CN204877208U

CN204877208U - Energy -saving multilayer cavity glass shutter that structure is simplified

Info

Publication number: CN204877208U
Application number: CN201520593723.7U
Authority: CN
Inventors: 王卫东; 袁克光; 张�成
Original assignee: Changshu Zhongqin Building Material Co Ltd
Current assignee: Changshu Zhongqin Building Material Co Ltd
Priority date: 2015-08-07
Filing date: 2015-08-07
Publication date: 2015-12-16
Anticipated expiration: 2025-08-07

Abstract

The utility model provides an energy -saving multilayer cavity glass shutter that structure is simplified, belongs to cavity glassware technical field. Including interior, outer frame body, inside and outside glass, middle glass, curtain piece upset transition mechanism, blind, drive controller, curtain piece upset haulage rope and blind lift traction rope, characteristics: drive controller includes manually operation control mechanism, transition slide mechanism and upset of curtain piece and blind lift control mechanism, glass and the actuation of manually operation control mechanism magnetism in the cavity intracavity was just separating including transition slide mechanism established, manually operation control mechanism and guide runner sliding fit, curtain piece upset and blind lift control mechanism establish at outer cavity intracavity and the glass and the slide mechanism magnetism actuation of passing through in the middle of separating, the both ends of curtain piece upset haulage rope are fixed in upset of curtain piece and blind lift control mechanism, blind lift traction rope's middle part cover is put in upset of curtain piece and blind lift control mechanism. Be obedient to user's reasonable selection, it is energy -conserving effectual.

Description

The energy-saving multilayer hollow glass louver that structure simplifies

Technical field

The utility model belongs to hollow glass products technical field, is specifically related to the energy-saving multilayer hollow glass louver that a kind of structure simplifies.

Background technology

Hollow glass louver has self-evident following strong point: thermal insulation is good and use the energy-conservation of embodiment building; The harassment that sound-proofing is excellent and use from the noisy noise in the external world; Anti-condensation is coagulated frost and uses and guarantee that indoor light is sufficient and embody the beautiful effect expected; Regulated by the deflection angle of the curtain sheet to blind and the indoor lighting used needed for acquisition requires and protect privacy, stain the curtain sheet of blind and use to embody and excellent exempt from cleaning effect from trifle in the world; Have desirable decorative and use the class promoting building to building; Impact resistance is strong, safety good and long service life and use the installation requirement that meets highrise building and meet the non-maintaining requirement of ultimate attainment Long-Time Service; Use simple Portable power saving and use adaptation all ages and classes and different body able one operation, etc.

Technical information about hollow glass louver can be seen in disclosed Chinese patent literature, the hollow glass as CN2564720Y(built-in louver curtain), shutter in CN2767624Y(hollow glass), shutter in the hollow glass that CN2767625Y(structure is improved), shutter in CN2756796Y(hollow glass), CN2232968Y(is provided with the monolithic door sash of horizontal shutter in double-layer glass), CN2297952Y(Magnetic driving formula adds layer and to stretch heavy curtain), CN2326718Y(totally-enclosed shutter), shutter in the structure improved hollow glass of CN100535378C(), sun-shading hollow blind is established) in CN102444372A(mono-kind, the chain-drive mechanism of CN101392625B(bottom-fixed blind curtain), CN202090817U(Manual hollow shutter), CN202090815U(Manual hollow shutter) and CN104675257A(electric-powered shutter), and foreign patent is as W003071082A, US2004211528A, etc.

What the patent document being not limited to exemplify above related to is all single cavity structure, although the hollow glass louver of this single cavity structure can embody the applicant in above mentioned many strong points, be still difficult to meet the torrid zone or cold district to the heat-insulation and heat-preservation requirement of heat.

Adopt multiple glazing shutter such as by interior, in, outer three pieces of glass form two cavities and arrange blind wherein in a cavity and significantly can improve heat insulation and preservation effect and use the power conservation requirement meeting industry and expect.

Although the technical information of visible all multiple glazings in disclosed Chinese patent literature, as CN102425360A(multilayer hollow protects glass), CN202300006U(multiple cavity hollow glass), CN202611467U(multiple glazing) and CN203769573U(multiple glazing) etc., but the structure design for multiple glazing shutter there is no the enlightenment of referential technology, because multiple glazing and multiple glazing shutter belong to two diverse structural systems, the former is by according to needing the glass of quantity mutual cementation under the state forming separate space, and the latter needs to arrange in preferred separate space both to have made shutter elevating that the curtain sheet of blind can be made to overturn the associated components of (i.e. angular adjustment).

Utility model patent Authorization Notice No. CN202627912U recommends to be had " a kind of novel multi-layer vacuum glass jalousie glass device ", it is made up of internal layer vacuum glass layer, curtain housing, outer single-glass layer and sun blind, internal layer vacuum glass layer is fixedly connected with the inner side frame of curtain housing, outer single-glass layer is flexibly connected with the outside frame of curtain housing, and sun blind are arranged on curtain housing interior (specifically can see the 0004th section, the manual of this patent).By reading known to the full text of this patent specification, the sun blind due to this patent are not be enclosed in cavity, thus do not belong to the structural system of multiple glazing shutter truly.

Theoretically, as long as such as increase in prior art the multiple glazing shutter that a framework and one piece of glass can form three glass two chambeies on the basis of above mentioned hollow glass louver structure, three glass are outer glass (towards the glass of outdoor buildings under using state, as follows), interior glass is (towards the glass of Indoor environment under using state, as follows) and cavity separates glass and intermediate glass (is positioned at, glass between outer glass), two chambeies are outer glass and cavity and separate outer cavity between glass and interior glass and cavity and separate interior cavity between glass.Not only but the multiple glazing blind that this structure is formed can produce following puzzlement when being installed on building in the use procedure of reality: be difficult to find rational equalization point between heat-insulation and heat-preservation and controller are to both operability of blind, because if blind is arranged in aforesaid interior cavity, although so can operate the curtain sheet upset and shutter elevating controlling organization that are positioned at cavity by being arranged in the manual operation controlling organization of glass towards Indoor environment side in the conventional mode, blind is complied with need be elevated or make curtain sheet to comply with to need upset, but because blind is arranged in cavity, thus outer cavity produces certain impact because of the existence without blind to heat-insulation and heat-preservation.Otherwise, if blind is arranged in outer cavity, though so significantly heat insulation and preservation effect can be improved, but be arranged in glass towards indoor side manual operation controlling organization cannot across cavity to be positioned at outer cavity curtain sheet upset and shutter elevating controlling organization operate, because manual operation controlling organization and curtain sheet to overturn with shutter elevating controlling organization across one piece of glass each other by together with magnet piece magnetic attracting, Chinese invention patent application publication No. CN104747054A(double-layer glass window with built-in louver can be referred to this).Another one factor is: consider from the decoration effect to building and the actual user demand from user, being arranged at by blind in outer cavity is first-selected scheme, but cannot manually operate controlling organization to the curtain sheet upset be arranged on blind in outer cavity and shutter elevating controlling organization implementation and operation at Indoor environment owing to being subject to structure restriction, thus the lifting that not only have impact on decorating building decoration result, and limit the choose reasonable of user.

For above-mentioned prior art, be necessary to be improved, the applicant has done positive and useful design for this reason, finally defines technical scheme described below.

Summary of the invention

Task of the present utility model be to provide a kind of contribute to meeting blind is arranged in outer cavity and meet by manual operation controlling organization across interior cavity the curtain sheet be arranged at blind in outer cavity overturn and shutter elevating controlling organization implementation and operation requirement and use heat-insulation and heat-preservation with handlingly can obtain rational equalization point between the two and the energy-saving multilayer hollow glass louver that simplifies of the structure meeting the selection demand of user to blind.

Task of the present utility model has been come like this, the energy-saving multilayer hollow glass louver that a kind of structure simplifies, comprise internal frame body, outer frame body, interior glass, outer glass, intermediate glass, curtain sheet upset transition mechanism, blind, for the driving governor that the curtain sheet of ordering about shutter elevating and order about blind overturns, curtain sheet upset pull rope and shutter elevating pull rope, in, outer frame body arranges with aspectant state each other and this is interior, the square shape of outer frame body all in Chinese character constructs, interior glass and internal frame body are back to the side cementation of outer frame body, and maintain interior space between this interior glass and intermediate glass, interior cavity is configured to by this interior space, outer glass and outer frame body are back to the side cementation of internal frame body, and maintain the external space between this outer glass and intermediate glass, outer cavity is configured to by this external space, a sliver is fixed with longitudinal state at the left side edge position of the short transverse of interior glass, this sliver is positioned at glass back to the side of intermediate glass and is configured with a guide runner, curtain sheet upset transition mechanism and blind are arranged in outer cavity, and curtain sheet upset transition mechanism corresponds to the top of blind, and the curtain sheet upset rope of blind overturns transition mechanism with curtain sheet and is connected, the two ends of curtain sheet upset pull rope are all fixed on driving governor, and middle part is nested with on curtain sheet upset transition mechanism, one end of shutter elevating pull rope is fixed on curtain sheet upset transition mechanism, middle part is nested with on driving governor, and the other end is fixedly connected with the blind sill strip of the bottom of blind after the curtain sheet pull rope resigning hole in the curtain sheet being opened in blind, be characterised in that described driving governor comprises manual operation controlling organization, transition slide mechanism and curtain sheet overturn and shutter elevating controlling organization, transition slide mechanism is arranged in described interior cavity up or down, and be positioned at the left side of the short transverse of cavity, this transition slide mechanism across glass in described together with manual operation controlling organization magnetic attracting, and the position on right side and described guide runner that manual operation controlling organization is corresponding to described sliver are slidably matched, curtain sheet upset is arranged in described outer cavity with the position that shutter elevating controlling organization is corresponding to transition slide mechanism up or down, and this curtain sheet upset and shutter elevating controlling organization across described intermediate glass together with transition slide mechanism magnetic attracting, the two ends of described curtain sheet upset pull rope are all fixed on the upset of described curtain sheet with on shutter elevating controlling organization, the middle part of described shutter elevating pull rope is nested with in curtain sheet upset with on shutter elevating controlling organization.

In a specific embodiment of the present utility model, on described outer frame body and the outer frame body upper transverse frame pipe being positioned at outer frame body towards under side be connected with one and cover and protect frame, this covers the length direction protecting frame and is configured with one and covers and protect frame chamber, described curtain sheet upset transition mechanism comprises curtain sheet trip shaft supporting base, curtain sheet trip shaft, curtain sheet upset traction wheel, curtain sheet upset pull rope transition wheel seat, curtain sheet upset pull rope transition wheel and a pair curtain sheet upset rope drive guide bracket, the position that curtain sheet trip shaft supporting base covers the left end protecting frame described in corresponding to directly is formed in the position of described outer frame body towards the upper left corner of described outer cavity side, the left end of curtain sheet trip shaft to be bearing in rotationally on curtain sheet trip shaft supporting base and to be stretched over the left side of curtain sheet trip shaft supporting base, and the right-hand member of curtain sheet trip shaft extend to horizontal boom state described in cover and protect in frame chamber, curtain sheet turning wheel is fixed on the left end of described curtain sheet trip shaft in the position in the left side corresponding to curtain sheet trip shaft supporting base, curtain sheet upset pull rope transition wheel seat is directly formed in the position of described outer frame body towards the lower-left corner of described outer cavity side, and it is corresponding with curtain sheet trip shaft supporting base, curtain sheet upset pull rope transition wheel is arranged on the left side of curtain sheet upset pull rope transition wheel seat rotationally and to overturn traction wheel corresponding with curtain sheet, a pair curtain sheet upset rope drive guide bracket be positioned at described in cover protect frame cover protect frame chamber and with cover the chamber diapire scarf protecting frame chamber, this drives the upset of one of them curtain sheet in guide bracket rope to drive guide bracket to be connected with the left end of described curtain sheet trip shaft to curtain sheet upset rope, and a pair curtain sheet upset rope drives the upset of another curtain sheet in guide bracket rope to drive guide bracket to be connected with the right-hand member of curtain sheet trip shaft, the middle part of described curtain sheet upset pull rope is nested with on described curtain sheet upset pull rope and curtain sheet upset pull rope transition wheel, one end of described curtain sheet lifting pull rope is fixed on described curtain sheet trip shaft supporting base, the curtain sheet upset rope of described blind overturns to restrict with a pair described curtain sheet and drives guide bracket to be connected.

In another specific embodiment of the present utility model, a pair described curtain sheet turning wheel drives guide bracket respectively to comprise upset drum axle bed, upset drum axle and upset drum, upset drum axle bed is configured with a upset drum guide wheel chamber, a upset drum guide wheel is provided with rotationally by upset drum guide wheel shaft in this upset drum guide wheel chamber, the embedding pin of a upset drum axle bed is configured with in the bottom of upset drum axle bed, this upset drum embedding pin of axle bed and describedly cover the chamber diapire build-in protecting frame chamber, rouse the top of the left and right wall body of axle bed in upset and be respectively configured with a upset drum axle support slot in position to correspond to each other, and offer pull rope slot to make way in the position of the below corresponding to upset drum axle support slot, by this pull rope slot to make way, described upset drum guide wheel chamber is communicated with the external world, in upset drum guide wheel chamber and the position of left end being positioned at the chamber diapire in upset drum guide wheel chamber is configured with a baffle plate with plumbness, the top of this baffle plate leans out upset drum guide wheel chamber, the position of the right-hand member of the chamber diapire in upset guide wheel chamber offers a cord hole, one is offered from the through curtain sheet trip shaft mating holes to right-hand member of left end overturning drum axle in the middle position of the length direction of upset drum axle, and the two ends of upset drum axle are bearing on upset drum axle bed in the position of correspondence described upset drum axle support slot rotationally, a magnetic conductive disk and a upset drum axle frictional disk is also fixed with at the right-hand member of upset drum axle, upset drum axle frictional disk is positioned at the left side of magnetic conductive disk and sticks together with magnetic conductive disk, upset drum puts the middle part of the length direction at upset drum axle by the upset drum borehole jack being opened in the middle position of its length direction, and correspond to the top in described upset drum guide wheel chamber, overturning the left end of drum and be configured with a limited step matched with baffle plate in the position corresponding to described baffle plate, and overturning the right-hand member of drum and be configured with a magnet chamber around the circumferencial direction that upset is roused, to be embedded with on one horsehoe magnet and once horsehoe magnet corresponding to the position in this magnet chamber, on, be pulled together under the state that the pole orientation of lower horsehoe magnet coordinates on the contrary and to face each other, a upset drum frictional disk is configured with on upset drum and in the position on the right side corresponding to magnet chamber, the bulging axle frictional disk of this upset drum frictional disk and described upset against each other together with, upset drum is also configured with a upset rope winding hyoplastron, the curtain sheet upset position that rope is corresponding to described cord hole of described blind is connected with this upset rope winding hyoplastron, described curtain sheet trip shaft and described curtain sheet trip shaft mating holes are inserted solid.

In another specific embodiment of the present utility model, described upper horsehoe magnet is configured with horsehoe magnet chamber on towards the side of described lower horsehoe magnet, and lower horsehoe magnet is configured with horsehoe magnet chamber towards the side of upper horsehoe magnet, upper horsehoe magnet chamber and lower horsehoe magnet chamber in the position corresponding to described magnet chamber with aspectant state obvolvent on described upset is bulging, described upset drum axle frictional disk is made to overturn that bulging frictional disk is rubbing against one another coordinates with described to the magnetic attraction of described magnetic conductive disk by upper horsehoe magnet and lower horsehoe magnet, described magnetic conductive disk is iron pan.

In another specific embodiment of the present utility model, described transition slide mechanism comprises transition sliding seat, upper slide guide roller, lower slide guide roller and one group of transition sliding seat magnetic patch, slide guide roller chamber on one is offered in the upper end of the short transverse of transition sliding seat, middle part offers the quantity magnetic patch embedding chamber equal with the quantity of one group of transition sliding seat magnetic patch with space state from top to bottom, and lower end offers slide guide roller chamber, upper slide guide roller chamber, the embedding chamber of magnetic patch and lower slide guide roller chamber all through to rear side from the front side of transition sliding seat, upper slide guide roller is bearing in slide guide roller chamber rotationally, lower slide guide roller is bearing in lower slide guide roller chamber rotationally, one group of transition sliding seat magnetic patch is embedded in the embedding chamber of magnetic patch, wherein: described upper slide guide roller and lower slide guide roller lean out respectively, the front side in lower slide guide roller chamber and rear side accent and simultaneously with described in glass towards intermediate glass side surface contact and with the side surface contact of intermediate glass towards interior glass, described manual operation controlling organization across interior glass together with the front side magnetic attracting of described one group of transition sliding seat magnetic patch, and described curtain sheet upset and shutter elevating controlling organization across intermediate glass together with the rear side magnetic attracting of one group of transition sliding seat magnetic patch.

Also have in a specific embodiment of the present utility model, on described slide guide roller chamber the chamber wall faced each other on and respectively offer slide guide roller shaft support slot in mutually corresponding position, described upper slide guide roller is bearing on upper slide guide roller shaft support slot by upper slide guide roller shaft rotationally; The chamber wall faced each other in described lower slide guide roller chamber respectively offers slide guide roller shaft support slot in mutually corresponding position, and described lower slide guide roller is bearing on lower slide guide roller shaft support slot rotationally by lower slide guide roller shaft.

More of the present utility model and in a specific embodiment, the width of described interior cavity is consistent with the thickness of described internal frame body; The width of described outer cavity is consistent with the thickness of described outer frame body.

In an of the present utility model and then specific embodiment, the width of described outer cavity is larger than the width of described interior cavity.

Of the present utility model again more and in a specific embodiment, the width of described interior cavity is 1/2nd or 3/5ths of described outer cavity width.

In an again of the present utility model and then specific embodiment, in cavity and the left side being positioned at the short transverse of cavity has an internal frame body and protects frame in described, this internal frame body protects frame and is connected with the right side of the vertical moulding in an internal frame body left side forming described internal frame body, and described transition slide mechanism is up or down being protected frame and internal frame body is left indulges in the space that formed between moulding by internal frame body; In described outer cavity and the left side being positioned at the short transverse of outer cavity has an outer frame body protects frame, this outer frame body protects frame and is connected with the right side of the vertical moulding in an outer frame body left side forming described outer frame body, and described curtain sheet upset and shutter elevating controlling organization are up or down being protected frame and outer frame body is left indulges in the space that formed between moulding by outer frame body.

The technical scheme that the utility model provides is owing to having done improvement to the structural system of the driving governor in prior art, the transition slide mechanism being arranged in cavity is driven by manual operation controlling organization, and then drive the curtain sheet be arranged in outer cavity with blind to overturn and shutter elevating controlling organization by transition slide mechanism across intermediate glass, finally realize the upset of curtain sheet and the lifting of blind through curtain sheet upset pull rope and shutter elevating pull rope; Owing to meeting the requirement be arranged at by blind in outer cavity, thus heat-insulation and heat-preservation with handlingly can have found rational equalization point between the two, both can be obedient to the choose reasonable of user, desirable energy-saving effect can be embodied again.

Accompanying drawing explanation

Fig. 1 is embodiment schematic diagram of the present utility model.

Fig. 2 is the generalized section of Fig. 1.

A pair curtain sheet turning wheel that Fig. 3 is the structural system of the curtain sheet upset transition mechanism shown in Fig. 1 drives the detailed structure view of guide bracket.

First of the transition slide mechanism that Fig. 4 is the structural system of the driving governor shown in Fig. 1 and Fig. 2 implements illustration.

Second of the transition slide mechanism that Fig. 5 is the structural system of the driving governor shown in Fig. 1 and Fig. 2 implements illustration.

Detailed description of the invention

In order to enable the auditor of Patent Office especially the public clearly understand technical spirit of the present utility model and beneficial effect, applicant will elaborate below by way of example, but not all the restriction to the utility model scheme to the description of embodiment, any according to being only pro forma but not substantial equivalent transformation and all should being considered as the technical solution of the utility model category done by the utility model design.

Everyly in the following description relate to upper and lower, left and right, the concept of directionality (or claim directionality) of front and rear is all for the location status residing for the figure be described, object is to facilitate public understanding, thus can not be understood as the particular determination to the technical scheme that the utility model provides.

Refer to Fig. 1 and Fig. 2, give the internal frame body 1 of the structural system of the energy-saving multilayer hollow glass louver that the utility model structure simplifies, outer frame body 2, interior glass 3a, outer glass 3b, intermediate glass 3c, curtain sheet upset transition mechanism 4, blind 5, the driving governor 6 that the curtain sheet 51 being elevated and ordering about blind 5 for ordering about blind 5 overturns, curtain sheet upset pull rope 7a and shutter elevating pull rope 7b, in, outer frame body 1, 2 are arranged with aspectant state and this is interior each other, outer frame body 1, 2 square shapes all in Chinese character construct, interior glass 3a and internal frame body 1 are back to the side cementation of outer frame body 2, and maintain interior space between this interior glass 3a and intermediate glass 3c, interior cavity 10a is configured to by this interior space, outer glass 3b and outer frame body 2 are back to the side cementation of internal frame body 1, and maintain the external space between this outer glass 3b and intermediate glass 3c, outer cavity 10b is configured to by this external space, bonding adhesive is adopted to be fixed with a sliver 8 at the left side edge position of the short transverse of interior glass 3a with longitudinal state, this sliver 8 is positioned at glass 3a back to the side of intermediate glass 3c and is configured with a guide runner 81, curtain sheet upset transition mechanism 4 and blind 5 are arranged in outer cavity 10b, and curtain sheet upset transition mechanism 4 corresponds to the top of blind 5, and the curtain sheet upset rope 52 of blind 5 overturns transition mechanism 4 with curtain sheet and is connected, the two ends of curtain sheet upset pull rope 7a are all fixed on driving governor 6, and middle part is nested with on curtain sheet upset transition mechanism 4, one end of shutter elevating pull rope 7b is fixed on curtain sheet upset transition mechanism 4, middle part is nested with on driving governor 6, and the other end is fixedly connected with the blind sill strip 53 of the bottom of blind 5 after the curtain sheet pull rope resigning hole 511 in the curtain sheet 51 being opened in blind 5.

Because the structure of aforesaid internal frame body 1 and outer frame body 2 belongs to prior art, such as can see the manual of the patent mentioned in the superincumbent background technology hurdle of applicant, especially can see the manual of CN104747054A, thus applicant no longer describes in detail.In addition, namely internal frame body sealing joint strip 11(Fig. 2 be set show corresponding to the position, edge between interior glass 3a and intermediate glass 3c at the position, edge of internal frame body 1), by internal frame body sealing joint strip 11 by inside interior glass 3a and intermediate glass 3c() with the state faced each other and internal frame body 1 cementation, as a whole and internal cavity 10a seals; Same reason, namely outer frame body sealing joint strip 22 is being set, by outer frame body sealing joint strip 22 by outside outer glass 3b and intermediate glass 3c(corresponding to the position, edge between outer glass 3b and intermediate glass 3c at the position, edge of outer frame body 2) with outer frame body 2 cementation under the state faced each other as a whole and externally cavity 10b seal.

Technical essential as the technical scheme that the utility model provides: aforementioned driving governor 6 comprises manual operation controlling organization 61, transition slide mechanism 62 and curtain sheet overturn and shutter elevating controlling organization 63, transition slide mechanism 62 is arranged in aforementioned interior cavity 10a up or down, and be positioned at the left side of the short transverse of cavity 10a, this transition slide mechanism 62 across aforesaid interior glass 3a together with manual operation controlling organization 61 magnetic attracting, and the position on right side and described guide runner 81 that manual operation controlling organization 61 is corresponding to described sliver 8 are slidably matched, curtain sheet upset is arranged in aforesaid outer cavity 10b with the position that shutter elevating controlling organization 63 is corresponding to transition slide mechanism 62 up or down, and this curtain sheet upset and shutter elevating controlling organization 63 across described intermediate glass 3c together with transition slide mechanism 62 magnetic attracting, the two ends of aforementioned curtain sheet upset pull rope 7a are all fixed on the upset of aforementioned curtain sheet with on shutter elevating controlling organization 63, the middle part of aforementioned shutter elevating pull rope 7b is nested with in curtain sheet upset with on shutter elevating controlling organization 63.

On aforementioned outer frame body 2 and the outer frame body upper transverse frame pipe 21 being positioned at outer frame body 2 towards under side be connected with one and cover and protect frame 211, this covers the length direction protecting frame 211 and is configured with one and covers and protect frame chamber 2111.

Aforementioned curtain sheet upset transition mechanism 4 comprises curtain sheet trip shaft supporting base 41, curtain sheet trip shaft 42, curtain sheet upset traction wheel 43, curtain sheet upset pull rope transition wheel seat 44, curtain sheet upset pull rope transition wheel 45 and a pair curtain sheet upset rope drive guide bracket 46, curtain sheet trip shaft supporting base 41 is directly formed in the position of the outer frame body 2 upper left corner (also can claim supralevoversion angle joint) of cavity 10b side toward the outside corresponding to aforementioned position of covering the left end protecting frame 211, the left end of curtain sheet trip shaft 42 to be bearing in rotationally on curtain sheet trip shaft supporting base 41 and to be stretched over the left side of curtain sheet trip shaft supporting base 41, and the right-hand member of curtain sheet trip shaft 42 extends to aforementioned covering with horizontal boom state protects in frame chamber 2111, curtain sheet turning wheel 43 is fixed on the left end of curtain sheet trip shaft 42 in the position in the left side corresponding to curtain sheet trip shaft supporting base 41, curtain sheet upset pull rope transition wheel seat 44 is directly formed in the position of the outer frame body 2 lower-left corner (also can claim lower-left corner coupling head) of cavity 10b side toward the outside, and it is corresponding with curtain sheet trip shaft supporting base 41, curtain sheet upset pull rope transition wheel 45 is arranged on the left side of curtain sheet upset pull rope transition wheel seat 44 rotationally by transition wheel shaft and to overturn traction wheel 43 corresponding with curtain sheet, a pair curtain sheet upset rope drive guide bracket 46 be positioned at aforementioned cover protect frame 211 cover protect frame chamber 2111 and with cover the chamber diapire scarf protecting frame chamber 2111, this drives the upset of one of them curtain sheet in guide bracket 46 rope to drive guide bracket to be connected with the left end of described curtain sheet trip shaft 42 to curtain sheet upset rope, and a pair curtain sheet upset rope drives the upset of another curtain sheet in guide bracket 46 rope to drive guide bracket to be connected with the right-hand member of curtain sheet trip shaft 42, the middle part of aforementioned curtain sheet upset pull rope 7a is nested with on aforementioned curtain sheet upset pull rope 43 and curtain sheet upset pull rope transition wheel 45, one end of aforementioned curtain sheet lifting pull rope 7b is fixed on aforementioned curtain sheet trip shaft supporting base 41, the curtain sheet upset rope 52 of aforementioned blind 5 overturns to restrict with a pair curtain sheet and drives guide bracket 46 to be connected.

Although applicant drives the quantity of guide bracket 46 to be a pair which are mentioned aboving curtain sheet turning wheel, but when the door width of blind 5 is larger, compliance can be made increase, to ensure that curtain sheet turning wheel drives the quantity of guide bracket 46 consistent with the quantity of the shutter overturn rope 52 be arranged at intervals on blind 5.

Refer to Fig. 3, aforesaid a pair curtain sheet turning wheel drives guide bracket 46 respectively to comprise upset drum axle bed 461, upset drum axle 462 and upset drum 463, upset drum axle bed 461 is configured with a upset drum guide wheel chamber 4611, in this upset drum guide wheel chamber 4611, be provided with a upset drum guide wheel 46112(Fig. 1 rotationally by upset drum guide wheel shaft 46111 show), the embedding pin 4612 of a upset drum axle bed is configured with in the bottom of upset drum axle bed 461, this upset drum axle bed embedding pin 4612 with aforementioned cover protect frame 211 cover the chamber diapire build-in protecting frame chamber 2111, specifically: to cover on the chamber diapire protecting frame chamber 2111 and to offer embedding pin chamber in the position corresponding to the embedding pin of upset drum axle bed 4612, the embedding pin of upset drum axle bed 4612 is being corresponded to the position in embedding pin chamber and covering the chamber diapire build-in protecting frame chamber 211, rouse the top of the left and right wall body of axle bed 461 in upset and be respectively configured with a upset drum axle support slot 4613 in position to correspond to each other, and offer pull rope slot to make way 4614 in the position of the below corresponding to upset drum axle support slot 4613, by this pull rope slot to make way 4614, aforesaid upset drum guide wheel chamber 4611 is communicated with the external world, aforesaid shutter elevating pull rope 7b is being fixedly connected with the blind sill strip 53 of blind 5 after pull rope slot to make way 4614 with upset drum guide wheel 46112, in upset drum guide wheel chamber 4611 and the position being positioned at the left end of the chamber diapire in the bulging guide wheel chamber 4611 of upset is configured with a baffle plate 46113 with plumbness, the top of this baffle plate 46113 leans out upset drum guide wheel chamber 4611, the position of the right-hand member of the chamber diapire in upset guide wheel chamber 4611 offers a cord hole 46114, curtain sheet upset rope 52 and shutter elevating pull rope 7b are all by way of this cord hole 46114.One is offered from the through curtain sheet trip shaft mating holes 4621 to right-hand member of left end overturning drum axle 462 in the middle position of the length direction of upset drum axle 462, and the two ends of upset drum axle 462 are bearing on upset drum axle bed 461 in the position of correspondence upset drum axle support slot 4613 rotationally, magnetic conductive disk 4622 and a upset drum axle frictional disk 4623 is also fixed with at the right-hand member of upset drum axle 462, upset drum axle frictional disk 4623 is positioned at the left side of magnetic conductive disk 4622 and sticks together with magnetic conductive disk 4622, upset drum 463 is nested with the middle part of the length direction at upset drum axle 462 by the upset drum hole 4631 being opened in the middle position of its length direction, and correspond to the top in upset drum guide wheel chamber 4611, overturning the left end of drum 463 and be configured with a limited step 4632 matched with baffle plate 46113 in the position corresponding to baffle plate 46113, and overturning the right-hand member of drum 463 and be configured with a magnet chamber 4633 around the circumferencial direction overturning drum 463, to be embedded with on one horsehoe magnet 4636 and once horsehoe magnet 4637 corresponding to the position in this magnet chamber 4633, on, lower horsehoe magnet 4636, be pulled together under the state that the pole orientation of 4637 coordinates on the contrary and to face each other, a upset drum frictional disk 4634 is configured with on upset drum 463 and in the position on the right side corresponding to magnet chamber 4633, the bulging axle frictional disk 4623 of this upset drum frictional disk 4634 and described upset against each other together with, upset drum 463 is also configured with a upset rope winding hyoplastron 4635, the curtain sheet upset rope 52 of aforesaid blind 5 draws and is connected (overturning winding multi-turn on winding hyoplastron 4635 of restricting) with this upset rope winding hyoplastron 46335 on the position corresponding to aforementioned cord hole 46114, aforesaid curtain sheet trip shaft 42 is inserted solid with described curtain sheet trip shaft mating holes 4621.

Please continue to refer to Fig. 3, aforesaid upper horsehoe magnet 4636 is configured with horsehoe magnet chamber 46361 on towards the side of aforementioned lower horsehoe magnet 4637, and lower horsehoe magnet 4637 is configured with horsehoe magnet chamber 46371 towards the side of upper horsehoe magnet 4636, upper horsehoe magnet chamber 46361 and lower horsehoe magnet chamber 46371 in the position corresponding to aforementioned magnet chamber 4633 with aspectant state obvolvent on described upset drum 463, described upset drum axle frictional disk 4623 is made to overturn that bulging frictional disk 4634 is rubbing against one another coordinates with aforementioned to the magnetic attraction of aforementioned magnetic conductive disk 4622 by upper horsehoe magnet 4636 and lower horsehoe magnet 4637, aforesaid magnetic conductive disk 4622 is magnetizable iron pan.

As preferred scheme, the shape of cross section rectangular (rectangle) of aforesaid curtain sheet trip shaft mating holes 4621 or square, the shape of cross section of aforesaid curtain sheet trip shaft 42 is with example, and structure like this can make curtain sheet trip shaft 42 reliably be connected with upset drum axle 462 and be able to be driven by curtain sheet trip shaft 42 overturn drum axle 462.In addition, from the signal of Fig. 3, the shape of cross section of upset drum axle 462 is round outside but spuare inside shape.

Because the top of the curtain sheet upset rope 52 of blind 5 is on the upset rope winding hyoplastron 4635 being enclosed within upset drum 463, again because upset wheel shaft 462 is fixed by its curtain sheet trip shaft mating holes 4621 and curtain sheet trip shaft 42, also because upset drum 463 empty set (being namely nested with rotationally) is on upset drum axle 462, and then fit together with upset drum axle frictional disk 4623 under the adhesive effect of upper horsehoe magnet 4636 and lower horsehoe magnet 4637 pairs of magnetic conductive disks 4622 due to the upset drum frictional disk 4634 of the right-hand member overturning drum 463, therefore when curtain sheet upset pull rope 7a drives curtain sheet upset traction wheel 43 and rotates corresponding angle by curtain sheet upset traction wheel 43 curtain sheet trip shaft 42, upset drum axle 462 is driven to rotate corresponding angle by curtain sheet trip shaft 42, magnetic conductive disk 4622 and upset drum axle frictional disk 4623 is driven by it while upset drum axle 462 rotates, drive under the state rubbing against one another with upset drum frictional disk 4634 by upset drum axle frictional disk 4623 and overturn drum frictional disk 4634, thus make upset drum 463 correspondingly turn over an angle.Be connected to the upset rope winding hyoplastron 4635 of upset drum 463 on because curtain sheet overturns rope 52 with canoe as aforementioned, thus rotating in the process of an angle at upset drum 463 drives curtain sheet to overturn rope 52, finally overturning rope 52 by curtain sheet drives the curtain sheet 51 being arranged on the blind 5 that curtain sheet overturns on rope 52 to overturn, such as when curtain sheet 51 is turned to closed state, limited step 4632 on upset drum 463 so now contacts with baffle plate 46113, namely acted on by baffle plate 46113 pairs of limited steps 4632, stop upset drum 463 then to rotate.In this condition, by curtain sheet upset traction wheel 43, curtain sheet trip shaft 42 is rotated further even if the curtain sheet illustrated by Fig. 1 and Fig. 2 overturns pull rope 7a, so because upset drum 463 and upset drum frictional disk 4634 thereof remain static, on magnetic conductive disk 4622 is shaken off (breaking away from), lower horsehoe magnet 4636, 4637 magnetic adhesions to it, upset drum axle 462 is rotated with curtain sheet trip shaft 42, move because curtain sheet trip shaft 42 belongs to idle running with this rotation of upset drum axle 462, the rotation referring to and do not drive upset drum 463 is moved in so-called idle running, thus the frictional force of aforesaid curtain sheet upset pull rope 7a to curtain sheet upset traction wheel 43 is faint, thus curtain sheet can be protected to overturn traction wheel 43 and curtain sheet upset pull rope 7a ultimate attainmently, avoid the damage that severe friction causes, and because upset drum 463 remains static, thus curtain sheet also can be protected to overturn rope 52.

Refer to Fig. 4 and composition graphs 1 and Fig. 2, aforesaid transition slide mechanism 62 comprises transition sliding seat 621, upper slide guide roller 622, lower slide guide roller 623 and one group of transition sliding seat magnetic patch 624, slide guide roller chamber 6211 on one is offered in the upper end of the short transverse of transition sliding seat 621, middle part offers the embedding chamber 6212 of the quantity magnetic patch equal with the quantity of one group of transition sliding seat magnetic patch 624 with space state from top to bottom, and lower end offers slide guide roller chamber 6213, upper slide guide roller chamber 6211, the embedding chamber of magnetic patch 6212 and lower slide guide roller chamber 6213 are all through to rear side (location status for shown in Fig. 1) from the front side of transition sliding seat 621, upper slide guide roller is bearing in slide guide roller chamber 6211 rotationally, lower slide guide roller 623 is bearing in lower slide guide roller chamber 6213 rotationally, one group of transition sliding seat magnetic patch 624 is embedded in the embedding chamber 6212 of magnetic patch.Wherein: aforementioned upper slide guide roller 622 and lower slide guide roller 623 lean out respectively, lower slide guide roller chamber 6211, the front side of 6213 and rear side accent (location status for shown in Fig. 1) and simultaneously with aforesaid interior glass 3a towards the side surface contact of intermediate glass 3c and with the side surface contact of intermediate glass 3c towards interior glass 3a, aforesaid manual operation controlling organization 61 across interior glass 3a together with front side (location status for shown in Fig. 1) magnetic attracting of described one group of transition sliding seat magnetic patch 624, and the upset of aforesaid curtain sheet and shutter elevating controlling organization 63 across intermediate glass 3c together with rear side (location status for shown in Fig. 1) magnetic attracting of one group of transition sliding seat magnetic patch 624.

Still see Fig. 4, on aforementioned slide guide roller chamber 6211 the chamber wall faced each other on and respectively offer slide guide roller shaft support slot 62111 in mutually corresponding position, aforesaid upper slide guide roller 622 is bearing on upper slide guide roller shaft support slot 62111 by upper slide guide roller shaft 6221 rotationally; The chamber wall faced each other in aforementioned lower slide guide roller chamber 6213 respectively offers slide guide roller shaft support slot 62131 in mutually corresponding position, and aforesaid lower slide guide roller 623 is bearing on lower slide guide roller shaft support slot 62131 rotationally by lower slide guide roller shaft 6231.

Refer to Fig. 5, as the another kind of embodiment of transition slide mechanism 62; The chamber wall faced each other in upper slide guide roller chamber 6211 respectively offers slide guide roller shaft pivotable support holes 62112 in mutually corresponding position, and upper slide guide roller 622 is bearing in upper slide guide roller shaft pivotable support holes 62112 by upper slide guide roller shaft 6221 rotationally; The chamber wall faced each other in lower slide guide roller chamber 6213 respectively offers slide guide roller shaft pivotable support holes 62132 in mutually corresponding position, lower slide guide roller 623 by lower slide guide roller shaft 6231 rotating support in lower slide guide roller shaft pivotable support holes 62132.

Shown in Fig. 1 and Fig. 2, the width of aforesaid interior cavity 10a is consistent with the thickness of described internal frame body 1; Equally, the width of aforesaid outer cavity 10b is consistent with the thickness of aforementioned outer frame body 2.It can thus be appreciated that the thickness of inside and outside framework 1,2 determines the width of inside and outside cavity 10a, 10b respectively.

In the present embodiment, the width of front outer cavity 10b is larger than the width of aforementioned interior cavity 10a, this is because blind 5 is arranged in outer cavity 10a, again because the width of outer cavity 10b must meet the width of the curtain sheet 51 adapting to blind 5, otherwise intermediate glass 3c and outer glass 3b can produce interference effect to the lifting of blind 5, it can thus be appreciated that the width of outer cavity 10b depends on the width of curtain sheet 51.

Preferably, the width of aforementioned interior cavity 10a is 1/2nd or 3/5ths of aforementioned outer cavity width.

As shown in Figure 1 and mention above: have a sliver 8 at the left side edge position of aforementioned interior glass 3a with longitudinal state cementation, in the short transverse of this sliver 8 and the side towards described manual operation controlling organization 61 offers a guide runner 81, manual operation controlling organization 61 and this guide runner 81 are slidably matched.Side on the manual operation sliding seat 611 that manual operation controlling organization 61 has been shown in Fig. 1 and towards sliver 8 is configured with a guide block 6111, and guide block 6111 and guide runner 81 are slidably matched.

Please see Fig. 1 by emphasis, in aforesaid interior cavity 10a and the left side being positioned at the short transverse of cavity 10a has an internal frame body protects frame 12, this internal frame body protects frame 12 and is connected with the right side of the vertical moulding in an internal frame body left side forming described internal frame body 1, and aforesaid transition slide mechanism 62 is up or down being protected frame 12 and internal frame body is left indulges in the space that formed between moulding by internal frame body; In aforesaid outer cavity 10b and the left side being positioned at the short transverse of outer cavity 10b has an outer frame body protects frame 23, this outer frame body protects frame 23 and is connected with the right side of the vertical moulding in an outer frame body left side forming described outer frame body 2, and aforesaid curtain sheet upset and shutter elevating controlling organization 63 are up or down being protected frame 23 and outer frame body is left indulges in the space that formed between moulding by outer frame body.

Because the manual operation controlling organization 61 of the structural system of aforementioned driving governor 6 and curtain sheet upset and the structure of shutter elevating controlling organization 63 are identical with the structure mentioned in application for a patent for invention publication No. CN104747054A, therefore applicant there is no need to give to repeat again.

Shown in Fig. 1 and Fig. 2, one end of aforesaid curtain sheet upset pull rope 7a overturn with curtain sheet and is fixedly connected with hanging feet 6311 on the pull rope on the top of the sliding seat 631 of shutter elevating controlling organization 63, and the other end of curtain sheet upset pull rope 7a overturns on traction wheel 43 around to two circles less in curtain sheet being placed on aforementioned curtain sheet upset traction wheel 43() and curtain sheet overturn pull rope transition wheel 45 after be back to sliding seat 631 and be fixedly connected with hanging feet 6312 under the pull rope of the bottom of sliding seat 631.Solid rope pin (not shown) on one end of aforesaid shutter elevating pull rope 7b and curtain sheet trip shaft supporting base 41 is fixed, middle part is placed on the lifting traction wheel 6313 on sliding seat 631 top, and the other end is showing by way of pull rope slot to make way 4614(Fig. 3 successively), upset drum guide wheel 46112(Fig. 1 shows), cord hole 46114 is fixedly connected with the blind sill strip 53 of blind 5 with after curtain sheet pull rope resigning hole 511.

Applicant sketches use of the present utility model, when blind 5 upwards being packed up, so manual operation controlling organization 61 moves to setting aside by operator (user), due to manual operation controlling organization 61 across interior glass 3a together with transition slide mechanism 62 magnetic attracting, again due to curtain sheet upset and shutter elevating controlling organization 63 across intermediate glass 3c together with transition slide mechanism 62 magnetic attracting, thus when manual operation controlling organization 61 drives transition sliding seat 621 descending, just curtain sheet is driven to overturn with shutter elevating controlling organization 63 by transition sliding seat 621 also descending with the state of following in sb's footsteps, drive blind sill strip 53 up by shutter elevating pull rope 7b in this process, blind 5 is upwards packed up (gathering), otherwise with example.Overturning pull rope 7a with similar operating principle by curtain sheet drives curtain sheet to overturn traction wheel 43, overturn traction wheel 43 by curtain sheet and drive curtain sheet trip shaft 42, above, the description of guide bracket 46 driven to a pair curtain sheet turning wheel of the structural system of curtain sheet upset transition mechanism 4 by applicant and realize the angle upset of curtain sheet 51.

Owing to belonging to prior art to the lifting of blind 5 or decline and to the rotary movement of curtain sheet 51 and principle, such as can see the 0041 to 0042 section, the manual of CN104747054A, thus the applicant has only made brief description above.

In sum, the utility model is owing to having done rational improvement to the structural system of driving governor 6, the multiple glazing shutter of three glass two cavity configuration forms is met to be arranged at by blind 5 requirement in outer cavity 10b, and embody the technique effect referred in the superincumbent technique effect hurdle of applicant.

Claims

1. the energy-saving multilayer hollow glass louver that a kind of structure simplifies, comprise internal frame body (1), outer frame body (2), interior glass (3a), outer glass (3b), intermediate glass (3c), curtain sheet upset transition mechanism (4), blind (5), the driving governor (6) that the curtain sheet (51) being elevated and ordering about blind (5) for ordering about blind (5) overturns, curtain sheet upset pull rope (7a) and shutter elevating pull rope (7b), in, outer frame body (1, 2) to arrange with aspectant state each other and this is interior, outer frame body (1, 2) square shape all in Chinese character constructs, interior glass (3a) and the side cementation of internal frame body (1) back to outer frame body (2), and maintain interior space between this interior glass (3a) and intermediate glass (3c), interior cavity (10a) is configured to by this interior space, outer glass (3b) and the side cementation of outer frame body (2) back to internal frame body (1), and maintain the external space between this outer glass (3b) and intermediate glass (3c), outer cavity (10b) is configured to by this external space, a sliver (8) is fixed with longitudinal state at the left side edge position of the short transverse of interior glass (3a), this sliver (8) is positioned at glass (3a) back to the side of intermediate glass (3c) and is configured with a guide runner (81), curtain sheet upset transition mechanism (4) and blind (5) are arranged in outer cavity (10b), and curtain sheet upset transition mechanism (4) is corresponding to the top of blind (5), and curtain sheet upset rope (52) of blind (5) overturns transition mechanism (4) with curtain sheet and is connected, the two ends of curtain sheet upset pull rope (7a) are all fixed on driving governor (6), and middle part is nested with in curtain sheet upset transition mechanism (4), one end of shutter elevating pull rope (7b) is fixed in curtain sheet upset transition mechanism (4), middle part is nested with on driving governor (6), and the other end is fixedly connected with the blind sill strip (53) of the bottom of blind (5) afterwards at the curtain sheet pull rope resigning hole (511) in the curtain sheet (51) being opened in blind (5), it is characterized in that described driving governor (6) comprises manual operation controlling organization (61), transition slide mechanism (62) and curtain sheet overturn and shutter elevating controlling organization (63), transition slide mechanism (62) is arranged in described interior cavity (10a) up or down, and be positioned at the left side of the short transverse of cavity (10a), this transition slide mechanism (62) across glass in described (3a) together with manual operation controlling organization (61) magnetic attracting, and the position on right side and described guide runner (81) that manual operation controlling organization (61) is corresponding to described sliver (8) are slidably matched, curtain sheet upset is arranged in described outer cavity (10b) with the position that shutter elevating controlling organization (63) is corresponding to transition slide mechanism (62) up or down, and this curtain sheet upset and shutter elevating controlling organization (63) across described intermediate glass (3c) together with transition slide mechanism (62) magnetic attracting, the two ends of described curtain sheet upset pull rope (7a) are all fixed on the upset of described curtain sheet with on shutter elevating controlling organization (63), the middle part of described shutter elevating pull rope (7b) is nested with in curtain sheet upset with on shutter elevating controlling organization (63).

2. the energy-saving multilayer hollow glass louver that structure according to claim 1 simplifies, it is characterized in that the upper and outer frame body upper transverse frame pipe (21) being positioned at outer frame body (2) of described outer frame body (2) towards under side be connected with one and cover and protect frame (211), this covers the length direction protecting frame (211) and is configured with one and covers and protect frame chamber (2111); described curtain sheet upset transition mechanism (4) comprises curtain sheet trip shaft supporting base (41), curtain sheet trip shaft (42), curtain sheet upset traction wheel (43), curtain sheet upset pull rope transition wheel seat (44), curtain sheet upset pull rope transition wheel (45) and a pair curtain sheet upset rope drive guide bracket (46), the position that curtain sheet trip shaft supporting base (41) covers the left end protecting frame (211) described in corresponding to directly is formed in the position of described outer frame body (2) towards the upper left corner of described outer cavity (10b) side, the left end of curtain sheet trip shaft (42) is bearing in curtain sheet trip shaft supporting base (41) rotationally and goes up and the left side being stretched over curtain sheet trip shaft supporting base (41), and the right-hand member of curtain sheet trip shaft (42) extend to horizontal boom state described in cover and protect in frame chamber (2111), curtain sheet turning wheel (43) is fixed on the left end of described curtain sheet trip shaft (42) in the position in the left side corresponding to curtain sheet trip shaft supporting base (41), curtain sheet upset pull rope transition wheel seat (44) is directly formed in the position of described outer frame body (2) towards the lower-left corner of described outer cavity (10b) side, and it is corresponding with curtain sheet trip shaft supporting base (41), curtain sheet upset pull rope transition wheel (45) is arranged on the left side of curtain sheet upset pull rope transition wheel seat (44) rotationally and to overturn traction wheel (43) corresponding with curtain sheet, a pair curtain sheet upset rope drive guide bracket (46) be positioned at described in cover protect frame (211) cover protect frame chamber (2111) and with cover the chamber diapire scarf protecting frame chamber (2111), this drives the upset of one of them curtain sheet in guide bracket (46) rope to drive guide bracket to be connected with the left end of described curtain sheet trip shaft (42) to curtain sheet upset rope, and a pair curtain sheet upset rope drives the upset of another curtain sheet in guide bracket (46) rope to drive guide bracket to be connected with the right-hand member of curtain sheet trip shaft (42), the middle part of described curtain sheet upset pull rope (7a) is nested with on described curtain sheet upset pull rope (43) and curtain sheet upset pull rope transition wheel (45), one end of described curtain sheet lifting pull rope (7b) is fixed on described curtain sheet trip shaft supporting base (41), curtain sheet upset rope (52) of described blind (5) overturns to restrict with a pair described curtain sheet and drives guide bracket (46) to be connected.

3. the energy-saving multilayer hollow glass louver that structure according to claim 2 simplifies, it is characterized in that a pair described curtain sheet turning wheel drives guide bracket (46) respectively to comprise upset drum axle bed (461), upset drum axle (462) and upset drum (463), upset drum axle bed (461) is configured with upset drum guide wheel chamber (4611), upset drum guide wheel (46112) is provided with rotationally by upset drum guide wheel shaft (46111) in this upset drum guide wheel chamber (4611), the upset drum embedding pin of axle bed (4612) is configured with in the bottom of upset drum axle bed (461), this upset drum embedding pin of axle bed (4612) covers with described the chamber diapire build-in protecting frame chamber (2111), rouse the top of the left and right wall body of axle bed (461) in upset and be respectively configured with upset drum axle support slot (4613) in position to correspond to each other, and offer pull rope slot to make way (4614) in the position of the below corresponding to upset drum axle support slot (4613), by this pull rope slot to make way (4614), described upset drum guide wheel chamber (4611) is communicated with the external world, in upset drum guide wheel chamber (4611) and the position being positioned at the left end of the chamber diapire of the bulging guide wheel chamber (4611) of upset is configured with a baffle plate (46113) with plumbness, the top of this baffle plate (46113) leans out upset drum guide wheel chamber (4611), a cord hole (46114) is offered in the position of the right-hand member of the chamber diapire of upset guide wheel chamber (4611), one is offered from the through curtain sheet trip shaft mating holes (4621) to right-hand member of left end overturning drum axle (462) in the middle position of the length direction of upset drum axle (462), and the two ends of upset drum axle (462) are bearing in upset drum axle bed (461) in the position of described upset drum axle support slot (4613) of correspondence rotationally, a magnetic conductive disk (4622) and upset drum axle frictional disk (4623) is also fixed with at the right-hand member of upset drum axle (462), upset drum axle frictional disk (4623) is positioned at the left side of magnetic conductive disk (4622) and sticks together with magnetic conductive disk (4622), upset drum (463) is nested with the middle part of the length direction in upset drum axle (462) by upset drum hole (4631) being opened in the middle position of its length direction, and correspond to the top of described upset drum guide wheel chamber (4611), rouse the left end of (463) in upset and be configured with a limited step (4632) matched with baffle plate (46113) in the position corresponding to described baffle plate (46113), and rouse the right-hand member of (463) in upset and be configured with a magnet chamber (4633) around the circumferencial direction overturning drum (463), be embedded with horsehoe magnet on (4636) and once horsehoe magnet (4637) corresponding to the position in this magnet chamber (4633), on, lower horsehoe magnet (4636,4637) be pulled together under the state that pole orientation coordinates on the contrary and to face each other, upper and be configured with upset drum frictional disk (4634) in the position on the right side corresponding to magnet chamber (4633) in upset drum (463), this upset drum frictional disk (4634) is together with described upset drum axle frictional disk (4623) against each other, upset drum (463) is also configured with upset rope winding hyoplastron (4635), the position that curtain sheet upset rope (52) is corresponding to described cord hole (46114) of described blind (5) is connected with this upset rope winding hyoplastron (46335), described curtain sheet trip shaft (42) and described curtain sheet trip shaft mating holes (4621) are inserted solid.

4. the energy-saving multilayer hollow glass louver that structure according to claim 3 simplifies, it is characterized in that described upper horsehoe magnet (4636) is configured with horsehoe magnet chamber (46361) on one towards the side of described lower horsehoe magnet (4637), and lower horsehoe magnet (4637) is configured with horsehoe magnet chamber (46371) towards the side of upper horsehoe magnet (4636), upper horsehoe magnet chamber (46361) and the position that lower horsehoe magnet chamber (46371) is corresponding to described magnet chamber (4633) are roused on (463) with aspectant state obvolvent in described upset, described upset drum axle frictional disk (4623) is made to overturn that bulging frictional disk (4634) is rubbing against one another to be coordinated with described to the magnetic attraction of described magnetic conductive disk (4622) by upper horsehoe magnet (4636) and lower horsehoe magnet (4637), described magnetic conductive disk (4622) is iron pan.

5. the energy-saving multilayer hollow glass louver that structure according to claim 1 simplifies, it is characterized in that described transition slide mechanism (62) comprises transition sliding seat (621), upper slide guide roller (622), lower slide guide roller (623) and one group of transition sliding seat magnetic patch (624), slide guide roller chamber (6211) on one is offered in the upper end of the short transverse of transition sliding seat (621), middle part offers the quantity magnetic patch embedding chamber (6212) equal with the quantity of one group of transition sliding seat magnetic patch (624) with space state from top to bottom, and lower end offers slide guide roller chamber (6213), upper slide guide roller chamber (6211), the embedding chamber of magnetic patch (6212) and lower slide guide roller chamber (6213) all through to rear side from the front side of transition sliding seat (621), upper slide guide roller (622) is bearing in slide guide roller chamber (6211) rotationally, lower slide guide roller (623) is bearing in lower slide guide roller chamber (6213) rotationally, one group of transition sliding seat magnetic patch (624) is embedded in the embedding chamber of magnetic patch (6212), wherein: described upper slide guide roller (622) and lower slide guide roller (623) lean out respectively, lower slide guide roller chamber (6211,6213) front side and rear side accent and simultaneously with described in glass (3a) towards intermediate glass (3c) side surface contact and with the side surface contact of intermediate glass (3c) towards interior glass (3a), described manual operation controlling organization (61) across interior glass (3a) together with the front side magnetic attracting of described one group of transition sliding seat magnetic patch (624), and described curtain sheet upset and shutter elevating controlling organization (63) across intermediate glass (3c) together with the rear side magnetic attracting of one group of transition sliding seat magnetic patch (624).

6. the energy-saving multilayer hollow glass louver that structure according to claim 5 simplifies, the chamber wall faced each other that it is characterized in that slide guide roller chamber (6211) on described respectively offers slide guide roller shaft support slot (62111) in mutually corresponding position, and described upper slide guide roller (622) is bearing on upper slide guide roller shaft support slot (62111) by upper slide guide roller shaft (6221) rotationally; The chamber wall faced each other of described lower slide guide roller chamber (6213) respectively offers slide guide roller shaft support slot (62131) in mutually corresponding position, and described lower slide guide roller (623) is bearing on lower slide guide roller shaft support slot (62131) rotationally by lower slide guide roller shaft (6231).

7. the energy-saving multilayer hollow glass louver that structure according to claim 1 simplifies, is characterized in that the width of described interior cavity (10a) is consistent with the thickness of described internal frame body (1); The width of described outer cavity (10b) is consistent with the thickness of described outer frame body (2).

8. the energy-saving multilayer hollow glass louver that structure according to claim 7 simplifies, is characterized in that the width of described outer cavity (10b) is larger than the width of described interior cavity (10a).

9. the energy-saving multilayer hollow glass louver that structure according to claim 8 simplifies, is characterized in that the width of described interior cavity (10a) is 1/2nd or 3/5ths of described outer cavity width.

10. the energy-saving multilayer hollow glass louver that structure according to claim 1 simplifies, to it is characterized in that in described in cavity (10a) and the left side being positioned at the short transverse of cavity (10a) has an internal frame body protects frame (12), this internal frame body protects frame (12) and is connected with the right side of the vertical moulding in an internal frame body left side forming described internal frame body (1), and described transition slide mechanism (62) is positioned at up or down and protects by internal frame body the space formed between the vertical moulding of frame (12) and an internal frame body left side; In described outer cavity (10b) and the left side being positioned at the short transverse of outer cavity (10b) has an outer frame body protects frame (23), this outer frame body protects frame (23) and is connected with the right side of the vertical moulding in an outer frame body left side forming described outer frame body (2), and described curtain sheet upset and shutter elevating controlling organization (63) are positioned at up or down and protect by outer frame body the space formed between the vertical moulding of frame (23) and an outer frame body left side.