locked on the fixed muffle.
As preferably, the two ends of base and top cover respectively are provided with a stationary annular dish.
As preferably, the fixed muffle of two driving switch comprises the quill shaft of annular distance in a rectangular block and the band.
As preferably, the bevel gear driving-disc be one have in the bevel gear of ring perforation, the both sides of bevel gear are provided with boss and annular boss, interior ring perforation is provided with fan-shaped boss, the two ends of fan-shaped boss are.
As preferably, it is that the inner circular tooth wheel of a planet engagement sleeve axially docks with an arcwall and forms that inner circular tooth wheel is separated lock collar, the openend inboard of inner circular tooth wheel is provided with the inner circular tooth wheel, the blind end center of inner circular tooth wheel is provided with a perforation, the both ends of arcwall are to be provided with annular neck between inner circular tooth wheel and the arcwall.
As preferably, the interior annular distance of the quill shaft of planetary wheel carrier is a hexagonal hole, and four planetary gears are enclosed within on four planet wheel spindles on the annular disk of planetary wheel carrier and can rotate freely.
As preferably, the external diameter of the two end axles of the gear of sun gear is not of uniform size, and axle has with annular distance in a protruding key same, and the side of the gear of sun gear is provided with an annular disk, and the axle of sun gear is provided with a radial perforation.
As preferably, initiatively an end of bevel gear is provided with bearing pin, and the other end is provided with annular distance in boss and the non-circle.
As preferably, base is provided with cavity and bearing and two ends boss, and base bilateral wall also respectively is provided with two screws, and boss is provided with radial perforation, is provided with in the top cover and corresponding each cavity of above-mentioned base, bearing and boss.
As preferably, the stationary annular dish has annular distance and two perforation in one.
The present invention is owing to adopted above technical scheme, have significant technique effect: the lifting folding of shutter can arbitrarily be operated by manual or electronic, can use remote controller when making people away from window, can use pearl-decorated curtain or rocking bar to control shutter during near window.
Description of drawings
The three-dimensional assembling relationship figure of the lifting turner of Fig. 1 shutter transmission mechanism, two driving switch, hand gear and end motor;
The lifting turner of Fig. 2 shutter transmission mechanism, two driving switch, hand gear and end motor assembly relation three-dimensional, exploded view (right axle is looked);
The lifting turner of Fig. 3 shutter transmission mechanism, two driving switch, hand gear and end motor assembly relation three-dimensional, exploded view (left side axle is looked).
Two three-dimensional, exploded view that drive switch of Fig. 4 shutter transmission mechanism;
Two fixed muffle graphics that drive switch of Fig. 5 shutter transmission mechanism;
Two torsion spring graphics that drive switch of Fig. 6 shutter transmission mechanism;
Two bevel gear driving-disc graphics that drive switch of Fig. 7 shutter transmission mechanism;
Two inner circular tooth wheels that drive switch of Fig. 8 shutter transmission mechanism are separated the lock collar graphics;
Two planetary wheel carrier and planetary gear assembling graphics that drive switch of Fig. 9 shutter transmission mechanism;
Two sun gear graphics that drive switch of Figure 10 shutter transmission mechanism;
Two active bevel gear graphics that drive switch of Figure 11 shutter transmission mechanism;
Two top cover graphics that drive switch of Figure 12 shutter transmission mechanism;
Two base graphics that drive switch of Figure 13 shutter transmission mechanism;
The two base of switch and stationary annular dish graphics of top cover of driving of Figure 14 shutter transmission mechanism;
The three-dimensional assembly drawing of the hand gear of Figure 15 shutter transmission mechanism;
The three-dimensional, exploded view of the hand gear of Figure 16 shutter transmission mechanism;
The sprocket wheel bearing pin graphics of the hand gear of Figure 17 shutter transmission mechanism;
The three-dimensional assembly drawing of the sprocket wheel of the hand gear of Figure 18 shutter transmission mechanism and pelletron;
The sprocket cassette graphics of the hand gear of Figure 19 shutter transmission mechanism;
Two three-dimensional assembling relationship figures that drive each parts of switch and hand gear and end motor of Figure 20 shutter transmission mechanism;
Two three-dimensional section view that drive switch torsional spring clutch and hand gear of Figure 21 shutter transmission mechanism;
The three-dimensional assembling relationship figure of the lifting turner of Figure 22 shutter transmission mechanism, two driving switch, hand gear and middle part motor;
The lifting turner of Figure 23 shutter transmission mechanism, two driving switch, hand gear and middle part motor assembly relation three-dimensional, exploded view (right axle is looked);
The lifting turner of Figure 24 shutter transmission mechanism, two driving switch, hand gear and middle part motor assembly relation three-dimensional, exploded view (left side axle is looked).
The specific embodiment
Describe in further detail with the present invention of embodiment below in conjunction with accompanying drawing 1 to 24.
Embodiment 1
Fig. 1 is the lifting turner 3 of shutter transmission mechanism, two driving switch 4, hand gear 5, the end motor, the assembly relation graphics of rotating shaft 2 and head track 1, Fig. 2 is the lifting turner 3 of shutter transmission mechanism right-hand part, two driving switch 4, hand gear 5, the three-dimensional, exploded view of end motor 11 and rotating shaft 2 (right axle is looked), Fig. 3 is the lifting turner 3 of shutter transmission mechanism right-hand part, two driving switch 4, hand gear 5, the three-dimensional, exploded view of end motor 11 and rotating shaft 2 (left side axle is looked), the shutter transmission mechanism is by power transmission shaft 2, lifting turner 3, two driving switch 4, hand gear 5 and motor 11 are formed and are installed on the head track 1, power transmission shaft 2 passes lifting turner 3 and chimeric with the input sun gear 311 of lifting turner 3, chimeric with the quill shaft 4133 of the planetary wheel carrier 413 of two driving switch 4 again, the sun gear 411 of the output shaft 112 of motor 11 and two driving switch 4 is chimeric, and the sprocket wheel bearing pin 51 of hand gear 5 is chimeric with the active bevel gear 43 of two driving switch 4.
Fig. 4 is the three-dimensional, exploded view of two driving switch 4 of shutter transmission mechanism, and two driving switch 4 of shutter transmission mechanism are separated lock collar 421, active bevel gear 43, bevel gear driving-disc 421, torsion spring 422, fixed muffle 423, base 441, top cover 442 and 2 stationary annular dishes 45 by sun gear 411, planetary gear 412, planetary wheel carrier 413, inner circular tooth wheel and formed.
Fig. 5 is two graphics that drive the fixed muffle 423 of switch 4 of shutter transmission mechanism, and fixed muffle 423 is made up of the quill shaft 4232 of annular distance 4233 in a rectangular block 4231 and the band.
Fig. 6 is two graphics that drive the torsion spring 422 of switch 4 of shutter transmission mechanism, and the both ends of torsion spring 422 are 4221,4222.
Fig. 7 is two graphics that drive the bevel gear driving-disc 421 of switch 4 of shutter transmission mechanism, bevel gear driving-disc 421 be one have in the bevel gear 4213 of ring perforation 4215, the both sides of bevel gear 4213 are provided with boss 4214 and annular boss 4211,4212, interior ring perforation 4215 is provided with fan-shaped boss 4216, and the two ends of fan-shaped boss 4216 are 4217,4218.
Fig. 8 is that two inner circular tooth wheels that drive switch 4 of shutter transmission mechanism are separated the graphics of lock collar 414, inner circular tooth wheel solution lock collar 414 is that the inner circular tooth wheel 4141 of a planet engagement sleeve forms with an arcwall 4144 axial butt joints, the openend inboard of inner circular tooth wheel 4141 is provided with inner circular tooth 4142, the blind end center of inner circular tooth wheel 4141 is provided with a perforation 4143, the both ends of arcwall 4144 are 4145,4146, are provided with annular neck 4147 between inner circular tooth wheel 4131 and the arcwall 4144.
Fig. 9 is the two planetary wheel carrier 413 of switch 4 and assembling graphics of planetary gear 412 of driving of shutter transmission mechanism, the interior annular distance 4134 of the quill shaft 4133 of planetary wheel carrier 413 is a hexagonal hole, and 4 planetary gears 412 are enclosed within on 4 planet wheel spindles on the annular disk 4131 of planetary wheel carrier 413 and can rotate freely.
Figure 10 is two graphics that drive the sun gear 411 of switch 4 of shutter transmission mechanism, the two end axles 4112 of the gear 4114 of sun gear 411 and 4113 external diameter are not of uniform size, but axle 4112 and 4113 has the same interior annular distance 4115 with a protruding key, the side of the gear 4114 of sun gear 411 is provided with an annular disk 4111, and the axle 4112 of sun gear 411 is provided with a radial perforation 4116.
Figure 11 is two graphics that drive the active bevel gear 43 of switch 4 of shutter transmission mechanism, and initiatively an end of bevel gear 43 is provided with bearing pin 432, and the other end is provided with annular distance 434 in boss 433 and the non-circle.
Figure 12 is two graphics that drive the top cover 46 of switch 4 of shutter transmission mechanism, Figure 13 is two graphics that drive the base 45 of switch 4 of shutter transmission mechanism, base 45 is provided with cavity 453,456,457 and bearing 454,455 and two ends boss 451, base 45 two sides also respectively are provided with two screws 458, boss 451 is provided with radial perforation 452, is provided with in the top cover 46 and corresponding each cavity of above-mentioned base, bearing and boss.
Figure 14 is the two base 441 of switch 4 and graphics of the stationary annular dish 45 of top cover 442 of driving of shutter transmission mechanism, and stationary annular dish 45 has annular distance 452 and 2 perforation 453 in one.
Figure 15 is the graphics of the hand gear 5 of shutter transmission mechanism, and Figure 16 is the three-dimensional, exploded view of the hand gear 5 of shutter transmission mechanism, and hand gear 5 is made up of sprocket wheel bearing pin 51, sprocket wheel 52, pelletron 53 and sprocket cassette 54.
Figure 17 is the graphics of sprocket wheel bearing pin 51 of the hand gear 5 of shutter transmission mechanism, and sprocket wheel bearing pin 51 is a step-like axle 511,512 and 513, and axle 511 respectively excises into two planes 514,515 with 512 outer ring surface.
Figure 18 is the assembling graphics of sprocket wheel 52 and pelletron 53 of the hand gear 5 of shutter transmission mechanism, and the outer shroud of sprocket wheel 52 is provided with gear 521, and the interior annular distance of sprocket wheel 52 is non-circular hole 522, and pelletron 53 is chimeric with the outer ring gear 521 of sprocket wheel 52.
Figure 19 a is the graphics of sprocket cassette 54 of the hand gear 5 of shutter transmission mechanism, Figure 19 b is the three-dimensional profile of sprocket cassette 54 of the hand gear 5 of shutter transmission mechanism, sprocket cassette 54 is the rectangular box that an inner tool hollow 543 and a side become opening 544, and sprocket cassette 54 is provided with 5 perforation 542.
Two each parts of switch 4 and three-dimensional assembling relationship figures of hand gear 5 and end motor 11 of driving of Figure 20 shutter transmission mechanism, Figure 21 is two three-dimensional section view that drive switch torsional spring clutch and hand gear of shutter transmission mechanism, the torsion spring 422 of two driving switch 4 is packed on the fixed muffle 423, and then the interior ring perforation 4215 of fixed muffle 423 being inserted bevel gear driving-disc 421, make an end 4221 of torsion spring 422 rest on the end 4217 of the fan-shaped boss 4216 of interior ring of bevel gear driving-disc 421, the other end 4222 of torsion spring 422 rests on the end 4218 of the fan-shaped boss 4216 of interior ring of bevel gear driving-disc 421, with sun gear 411, together pack into inner circular tooth wheel of planetary wheel carrier 413 and planetary gear 412 is separated in the inner circular tooth wheel 4141 of lock collar 414, form a planet engagement sleeve I, then with this planet engagement sleeve I and torsion spring 422, fixed muffle 423, the assembly of bevel gear driving-disc 421 is assembled together, make the quill shaft 4133 of planetary wheel carrier 413 pierce in the interior annular distance 4233 of quill shaft 4232 of fixed muffle 423, simultaneously the inner circular tooth wheel arcwall 4144 of separating lock collar 414 inserts in the interior annular distance 4215 of bevel gear driving-discs 421 fan-shaped boss 4216 with the interior annular distance 4215 of bevel gear driving-disc 421 and forms a cylinder with two slits, the two ends 4221 of torsion spring 422,4222 place two slits of this cylinder respectively, constitute a torsional spring clutch II, the inner circular tooth wheel is separated lock collar 414 be locked on the fixed muffle 423.Planetary gear clutch I and torsional spring clutch II are packed in the base 45, wherein the rectangular block 4231 of fixed muffle 423 is inserted in the cavity 457 of base 45, bevel gear driving-disc 421 is inserted in the cavity 456 of base 457, the inner circular tooth wheel is separated lock collar 414 and is inserted in the cavity 453 of base 45, simultaneously 2 initiatively bevel gear 43 be contained in respectively on the bearing 454 and 455 of base 45 and 421 engagements of bevel gear driving-disc, top cover 46 is covered, and the two ends boss 451,461 of base 45 and top cover 46 is loaded onto stationary annular dish 45, forms a pair of and drives switch 4.The sprocket wheel bearing pin 51 of hand gear 5 is injected two interior annular distances 434 that drive the active bevel gear 43 of switch 4, with the two interior annular distances 4115 that drive the sun gear 411 of switch 4 of axle 112 insertions of single-ended output motor, form one manually and electronic double-drive device again.When pulling pelletron 53, sprocket wheel 52 drives initiatively bevel gear 43 by sprocket wheel bearing pin 51, initiatively bevel gear 43 drives 421 rotations of bevel gear driving-disc, thereby the end 4221 of pushing torsion spring 422, and the end 4221 pushing inner circular tooth wheels of torsion spring 422 are separated the arcwall 4144 of lock collar 414, making inner circular tooth wheel solution lock collar 414 follow bevel gear driving-disc 421 rotates together, this moment, single-ended output motor 11 was not switched on and by locked, it is also locked thereupon to be attached thereto the sun gear 411 that connects, thereby make planetary wheel carrier 413 follow the inner circular tooth wheel and separate lock collar 414 rotations, planetary wheel carrier 413 drives 3 rotations of lifting turner by turning cylinder 2 again, shutter lifting upset thereupon.When motor 11 energisings, 411 rotations of motor drives sun gear, it is locked by torsion spring 422 that this moment, the inner circular tooth wheel was separated lock collar 414, has only planetary wheel carrier 413 with sun gear 411 rotations, planetary wheel carrier 413 drives 3 rotations of lifting turner by turning cylinder 2 again, shutter lifting upset thereupon.This shows that two driving switch 4 make and manually combine together with electronic two kinds of type of drive.
Figure 21 is the lifting turner 3 of shutter transmission mechanism, two driving switch 4, hand gear 5, middle part motor 11, electromagnetic brake 12 and electromagnetic clutch 13 three-dimensional assembling relationship figures, Figure 22 is the lifting turner 3 of shutter transmission mechanism, two driving switch 4, hand gear 5, middle part motor 11, electromagnetism formulator 12 and electromagnetic clutch 13 assembly relation three-dimensional, exploded view (right axle is looked), Figure 23 is the lifting turner 3 of shutter transmission mechanism, two driving switch 4, hand gear 5, middle part motor 11, electromagnetic brake 12 and electromagnetic clutch 13 assembly relation three-dimensional, exploded view (left side axle is looked), when motor 11 is placed in the centre position of two lifting turners 3, the position of former single-ended output motor need increase an electromagnetism formulator 12, one end of middle part motor 11 need be installed an electromagnetic clutch 13, and the output shaft of middle part motor 11 is quill shaft, the half-clutch device 132 of power transmission shaft 2 and electromagnetic clutch 13 is chimeric and pass second half clutch 133 of electromagnetic clutch 13 and the output quill shaft 111 of middle part motor, the sun gear 311 of power transmission shaft 2 and lifting turner 3 is chimeric and chimeric with the quill shaft 4133 of the planetary wheel carrier 413 of two driving switch 4, the axle 122 of the half-clutch device 123 of electromagnetic brake 12 is chimeric with the sun gear 411 of two driving switch 4, the half-clutch device 121 of electromagnetic brake 12 is fixed on the head track 1, when pulling pelletron 54, hand gear 5 begins to act on two switch 4 that drive, motor 11 outages this moment, chimeric and the two sun gears 411 that drive switch 4 of locking of the half-clutch device 123 of electromagnetic brake 12 and second half clutch 121, when motor 11 energisings, thereby the half-clutch device of electromagnetic clutch 13 133 drives power transmission shaft 2 with half-clutch device 132 engagements and rotates, power transmission shaft 2 drives 3 rotations of lifting turner, torsional spring clutch II locking this moment inner circular tooth wheel is separated lock collar 414, the half-clutch device 123 of electromagnetic brake 12 separates with second half clutch 121 and with sun gear 411 rotation of two driving switch 4, hand gear 5 is inoperative.This shows, by increasing electromagnetic brake 12 and electromagnetic clutch 13 and changing the solid output shaft of motor 11 into quill shaft, can make by two driving switch 4 equally and manually combine together with electronic two kinds of type of drive.
When give up motor 11 and a bearing pin penetrated the pin-and-hole 4116 of two sun gears 411 that drive switch 4 and the pin-and-hole 452 of the boss 451 of base 45 in, sun gear 411 is locked on base 45, and then two combinations that drive switch 4 and hand gear 5 just are converted to the conventional manual drive form of shutter transmission mechanism.
In a word, the above only is preferred embodiment of the present invention, and all equalizations of doing according to the present patent application claim change and modify, and all should belong to covering scope of the present invention.
Claims (11)
1. two switch that drive of a shutter transmission mechanism, it is characterized in that: two driving switch (4) comprise base (45) and top cover (46), are provided with sun gear (411), planetary gear (412), planetary wheel carrier (413), inner circular tooth wheel solution lock collar (414), active bevel gear (43), bevel gear driving-disc (421), torsion spring (422), fixed muffle (423) and two annular disks (44) between base (45) and the top cover (46);
Sun gear (411) and planetary gear (412) engagement, planetary gear (412) is located on the planetary wheel carrier (413), and planetary gear (412) is separated lock collar (414) engagement with the inner circular tooth wheel;
Initiatively bevel gear (43) meshes with bevel gear driving-disc (421);
Torsion spring (422) is enclosed within on the fixed muffle (423), fixed muffle (423) inserts the interior ring perforation (4215) of bevel gear driving-disc (421), make the end (4221) of torsion spring (422) rest on the end (4217) of the fan-shaped boss of interior ring (4216) of bevel gear driving-disc (421), the other end (4222) of torsion spring (422) rests on the end (4218) of the fan-shaped boss of interior ring (4216) of bevel gear driving-disc (421).
2. two switch that drive of a kind of shutter transmission mechanism according to claim 1 is characterized in that:
Sun gear (411), together pack into inner circular tooth wheel of planetary wheel carrier (413) and planetary gear (412) is separated in the inner circular tooth wheel (4141) of lock collar (414), form a planet engagement sleeve I, then with this planet engagement sleeve I and torsion spring (422), fixed muffle (423), the assembly of bevel gear driving-disc (421) is assembled together, make the quill shaft (4133) of planetary wheel carrier (413) pierce in the interior annular distance (4233) of quill shaft (4232) of fixed muffle (423), simultaneously the inner circular tooth wheel arcwall (4144) of separating lock collar (414) inserts in the interior annular distance (4215) of bevel gear driving-disc (421) fan-shaped boss (4216) with the interior annular distance (4215) of bevel gear driving-disc (421) and forms a cylinder with two slits, the two ends (4221 of torsion spring (422), 4222) place two slits of this cylinder respectively, constitute a torsional spring clutch II, the inner circular tooth wheel is separated lock collar (414) be locked on the fixed muffle (423).
3. two switch that drive of a kind of shutter transmission mechanism according to claim 1, it is characterized in that: the two ends of base (45) and top cover (46) respectively are provided with a stationary annular dish (44).
4. two switch that drive of a kind of shutter transmission mechanism according to claim 1, it is characterized in that: the fixed muffle (423) of two driving switch (4) comprises the quill shaft (4232) of a rectangular block (4231) and the interior annular distance (4233) of a band.
5. two switch that drive of a kind of shutter transmission mechanism according to claim 1, it is characterized in that: bevel gear driving-disc (421) be one have in the bevel gear (4213) of ring perforation (4215), the both sides of bevel gear (4213) are provided with boss (4214) and annular boss (4211,4212), interior ring perforation (4215) is provided with fan-shaped boss (4216), and the two ends of fan-shaped boss (4216) are (4217,4218).
6. two switch that drive of a kind of shutter transmission mechanism according to claim 1, it is characterized in that: it is that the inner circular tooth wheel (4141) of a planet engagement sleeve axially docks with an arcwall (4144) and forms that inner circular tooth wheel is separated lock collar (414), the openend inboard of inner circular tooth wheel (4141) is provided with inner circular tooth wheel (4142), the blind end center of inner circular tooth wheel (4141) is provided with a perforation (4143), the both ends of arcwall (4144) are (4145,4146), be provided with annular neck (4147) between inner circular tooth wheel (4131) and the arcwall (4144).
7. two switch that drive of a kind of shutter transmission mechanism according to claim 1, it is characterized in that: the interior annular distance (4134) of the quill shaft (4133) of planetary wheel carrier (413) is a hexagonal hole, and four planetary gears (412) are enclosed within on four planet wheel spindles on the annular disk (4131) of planetary wheel carrier (413) and can rotate freely.
8. two switch that drive of a kind of shutter transmission mechanism according to claim 1, it is characterized in that: the external diameter of the two end axles (4112,4113) of the gear (4114) of sun gear (411) is not of uniform size, axle (4112,4113) has the same interior annular distance (4115) with a protruding key, the side of the gear (4114) of sun gear (411) is provided with an annular disk (4111), and the axle (4112) of sun gear (411) is provided with a radial perforation (4116).
9. two switch that drive of a kind of shutter transmission mechanism according to claim 1, it is characterized in that: initiatively an end of bevel gear (43) is provided with bearing pin (432), and the other end is provided with boss (433) and the interior annular distance (434) of a non-circle.
10. two switch that drive of a kind of shutter transmission mechanism according to claim 1, it is characterized in that: base (45) is provided with cavity (453,456,457) and bearing (454,455) and two ends boss (451), base (45) two side also respectively is provided with two screws (458), boss (451) is provided with radial perforation (452), is provided with in the top cover (46) and corresponding each cavity of above-mentioned base, bearing and boss.
11. two switch that drive of a kind of shutter transmission mechanism according to claim 3, it is characterized in that: stationary annular dish (44) has annular distance (442) and two perforation (443) in one.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310227267.XA CN103334665B (en) | 2013-06-06 | 2013-06-06 | A kind of Dual-drive switcher of transmission mechanism of blind window |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310227267.XA CN103334665B (en) | 2013-06-06 | 2013-06-06 | A kind of Dual-drive switcher of transmission mechanism of blind window |
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| CN103334665A true CN103334665A (en) | 2013-10-02 |
| CN103334665B CN103334665B (en) | 2015-08-26 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103850572A (en) * | 2014-02-26 | 2014-06-11 | 奇瑞汽车股份有限公司 | Driver and automobile glass riser |
| CN104196965A (en) * | 2014-08-07 | 2014-12-10 | 珠海飞马传动机械有限公司 | Planetary reduction gearbox used for double-horizontal-shaft cement stirrer |
| CN104818920A (en) * | 2015-05-22 | 2015-08-05 | 王健 | Electric window opener and electric window opening system formed by the same |
| CN107060625A (en) * | 2017-06-06 | 2017-08-18 | 雷振邦 | Built-in rolling gate drive device |
| CN107842582A (en) * | 2017-11-28 | 2018-03-27 | 浙江赫德科技有限公司 | A kind of manual and electric double-purpose transmission mechanism |
| CN109138806A (en) * | 2018-08-29 | 2019-01-04 | 安徽建筑大学 | A kind of double mode drive unit of jalousie |
| CN112502568A (en) * | 2020-11-17 | 2021-03-16 | 罗宽义 | Timing automatic window closing device |
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| CN201087684Y (en) * | 2007-07-13 | 2008-07-16 | 宁波市北仑九锋电器工贸有限公司 | Roll screen elevating apparatus |
| TW201100624A (en) * | 2009-06-24 | 2011-01-01 | Chia Ber Blind Co Ltd | Actuator for heavy duty reel |
| CN201502256U (en) * | 2009-09-16 | 2010-06-09 | 宁波市鄞州美必盛自动门厂 | Speed reducer for automatic swing door |
| CN202380963U (en) * | 2011-12-07 | 2012-08-15 | 湖南湘联节能科技股份有限公司 | Driving component in roller shutter rotating shaft |
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| CN103850572A (en) * | 2014-02-26 | 2014-06-11 | 奇瑞汽车股份有限公司 | Driver and automobile glass riser |
| CN103850572B (en) * | 2014-02-26 | 2016-01-27 | 奇瑞汽车股份有限公司 | A kind of drive unit and automobile glass lifter |
| CN104196965A (en) * | 2014-08-07 | 2014-12-10 | 珠海飞马传动机械有限公司 | Planetary reduction gearbox used for double-horizontal-shaft cement stirrer |
| CN104818920A (en) * | 2015-05-22 | 2015-08-05 | 王健 | Electric window opener and electric window opening system formed by the same |
| CN107060625A (en) * | 2017-06-06 | 2017-08-18 | 雷振邦 | Built-in rolling gate drive device |
| CN107060625B (en) * | 2017-06-06 | 2023-02-03 | 雷振邦 | Built-in roller shutter driving device |
| CN107842582A (en) * | 2017-11-28 | 2018-03-27 | 浙江赫德科技有限公司 | A kind of manual and electric double-purpose transmission mechanism |
| CN107842582B (en) * | 2017-11-28 | 2024-06-11 | 浙江赫德科技有限公司 | Manual and electric dual-purpose transmission mechanism |
| CN109138806A (en) * | 2018-08-29 | 2019-01-04 | 安徽建筑大学 | A kind of double mode drive unit of jalousie |
| CN112502568A (en) * | 2020-11-17 | 2021-03-16 | 罗宽义 | Timing automatic window closing device |
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