CN102140885A - Hollow glass built-in blind controlled by double magnetic control slide blocks - Google Patents
Hollow glass built-in blind controlled by double magnetic control slide blocks Download PDFInfo
- Publication number
- CN102140885A CN102140885A CN2010101042573A CN201010104257A CN102140885A CN 102140885 A CN102140885 A CN 102140885A CN 2010101042573 A CN2010101042573 A CN 2010101042573A CN 201010104257 A CN201010104257 A CN 201010104257A CN 102140885 A CN102140885 A CN 102140885A
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- stay cord
- slide block
- magnetic control
- control slide
- reversing piece
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Abstract
The invention provides a blind controlled by double magnetic control slide blocks, wherein the blind is sealed in hollow glass and can be upwards or downwards expanded. The blind comprises an inner frame, a plurality of digging rope reversing pieces, louver blades, blade steering lines, a left upper cross-beam digging rope, a right upper cross-beam digging rope, a left movable lower cross-beam digging rope, a right movable lower cross-beam digging rope, upper cross beams capable of moving in parallel, transmission shafts, digging rope friction wheels, lower cross beams capable of moving in parallel, two sets of inner magnetic slide blocks, two corresponding outer magnetic slide blocks outside the hollow glass, wherein the transmission shafts are installed in the movable upper cross beams; the digging rope friction wheels are fixed on both ends of each of the transmission shafts; and the two sets of inner magnetic slide blocks are provided with the digging rope reversing pieces. When the corresponding outer magnetic slide block at the left is stirred by hands, the lower cross beams move up and down in parallel, and then the lower cross beams supporting the louver blades upwards gather the blades or downwards expand the louver blades; and when the outer magnetic slide block at the right is stirred by the hands, the transmission shafts can pull the blade steering lines to steer the louver blades, then the upper cross beams are pulled to move up in parallel so that the louver blades are expanded upwards, or the upper cross beams are put down to move down in parallel so that the louver blades are gathered downwards.
Description
(1) technical field
The present invention relates to ornamental blind, especially relate to the hollow glass built-in louver curtain of the two magnetic control slide block controls of a kind of usefulness.Belong to the technical field that door and window curtain wall glass uses.
(2) background technology
Sun blind can be regulated the light function and used widely because of having.But, the sun blind of existing all kinds of cross blades, the sun blind that particularly can be contained in the hollow glass all belong to overhead type basically, that is to say that sun blind blade when drawing in all concentrates on the top.This class formation is difficult to satisfy people's different demands in many instances when using.As people during in indoor activity, for daylighting effect and the outer people's sight of while air lock that reaches indoor maximum, wish curtain only to intercept the sight line of window the latter half and guarantee the daylighting of window the first half, and existing sun blind just are difficult to accomplish this point, because its blade just can cover the bottom of window after must all launching from top to bottom.For reaching this purpose, people have done various improvement to horizontal stripe formula sun blind, for example, in Chinese patent application numbers 200820123036.9, name is called in the patent application of " magnetic controlled sliding drawing-rope bottom-placed louver curtain ", puts the purpose that the blade rising launches and blade overturns at the bottom of all reaching the control sun blind on the function substantially.But this simple function can not satisfy different clients demand to the blind expansion direction under different occasions sometimes again, still have certain limitation, and in Chinese patent application number 00235056.4, name is called in the patent application of " rotation shaft regulated formula blind ", the blind of three rotation shaft regulated controls of a kind of needs has been proposed, but because structure is too complicated, practicality is relatively poor.
(3) summary of the invention
1, purpose
The purpose of this invention is to provide and a kind ofly adopt two magnetic control slide blocks controls to be sealed in the blind that can launch up or down in the hollow glass, it can overcome the deficiencies in the prior art, and its novel structure is simple, and is easy to use.
2, technical scheme
The hollow glass built-in louver curtain of the two magnetic control slide blocks controls of the present invention, it be by inner frame, some stay cord reversing pieces, louvre blade, blade steering line, about two top rail stay cords, about two lower transverse beam stay cords, can be parallel mobile top rail, be installed in power transmission shaft in the movable top rail, be fixed on stay cord friction pulley on the power transmission shaft two ends, can parallel mobile lower transverse beam, two groups of interior magnetic control slide blocks that the stay cord reversing piece is installed, outer two the corresponding outer magnetic control slide blocks of hollow glass etc. constitute; After the blade steering line is chained together blade, around the suitable place of top rail intermediate solid drive shaft.About two top rail stay cords, wherein an end of Zola's rope is fixed on the suitable place of inner frame left upper end, after the other end is walked around friction pulley in the left side of top rail, through being installed in a left side, inner frame top, walk around again behind right two stay cord reversing pieces and be fixed on the suitable place of inner frame upper right side in the right side behind the stay cord reversing piece on the magnetic control slide block, one end of right stay cord is fixed on the suitable place of inner frame upper right side, the other end is walked around behind the stay cord reversing piece through being installed in the inner frame upper right again and is fixed on the suitable place of inner frame upper right side in the right side behind the stay cord reversing piece on the magnetic slider after walking around friction pulley in the right side of top rail.About two lower transverse beam stay cords, wherein an end of Zola's rope is fixed on suitable place, lower transverse beam left side, after the other end passes the perforation in whole louvre blades left side, walk around again behind the stay cord reversing piece through being installed in the inner frame upper left-hand and be fixed on suitable place, left side, inner frame upper end in the left side behind the pulley on the magnetic control slide block, one end of right stay cord is fixed on suitable place, lower transverse beam right side, after the other end passes the perforation on whole louvre blades right side, walk around again behind stay cord reversing piece through being installed in the inner frame upper right and the left side stay cord reversing piece and be fixed on suitable place, left side, inner frame upper end in the left side behind the stay cord reversing piece on the magnetic control slide block.
Wherein, outside hand is stirred corresponding left side during the magnetic control slide block, inside and outside magnetic patch is under the effect of magnetic force, two lower transverse beam stay cords about the pulling of the stay cord reversing piece of magnetic control slide block in the left side, make by left and right sides stay cord that lower transverse beam is parallel to move up and down, upwards draw the lower transverse beam that is holding in the palm louvre blade in blade or louvre blade is launched;
Wherein, outside hand is stirred corresponding right side during the magnetic control slide block, inside and outside magnetic patch is under the effect of magnetic force, two top rail stay cords about the pulling of the stay cord reversing piece of magnetic control slide block in right, by the both sides friction wheel from rotation in the left and right sides stay cord pulling top rail, and then make power transmission shaft pulling blade steering line that louvre blade is turned to, spur top rail then and move on parallel, louvre blade is upwards launched, perhaps put down making parallel the moving down of top rail that louvre blade is drawn in downwards;
Wherein, the stay cord reversing piece can be pulley structure;
Wherein, the pulley of stay cord reversing piece has bearing arrangement;
Wherein, the stay cord reversing piece can be ganoid fixture;
Wherein, in order to reduce the impulse stroke of right side slide block, can the magnetic control slide block adds in the right side about the assembly pulley of two top rail stay cords;
Wherein, left friction pulley and the right friction pulley that is installed in the top rail both sides rotated synchronously by power transmission shaft;
Wherein, the blade steering line can directly turn to louvre blade on power transmission shaft;
Wherein, during as the sun blind broad, can increase several blade steering lines in suitable place in the stage casing.；
Wherein, in order to keep the uniformity of whole sun blind, but, make the stay cord of left and right sides sheer pole after passing louvre blade two STHs, pass two STHs of top rail again in top rail two ends proper extension and perforate.
3, advantage and effect
Outer magnetic control slide block with the left and right sides, control the move mode of the lower and upper cross-member of hollow glass built-in louver curtain respectively, can realize the blind blades in the hollow glass is turned to any adjusting with expansion direction, expanded the mode of occupation of blind, it is simple and reliable to work, and has good utility function.
(4) description of drawings
The structural representation of the hollow glass built-in louver curtain of the two magnetic control slide block controls of Fig. 1
Symbol description among the figure is as follows
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(5) specific embodiment
See shown in Figure 1, the structural representation of the hollow glass built-in louver curtain of the two magnetic control slide block controls of the present invention, lower transverse beam 1 is arranged at the bottom of louvre blade 2, and top rail 25 is arranged at top, and louvre blade 2 is by the suitable place of many blade steering lines 27 polyphone backs around top rail 25 intermediate solid drive shafts 5.Lower transverse beam 1 each side has stay cord 10 and stay cord 15 to hold, by left side lower transverse beam stay cord 10 wherein, one end is fixed on the correct position in lower transverse beam 1 left side, the other end passes the perforation 3 in whole louvre blades left side, through 14 commutations of stay cord reversing piece, after walking around the stay cord reversing piece 8 on the interior magnetic control slide block in left side again, be fixed on the fixed point 13 of inner frame left upper portion, right side lower transverse beam stay cord 15, one end is fixed on the correct position on lower transverse beam 1 right side, the other end passes the perforation 28 on whole louvre blades right side, after stay cord reversing piece 17 and 14 commutations of stay cord reversing piece, after walking around the stay cord reversing piece 8 on the interior magnetic slider in left side again, be fixed on the fixed point 13 of inner frame left upper portion.Top rail 25 each side has stay cord 9 and stay cord 20 to hold, wherein left side stay cord 9 one ends of top rail are fixed on the inner frame left upper portion fixed point 11, the other end is walked around power transmission shaft left side friction pulley 4, through stay cord reversing piece 12 and stay cord commutation 16 commutations, walk around again in the right side behind the stay cord reversing piece 22 on the magnetic control slide block, be fixed on the fixed point 18 of inner frame right upper portion, right side stay cord 20 1 ends of top rail are fixed on the inner frame right upper portion fixed point 19, the other end is walked around power transmission shaft right side friction pulley 25, through 16 commutations of stay cord reversing piece, walk around again in the right side behind the stay cord reversing piece 22 on the magnetic control slide block, be fixed on the fixed point 18 of inner frame right upper portion.
During work; if with the outer magnetic control slide block 6 of stirring the left side on hand down; by magnetic force interior magnetic control slide block 7 in left side and stay cord reversing piece 8 being done accordingly moves up and down; spur stay cord 10 and stay cord 15 synchronously; make lower transverse beam 1 parallel moving up and down, reach and upwards draw or launch the purpose of louvre blade 3 in downwards.
If with the outer magnetic control slide block 23 of stirring the right side on hand down, by magnetic force magnetic control slide block 24 and stay cord reversing piece 22 being done accordingly moves up and down, spur stay cord 9 and stay cord 20 synchronously, the friction pulley 4 and the friction pulley 26 of the power transmission shaft left and right sides are rotated when driving louvre blades 2 upsets, make top rail 25 parallel moving up and down, reach the purpose of upwards launching or drawing louvre blade 2 downwards in.
Claims (8)
1. the hollow glass built-in louver curtain of two magnetic control slide block controls is made up of louvre blade, blade steering line, stay cord, stay cord reversing piece, top rail, lower transverse beam, inner frame, interior magnetic control slide block, outer magnetic control slide block; It is characterized in that: lower transverse beam (1) each side has stay cord (10) and stay cord (15) to hold, lower transverse beam stay cord (10) wherein, one end is fixed on the correct position in lower transverse beam (1) left side, the other end passes the perforation (3) in whole louvre blades left side, commutate through stay cord reversing piece (14), after walking around the stay cord reversing piece (8) on the interior magnetic control slide block in left side again, be fixed on the fixed point (13) of inner frame left upper portion, right side lower transverse beam stay cord (15), one end is fixed on the correct position on lower transverse beam (1) right side, the other end passes the perforation (28) on whole louvre blades right side, after stay cord reversing piece (17) and stay cord reversing piece (14) commutation, after walking around the stay cord reversing piece (8) on the interior magnetic control slide block in left side again, be fixed on the fixed point (13) of inner frame left upper portion, top rail (25) each side has stay cord (9) and stay cord (20) to hold, wherein left side stay cord (9) one ends of top rail are fixed on the inner frame left upper portion fixed point (11), the other end is walked around power transmission shaft (5) left side friction pulley (4), through stay cord reversing piece (12) and stay cord reversing piece (16) commutation, walk around again in the right side behind the stay cord reversing piece (22) on the magnetic control slide block, be fixed on the fixed point (18) of inner frame right upper portion, right side stay cord (20) one ends of top rail are fixed on the inner frame right upper portion fixed point (19), the other end is walked around power transmission shaft (5) right side friction pulley (25), commutate through stay cord reversing piece (16), walk around again in the right side behind the stay cord reversing piece (22) on the magnetic control slide block (24), be fixed on the fixed point (18) of inner frame right upper portion.
2. the hollow glass built-in louver curtain of according to claim 1 pair of magnetic control slide block control, it is characterized in that: the stay cord reversing piece can be pulley structure.
3. the hollow glass built-in louver curtain of according to claim 1 pair of magnetic control slide block control, it is characterized in that: the stay cord reversing piece can be ganoid fixture.
4. the hollow glass built-in louver curtain of according to claim 1 pair of magnetic control slide block control is characterized in that: in order to reduce the impulse stroke of right side slide block, can the magnetic control slide block adds in the right side about the assembly pulley of two top rail stay cords.
5. the hollow glass built-in louver curtain of according to claim 1 pair of magnetic control slide block control, it is characterized in that: the left friction pulley and the right friction pulley that are installed in the top rail both sides are rotated synchronously by power transmission shaft.
6. the hollow glass built-in louver curtain of according to claim 1 pair of magnetic control slide block control, it is characterized in that: the blade steering line can directly turn to louvre blade on power transmission shaft.
7. the hollow glass built-in louver curtain of according to claim 1 pair of magnetic control slide block control is characterized in that: during as the sun blind broad, can increase several blade steering lines in suitable place in the stage casing.
8. the hollow glass built-in louver curtain of according to claim 1 pair of magnetic control slide block control, it is characterized in that: in order to keep the uniformity of whole sun blind, but, make the stay cord of left and right sides sheer pole after passing louvre blade two STHs, pass two STHs of top rail again in top rail two ends proper extension and perforate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010101042573A CN102140885A (en) | 2010-02-02 | 2010-02-02 | Hollow glass built-in blind controlled by double magnetic control slide blocks |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010101042573A CN102140885A (en) | 2010-02-02 | 2010-02-02 | Hollow glass built-in blind controlled by double magnetic control slide blocks |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN102140885A true CN102140885A (en) | 2011-08-03 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010101042573A Pending CN102140885A (en) | 2010-02-02 | 2010-02-02 | Hollow glass built-in blind controlled by double magnetic control slide blocks |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104204393A (en) * | 2012-03-30 | 2014-12-10 | 立川窗饰工业株式会社 | Horizontal blind and method for manufacturing horizontal blind |
| CN105830813A (en) * | 2016-05-28 | 2016-08-10 | 吴为生 | Automatic flower planting device |
| US10214368B2 (en) | 2015-10-23 | 2019-02-26 | NJM Packaging Inc. | System using magnetic coupling to move a carriage |
| CN111155918A (en) * | 2020-01-17 | 2020-05-15 | 广东金联窗饰有限公司 | Multi-control curtain |
-
2010
- 2010-02-02 CN CN2010101042573A patent/CN102140885A/en active Pending
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104204393A (en) * | 2012-03-30 | 2014-12-10 | 立川窗饰工业株式会社 | Horizontal blind and method for manufacturing horizontal blind |
| CN104204393B (en) * | 2012-03-30 | 2016-08-24 | 立川窗饰工业株式会社 | Horizontal type louver and the manufacture method of horizontal type louver |
| US10214368B2 (en) | 2015-10-23 | 2019-02-26 | NJM Packaging Inc. | System using magnetic coupling to move a carriage |
| CN105830813A (en) * | 2016-05-28 | 2016-08-10 | 吴为生 | Automatic flower planting device |
| CN111155918A (en) * | 2020-01-17 | 2020-05-15 | 广东金联窗饰有限公司 | Multi-control curtain |
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| C06 | Publication | ||
| PB01 | Publication | ||
| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20110803 |