CN204646044U

CN204646044U - Double layer glass window with built-in louver

Info

Publication number: CN204646044U
Application number: CN201520295865.5U
Authority: CN
Inventors: 王卫东; 袁克光; 陈敏
Original assignee: Changshu Zhongqin Building Material Co Ltd
Current assignee: Changshu Zhongqin Building Material Co Ltd
Priority date: 2015-05-08
Filing date: 2015-05-08
Publication date: 2015-09-16
Anticipated expiration: 2025-05-08

Abstract

A kind of double layer glass window with built-in louver, belongs to sunshade hollow glass product technical field.Comprise forms; Blind; Curtain sheet upset adjusting control mechanism; Shutter elevating adjusting control mechanism; Shutter elevating and curtain sheet overturn transition mechanism; Bindiny mechanism on curtain sheet upset pull rope; Curtain sheet upset pull rope transition mechanism; Sill strip pull rope transition mechanism; Curtain sheet upset pull rope; Blind comprises sill strip, one group of curtain sheet, sill strip pull rope and curtain sheet upset rope, feature: curtain sheet is configured to by large semicircle and smaller part circular arc curtain sheet body the structure that shape of cross section is tending towards S shape, the arch direction of smaller part circular arc curtain sheet body is contrary with the arch direction of more than half circular arc curtain sheet body, and the position of pull rope resigning hole in curtain sheet is positioned at the edge of more than half circular arc curtain sheet body away from the side of smaller part circular arc curtain sheet body.The width of the closed gap d between adjacent curtain sheet and the number of degrees of maximum visual angle α are significantly reduced, and avoid peeping room outdoor interior and protect privacy, ensuring safety.

Description

Double layer glass window with built-in louver

Technical field

The utility model belongs to sunshade hollow glass product technical field, is specifically related to a kind of double layer glass window with built-in louver.

Background technology

Above mentioned double layer glass window with built-in louver refer to arrange with aspectant state each other and implement position, edge to arrange the window belonging to sunshade hollow glass product category that can be formed according to the blind that need regulate in two pieces of glass closing.This window has self-evident following strong point: thermal insulation is good and use the energy-conservation of embodiment building; Sound-proofing is excellent and use the harassment avoiding extraneous noisy noise; 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 shutter and the indoor lighting used needed for acquisition requires and protect privacy, use to embody excellent exempt from cleaning effect from trifle in the world stains blind curtain sheet; 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 double layer glass window with built-in louver can be seen in disclosed Chinese patent literature, 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), patent No. ZL95229065(is provided with the monolithic door sash of horizontal shutter in double-layer glass), ZL9721572(Magnetic driving formula adds layer and to stretch heavy curtain) and ZL98210257(totally-enclosed shutter), shutter in the structure improved hollow glass of CN100535378C() and CN102444372A(mono-kind in establish sun-shading hollow blind), etc..Also many companies such as the NORD1CON company of Denmark and Canadian UNICEL company etc. are had all earlier double layer glass window with built-in louver product to be pushed to market abroad, and be no lack of the patent information being seen in this aspect abroad in patent document equally, typical in US Patent No. 5396944.

Comprise the curtain sheet structure of the blind of the double layer glass window with built-in louver in the prior art of the patent exemplified above as shown in Figure 5, signal from Fig. 5: because the shape of cross section of curtain sheet 22 is substantially in semicircular arc, when thus curtain sheet 22 being adjusted to the extreme degree closed as shown in Figure 5 by governor motion (industry custom claims " curtain sheet upset adjusting control mechanism "), closed gap d between two adjacent curtain sheet 22 and the maximum visual angle α between two adjacent curtain sheet 22 relatively large, the width of closed gap d is about 3.5-4 ㎜, maximum visual angle [alpha] is about 70 °-80 °, if so to have a mind indoor observation with commanding angle of inclination in outdoor, so indoor conditions is almost covered all at one glance, privacy can not get effective protection, even can leave opportunity to the person of having an ulterior motive.Perhaps someone can propose to reduce spacing between adjacent curtain sheet 22 to make up the mentality of designing of this defect, but facts have proved it is worthless, interfere because the quantity excessively increasing curtain sheet 22 can have a strong impact on generation between daylighting effect, adjacent curtain sheet 22, increase manufacturing cost, waste resource, run counter to design specifications and relevant criterion, etc.Especially the experiment through the applicant shows, because with the quantity increasing curtain sheet 22, the spacing reduced between adjacent curtain sheet 22 is still not enough to effectively make up aforementioned technical problem, because of but a kind of blindness and the mentality of designing of passiveness.In addition, also there is the troublesome technical problem of assembling in the double layer glass window with built-in louver comprised in the prior art of the patent exemplified above.

For above-mentioned prior art, be necessary rational modification in addition, the applicant has done useful design for this reason, finally technical scheme described below is defined, and carried out simulated test (simulation use) in the test center of the applicant taking under secrecy provision, result proves practicable.

Summary of the invention

Task of the present utility model be to provide a kind of under the prerequisite without the need to increasing curtain sheet and reduce the spacing between two adjacent curtain sheet, contribute to significantly reducing between two adjacent curtain sheet closed gap and reduce maximum visual angle and use and avoid getting a glimpse of indoor outdoor and effectively protect privacy and safing double layer glass window with built-in louver.

Task of the present utility model has been come like this, and a kind of double layer glass window with built-in louver, comprises forms, one blind, this blind is arranged in the forms separate space of forms with closed state, one curtain sheet upset adjusting control mechanism, this curtain sheet upset adjusting control mechanism is arranged on the side of described forms, one shutter elevating adjusting control mechanism, this shutter elevating adjusting control mechanism is arranged on the opposite side of described forms, one shutter elevating and curtain sheet overturn transition mechanism, and this shutter elevating and curtain sheet overturn transition organization establishes in described forms separate space and be positioned at the top of forms separate space, bindiny mechanism on one curtain sheet upset pull rope, on this curtain sheet upset pull rope, bindiny mechanism to be arranged in described forms separate space and to be positioned at a upper lateral part of forms separate space, and described shutter elevating and curtain sheet overturn transition mechanism and overturn bindiny mechanism on pull rope with this curtain sheet and be fixedly connected with, one curtain sheet upset pull rope transition mechanism, this curtain sheet upset pull rope transition mechanism to be arranged in described forms separate space and to be positioned at a side lower part of forms separate space, one sill strip pull rope transition mechanism, this sill strip pull rope transition mechanism to be arranged in forms separate space and to be positioned at the top of the opposite side of forms separate space, one curtain sheet upset pull rope, the top that one end and the described curtain sheet of this curtain sheet upset pull rope overturns adjusting control mechanism is fixed, and the other end of this curtain sheet upset pull rope successively around and described curtain sheet overturn the bottom overturning adjusting control mechanism after bindiny mechanism and curtain sheet overturn pull rope transition mechanism on pull rope with curtain sheet and fix, described blind comprises sill strip, one group of curtain sheet, sill strip pull rope and curtain sheet upset rope, sill strip is positioned at the bottom of one group of curtain sheet, first fixed end of sill strip pull rope and sill strip are fixed, and the second fixed end of sill strip pull rope overturns transition mechanism by way of described shutter elevating and curtain sheet successively after through the pull rope resigning hole be opened in one group of curtain sheet, sill strip pull rope transition mechanism and shutter elevating adjusting control mechanism and returning after shutter elevating adjusting control mechanism and be fixed on sill strip pull rope transition mechanism, curtain sheet upset is restricted in the form of a ring and is separated with space state by the rope crosspiece that quantity is equal with the quantity of one group of curtain sheet and be configured to the structure of rope ladder, the bottom of this curtain sheet upset rope is fixed on sill strip, and top is fixed in shutter elevating and curtain sheet overturns on transition mechanism, one group of curtain sheet to be distributed between each two adjacent rope crosspieces and to be shelved on rope crosspiece, feature is: one group of described curtain sheet is respectively configured to by more than half circular arc curtain sheet body and smaller part circular arc curtain sheet body the structure that shape of cross section is tending towards S shape, wherein, smaller part circular arc curtain sheet body is corresponding with more than half circular arc curtain sheet body of adjacent curtain sheet, and the arch direction of this smaller part circular arc curtain sheet body is contrary with the arch direction of more than half circular arc curtain sheet body, the described position of pull rope resigning hole in described curtain sheet is positioned at the edge of more than half circular arc curtain sheet body away from the side of smaller part circular arc curtain sheet body.

In a specific embodiment of the present utility model, described forms comprise, lower moulding, left, right vertical frame bar, supralevoversion angle joint, lower-left corner coupling head, upper right corner coupling head, bottom right corner coupling head, interior glass and outer glass, on, bottom rail moulding is corresponding up and down with laterally parallel state, left, right vertical frame bar is corresponding with mutually longitudinally parallel state left-right, supralevoversion angle joint is configured with the horizontal pin of a supralevoversion angle joint and a supralevoversion angle joint indulges pin, indulge pin by the horizontal pin of supralevoversion angle joint and supralevoversion angle joint and supralevoversion angle joint is configured to L-shaped, and the left accent inserting in the upper transverse frame bar chamber of the horizontal pin of supralevoversion angle joint and upper transverse frame bar, and supralevoversion angle joint indulges the upper accent inserting that moulding pin chamber is indulged on a left side of pin and a left side indulging moulding, lower-left corner coupling head is configured with the horizontal pin of a lower-left corner coupling head and a lower-left corner coupling head indulges pin, indulge pin by the horizontal pin of lower-left corner coupling head and lower-left corner coupling head and lower-left corner coupling head is configured to L-shaped, and the left accent inserting in the bottom rail moulding chamber of the horizontal pin of lower-left corner coupling head and bottom rail moulding, and lower-left corner coupling head indulges the lower accent inserting that moulding pin chamber is indulged on a left side of pin and a left side indulging moulding, upper right corner coupling head is configured with the horizontal pin of a upper right corner coupling head and a upper right corner coupling head indulges pin, indulge pin by the horizontal pin of upper right corner coupling head and upper right corner coupling head and upper right corner coupling head is configured to L-shaped, and the right accent inserting in the horizontal pin of upper right corner coupling head and described upper transverse frame bar chamber, and upper right corner coupling head indulges the upper accent inserting in the right vertical frame bar pin chamber of pin and right vertical frame bar, bottom right corner coupling head is configured with the horizontal pin of a bottom right corner coupling head and a bottom right corner coupling head indulges pin, indulge pin by the horizontal pin of bottom right corner coupling head and bottom right corner coupling head and bottom right corner coupling head is configured to L-shaped, and the right accent inserting in the horizontal pin of bottom right corner coupling head and described bottom rail moulding chamber, and bottom right corner coupling head indulges the lower accent inserting in pin and described right vertical frame bar pin chamber, the position, edge of interior glass respectively with described on, bottom rail moulding, left vertical moulding and right vertical frame bar are back to the side cementation of outer glass, outer glass under keeping aspectant state with interior glass and its position, edge with on, bottom rail moulding, left vertical moulding and right vertical frame bar are back to the side cementation of interior glass, in, space between outer glass is configured to the forms separate space of described forms, on described curtain sheet upset pull rope, bindiny mechanism and described supralevoversion angle joint insert build-in calmly, it is fixed that described curtain sheet upset pull rope transition mechanism and described lower-left corner coupling head insert build-in, it is fixed that described sill strip pull rope transition mechanism and described upper right corner coupling head insert build-in, moulding chamber is indulged on the left side that the short transverse of indulging moulding on a described left side is configured with a up/down perforation, vertical moulding chamber, this left side is positioned at a described left side and indulges the right side in moulding pin chamber and to indulge moulding pin chamber isolated with a left side, described curtain sheet upset adjusting control mechanism is arranged in vertical moulding chamber, this left side up or down, described curtain sheet upset pull rope one end is indulged top overturn adjusting control mechanism in moulding chamber with curtain sheet and is fixed on a left side, and the other end that described curtain sheet overturns pull rope is indulged the bottom overturning adjusting control mechanism in moulding chamber with curtain sheet equally and fixed on a left side, the right vertical frame bar chamber of a up/down perforation is configured with in the short transverse of described right vertical frame, this right vertical frame bar chamber is positioned at the left side in described right vertical frame bar pin chamber and isolated with right vertical frame bar pin chamber, described shutter lift adjustment controlling organization is arranged in right vertical frame bar chamber up or down, described sill strip pull rope in right vertical frame bar chamber by way of shutter elevating adjusting control mechanism.

In another specific embodiment of the present utility model, glass has a upset control device sliver back to the edge cementation of the short transverse of the side of described outer glass in described, and the edge cementation of the short transverse of opposite side has a lifting control device sliver, a upset control device guide runner is offered towards the short transverse of the side of lifting control device sliver at upset control device sliver, and offer a lifting control device guide runner at lifting control device sliver towards the short transverse of the side of upset control device sliver, upset control device sliver is being equipped with a upset control device slidably in the position corresponding to upset control device guide runner, this upset control device across described interior glass with to be arranged on the described curtain sheet of a left side of indulging moulding in a described left side indulging in moulding chamber up or down and to overturn adjusting control mechanism magnetic attracting, slide on lifting control device sliver and in the position corresponding to lifting control device guide runner and be equipped with a lifting control device, this lifting control device is across described interior glass and the described shutter elevating adjusting control mechanism magnetic attracting be arranged on up or down in the right vertical frame bar chamber of described right vertical frame bar.

In another specific embodiment of the present utility model, be configured with to cover for a pair with parallel state towards the side of described bottom rail moulding and along the length direction of upper transverse frame bar at described upper transverse frame bar and protect frame caulking groove, frame caulking groove is inserted with one at this covers the transition mechanism protected and cover and protect frame for overturning transition mechanism to described shutter elevating and curtain sheet covering to protect, described shutter elevating and curtain sheet overturn transition mechanism and comprise curtain sheet trip shaft, curtain sheet upset rope geometrical clamp, pull rope transition guiding wheel seat and sill strip pull rope transition directive wheel, curtain sheet trip shaft is positioned at described transition mechanism and covers and protect covering of frame and protect frame chamber, the left end of this curtain sheet trip shaft leans out the left accent that covers and protect frame chamber and overturns bindiny mechanism on pull rope with the slotting build-in described curtain sheet fixed on described supralevoversion angle joint and is fixedly connected with, and the right-hand member of curtain sheet trip shaft is configured to horizontal boom end or be bearing on described sill strip pull rope transition mechanism after leaning out the right accent covering and protect frame chamber rotationally, curtain sheet upset rope geometrical clamp is fixed on curtain sheet trip shaft, pull rope transition guiding wheel seat and curtain sheet overturn the geometrical clamp build-in and protect frame chamber internal support and to cover at transition mechanism and protect on the diapire of frame covering of restricting, this pull rope transition guiding wheel seat offers sill strip pull rope guide hole, this sill strip pull rope guide hole is through to right side from the left side of pull rope transition guiding wheel seat, sill strip pull rope transition directive wheel is arranged on pull rope transition guiding wheel seat by transition guide wheel shaft rotationally, described sill strip pull rope is nested with on sill strip pull rope transition directive wheel and through sill strip pull rope guide hole, the top of described curtain sheet upset rope and described curtain sheet overturn geometrical clamp of restricting and fix, described supralevoversion angle joint the horizontal pin of supralevoversion angle joint towards on side surface with space state be configured with one group be raised in the surface of the horizontal pin of supralevoversion angle joint for strengthening the horizontal pin tooth of supralevoversion angle joint with the adhesion of the chamber wall in described upper transverse frame bar chamber, and indulge pin at described supralevoversion angle joint and be configured with one group towards the surface of the side on a left side with space state and be raised in the supralevoversion angle joint for the adhesion strengthening the chamber wall indulging moulding pin chamber with a described left side that supralevoversion angle joint indulges the surface of pin and indulge pin tooth, described lower-left corner coupling head, upper right corner coupling head are all identical with the structure of supralevoversion angle joint with the structure of bottom right corner coupling head.

In another specific embodiment of the present utility model, on the horizontal pin of supralevoversion angle joint of described supralevoversion angle joint and towards under side be configured with a panel slot, and indulge at the supralevoversion angle joint of described supralevoversion angle joint and pin offers a left spindle nose support holes and is configured with a banking stop in the position of the below corresponding to left spindle nose support holes, this banking stop is positioned at the right side that supralevoversion angle joint indulges pin, on described curtain sheet upset pull rope, bindiny mechanism comprises a upset pull rope upper block seat and a upset pull rope upper block, be positioned at bottom be respectively configured with a upset pull rope hanging feet in the left side of upset pull rope upper block seat and right side, and offering banking stop jack corresponding to the position above upset pull rope hanging feet, and middle part and side towards upset pull rope upper block offers a right spindle nose support holes, top is configured with a panel, the position of right spindle nose support holes is corresponding with described left spindle nose support holes, panel and described panel slot phase inserting, banking stop jack and banking stop inserting, the left-side center position of upset pull rope upper block is configured with a left spindle nose, and middle position, right side is configured with a right spindle nose, and on this right spindle nose, offer curtain sheet trip shaft jack, left spindle nose is bearing in left spindle nose support holes rotationally, right spindle nose is bearing in right spindle nose support holes rotationally, the left end of described curtain sheet trip shaft is solidly plugged in described curtain sheet trip shaft jack, described curtain sheet upset pull rope is around being enclosed within upset pull rope upper block.

Also have in a specific embodiment of the present utility model, described curtain sheet upset pull rope transition mechanism comprises a upset pull rope lower tumbler seat and a upset pull rope lower tumbler, upset pull rope lower tumbler seat is inserted and is embedded on the described horizontal pin of lower-left corner coupling head, and upset pull rope lower tumbler is indulged between pin and upset pull rope lower tumbler seat by its lower guide wheel shaft hub setting at described lower-left corner coupling head; Described curtain sheet upset pull rope is nested with on upset pull rope lower tumbler.

More of the present utility model and in a specific embodiment, described sill strip pull rope transition mechanism comprises a sill strip pull rope wheel stand and a sill strip pull rope guide wheel, it is fixed that sill strip pull rope wheel stand and described upper right corner coupling head insert build-in, a sill strip pull rope hook is configured with on this sill strip pull rope wheel stand and towards the side of described interior glass, sill strip pull rope guide wheel is arranged on sill strip pull rope wheel stand by sill strip pull rope guide wheel shaft rotationally, described sill strip pull rope by way of described sill strip pull rope guide wheel and described second fixed end of this sill strip pull rope hang on described sill strip pull rope hook.

In an of the present utility model and then specific embodiment, described curtain sheet upset adjusting control mechanism comprises a upset pull rope sliding seat, one group of magnet piece, on one slide guide wheel and once slide guide wheel, upset pull rope sliding seat is arranged on a left side of indulging moulding in a described left side up or down and indulges in moulding chamber, and a curtain sheet upset pull rope hook is respectively configured with on the top of the left and right sides outer wall of this upset pull rope sliding seat and bottom, one group of magnet piece is embedded in upset pull rope sliding seat towards the side of described interior glass in spaced mode from top to bottom and is positioned at the middle part of the short transverse of upset pull rope sliding seat, upper slide guide wheel is arranged on upset pull rope sliding seat at the position pivot on the top corresponding to one group of magnet piece, and with the side surface contact of described interior glass towards described outer glass, lower slide guide wheel is arranged on upset pull rope sliding seat at the position pivot of the bottom corresponding to one group of magnet piece, and equally with the side surface contact of described interior glass towards described outer glass, described upset control device is across interior glass and described one group of magnet piece magnetic attracting, one end of described curtain sheet upset pull rope hangs on the described curtain sheet upset pull rope hook of left upper portion being positioned at upset pull rope sliding seat, and the other end is hung on the curtain sheet upset pull rope hook of the left lower being positioned at upset pull rope sliding seat, the structure of described upset control device is identical with the structure of described lifting control device.

Of the present utility model again more and in a specific embodiment, described shutter elevating adjusting control mechanism comprises a sill strip pull rope sliding seat, one group of magnet, one upper block, one lower tumbler, one sill strip pull rope guide wheel and a balancing weight, sill strip pull rope sliding seat is arranged in the right vertical frame bar chamber of described right vertical frame bar up or down, one group of magnet is embedded in sill strip pull rope sliding seat towards the side of described interior glass in spaced mode from top to bottom and is positioned at the middle part of the short transverse of sill strip pull rope sliding seat, upper block is arranged on sill strip pull rope sliding seat at the position pivot on the top corresponding to one group of magnet, and with the side surface contact of described interior glass towards described outer glass, lower tumbler is arranged on sill strip pull rope sliding seat at the position pivot of the bottom corresponding to one group of magnet, and the side surface contact of the same glass toward the outside with described interior glass, sill strip pull rope guide wheel to be arranged on the top in the sliding seat chamber of sill strip pull rope sliding seat rotationally by sill strip pull rope guide wheel shaft corresponding to the position above upper block, balancing weight is arranged on the bottom in the sliding seat chamber of sill strip pull rope sliding seat in the position of the below corresponding to lower tumbler by balancing weight bearing pin, described lifting control device is provided with a control device guide wheel and one group of control device magnet towards each pivot in upper and lower of the side of described sill strip pull rope sliding seat, control device guide wheel and interior glass are back to a side contacts of outer glass, one group of control device magnet is between a pair control device guide wheel and across interior glass and described one group of magnet magnetic attracting, the spacing slide guide flange of a lifting control device is configured with on lifting control device and corresponding to the position of described lifting control device guide runner, the spacing slide guide flange of this lifting control device is slidably matched with lifting control device guide runner, described sill strip pull rope is drawn and is taken turns in described sill strip pull rope slide guide.

In an again of the present utility model and then specific embodiment, when described one group of curtain sheet is in closed extreme degree, the width of the closed gap d between each two adjacent curtain sheet is 0.6-0.9 ㎜, and the number of degrees of maximum visual angle α between each two adjacent curtain sheet are 32-36 °.

The technical scheme that the utility model provides is owing to being designed to one of blind group of curtain sheet respectively be configured to by more than half circular arc curtain sheet body and smaller part circular arc curtain sheet body the structure that shape of cross section is tending towards S shape, large with in the corresponding and each curtain sheet of more than half circular arc curtain sheet body of adjacent curtain sheet of smaller part circular arc curtain sheet body, the arch direction of smaller part circular arc curtain sheet body is opposite each other, and the pull rope resigning hole be opened in one group of curtain sheet is moved to the edge of more than half circular arc curtain sheet body away from the side of smaller part circular arc curtain sheet body by the position placed in the middle of the width being positioned at curtain sheet in prior art, thus when blind one group of curtain sheet by curtain sheet upset adjusting control mechanism adjustment and when being adjusted to the extreme degree of closure state, the width of the closed gap d between adjacent curtain sheet and the number of degrees of maximum visual angle α are significantly reduced, peeping room outdoor effectively can be avoided interior and use protection privacy and ensure safety.

Accompanying drawing explanation

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

Fig. 2 is the local structural graph of Fig. 1.

For the curtain sheet upset shown in Fig. 1 with Fig. 2, pull rope overturns bindiny mechanism on pull rope with curtain sheet to Fig. 3, curtain sheet overturns pull rope transition mechanism and curtain sheet overturns the schematic diagram that adjusting control mechanism is connected.

Fig. 4 is the cross sectional representation of the curtain sheet of the blind shown in Fig. 1 and Fig. 2.

Fig. 5 is the cross sectional representation of the curtain sheet in prior art.

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 being particularly limited to the technical scheme that the utility model provides.

Refer to Fig. 1 and Fig. 2, give: forms 1; One blind 2, this blind 2 is arranged in the forms separate space of forms 1 with closed state; One curtain sheet upset adjusting control mechanism 3, this curtain sheet upset adjusting control mechanism 3 is arranged on the side (left side) of forms 1; One shutter elevating adjusting control mechanism 4, this shutter elevating adjusting control mechanism 4 is arranged on the opposite side (right side) of described forms 1; One shutter elevating and curtain sheet overturn transition mechanism 5, and this shutter elevating and curtain sheet overturn transition mechanism 5 and to be arranged in aforementioned forms separate space and the top being positioned at forms separate space; Bindiny mechanism 6 on one curtain sheet upset pull rope, on this curtain sheet upset pull rope, bindiny mechanism 6 to be arranged in forms separate space and to be positioned at a upper lateral part (top namely) of forms separate space, and described shutter elevating and curtain sheet overturn transition mechanism 5 and overturn bindiny mechanism 6 on pull rope with this curtain sheet and be fixedly connected with; One curtain sheet upset pull rope transition mechanism 7, this curtain sheet upset pull rope transition mechanism 7 to be arranged in forms separate space and to be positioned at a side lower part (bottom namely) of forms separate space; One sill strip pull rope transition mechanism 8, this sill strip pull rope transition mechanism 8 to be arranged in forms separate space and to be positioned at the opposite side i.e. top on right side of forms separate space; One curtain sheet upset pull rope 9, the top that one end and the aforementioned curtain sheet of this curtain sheet upset pull rope 9 overturns adjusting control mechanism 3 is fixed, and the other end of this curtain sheet upset pull rope 9 successively around and aforementioned curtain sheet upset pull rope on bindiny mechanism 6 and curtain sheet overturn the bottom that the rear and curtain sheet of pull rope transition mechanism 7 overturns adjusting control mechanism 3 and fix.

Aforesaid blind 2 comprises sill strip 21, one group of curtain sheet 22, sill strip pull rope 23 and curtain sheet upset rope 24, sill strip 21 is positioned at the bottom of one group of curtain sheet 22, first fixed end 231 of sill strip pull rope 23 is fixed with sill strip 21, and the second fixed end 232 of sill strip pull rope 23 overturns transition mechanism 5 by way of aforementioned shutter elevating and curtain sheet successively after through the pull rope resigning hole 221 be opened in one group of curtain sheet 22, sill strip pull rope transition mechanism 8 and shutter elevating adjusting control mechanism 4 and returning after shutter elevating adjusting control mechanism 4 and be fixed on sill strip pull rope transition mechanism 8, curtain sheet upset rope 24 in the form of a ring and separated with space state by the rope crosspiece 241 that quantity is equal with the quantity of one group of curtain sheet 22 and be configured to the structure of rope ladder, the bottom of this curtain sheet upset rope 24 is fixed on sill strip 21, and top is fixed in shutter elevating and curtain sheet overturns on transition mechanism 5, one group of curtain sheet 22 to be distributed between each two adjacent rope crosspieces 241 and to be shelved on rope crosspiece 24.When sill strip 21 rises to the top of forms 1 under the traction of sill strip pull rope 23, one group of curtain sheet 22 is just positioned on sill strip 21 with stacked state, and vice versa.

Aforesaid sill strip pull rope 23 and curtain sheet upset rope 24 respectively use a pair in the present embodiment, lay respectively at the two ends of one group of curtain sheet 22, but according to professional knowledge, when the width of aforesaid forms 1 is larger such as 1.2m so that above time then can according to the quantity that need increase sill strip pull rope 23 and curtain sheet upset rope 24.

Refer to Fig. 4 and still composition graphs 1 and Fig. 2, technical essential as the technical scheme that the utility model provides: aforesaid one group of curtain sheet 22 is respectively configured to the S-shaped structure of shape of cross section by more than half circular arc curtain sheet body 222 and smaller part circular arc curtain sheet body 223, wherein, smaller part circular arc curtain sheet body 223 is corresponding with more than half circular arc curtain sheet body 222 of adjacent curtain sheet 22, and the arch direction of this smaller part circular arc curtain sheet body 223 is contrary with the arch direction of more than half circular arc curtain sheet body 222, the aforesaid position of pull rope resigning hole 221 in curtain sheet 22 is positioned at the edge of more than half circular arc curtain sheet body 222 away from the side of smaller part circular arc curtain sheet body 223.

Preferably, the width of aforesaid smaller part circular arc curtain sheet body 223 is 1/2nd or 2/5ths of the width of more than half circular arc curtain sheet body 222, that is more than half circular arc curtain sheet body 222 and the width of smaller part circular arc curtain sheet body 223 do not wait, the former is significantly greater than the latter, due to one group of curtain sheet 22 this shape (shape that namely aforesaid cross section is S-shaped) and pull rope resigning hole 221 has been opened in the edge (prior art be opened in the middle position of the width of one group curtain sheet 22) of more than half circular arc curtain sheet body 222 away from the side of smaller part circular arc curtain sheet body 222, thus the first fixed end 231 of sill strip pull rope 23 is made to fix with the edge of the side of sill strip 21.So, when blind 2 shutter elevating adjusting control mechanism 4 to be in by the effect of sill strip pull rope 23 decline the state namely launched completely completely time, by user by overturning the operation of adjusting control mechanism 3 to curtain sheet, curtain sheet is driven to overturn bindiny mechanism 6 on pull rope through curtain sheet upset pull rope 9, and then overturn bindiny mechanism 6 on pull rope by curtain sheet and drive shutter to be elevated overturn transition mechanism 5 with curtain sheet and overturn transition mechanism 5 by shutter elevating and curtain sheet and drive curtain sheet to overturn to restrict 24(to be fixed in shutter elevating because of the top that curtain sheet overturns rope 24 and curtain sheet overturns on transition mechanism 5, and bottom is fixed on sill strip 21), when one group of curtain sheet 22 is operated into the extreme degree closed be in as shown in Figure 4, when being namely in limit closed condition, the width of the closed gap d between each two adjacent curtain sheet 22 is only 0.6-0.9 ㎜, the present embodiment is 0.8 ㎜, the angle of the maximum visual angle α between each two adjacent curtain sheet 22 is only 32-36 °, the present embodiment is 34 °.According to the signal of Fig. 4, aforesaid closed gap d refers in fact the spacing between the surface of the arch of the smaller part circular arc curtain sheet body 223 of two adjacent curtain sheet 22 and the arch surface of more than half circular arc curtain sheet body 222.Structure like this can cash the technique effect referred in the superincumbent technique effect hurdle of applicant.

Please continue to refer to Fig. 1 and Fig. 2, aforementioned forms 1 comprise, lower moulding 11, 12, left, right vertical frame bar 13, 14, supralevoversion angle joint 15, lower-left corner coupling head 16, upper right corner coupling head 17, bottom right corner coupling head 18, interior glass 19a and outer glass 19b, on, bottom rail moulding 11, 12 is corresponding up and down with laterally parallel state, left, right vertical frame bar 13, 14 is corresponding with mutually longitudinally parallel state left-right, supralevoversion angle joint 15 is configured with the horizontal pin 151 of a supralevoversion angle joint and a supralevoversion angle joint indulges pin 152, indulge pin 152 by the horizontal pin 151 of supralevoversion angle joint with supralevoversion angle joint and supralevoversion angle joint 15 is configured to L-shaped, and the left accent inserting in the upper transverse frame bar chamber 111 of the horizontal pin of supralevoversion angle joint 151 and upper transverse frame bar 11, and supralevoversion angle joint indulges the upper accent inserting that moulding pin chamber 132 is indulged on a left side of pin 152 and a left side indulging moulding 13, lower-left corner coupling head 16 is configured with the horizontal pin 161 of a lower-left corner coupling head and a lower-left corner coupling head indulges pin 162, indulge pin 162 by the horizontal pin 61 of lower-left corner coupling head with lower-left corner coupling head and lower-left corner coupling head 16 is configured to L-shaped, and the left accent inserting in the bottom rail moulding chamber 121 of the horizontal pin of lower-left corner coupling head 161 and bottom rail moulding 12, and lower-left corner coupling head indulges the lower accent inserting that moulding pin chamber 132 is indulged on a left side of pin 162 and a left side indulging moulding 13, upper right corner coupling head 17 is configured with the horizontal pin 171 of a upper right corner coupling head and a upper right corner coupling head indulges pin 172, indulge pin 172 by the horizontal pin 171 of upper right corner coupling head with upper right corner coupling head and upper right corner coupling head 17 is configured to L shape, and the right accent inserting in the horizontal pin of upper right corner coupling head 171 and aforementioned upper transverse frame bar chamber 111, and upper right corner coupling head indulges the upper accent inserting in the right vertical frame bar pin chamber 142 of pin 172 and right vertical frame bar 14, bottom right corner coupling head 18 is configured with the horizontal pin 181 of a bottom right corner coupling head and a bottom right corner coupling head indulges pin 182, indulge pin 182 by the horizontal pin 181 of bottom right corner coupling head with bottom right corner coupling head and bottom right corner coupling head 18 is configured to L-shaped, and the right accent inserting in the horizontal pin of bottom right corner coupling head 181 and aforementioned bottom rail moulding chamber 121, and bottom right corner coupling head indulges the lower accent inserting in pin 182 and aforementioned right vertical frame bar pin chamber 142, the position, edge of interior glass 19a respectively with aforementioned on, bottom rail moulding 11, 12, left vertical moulding 13 and right vertical frame bar 14 are back to the side cementation of outer glass 19b, outer glass 19b with the aspectant state of maintenance of interior glass 19a under and its position, edge with on, bottom rail moulding 11, 12, left vertical moulding 13 and right vertical frame bar 14 are back to the side cementation of interior glass 19a, in, outer glass 19a, space between 19b is configured to the forms separate space of aforementioned forms 1.

Shown in Fig. 1 and Fig. 2, on aforesaid curtain sheet upset pull rope, bindiny mechanism 6 inserts build-in calmly with aforementioned supralevoversion angle joint 15, it is fixed that aforesaid curtain sheet upset pull rope transition mechanism 7 and aforesaid lower-left corner coupling head 16 insert build-in, it is fixed that aforesaid sill strip pull rope transition mechanism 8 and aforesaid upper right corner coupling head 17 insert build-in, moulding chamber 131 is indulged on the left side that the short transverse of indulging moulding 13 on an aforesaid left side is configured with a up/down perforation, vertical moulding chamber 131, this left side is positioned at an aforementioned left side and indulges the right side in moulding pin chamber 132 and to indulge moulding pin chamber 132 isolated with a left side, namely separated by common cavity wall between the two, aforesaid curtain sheet upset adjusting control mechanism 3 is arranged in vertical moulding chamber 131, this left side with moving up and down (namely sliding up and down), aforementioned curtain sheet upset pull rope 9 one end is indulged the top overturning adjusting control mechanism 3 in moulding chamber 131 with curtain sheet and is fixed on a left side, and the bottom that the other end of curtain sheet upset pull rope 9 is indulged on a left side equally in the moulding chamber 131 in and curtain sheet overturns adjusting control mechanism 3 is fixed, the right vertical frame bar chamber 141 of a up/down perforation is configured with in the short transverse of aforementioned right vertical frame bar 14, this right vertical frame bar chamber 141 is positioned at the left side in aforementioned right vertical frame bar pin chamber 142 and isolated with right vertical frame bar pin chamber 142, namely separated by common cavity wall between the two, aforesaid shutter lift adjustment controlling organization 4 (namely slides up and down) up or down and is arranged in right vertical frame bar chamber 141, aforementioned sill strip pull rope 23 in right vertical frame bar chamber 141 by way of shutter elevating adjusting control mechanism 4.

As shown in Figure 1, a upset control device sliver 191 is had back to the edge cementation of the short transverse of the side (Fig. 1 shown in left side) of outer glass 19b at aforesaid interior glass 19a, and the edge cementation of the short transverse of opposite side (shown in Fig. 1 right side) has a lifting control device sliver 192, a upset control device guide runner 1911 is offered in the short transverse overturning the side of control device sliver 191 towards lifting control device sliver 192 (the shown right side of Fig. 1), and offer a lifting control device guide runner 1921 at lifting control device sliver 192 towards the side i.e. short transverse in left side overturning control device sliver 191, upset control device sliver 191 is being equipped with a upset control device 1912 slidably in the position corresponding to upset control device guide runner 1911, this upset control device 1912 overturns adjusting control mechanism 3 magnetic attracting across interior glass 19a and a left side aforementioned curtain sheet of indulging in moulding chamber 131 being arranged on an aforementioned left side up or down and indulging moulding 13, slide on lifting control device sliver 192 and in the position corresponding to lifting control device guide runner 1921 and be equipped with a lifting control device 1922, this lifting control device 1922 is across described interior glass 19a and described shutter elevating adjusting control mechanism 4 magnetic attracting be arranged on up or down in the right vertical frame bar chamber 141 of described right vertical frame bar 14.

Aforesaid upper transverse frame bar 11 towards bottom rail moulding 12 side namely towards under side and be configured with to cover for a pair with parallel state along the length direction of upper transverse frame bar 11 and protect frame caulking groove 112, frame caulking groove 112 is inserted with one at this to covering to protect to cover the shape of cross section protected is that the transition mechanism of U-shaped covers and protects frame 1121 for overturning transition mechanism 5 to shutter elevating and curtain sheet.

Please emphasis see Fig. 2, aforesaid shutter elevating and curtain sheet overturn transition mechanism 5 and comprise curtain sheet trip shaft 51, curtain sheet upset rope geometrical clamp 52, pull rope transition guiding wheel seat 53 and sill strip pull rope transition directive wheel 54, curtain sheet trip shaft 51 is positioned at foregoing transition mechanism and covers and protect covering of frame 1121 and protect frame chamber 11211, the left end of this curtain sheet trip shaft 51 leans out the left accent that covers and protect frame chamber 11211 and overturns bindiny mechanism 6 on pull rope with the slotting build-in aforementioned curtain sheet fixed on aforementioned supralevoversion angle joint 15 and is fixedly connected with, and the right-hand member of curtain sheet trip shaft 51 is configured to horizontal boom end, curtain sheet upset rope geometrical clamp 52 is fixed on curtain sheet trip shaft 51 by a pair geometrical clamp dog screw 521, pull rope transition guiding wheel seat 53 overturn geometrical clamp 52 build-in of restricting (also can claim to fix) with curtain sheet and cover protect frame chamber 11211 internal support to cover at transition mechanism protect frame 1121 diapire on, this pull rope transition guiding wheel seat 53 offers sill strip pull rope guide hole 531, this sill strip pull rope guide hole 531 is through to right side from the left side of pull rope transition guiding wheel seat 53, sill strip pull rope transition directive wheel 54 is arranged on pull rope transition guiding wheel seat 53 by transition guide wheel shaft 541 rotationally, aforesaid sill strip pull rope 23 to be nested with on sill strip pull rope transition directive wheel 54 and through sill strip pull rope guide hole 531, and it is fixing that top and the curtain sheet of aforesaid curtain sheet upset rope 24 overturn geometrical clamp 52 of restricting.Applicant it should be noted that: if the right-hand member of aforementioned curtain sheet trip shaft 51 leant out the right accent that covers and protect frame chamber 11211 and be bearing on sill strip pull rope transition mechanism 8 rotationally, so should be considered as the technical spirit not departing from technology contents disclosed in the utility model, that is, equivalence change should be considered as and still belong to technology contents category disclosed in the utility model.

Due in the present embodiment, the quantity of aforesaid sill strip pull rope 23 and curtain sheet upset rope 24 respectively has two, and thus the quantity of aforesaid curtain sheet upset rope geometrical clamp 52 has two.

As shown in Figure 2, aforementioned supralevoversion angle joint 15 the horizontal pin of supralevoversion angle joint 151 towards on side surface with space state be configured with one group be raised in the surface of the horizontal pin of supralevoversion angle joint 151 for strengthening the horizontal pin tooth 1511 of supralevoversion angle joint with the adhesion of the chamber wall in aforementioned upper transverse frame bar chamber 111, and indulge pin 152 at supralevoversion angle joint and be configured with one group towards the surface of the side on a left side with space state and be raised in the supralevoversion angle joint for the adhesion strengthening the chamber wall indulging moulding pin chamber 132 with an aforementioned left side that supralevoversion angle joint indulges the surface of pin 152 and indulge pin tooth 1521.When the horizontal pin of supralevoversion angle joint 151 insert the upper transverse frame bar chamber 111 of upper transverse frame bar 11 left accent and when supralevoversion angle joint indulges the reliable connection effect that supralevoversion angle joint 15 can be made to embody after pin 152 inserts the upper pin mouth in left vertical moulding pin chamber 132 and between upper transverse frame bar 11 and left vertical moulding 13, because aforesaid lower-left corner coupling head 16, upper right corner coupling head 17 are identical with the structure of supralevoversion angle joint 15 with the structure of bottom right corner coupling head 18, thus there is the technique effect identical with supralevoversion angle joint 15.

On the horizontal pin 151 of the supralevoversion angle joint of aforesaid supralevoversion angle joint 15 and towards under side be configured with a panel slot 1512, and indulge pin 152 to offer a left spindle nose support holes 1522 and is configured with one in the position of the below corresponding to left spindle nose support holes 1522 perpendicular to supralevoversion angle joint at the supralevoversion angle joint of aforesaid supralevoversion angle joint 15 and indulge pin 152 and the banking stop 1523 be the level of state, this banking stop 1523 is positioned at the right side that supralevoversion angle joint indulges pin 152, on aforementioned curtain sheet upset pull rope, bindiny mechanism 6 comprises upset pull rope upper block seat 61 and a upset pull rope upper block 62, be positioned at bottom be respectively configured with a upset pull rope hanging feet 611 in the left side of upset pull rope upper block seat 61 and right side, and offering banking stop jack 614 corresponding to the position above upset pull rope hanging feet 611, and middle part and offer a right spindle nose support holes 612 on the wall body of the side of upset pull rope upper block 62, top is configured with a panel 613, the position of right spindle nose support holes 612 is corresponding with left spindle nose support holes 1522, panel 613 and the inserting of aforesaid panel slot 1512 phase, banking stop jack 614 and banking stop 1523 inserting, the left-side center position of upset pull rope upper block 62 is configured with a left spindle nose 621, and middle position, right side is configured with a right spindle nose 622, and on this right spindle nose 622, namely offer curtain sheet trip shaft jack 6221 in the axial middle position of right spindle nose 622, left spindle nose 621 is bearing in left spindle nose support holes 1522 rotationally, right spindle nose 622 is bearing in right spindle nose support holes 612 rotationally, the left end of aforementioned curtain sheet trip shaft 51 is solidly plugged in curtain sheet trip shaft jack 6221, aforesaid curtain sheet upset pull rope 9 is around being enclosed within upset pull rope upper block 62, here alleged is curtain sheet is overturn pull rope 9 to repeat around circle or two circles at upset pull rope upper block 62 around cover.

Preferably, it is D font that aforementioned curtain sheet trip shaft 51 is formed shape of cross section, curtain sheet trip shaft jack 6221 is designed to semi-circular hole (being namely designed to D font hole) simultaneously, so that promote curtain sheet trip shaft 51 and curtain sheet trip shaft jack 6221 insert solid effect, and reliably to fix with it for curtain sheet upset rope geometrical clamp 52.

On above-mentioned curtain sheet upset pull rope, the structure of bindiny mechanism 6 is extremely conducive to improving assembling speed, due to the structure of the curtain sheet upset pull rope transition mechanism 7 that will mention below and sill strip pull rope transition mechanism 8 and curtain sheet, to overturn bindiny mechanism 6 on pull rope similar, thus has effect convenient for assembly equally.

Emphasis is shown in Fig. 2, aforesaid curtain sheet upset pull rope transition mechanism 7 comprises upset pull rope lower tumbler seat 71 and a upset pull rope lower tumbler 72, upset pull rope lower tumbler seat 71 is inserted and is embedded on the horizontal pin 161 of aforesaid lower-left corner coupling head, and upset pull rope lower tumbler 72 is indulged between pin 162 and upset pull rope lower tumbler seat 71 by its lower guide wheel shaft 721 hub setting at aforesaid lower-left corner coupling head; Aforesaid curtain sheet upset pull rope 9 is nested with on upset pull rope lower tumbler 72.Structure due to lower-left corner coupling head 16 and curtain sheet identical with aforementioned supralevoversion angle joint 15 overturns the structure of pull rope transition mechanism 7 and curtain sheet, and to overturn bindiny mechanism 6 on pull rope identical, and thus applicant no longer launches to describe.

Emphasis is shown in Fig. 2, aforesaid sill strip pull rope transition mechanism 8 comprises sill strip pull rope wheel stand 81 and a sill strip pull rope guide wheel 82, it is fixed that sill strip pull rope wheel stand 81 and aforementioned upper right corner coupling head 17 insert build-in, a sill strip pull rope hook 811 is configured with on this sill strip pull rope wheel stand 81 and towards the side of aforementioned interior glass 19a, sill strip pull rope guide wheel 82 is arranged on sill strip pull rope wheel stand 81 by sill strip pull rope guide wheel shaft 821 rotationally, aforementioned sill strip pull rope 23 by way of sill strip pull rope guide wheel 82 and aforementioned second fixed end 232 of this sill strip pull rope 23 hang on described sill strip pull rope hook 811.Due to sill strip pull rope transition mechanism 8 and the assembly relation of upper right corner coupling head 17, to be that same curtain sheet overturns bindiny mechanism on pull rope 6 identical with the assembly relation of supralevoversion angle joint 15, and thus applicant does not make too detailed description.

Please see Fig. 1 by emphasis, aforesaid curtain sheet upset adjusting control mechanism 3 comprises a upset pull rope sliding seat 31, one group of magnet piece 32, on one slide guide wheel 33 and once slide guide take turns 34, upset pull rope sliding seat 31 is arranged on a left side of indulging moulding 13 in an aforementioned left side up or down and indulges in moulding chamber 131, and a curtain sheet upset pull rope hook 311 is respectively configured with on the top of the left and right sides outer wall of this upset pull rope sliding seat 31 and bottom, the quantity of one group of magnet piece 32(the present embodiment is four pieces) be embedded in upset pull rope sliding seat 31 towards the side of aforementioned interior glass 19a in spaced mode from top to bottom and be positioned at the middle part of the short transverse of upset pull rope sliding seat 31, upper slide guide wheel 33 is arranged on upset pull rope sliding seat 31 at the position pivot on the top corresponding to one group of magnet piece 32, and with the side surface contact of interior glass 19a towards aforementioned outer glass 19b, lower slide guide wheel 34 is arranged on upset pull rope sliding seat 31 at the position pivot of the bottom corresponding to one group of magnet piece 32, and equally with the side surface contact of interior glass 19a towards aforementioned outer glass 19b, aforesaid upset control device 1912 is across interior glass 19a and group magnet piece 32 magnetic attracting, one end of aforementioned curtain sheet upset pull rope 9 hangs on the described curtain sheet upset pull rope hook 311 of left upper portion being positioned at upset pull rope sliding seat 31, and the other end is hung on the curtain sheet upset pull rope hook 311 of the left lower being positioned at upset pull rope sliding seat 31, the structure of aforementioned upset control device 1912 is identical with the structure of described lifting control device 1922.

Still see Fig. 1, aforesaid shutter elevating adjusting control mechanism 4 comprises a sill strip pull rope sliding seat 41, one group of magnet 42, one upper block 43, one lower tumbler 44, one sill strip pull rope guide wheel 45 and a balancing weight 46, sill strip pull rope sliding seat 41 is arranged in the right vertical frame bar chamber 141 of aforementioned right vertical frame bar 14 up or down, the quantity of one group of magnet 42(the present embodiment is four pieces) be embedded in sill strip pull rope sliding seat 41 towards the side of described interior glass 19a in spaced mode from top to bottom and be positioned at the middle part of the short transverse of sill strip pull rope sliding seat 41, upper block 43 is arranged on sill strip pull rope sliding seat 41 at the position pivot on the top corresponding to one group of magnet 42, and with the side surface contact of interior glass 19a towards described outer glass 19b, lower tumbler 44 is arranged on sill strip pull rope sliding seat 41 at the position pivot of the bottom corresponding to one group of magnet 42, and the side surface contact of the same glass 19b toward the outside with described interior glass 19a, sill strip pull rope guide wheel 45 to be arranged on the top in the sliding seat chamber of sill strip pull rope sliding seat 41 rotationally by sill strip pull rope guide wheel shaft 451 corresponding to the position above upper block 43, balancing weight 46 is arranged on the bottom in the sliding seat chamber of sill strip pull rope sliding seat 41 in the position of the below corresponding to lower tumbler 44 by balancing weight bearing pin 461.

As shown in Figure 1, aforesaid lifting control device 1922 is provided with a control device guide wheel 19221 and one group of control device magnet 19222 towards each pivot in upper and lower of the side of aforementioned sill strip pull rope sliding seat 41, control device guide wheel 19221 and the side contacts of interior glass 19a back to outer glass 19b, one group of control device magnet 1922(the present embodiment is four pieces) between a pair control device guide wheel 19221 and across interior glass 19a and described group of magnet 42 magnetic attracting, the spacing slide guide flange 19223 of a lifting control device is configured with on lifting control device 1922 and corresponding to the position of described lifting control device guide runner 1921, the spacing slide guide flange 19223 of this lifting control device is slidably matched with lifting control device guide runner 1921, aforesaid sill strip pull rope 23 is drawn and is taken turns 45 in sill strip pull rope slide guide.

As aforementioned, the structure due to overturning control device 1912 is identical with the structure of lifting control device 1922, and thus applicant repeats no more.

Refer to Fig. 3, curtain sheet that the one end and the curtain sheet that figure 3 illustrates curtain sheet upset pull rope 9 overturns the top of the upset pull rope sliding seat 31 of adjusting control mechanism 3 overturn pull rope and link up with 311 and hang and be connected, and the other end is linked up with 311 and hung and be connected overturning pull rope by way of the curtain sheet overturning pull rope upper block 62 and overturn the rear bottom with overturning pull rope sliding seat 31 of pull rope lower tumbler 72.

Refer to Fig. 1 and Fig. 2, applicant sketches use of the present utility model, when blind 2 will be made upwards to pack up, so will be elevated control device 1922 pushing downwards by operator, drive shutter elevating adjusting control mechanism 4 descending by lifting control device 1922, sill strip pull rope 23 due to blind 2 is drawn and on the sill strip pull rope guide wheel 45 of the structural system of shutter elevating adjusting control mechanism 4, thus when sill strip pull rope sliding seat 41 is descending, just owing to making sill strip pull rope 23 be in rope closing state by sill strip pull rope guide wheel 45, thus drive sill strip 21 to top offset by sill strip pull rope 23, blind 2 is opened, one group of curtain sheet 22 is put with pile and is namely on sill strip 21 with stacked state, otherwise with example.

When blind 2 is in opening, that is when the sill strip 21 of blind 2 is in the state be shelved on bottom rail moulding 12, and when being regulated by the deflection angle of operator to one group of curtain sheet 22, as long as so move up and down upset control device 1912, specifically, moved up and down accordingly (amplitude moved up and down is minimum) by the upset pull rope sliding seat 31 driving curtain sheet to overturn the structural system of adjusting control mechanism 3 that moves up and down of upset control device 1912, curtain sheet is driven to overturn pull rope 9 by upset pull rope sliding seat 31, overturning pull rope 9 by this curtain sheet drives curtain sheet to overturn the upset pull rope upper block 62 of bindiny mechanism 6 on pull rope, the left end overturning the curtain sheet trip shaft 51 of transition mechanism 5 due to shutter elevating and curtain sheet is fixedly connected with upset pull rope upper block 62, again because the upper end of the curtain sheet upset rope 24 of blind 2 is fixed on curtain sheet upset rope geometrical clamp 52, also because this curtain sheet upset rope geometrical clamp 52 is fixed with curtain sheet trip shaft 51, thus drive curtain sheet trip shaft 51 clockwise or while rotating counterclockwise certain angle, make curtain sheet overturn rope geometrical clamp 52 angle that also corresponding rotation is certain at upset pull rope guide wheel 62, thus drive curtain sheet upset rope 24 to do corresponding motion by curtain sheet upset rope geometrical clamp 52, drive one group of curtain sheet 22 of shelving on its rope crosspiece 241 to deflect by curtain sheet upset rope 24 and namely overturn corresponding angle.Especially when one group of curtain sheet 22 is in the extreme degree of closedown, then in the state shown in Fig. 4.

In sum, the technical scheme that the utility model provides overcomes the deficiency in prior art, successfully completes invention task, has cashed the technique effect referred in the superincumbent technique effect hurdle of applicant objectively.

Claims

1. a double layer glass window with built-in louver, comprises forms (1); One blind (2), this blind (2) is arranged in the forms separate space of forms (1) with closed state; One curtain sheet upset adjusting control mechanism (3), this curtain sheet upset adjusting control mechanism (3) is arranged on the side of described forms (1); One shutter elevating adjusting control mechanism (4), this shutter elevating adjusting control mechanism (4) is arranged on the opposite side of described forms (1); One shutter elevating and curtain sheet overturn transition mechanism (5), and this shutter elevating and curtain sheet overturn transition mechanism (5) and to be arranged in described forms separate space and the top being positioned at forms separate space; Bindiny mechanism (6) on one curtain sheet upset pull rope, on this curtain sheet upset pull rope, bindiny mechanism (6) to be arranged in described forms separate space and to be positioned at a upper lateral part of forms separate space, and described shutter elevating and curtain sheet overturn transition mechanism (5) and overturn bindiny mechanism (6) on pull rope with this curtain sheet and be fixedly connected with; One curtain sheet upset pull rope transition mechanism (7), this curtain sheet upset pull rope transition mechanism (7) to be arranged in described forms separate space and to be positioned at a side lower part of forms separate space; One sill strip pull rope transition mechanism (8), this sill strip pull rope transition mechanism (8) to be arranged in forms separate space and to be positioned at the top of the opposite side of forms separate space; One curtain sheet upset pull rope (9), the top that one end and the described curtain sheet of this curtain sheet upset pull rope (9) overturns adjusting control mechanism (3) is fixed, and the other end of this curtain sheet upset pull rope (9) successively around and described curtain sheet overturn bindiny mechanism (6) and curtain sheet on pull rope and overturn pull rope transition mechanism (7) overturns adjusting control mechanism (3) afterwards bottom with curtain sheet and fix; described blind (2) comprises sill strip (21), one group of curtain sheet (22), sill strip pull rope (23) and curtain sheet upset rope (24), sill strip (21) is positioned at the bottom of one group of curtain sheet (22), first fixed end (231) of sill strip pull rope (23) is fixed with sill strip (21), and second fixed end (232) of sill strip pull rope (23) overturns transition mechanism (5) by way of described shutter elevating and curtain sheet successively after through the pull rope resigning hole (221) be opened on one group of curtain sheet (22), sill strip pull rope transition mechanism (8) and shutter elevating adjusting control mechanism (4) and returning after shutter elevating adjusting control mechanism (4) and be fixed on sill strip pull rope transition mechanism (8), curtain sheet upset rope (24) in the form of a ring and separated with space state by the rope crosspiece (241) that quantity is equal with the quantity of one group of curtain sheet (22) and be configured to the structure of rope ladder, the bottom of this curtain sheet upset rope (24) is fixed on sill strip (21), and top is fixed in shutter elevating and curtain sheet overturns on transition mechanism (5), one group of curtain sheet (22) to be distributed between each two adjacent rope crosspieces (241) and to be shelved on rope crosspiece (24), it is characterized in that: one group of described curtain sheet (22) is respectively configured to by more than half circular arc curtain sheet body (222) and smaller part circular arc curtain sheet body (223) structure that shape of cross section is tending towards S shape, wherein, smaller part circular arc curtain sheet body (223) is corresponding with more than half circular arc curtain sheet body (222) of adjacent curtain sheet (22), and the arch direction of this smaller part circular arc curtain sheet body (223) is contrary with the arch direction of more than half circular arc curtain sheet body (222), the described position of pull rope resigning hole (221) in described curtain sheet (22) is positioned at the edge of more than half circular arc curtain sheet body (222) away from the side of smaller part circular arc curtain sheet body (223).

2. double layer glass window with built-in louver according to claim 1, it is characterized in that described forms (1) comprise, lower moulding (11, 12), left, right vertical frame bar (13, 14), supralevoversion angle joint (15), lower-left corner coupling head (16), upper right corner coupling head (17), bottom right corner coupling head (18), interior glass (19a) and outer glass (19b), on, bottom rail moulding (11, 12) state with laterally parallel is corresponding up and down, left, right vertical frame bar (13, 14) corresponding with mutually longitudinally parallel state left-right, supralevoversion angle joint (15) is configured with the horizontal pin of a supralevoversion angle joint (151) and a supralevoversion angle joint indulges pin (152), indulge pin (152) by the horizontal pin of supralevoversion angle joint (151) and supralevoversion angle joint and supralevoversion angle joint (15) is configured to L-shaped, and the left accent inserting in the upper transverse frame bar chamber (111) of the horizontal pin of supralevoversion angle joint (151) and upper transverse frame bar (11), and supralevoversion angle joint indulges the upper accent inserting that moulding pin chamber (132) is indulged on a left side of pin (152) and a left side indulging moulding (13), lower-left corner coupling head (16) is configured with the horizontal pin of a lower-left corner coupling head (161) and a lower-left corner coupling head indulges pin (162), indulge pin (162) by the horizontal pin of lower-left corner coupling head (61) and lower-left corner coupling head and lower-left corner coupling head (16) is configured to L-shaped, and the left accent inserting in the bottom rail moulding chamber (121) of the horizontal pin of lower-left corner coupling head (161) and bottom rail moulding (12), and lower-left corner coupling head indulges the lower accent inserting that moulding pin chamber (132) is indulged on a left side of pin (162) and a left side indulging moulding (13), upper right corner coupling head (17) is configured with the horizontal pin of a upper right corner coupling head (171) and a upper right corner coupling head indulges pin (172), indulge pin (172) by the horizontal pin of upper right corner coupling head (171) and upper right corner coupling head and upper right corner coupling head (17) is configured to L-shaped, and the right accent inserting of the horizontal pin of upper right corner coupling head (171) and described upper transverse frame bar chamber (111), and upper right corner coupling head indulges the upper accent inserting in the right vertical frame bar pin chamber (142) of pin (172) and right vertical frame bar (14), bottom right corner coupling head (18) is configured with the horizontal pin of a bottom right corner coupling head (181) and a bottom right corner coupling head indulges pin (182), indulge pin (182) by the horizontal pin of bottom right corner coupling head (181) and bottom right corner coupling head and bottom right corner coupling head (18) is configured to L-shaped, and the right accent inserting of the horizontal pin of bottom right corner coupling head (181) and described bottom rail moulding chamber (121), and bottom right corner coupling head indulges the lower accent inserting of pin (182) and described right vertical frame bar pin chamber (142), the position, edge of interior glass (19a) respectively with described on, bottom rail moulding (11, 12), left vertical moulding (13) and right vertical frame bar (14) are back to the side cementation of outer glass (19b), outer glass (19b) is under keeping aspectant state with interior glass (19a) and its position, edge and upper, bottom rail moulding (11, 12), left vertical moulding (13) and right vertical frame bar (14) are back to the side cementation of interior glass (19a), in, outer glass (19a, space 19b) is configured to the forms separate space of described forms (1), on described curtain sheet upset pull rope, bindiny mechanism (6) is fixed with the slotting build-in of described supralevoversion angle joint (15), it is fixed that described curtain sheet upset pull rope transition mechanism (7) and described lower-left corner coupling head (16) insert build-in, it is fixed that described sill strip pull rope transition mechanism (8) and described upper right corner coupling head (17) insert build-in, moulding chamber (131) is indulged on the left side that the short transverse of indulging moulding (13) on a described left side is configured with a up/down perforation, vertical moulding chamber (131), this left side is positioned at a described left side and indulges the right side in moulding pin chamber (132) and to indulge moulding pin chamber (132) isolated with a left side, described curtain sheet upset adjusting control mechanism (3) is arranged in vertical moulding chamber (131), this left side up or down, described curtain sheet upset pull rope (9) one end is indulged the top overturning adjusting control mechanism (3) in moulding chamber (131) with curtain sheet and is fixed on a left side, and the other end of described curtain sheet upset pull rope (9) is indulged the bottom overturning adjusting control mechanism (3) in moulding chamber (131) with curtain sheet equally and is fixed on a left side, the right vertical frame bar chamber (141) of a up/down perforation is configured with in the short transverse of described right vertical frame bar (14), this right vertical frame bar chamber (141) is positioned at the left side of described right vertical frame bar pin chamber (142) and isolated with right vertical frame bar pin chamber (142), described shutter lift adjustment controlling organization (4) is arranged in right vertical frame bar chamber (141) up or down, described sill strip pull rope (23) in right vertical frame bar chamber (141) by way of shutter elevating adjusting control mechanism (4).

3. double layer glass window with built-in louver according to claim 2, it is characterized in that in described glass (19a) has a upset control device sliver (191) back to the edge cementation of the short transverse of the side of described outer glass (19b), and the edge cementation of the short transverse of opposite side has a lifting control device sliver (192), a upset control device guide runner (1911) is offered towards the short transverse of side of lifting control device sliver (192) in upset control device sliver (191), and offer a lifting control device guide runner (1921) in lifting control device sliver (192) towards the short transverse of side of upset control device sliver (191), go up in upset control device sliver (191) and be equipped with a upset control device (1912) slidably in the position corresponding to upset control device guide runner (1911), this upset control device (1912) overturns adjusting control mechanism (3) magnetic attracting across described interior glass (19a) and a left side described curtain sheet of indulging in moulding chamber (131) being arranged on a described left side up or down and indulging moulding (13), above and in the position corresponding to lifting control device guide runner (1921) slide in lifting control device sliver (192) and be equipped with a lifting control device (1922), this lifting control device (1922) is across described interior glass (19a) and described shutter elevating adjusting control mechanism (4) magnetic attracting be arranged on up or down in the right vertical frame bar chamber (141) of described right vertical frame bar (14).

4. double layer glass window with built-in louver according to claim 2, it is characterized in that being configured with to cover for a pair with parallel state towards the side of described bottom rail moulding (12) and along the length direction of upper transverse frame bar (11) at described upper transverse frame bar (11) protecting frame caulking groove (112), frame caulking groove (112) is inserted with one at this covers the transition mechanism protected and cover and protect frame (1121) for overturning transition mechanism (5) to described shutter elevating and curtain sheet covering to protect, described shutter elevating and curtain sheet overturn transition mechanism (5) and comprise curtain sheet trip shaft (51), curtain sheet upset rope geometrical clamp (52), pull rope transition guiding wheel seat (53) and sill strip pull rope transition directive wheel (54), curtain sheet trip shaft (51) is positioned at described transition mechanism and covers and protect covering of frame (1121) and protect frame chamber (11211), the left end of this curtain sheet trip shaft (51) leans out the left accent that covers and protect frame chamber (11211) and overturns bindiny mechanism (6) on pull rope with the slotting build-in described curtain sheet fixed on described supralevoversion angle joint (15) and is fixedly connected with, and the right-hand member of curtain sheet trip shaft (51) is configured to horizontal boom end or be bearing on described sill strip pull rope transition mechanism (8) after leaning out the right accent covering and protect frame chamber (11211) rotationally, curtain sheet upset rope geometrical clamp (52) is fixed on curtain sheet trip shaft (51), pull rope transition guiding wheel seat (53) and curtain sheet overturn restrict geometrical clamp (52) build-in and cover protect frame chamber (11211) internal support to cover at transition mechanism protect frame (1121) diapire on, this pull rope transition guiding wheel seat (53) offers sill strip pull rope guide hole (531), this sill strip pull rope guide hole (531) is through to right side from the left side of pull rope transition guiding wheel seat (53), sill strip pull rope transition directive wheel (54) is arranged in pull rope transition guiding wheel seat (53) by transition guide wheel shaft (541) rotationally, described sill strip pull rope (23) is nested with in sill strip pull rope transition directive wheel (54) upper and through sill strip pull rope guide hole (531), and it is fixing that top and the described curtain sheet of described curtain sheet upset rope (24) overturn geometrical clamp (52) of restricting, described supralevoversion angle joint (15) the horizontal pin of supralevoversion angle joint (151) towards upper side surface with space state be configured with one group be raised in the surface of the horizontal pin of supralevoversion angle joint (151) for strengthening the horizontal pin tooth (1511) of supralevoversion angle joint with the adhesion of the chamber wall of described upper transverse frame bar chamber (111), and described supralevoversion angle joint indulge pin (152) towards the side on a left side surface with space state be configured with one group be raised in that supralevoversion angle joint indulges the surface of pin (152) indulge pin tooth (1521) for strengthening the supralevoversion angle joint indulging the adhesion of the chamber wall in moulding pin chamber (132) with a described left side, described lower-left corner coupling head (16), upper right corner coupling head (17) are all identical with the structure of supralevoversion angle joint (15) with the structure of bottom right corner coupling head (18).

5. double layer glass window with built-in louver according to claim 4, it is characterized in that the horizontal pin of supralevoversion angle joint (151) of described supralevoversion angle joint (15) upper and towards under side be configured with a panel slot (1512), and indulge at the supralevoversion angle joint of described supralevoversion angle joint (15) and pin (152) offers a left spindle nose support holes (1522) and is configured with a banking stop (1523) in the position of the below corresponding to left spindle nose support holes (1522), this banking stop (1523) is positioned at the right side that supralevoversion angle joint indulges pin (152), on described curtain sheet upset pull rope, bindiny mechanism (6) comprises upset pull rope upper block seat (61) and upset pull rope upper block (62), be positioned at bottom and be respectively configured with a upset pull rope hanging feet (611) in the left side of upset pull rope upper block seat (61) and right side, and offer banking stop jack (614) in the position of the top corresponding to upset pull rope hanging feet (611), and middle part and towards upset pull rope upper block (62) side offer a right spindle nose support holes (612), top is configured with a panel (613), the position of right spindle nose support holes (612) is corresponding with described left spindle nose support holes (1522), panel (613) and described panel slot (1512) phase inserting, banking stop jack (614) and banking stop (1523) inserting, the left-side center position of upset pull rope upper block (62) is configured with a left spindle nose (621), and middle position, right side is configured with a right spindle nose (622), and on this right spindle nose (622), offer curtain sheet trip shaft jack (6221), left spindle nose (621) is bearing on left spindle nose support holes (1522) rotationally, right spindle nose (622) is bearing on right spindle nose support holes (612) rotationally, the left end of described curtain sheet trip shaft (51) is solidly plugged in described curtain sheet trip shaft jack (6221), described curtain sheet upset pull rope (9) is around being enclosed within upset pull rope upper block (62).

6. double layer glass window with built-in louver according to claim 2, it is characterized in that described curtain sheet upset pull rope transition mechanism (7) comprises upset pull rope lower tumbler seat (71) and upset pull rope lower tumbler (72), upset pull rope lower tumbler seat (71) is inserted and is embedded on the described horizontal pin of lower-left corner coupling head (161), and upset pull rope lower tumbler (72) is indulged between pin (162) and upset pull rope lower tumbler seat (71) by its lower guide wheel shaft (721) hub setting at described lower-left corner coupling head; Described curtain sheet upset pull rope (9) is nested with in upset pull rope lower tumbler (72).

7. double layer glass window with built-in louver according to claim 2, it is characterized in that described sill strip pull rope transition mechanism (8) comprises a sill strip pull rope wheel stand (81) and a sill strip pull rope guide wheel (82), it is fixed that sill strip pull rope wheel stand (81) and described upper right corner coupling head (17) insert build-in, sill strip pull rope hook (811) is configured with on this sill strip pull rope wheel stand (81) and towards the side of described interior glass (19a), sill strip pull rope guide wheel (82) is arranged on sill strip pull rope wheel stand (81) by sill strip pull rope guide wheel shaft (821) rotationally, described sill strip pull rope (23) by way of described sill strip pull rope guide wheel (82) and described second fixed end (232) of this sill strip pull rope (23) hang on described sill strip pull rope hook (811).

8. double layer glass window with built-in louver according to claim 3, it is characterized in that described curtain sheet upset adjusting control mechanism (3) comprises a upset pull rope sliding seat (31), one group of magnet piece (32), on one slide guide wheel (33) and once slide guide take turns (34), upset pull rope sliding seat (31) is arranged on a left side of indulging moulding (13) in a described left side up or down and indulges in moulding chamber (131), and curtain sheet upset pull rope hook (311) is respectively configured with on the top of the left and right sides outer wall of this upset pull rope sliding seat (31) and bottom, one group of magnet piece (32) is embedded in upset pull rope sliding seat (31) towards the side of described interior glass (19a) in spaced mode from top to bottom and is positioned at the middle part of the short transverse of upset pull rope sliding seat (31), upper slide guide wheel (33) is arranged in upset pull rope sliding seat (31) at the position pivot on the top corresponding to one group of magnet piece (32), and with the side surface contact of described interior glass (19a) towards described outer glass (19b), lower slide guide wheel (34) is arranged in upset pull rope sliding seat (31) at the position pivot of the bottom corresponding to one group of magnet piece (32), and equally with the side surface contact of described interior glass (19a) towards described outer glass (19b), described upset control device (1912) is across interior glass (19a) and described one group of magnet piece (32) magnetic attracting, one end of described curtain sheet upset pull rope (9) hangs on described curtain sheet upset pull rope hook (311) of left upper portion being positioned at upset pull rope sliding seat (31), and the other end is hung in curtain sheet upset pull rope hook (311) of the left lower being positioned at upset pull rope sliding seat (31), the structure of described upset control device (1912) is identical with the structure of described lifting control device (1922).

9. double layer glass window with built-in louver according to claim 3, it is characterized in that described shutter elevating adjusting control mechanism (4) comprises a sill strip pull rope sliding seat (41), one group of magnet (42), one upper block (43), one lower tumbler (44), one sill strip pull rope guide wheel (45) and a balancing weight (46), sill strip pull rope sliding seat (41) is arranged in the right vertical frame bar chamber (141) of described right vertical frame bar (14) up or down, one group of magnet (42) is embedded in sill strip pull rope sliding seat (41) towards the side of described interior glass (19a) in spaced mode from top to bottom and is positioned at the middle part of the short transverse of sill strip pull rope sliding seat (41), upper block (43) is arranged on sill strip pull rope sliding seat (41) at the position pivot on the top corresponding to one group of magnet (42), and with the side surface contact of described interior glass (19a) towards described outer glass (19b), lower tumbler (44) is arranged on sill strip pull rope sliding seat (41) at the position pivot of the bottom corresponding to one group of magnet (42), and the side surface contact of the same glass (19b) toward the outside with described interior glass (19a), sill strip pull rope guide wheel (45) passes through in the position of the top corresponding to upper block (43) top that sill strip pull rope guide wheel shaft (451) is arranged on the sliding seat chamber of sill strip pull rope sliding seat (41) rotationally, balancing weight (46) is arranged on the bottom in the sliding seat chamber of sill strip pull rope sliding seat (41) in the position of the below corresponding to lower tumbler (44) by balancing weight bearing pin (461), described lifting control device (1922) is provided with a control device guide wheel (19221) and one group of control device magnet (19222) towards each pivot in upper and lower of the side of described sill strip pull rope sliding seat (41), control device guide wheel (19221) and the side contacts of interior glass (19a) back to outer glass (19b), one group of control device magnet (1922) to be positioned between a pair control device guide wheel (19221) and across glass (19a) and described one group of magnet (42) magnetic attracting, go up in lifting control device (1922) and be configured with the spacing slide guide flange (19223) of a lifting control device in the position corresponding to described lifting control device guide runner (1921), the spacing slide guide flange (19223) of this lifting control device is slidably matched with lifting control device guide runner (1921), described sill strip pull rope (23) is drawn and is taken turns (45) in described sill strip pull rope slide guide.

10. double layer glass window with built-in louver according to claim 1, it is characterized in that when described one group of curtain sheet (22) is in closed extreme degree, the width of the closed gap d between each two adjacent curtain sheet is 0.6-0.9 ㎜, and the number of degrees of maximum visual angle α between each two adjacent curtain sheet are 32-36 °.