CN201963182U - Day and night curtain control mechanism capable of automatically descending - Google Patents

Day and night curtain control mechanism capable of automatically descending Download PDF

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Publication number
CN201963182U
CN201963182U CN2010206376720U CN201020637672U CN201963182U CN 201963182 U CN201963182 U CN 201963182U CN 2010206376720 U CN2010206376720 U CN 2010206376720U CN 201020637672 U CN201020637672 U CN 201020637672U CN 201963182 U CN201963182 U CN 201963182U
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China
Prior art keywords
clutch
day
retarder
gear
sheave
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Expired - Lifetime
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CN2010206376720U
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Chinese (zh)
Inventor
邱永忠
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Individual
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Individual
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Priority to CN2010206376720U priority Critical patent/CN201963182U/en
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Abstract

The utility model provides a day and night curtain control mechanism capable of automatically descending, which comprises a universal swinging head seat (10), a universal swinging head case (20), a swinging blade mechanism (30), a clutch mechanism (40), a transmission mechanism (50), a positioner (60) and a retarder (70), wherein, a left clutch (30), a right clutch (40) and the transmission mechanism (50) are all arranged inside the universal swinging head seat (10). The control on the ascending and the automatic descending of double curtains: a day curtain and a night curtain can be realized only through one pull chain by the day and night curtain control mechanism, so the day and night curtain control mechanism has the advantages that the structure is simple, the appearance is attractive, and the durability is high.

Description

A kind of day and night curtain controlling organization that can descend automatically
Technical field
The utility model relates to a kind of day and night curtain control field, relates in particular to a kind of energy and controls day and night two curtains risings of curtain and the day and night curtain controlling organization that descends automatically simultaneously by a slide fastener.
Background technology
Curtain is the essential product of life staying idle at home and office space, and curtain both can be used for shading, sound insulation and dustproof, can decorate again, beautifying household environment, is widely used in family, school and office space.Day and night curtain can be installed the curtain of two different background and printing opacity simultaneously, so more and more be subjected to customer's favor.Present day and night curtain is all controlled by two chains, so not only makes the whole day and night complex structure of curtain that goes out, making and installation cost height, and influenced the day and night attractive, decorative effect of curtain greatly.Simultaneously, existing day and night curtain also can't be realized the function that descends automatically.
The utility model content
Based on the deficiencies in the prior art, the purpose of this utility model be to provide a kind of simple in structure, only needing to realize a slide fastener can realize controlling the day and night curtain controlling organization that two curtains of curtain day and night rise and descend automatically.
For achieving the above object, the utility model provides and has comprised system headstock 10, system skull 20, left clutch 30, right clutch 40 and transmission mechanism 50, and described left clutch 30, right clutch 40 and transmission mechanism 50 all are installed in the inside of system headstock 10.
As a preferred embodiment of the present utility model, described left clutch 30 comprises that rotational arm of clutch 31, clutch mandrel 32, spring 33, torsion spring 34, clutch sheave 35, clutch break away from cover 36, clutch breaks away from joint 37, and described rotational arm of clutch 31, clutch mandrel 32, spring 33, torsion spring 34, clutch sheave 35, clutch break away from cover 36, clutch breaks away from joint 37 and is connected in series and is positioned over the through hole that is arranged in system headstock 10 left sides successively.
Described right clutch 40 comprises that rotational arm of clutch 41, clutch mandrel 42, spring 43, torsion spring 44, clutch sheave 45, clutch break away from cover 46, clutch breaks away from joint 47, and described rotational arm of clutch 41, clutch mandrel 42, spring 43, torsion spring 44, clutch sheave 45, clutch break away from cover 46, clutch breaks away from joint 47 and is connected in series and is positioned over the through hole that is arranged in system headstock 10 the right successively.
Described transmission mechanism 50 comprises chain 51, sprocket wheel 52, connects gear 53, Left Drive gear 54-1, right travelling gear 54-2, chain 51 hangs on the sprocket wheel 52, sprocket wheel 52 1 ends be connected gear 53 and connect, connect gear 53 respectively with Left Drive gear 54-1 and right travelling gear 54-2 engagement.
Further, also comprise locator 60, described locator 60 comprises locator seats 61, locator sheave 62, ball 63, spring 64, connecting axle 65, ball 63 places in locator sheave 62 grooves, connecting axle 65 passes locator sheave 62 central through holes and places in the locator seats 61, connecting axle 65 1 ends are connected with locator sheave 62, the other end is connected with curtain rotating shaft (not shown) day and night, when curtain rotating shaft (not shown) day and night when ascent direction rotates, connecting axle 65 drives locator sheave 62 and rotates, ball 63 rolls along locator sheave 62, when curtain rotating shaft (not shown) day and night when descent direction rotates, ball 63 stops locator sheave 62 to rotate, and has realized that so day and night the curtain of curtain can rest on certain height at any time.
Also comprise retarder 70, described retarder 70 comprises retarder seat 71, the retarder axle 72 of band gear, friction plate 73, planetary gear 74, pinion frame 75, retarder lid 76, described brake pad 73 places an end of the retarder axle 72 of band gear, retarder axle 72 gears, one end of band gear and 74 engagements of described planetary gear, and described planetary gear 74 places on the pinion frame 75, described planetary gear is 3, and space 120 degree are installed on described planetary wheel carrier 75 circumference, and the retarder axle 72 engagement ratios of planetary gear 74 and band gear 1: 3 can make retarder axle 72 realize quickening like this; Because described brake pad 73 is made of metal crescent shape, its center of gravity is away from described band gear retarder axle 72 1 ends, brake pad 73 external peripheral surfaces are fixed with friction plate, brake pad 73 is thrown toward retarder seat 71 inwalls when retarder axle 72 rotates at a high speed, frictional force by brake pad 73 and retarder seat 71 inwalls stops retarder axle 72 rotating speeds to improve, thereby realizes that day and night the automatic slowly of curtain descends.
Has boss 71-1 on the described retarder seat 71 1 end excircles, described boss 71-1 has through hole, described retarder lid 76 have that the through hole that has with boss 71-1 interlocks and profile, described retarder lid 76 is fastened on the retarder seat 71 by profile.
The beneficial effects of the utility model:
1. the utility model only needing can realize a slide fastener can realize controlling day and night two curtains risings of curtain and automatic decline.
2. the utility model only needing can realize a slide fastener can realize controlling day and night two curtains risings of curtain and automatic decline, makes that day and night the curtain controlling organization is simple in structure, and is not only attractive in appearance but also durable.
Description of drawings
A kind of day and night curtain controlling organization main body explosive view that can descend automatically of Fig. 1 the utility model;
A kind of day and night curtain controlling organization locator explosive view that can descend automatically of Fig. 2 the utility model;
A kind of day and night curtain controlling organization retarder explosive view that can descend automatically of Fig. 3 the utility model.
The specific embodiment
With reference to figure 1, a kind of day and night curtain controlling organization that can descend automatically that the utility model provides comprises system headstock 10, system skull 20, left clutch 30, right clutch 40, transmission mechanism 50, locator 60 and retarder 70.
Left clutch 30 comprises that rotational arm of clutch 31, clutch mandrel 32, spring 33, torsion spring 34, clutch sheave 35, clutch break away from cover 36, clutch breaks away from joint 37, and described rotational arm of clutch 31, clutch mandrel 32, spring 33, torsion spring 34, clutch sheave 35, clutch break away from cover 36, clutch breaks away from joint 37 and is connected in series and is positioned over the through hole that is arranged in system headstock 10 left sides successively.
Right clutch 40 comprises that rotational arm of clutch 41, clutch mandrel 42, spring 43, torsion spring 44, clutch sheave 45, clutch break away from cover 46, clutch breaks away from joint 47, and described rotational arm of clutch 41, clutch mandrel 42, spring 43, torsion spring 44, clutch sheave 45, clutch break away from cover 46, clutch breaks away from joint 47 and is connected in series and is positioned over the through hole that is arranged in system headstock 10 the right successively.
Transmission mechanism 50 comprises chain 51, sprocket wheel 52, connects gear 53, Left Drive gear 54-1, right travelling gear 54-2, chain 51 hangs on the sprocket wheel 52, sprocket wheel 52 1 ends be connected gear 53 and connect, connect gear 53 respectively with Left Drive gear 54-1 and right travelling gear 54-2 engagement.
Locator 60 comprises locator seats 61, locator sheave 62, ball 63, spring 64, connecting axle 65, ball 63 places in locator sheave 62 grooves, connecting axle 65 passes locator sheave 62 central through holes and places in the locator seats 61, connecting axle 65 1 ends are connected with locator sheave 62, the other end is connected with curtain rotating shaft (not shown) day and night, when curtain rotating shaft (not shown) day and night when ascent direction rotates, connecting axle 65 drives locator sheave 62 and rotates, ball 63 rolls along locator sheave 62, when curtain rotating shaft (not shown) day and night when descent direction rotates, ball 63 stops locator sheave 62 to rotate, and has realized that so day and night the curtain of curtain can rest on certain height at any time.
Retarder 70 comprises retarder seat 71, the retarder axle 72 of band gear, friction plate 73, planetary gear 74, pinion frame 75, retarder lid 76, described brake pad 73 places an end of the retarder axle 72 of band gear, retarder axle 72 gears, one end of band gear and 74 engagements of described planetary gear, described planetary gear 74 places on the pinion frame 75, and described planetary gear is 3, and space 120 degree are installed on described planetary wheel carrier 75 circumference, the retarder axle 72 engagement ratios of planetary gear 74 and band gear 1: 3 can make retarder axle 72 realize quickening like this; Because described brake pad 73 is made of metal crescent shape, its center of gravity is away from described band gear retarder axle 72 1 ends, brake pad 73 external peripheral surfaces are fixed with friction plate, brake pad 73 is thrown toward retarder seat 71 inwalls when retarder axle 72 rotates at a high speed, frictional force by brake pad 73 and retarder seat 71 inwalls stops retarder axle 72 rotating speeds to improve, thereby realizes that day and night the automatic slowly of curtain descends.
Has boss 71-1 on the described retarder seat 71 1 end excircles, described boss 71-1 has through hole, described retarder lid 76 have that the through hole that has with boss 71-1 interlocks and profile, described retarder lid 76 is fastened on the retarder seat 71 by profile.
When the day and night curtain that needs the left side rises, spur slide fastener 51 left and can drive sprocket wheel 52 rotations, the connection gear 53 that is connected with sprocket wheel 52 1 ends is followed sprocket wheel 52 and is rotated, the Left Drive gear 54-1 and the right travelling gear 54-2 that connect gear 53 drives and its engagement rotate, Left Drive gear 54-1 drives rotational arm of clutch 31 and rotates, rotational arm of clutch 31 is stirred torsion spring 34 and is driven clutch sheave 35 and rotates, clutch sheave 35 promotes clutch again and breaks away from cover 36 and 37 engagements of clutch disengaging joint, make clutch break away from joint 37 and rotate, thus make with clutch break away from the left side that joint 37 is connected day and night the curtain rotating shaft rotate and reach day and night curtain rising of the left side.Though at this moment right travelling gear 54-2 also rotates, right travelling gear 54-2 drives rotational arm of clutch 41 and rotates, rotational arm of clutch 41 is stirred torsion spring 44 and is driven clutch sheave 45 and rotates, because clutch sheave 45 is opposite with the groove of clutch sheave 35, clutch sheave 45 does not promote clutch and breaks away from cover 46 and 47 engagements of clutch disengaging joint, so, at this moment, it is what to separate with clutch disengaging joint 47 that clutch breaks away from cover 46, clutch breaks away from joint 47 and does not rotate, the right that is connected with clutch disengaging joint 47 day and night curtain rotating shaft can not rotated, and therefore, do not rise in the right day and night curtain.When the day and night curtain on the left side need stop in uphill process, as long as stop to spur slide fastener 51 left, at this moment locator 60 is in locking state, the day and night curtain on the left side can not descend, when the day and night curtain that needs the left side descends, as long as spurring slide fastener 51 downward 20-30mm left again can realize locator 60 releases, the realization left side day and night curtain descends automatically.
When the day and night curtain on needs the right rises, spur slide fastener 51 to the right and can drive sprocket wheel 52 rotations, the connection gear 53 that is connected with sprocket wheel 52 1 ends is followed sprocket wheel 52 and is rotated, the Left Drive gear 54-1 and the right travelling gear 54-2 that connect gear 53 drives and its engagement rotate, right travelling gear 54-1 drives rotational arm of clutch 41 and rotates, rotational arm of clutch 41 is stirred torsion spring 44 and is driven clutch sheave 45 and rotates, clutch sheave 45 promotes clutch again and breaks away from cover 46 and 47 engagements of clutch disengaging joint, make clutch break away from joint 47 and rotate, thus make with clutch break away from the right that joint 47 is connected day and night the curtain rotating shaft rotate and reach day and night curtain rising of the right.Though at this moment Left Drive gear 54-2 also rotates, Left Drive gear 54-2 drives rotational arm of clutch 31 and rotates, rotational arm of clutch 31 is stirred torsion spring 34 and is driven clutch sheave 35 and rotates, because clutch sheave 35 is opposite with the groove of clutch sheave 45, clutch sheave 35 does not promote clutch and breaks away from cover 36 and 37 engagements of clutch disengaging joint, so, at this moment, it is what to separate with clutch disengaging joint 37 that clutch breaks away from cover 36, clutch breaks away from joint 37 and does not rotate, the left side that is connected with clutch disengaging joint 37 day and night curtain rotating shaft can not rotated, and therefore, do not rise in the left side day and night curtain.When the day and night curtain on the right need stop in uphill process, as long as stop to spur slide fastener 51 to the right, at this moment locator 60 is in locking state, the day and night curtain on the right can not descend, when the day and night curtain on needs the right descends, as long as spurring slide fastener 51 downward 20-30mm to the right again can realize locator 60 releases, realization the right day and night curtain descends automatically.
Above disclosed only is preferred embodiment of the present utility model, can not limit the interest field of the utility model certainly with this, and therefore the equivalent variations of being done according to the utility model claim still belongs to the scope that the utility model is contained.

Claims (7)

1. day and night curtain controlling organization that can descend automatically, comprise system headstock (10), system skull (20), it is characterized in that: also comprise left clutch (30), right clutch (40) and transmission mechanism (50), described left clutch (30), right clutch (40) and transmission mechanism (50) all are installed in the inside of system headstock (10).
2. the day and night curtain controlling organization that can descend automatically as claimed in claim 1 is characterized in that:
Described left clutch (30) comprises that rotational arm of clutch (31), clutch mandrel (32), spring (33), torsion spring (34), clutch sheave (35), clutch break away from cover (36), clutch breaks away from joint (37), and described rotational arm of clutch (31), clutch mandrel (32), spring (33), torsion spring (34), clutch sheave (35), clutch break away from cover (36), clutch breaks away from joint (37) and is connected in series and is positioned over the through hole that is arranged in system headstock (10) left side successively;
Described right clutch (40) comprises that rotational arm of clutch (41), clutch mandrel (42), spring (43), torsion spring (44), clutch sheave (45), clutch break away from cover (46), clutch breaks away from joint (47), and described rotational arm of clutch (41), clutch mandrel (42), spring (43), torsion spring (44), clutch sheave (45), clutch break away from cover (46), clutch breaks away from joint (47) and is connected in series and is positioned over the through hole that is arranged in system headstock (10) the right successively;
Described transmission mechanism (50) comprises chain (51), sprocket wheel (52), connects gear (53) Left Drive gear (54-1), right travelling gear (54-2), chain (51) hangs on the sprocket wheel (52), sprocket wheel (52) one ends be connected gear (53) and connect, connect gear (53) and mesh with Left Drive gear (54-1) and right travelling gear (54-2) respectively.
3. the day and night curtain controlling organization that can descend automatically as claimed in claim 2, it is characterized in that: also comprise locator (60), described locator (60) comprises locator seats (61), locator sheave (62), ball (63), spring (64), connecting axle (65), ball (63) places in locator sheave (62) groove, and connecting axle (65) passes locator sheave (62) central through hole and places in the locator seats (61).
4. the day and night curtain controlling organization that can descend automatically as claimed in claim 2, it is characterized in that: also comprise retarder (70), described retarder (70) comprises retarder seat (71), the retarder axle (72) of band gear, brake pad (73), planetary gear (74), pinion frame (75), retarder lid (76), described friction plate (73) places an end of the retarder axle (72) of band gear, retarder axle (72) gear one end of band gear and described planetary gear (74) engagement, described planetary gear (74) places on the pinion frame (75).
5. the day and night curtain controlling organization that can descend automatically as claimed in claim 4, it is characterized in that: described planetary gear (74) is 3, and space 120 degree are installed on described planetary wheel carrier (75) circumference.
6. the day and night curtain controlling organization that can descend automatically as claimed in claim 2, it is characterized in that: described brake pad (73) is made of metal crescent shape, its center of gravity is away from described band gear retarder axle (72) one ends, and brake pad (73) external peripheral surface is fixed with friction plate.
7. the day and night curtain controlling organization that can descend automatically as claimed in claim 2, it is characterized in that: have boss (71-1) on described retarder seat (71) the one end excircles, described boss (71-1) has through hole, described retarder lid (76) have that the through hole that has with boss (71-1) interlocks and profile, described retarder lid (76) is fastened on the retarder seat (71) by profile.
CN2010206376720U 2010-11-30 2010-11-30 Day and night curtain control mechanism capable of automatically descending Expired - Lifetime CN201963182U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN2010206376720U CN201963182U (en) 2010-11-30 2010-11-30 Day and night curtain control mechanism capable of automatically descending

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN2010206376720U CN201963182U (en) 2010-11-30 2010-11-30 Day and night curtain control mechanism capable of automatically descending

Publications (1)

Publication Number Publication Date
CN201963182U true CN201963182U (en) 2011-09-07

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Application Number Title Priority Date Filing Date
CN2010206376720U Expired - Lifetime CN201963182U (en) 2010-11-30 2010-11-30 Day and night curtain control mechanism capable of automatically descending

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CN (1) CN201963182U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103615506A (en) * 2013-11-22 2014-03-05 杭州欧卡索拉科技有限公司 Double-shaft rotation sequence generator

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103615506A (en) * 2013-11-22 2014-03-05 杭州欧卡索拉科技有限公司 Double-shaft rotation sequence generator
CN103615506B (en) * 2013-11-22 2016-02-17 杭州欧卡索拉科技有限公司 Double-shaft rotation sequence generator

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Legal Events

Date Code Title Description
C14 Grant of patent or utility model
GR01 Patent grant
EE01 Entry into force of recordation of patent licensing contract

Assignee: Ruixiang Electromechanical Co., Ltd., Guangzhou City

Assignor: Qiu Yongzhong

Contract record no.: 2016440000042

Denomination of utility model: Day and night curtain control mechanism capable of automatically descending

Granted publication date: 20110907

License type: Exclusive License

Record date: 20160127

LICC Enforcement, change and cancellation of record of contracts on the licence for exploitation of a patent or utility model
CX01 Expiry of patent term

Granted publication date: 20110907

CX01 Expiry of patent term