CN208885162U - Double layer glass window with built-in louver - Google Patents

Abstract

A kind of double layer glass window with built-in louver, including rect widget；Inside casing；Inside and outside operating-controlling mechanism；Venetian blind and venetian blind curtain sheet overturn simultaneous shutter elevating mechanism；Torsion shaft driving mechanism；Tensioner rope tensioner and guiding mechanism；Traction teeth band first, second tensioner rope, feature: venetian blind curtain sheet is overturn and shutter elevating mechanism includes torsion shaft, a pair of revolution spindle nose fulcrum bearing and a pair of of traction rope take-up roll, it is intracavitary that a pair of revolution spindle nose fulcrum bearing is located at upper ledge, a pair of of traction rope take-up roll is supported in a pair of of revolution spindle nose fulcrum bearing, torsion shaft is fixed with a pair of of traction rope take-up roll, a left side for torsion shaft, right end is stretched over outside a pair of of traction rope take-up roll and right end is connect with torsion shaft driving mechanism, the upper end of a pair of of curtain sheet turnover ladder rope is around covering in a pair of of traction rope take-up roll, the upper end of a pair of of shutter elevating traction rope is set around in a pair of of traction rope take-up roll.It is able to satisfy and the rect widget of height is noticeably greater than to length and rect widget is installed on high-order bottom manipulation request.

Description

Double layer glass window with built-in louver

Technical field

The utility model belongs to sunshade hollow glass product technical field, and in particular to hundred built in a kind of double layer glass Leaf window.

Background technique

Above mentioned double layer glass window with built-in louver refers to each other with the setting of aspectant state and right Setting is implemented in closed two pieces of glass (interior glass and outer glass, can also claim front glass and rear glass) at edge position can be according to The venetian blind that need to be gone up and down and the window for belonging to sunshade hollow glass product scope constituted, this window have it is self-evident with Lower strong point: thermal insulation is good and uses the energy conservation for embodying building；Sound insulation value is excellent and uses attacking from extraneous noisy noise It disturbs；Anti-condensation is solidifying white and using ensures that indoor light is sufficient and embodies desired beautiful effect；Pass through the curtain sheet to venetian blind Deflection angle adjust and use meet needed for indoor lighting requirement and protect privacy；Venetian blind curtain sheet is stain from trifle in the world (habit referred to as " curtain sheet ") and use to embody and excellent exempt from cleaning effect；Have ideal decorative to building and uses promotion The class of building；Impact resistance is strong, safety is good and long service life and use meet the installation requirement of skyscraper with And meet the non-maintaining requirement of ultimate attainment long-time service；It is used using simple Portable power saving and adapts to all ages and classes and different physical efficiency persons Operation, etc..

Can be no lack of the technical information being seen in about double layer glass window with built-in louver in disclosed China and foreign countries' patent document, Such as the hollow glass of CN2564720Y(built-in louver curtain), the shutter in CN2767624Y(hollow glass), Shutter in the improved hollow glass of CN2767625Y(structure), the shutter in CN2756796Y(hollow glass), CN2232968Y(in double glazing be equipped with horizontal shutter monolithic door sash), CN2297952Y(Magnetic driving formula add layer Flexible heavy curtain), CN2326718Y(totally-enclosed shutter), the blinds in the structure improved hollow glass of CN100535378C( Window), set sun-shading hollow venetian blind in CN102444372A(one kind), built in the mono- manipulation double layer glass of CN105064896B( Shutter), CN105041168B(structure simplify energy-saving multilayer hollow glass louver), the non-magnet of CN105041170B( Drive-type double layer glass window with built-in louver), CN105041172B(pelletron drive-type double layer glass window with built-in louver), Foreign patent such as US2002189768A1, US2004211528A, US2015159431A1, GB671685A and W003071082A Etc..

By to the reading for being not limited to above-named patent document it is found that double layer glass window with built-in louver it is macro Seeing structure is divided into double manipulations to manipulate with single, the former has there are two interior operating-controlling mechanism and two outer operating-controlling mechanisms outside, grasps in two Controlling flip angle of one of them the interior operating-controlling mechanism in mechanism to curtain sheet, (interior overturning and outer overturning can also claim preceding overturning with after Overturning) controlled, and another interior operating-controlling mechanism in two interior operating-controlling mechanisms to the rope closing of shutter elevating traction rope or Rope is put to be controlled, two outer operating-controlling mechanisms across interior glass respectively with two interior operating-controlling mechanism magnetic attractings, by operator couple The operation of outer operating-controlling mechanism and make outer operating-controlling mechanism drive in operating-controlling mechanism.In order to avoid mutually doing occur in two outer operating-controlling mechanisms The situation related to, thus two outer operating-controlling mechanisms and two interior operating-controlling mechanisms are usually separately positioned on to the two sides of forms.Specifically For, in the side of forms, one inside and outside operating-controlling mechanism is set, and one inside and outside manipulation is equally set in the other side of forms Mechanism；Since the single operating-controlling mechanism of the latter, that is, above-mentioned only has an interior operating-controlling mechanism and an outer operating-controlling mechanism, thus relative to For double manipulations, the structure singly manipulated it is relatively easy and be remarkably reduced the cost of double layer glass window with built-in louver with And it economizes on resources；This application involves be the double layer glass window with built-in louver that singly manipulates, the double layer hollow just singly manipulated For glass window with built-in louver, reference can be made to application for a patent for invention publication No. CN104747054A(double glazing window with built-in louver) The 0004th section of specification.

By taking above-mentioned single manipulation double layer glass window with built-in louver as an example, why operating-controlling mechanism is set to the height of forms The left side edge position or right side edge position for spending direction are because the size of the short transverse of forms in a state of use is (vertical To size) be noticeably greater than forms length direction size (lateral dimension), i.e. longitudinal length is noticeably greater than lateral length, manipulates The stroke that mechanism moves up or down is sufficient for the whole of venetian blind and promotes or decline requirement.But in certain buildings On, so that forms situation described below is occurred because of design style variation: the height dimension of forms is relatively small, and the length of forms Degree size is relatively large, i.e. the size of the length direction of forms is noticeably greater than the size (longitudinal ruler of the short transverse of forms It is very little), then, if blindly following left side edge position or right side that operating-controlling mechanism is set to forms by traditional design method Edge is unable to satisfy the requirement for making venetian blind integrally be promoted or be declined then the shift motion due to operating-controlling mechanism is limited.

" the bottom manipulation hollow shutter " that invention patent mandate notification number CN105003184B recommends is due to by operating-controlling mechanism The lower edge position of the length direction of forms has been set, thus has met the stroke range of operating-controlling mechanism moved left and right The whole requirement promoted or decline of venetian blind.What furthermore CN106437468B was provided is " single to manipulate hundred built in double layer glass Four sides that leaf window " not only equally meets the whole requirement for being promoted or being declined of venetian blind but also compensates for CN105003184B The shortcoming in face, for details, reference can be made to the specification background technique columns of CN106437468B.

As is known in the industry, shutter elevating traction rope once wears and is broken, it may be said that being equal to declaration Venetian blind between forward and backward glass is died, due event resolves, and it is then extremely troublesome for implementing to repair , even not possible with because need to be participated in by specialized distributors or manufacturer if needing to repair, by front glass removal, replacement Shutter elevating traction rope then returns to front glass and is implemented with sealing joint strip sealed around.Accordingly it has been generally acknowledged that being repaired with it It is multiple not as good as more newly arriving easy and quick, and update will increase user's financial burden and result in waste of resources.Therefore it ensures Whether the lasting service life of shutter elevating traction rope considers double layer glass window with built-in louver total quality superiority and inferiority An important factor for overlooking either of the two.

0042 section of specification of above-mentioned CN105003184B is taught: " being fixed on one end of shutter elevating traction rope On the lifting traction rope hanging feet of the pedestal of the structural system of traction rope direction-changing, the other end is successively by way of the structural body of controller The curtain sheet overturning of system is with the traction slide guide wheel on the traction slide of shutter elevating control mechanism (namely by shutter elevating Draw rope sling on traction slide guide wheel), shutter elevating traction rope bend wheel (namely by shutter elevating traction rope sling exist Shutter elevating traction rope bend wheel), messenger hole, shutter elevating traction rope transition guide wheel, traction rope recessing groove, overturning drum lead It is fixedly connected after wheel, cord hole and the shutter elevating traction rope relief hole that is provided in curtain sheet with the sill strip of venetian blind ".Thus may be used Know, shutter elevating traction rope need to be with traction slide guide wheel, shutter elevating traction rope changed course guide wheel, shutter elevating traction rope Transition guide wheel and overturning drum guide wheel contact, to generate following drawback: first, when due to going up and down venetian blind every time, venetian blind Traction rope is gone up and down just with aforementioned all wheel frictions, thus is not enough to really be effectively protected shutter elevating traction rope；Second, by It is more in shutter elevating traction rope inflection point, thus go up and down stationarity it is relatively poor and operate it is relatively laborious；Third, due to knot Structure is complicated, thus causes processing, assembly trouble and lose economy.Aforementioned CN106437468B is equally existed Drawback described in CN105003184B.

For above-mentioned prior art, the applicant has made repeatedly and beneficial design, and foring finally will be described below Technical solution, and have passed through simulation test in the case where taking secrecy provision, be as a result proved to be practicable.

Summary of the invention

The task of the utility model be to provide a kind of longitudinal size facilitated in the short transverse of forms significantly less than Inside and outside operating-controlling mechanism is set to the lower part of the length direction of forms in the case of the lateral dimension of length direction and uses embodiment Bottom manipulates and meets and requires the whole promotion or decline of venetian blind, is conducive to abandon for leading shutter elevating traction rope To and changed course wheel and use and avoid shutter elevating traction rope by friction damage and ensure that shutter elevating traction rope is held Long service life is beneficial to reduce the inflection point of shutter elevating traction rope and use and embody good lifting stationarity and body Existing rapid operation is beneficial to simplify structure and use and facilitate production and assemble and embody built in the double layer glass of economy Shutter.

What the task of the utility model was performed by, a kind of double layer glass window with built-in louver, including all around The rect widget for closing connection, is provided with a front glass on front side of the rect widget, and rear side be provided with one after glass；In one Frame, which, which is arranged in the rect widget, and the left side of the inside casing is constituted a left frame chamber, and right side, which is constituted, a right side Frame chamber, top, which is constituted, a upper ledge chamber, and lower part composition has a lower frame chamber, and the space between the left and right sides of inside casing is configured to blinds Curtain chamber；Operating-controlling mechanism and an outer operating-controlling mechanism in one, it is intracavitary that interior operating-controlling mechanism is movably arranged in the lower frame, outer behaviour Control mechanism is attracted with interior operating-controlling mechanism across the front glass and drives by outer the moving left and right for operating-controlling mechanism Interior operating-controlling mechanism correspondingly moves left and right；One venetian blind and a venetian blind curtain sheet overturn simultaneous shutter elevating mechanism, venetian blind It is intracavitary that the venetian blind is set, which includes a sill strip, one group of curtain sheet, a pair of of curtain sheet turnover ladder rope and a pair of of blinds Curtain goes up and down traction rope, and sill strip is located at the bottom of one group of curtain sheet, and the lower end of a pair of of curtain sheet turnover ladder rope is fixed with sill strip, and upper end cap It sets and is overturn in simultaneous shutter elevating mechanism in venetian blind curtain sheet, one group of curtain sheet is shelved on a pair of of curtain sheet turnover ladder rope with space state On, with a pair of of curtain sheet turnover ladder rope, which is wearing a pair of of shutter elevating traction rope It is fixedly connected after crossing the traction rope relief hole being provided in one group of curtain sheet with sill strip, and upper end and venetian blind curtain sheet overturn simultaneous blinds The connection of curtain elevating mechanism, and the venetian blind curtain sheet is overturn and shutter elevating mechanism that the upper ledge is arranged in is intracavitary；One is used for The venetian blind curtain sheet is driven to overturn the torsion shaft driving mechanism of simultaneous shutter elevating mechanism action, which sets It sets between the right end of the upper ledge chamber and the top of the right frame chamber, the venetian blind curtain sheet is overturn and shutter elevating machine Structure is connect with torsion shaft driving mechanism；One tensioner rope tension mechanism and a tensioner rope guiding mechanism, tensioner rope tension mechanism is right It is intracavitary that the position of the left end of interior operating-controlling mechanism described in Ying Yu is fixed on the lower frame, and tensioner rope guiding mechanism is corresponding to interior manipulation The position of the right end of mechanism is fixed between the right end of lower frame chamber and the lower part of right frame chamber；One traction teeth band the first tensioner rope and one One end of traction teeth band the second tensioner rope, traction teeth band the first tensioner rope is connect with the torsion shaft driving mechanism, and is drawn The other end of tooth band the first tensioner rope is connect after passing through the tensioner rope guiding mechanism with the right end of the interior operating-controlling mechanism, One end of traction teeth band the second tensioner rope is equally connect with torsion shaft driving mechanism, and the other end of traction teeth band the second tensioner rope It is connect after sequentially passing through tensioner rope guiding mechanism and the tensioner rope tension mechanism with the left end of interior operating-controlling mechanism, feature It is that the venetian blind curtain sheet is overturn and shutter elevating mechanism includes a torsion shaft, a pair of of revolution spindle nose fulcrum bearing and a pair Traction rope take-up roll, a pair of revolution spindle nose fulcrum bearing with the corresponding state in left and right each other be arranged in the upper ledge it is intracavitary and with The upper ledge chamber lower wall panels of upper ledge chamber are fixed, and a pair of of traction rope take-up roll is corresponding to a pair of of shutter elevating traction rope The position of top is rotatably supported at respectively in a pair of of revolution spindle nose fulcrum bearing, and torsion shaft is fixed with a pair of of traction rope take-up roll, The left end of the torsion shaft and right end are stretched over a pair of of traction rope take-up roll outer and the right end of the torsion shaft and described respectively The upper end of the connection of torsion shaft driving mechanism, a pair of of curtain sheet turnover ladder rope is passing through a pair of of rotating shaft from bottom to top Around covering in a pair of of traction rope take-up roll behind the bottom of head fulcrum bearing, a pair of of shutter elevating traction rope it is upper End passes through after a pair of of revolution spindle nose fulcrum bearing spirally state from bottom to top and is set around in a pair of of traction rope take-up roll and with one Traction rope take-up roll is fixed.

In a specific embodiment of the utility model, the edge position of the front glass leans out the rectangle Edge position on front side of forms, and the edge position of the rear glass leans out the edge of the rear side of rect widget Position is filled out in the space between the edge position of forward and backward glass embedded with the surrounding for making front glass and rear glass The opposite side of edge cementation and also sealing joint strip with rect widget cementation simultaneously each other, the rect widget by Upper transverse frame item, lower transverse frame item, left vertical frame item and right vertical frame item composition, upper, lower horizontal moulding, left vertical frame item and right vertical frame item Between connected by four moulding corner connectors, in which: the equal length of upper transverse frame item and lower transverse frame item, left vertical frame item and the right side are indulged The height of moulding is equal, and the length dimension of upper transverse frame item and lower transverse frame item is greater than the height of left vertical frame item and right vertical frame item Spend size.

In another specific embodiment of the utility model, in the upper ledge chamber lower wall panels of the upper ledge chamber and Position corresponding to a pair of of revolution spindle nose fulcrum bearing respectively offers the embedding foot chamber of single-revolution spindle nose fulcrum bearing, turns round in a pair Single-revolution spindle nose support holes are respectively offered in spindle nose fulcrum bearing and in mutual corresponding position, and turn round spindle nose branch in a pair The lower part for holding the opposite side of seat is extended with single-revolution spindle nose fulcrum bearing fixed plate, in the revolution spindle nose fulcrum bearing fixed plate direction Under side and constituted in the position for corresponding to the revolution embedding foot chamber of spindle nose fulcrum bearing and having a pair of of revolution embedding foot of spindle nose fulcrum bearing, should Corresponding cavity wall scarf a pair of the revolution embedding foot of spindle nose fulcrum bearing and turn round the embedding foot chamber of spindle nose fulcrum bearing, it is solid in revolution spindle nose fulcrum bearing A pair of of curtain sheet turnover ladder rope relief hole is offered in the middle part of fixed board, and is being corresponded between a pair of of curtain sheet turnover ladder rope relief hole Position be also provided with a shutter elevating traction rope relief hole, a pair of of traction rope take-up roll is towards a pair of of revolution spindle nose One end of fulcrum bearing is respectively fixed with take-up roll revolution spindle nose inserting, and take-up roll revolution spindle nose and the revolution spindle nose support holes It is rotatably assorted, it is fixed that build-in is respectively inserted with take-up roll bearing spindle nose in opposite one end of a pair of of traction rope take-up roll, wherein described The axial center of take-up roll revolution spindle nose, which is constituted, a take-up roll rotating shaft head bore, in the axial central structure of take-up roll bearing spindle nose Each constitute in axial center of Cheng Youyi take-up roll support shaft head bore, a pair of of traction rope take-up roll has a traction rope take-up roll Axial pass-through holes, the torsion shaft pass through traction rope take-up roll axial pass-through holes and at the same time with the take-up roll rotating shaft Head bore and take-up roll support shaft head bore insert solid, a pair of of curtain that the upper end of a pair of of curtain sheet turnover ladder rope passes through from bottom to top Around covering on the described take-up roll revolution spindle nose after piece turnover ladder rope relief hole, a pair of of shutter elevating traction rope it is upper It is led with the spiral status rotating around set on a pair after passing through the shutter elevating traction rope relief hole from bottom to top at end It is fixed in messenger take-up roll and with one end of a pair of of traction rope take-up roll towards take-up roll bearing spindle nose.

In another specific embodiment of the utility model, spindle nose is turned round towards described a pair in the take-up roll One end of traction rope take-up roll is extended with a take-up roll inserting spindle nose, on the outer wall of take-up roll revolution spindle nose and around winding The circumferencial direction of roller revolution spindle nose constitutes the revolution spindle nose turnover ladder rope for having an outer wall surface for being raised in take-up roll revolution spindle nose Block plate, the one end and the take-up roll inserting spindle nose of a pair of of traction rope take-up roll towards a pair of of revolution spindle nose fulcrum bearing A take-up roll turnover ladder rope block plate is fixed and has also been constituted in inserting, which surrounds a pair of of traction rope volume Around the circumferencial direction of roller be raised in a pair of of traction rope take-up roll outer wall surface and with revolution spindle nose turnover ladder rope block plate it is opposite It answers, the space turned round between spindle nose turnover ladder rope block plate and take-up roll turnover ladder rope block plate is configured to turnover ladder rope around grooving, One end that the take-up roll supports spindle nose towards take-up roll revolution spindle nose, which is constituted, hexagonal sleeve in one, the interior hexagonal sleeve With hexagonal sleeve chamber in one, respectively constituting in one end of a pair of of traction rope take-up roll towards take-up roll bearing spindle nose has one Outer-hexagonal head, the outer-hexagonal head and the interior hexagonal sleeve chamber inserting and offers shutter elevating on the outer-hexagonal head Traction rope rope end card slot, the upper end of a pair of of curtain sheet turnover ladder rope pass through a pair of of curtain sheet turnover ladder rope from bottom to top Around covering in the turnover ladder rope on grooving and wind a circle or two circles, institute on grooving in the turnover ladder rope after relief hole The upper end for a pair of of the shutter elevating traction rope stated is passed through after the shutter elevating traction rope relief hole from bottom to top with institute State spiral status rotating around be set to the pair of traction rope take-up roll on and with the shutter elevating traction rope rope end card slot It is fixed.

In another specific embodiment of the utility model, in the interior hexagonal sleeve towards the outer-hexagonal head Constituting on the end face of one end and in the position for corresponding to the shutter elevating traction rope rope end card slot has rope end bayonet, by The cooperation of the rope end bayonet and shutter elevating traction rope rope end card slot and make the upper of a pair of of shutter elevating traction rope End end is limited between the outer-hexagonal head and interior hexagonal sleeve.

In the utility model there are one in specific embodiment, the torsion shaft driving mechanism includes gearcase, tooth Box cover, Large Gear Shaft, gear wheel, toothed belt wheel, pinion shaft, pinion gear and traction teeth band are taken turns, the shape of gearcase is in inverted L Font, position and the inside casing of the gearcase between the top of the right end and the right frame chamber that correspond to the upper ledge chamber Build-in, one end of Large Gear Shaft is rotatably arranged in Large Gear Shaft first bearing, and the other end of Large Gear Shaft is rotationally set It sets in Large Gear Shaft second bearing, Large Gear Shaft first bearing and Large Gear Shaft second bearing are embedded in and are formed in gearcase Gearcase box chamber lower part Large Gear Shaft bearing bore in, gear wheel is fixed on the middle part of Large Gear Shaft and nibbles with pinion gear It closes, toothed belt wheel is coaxial with gear wheel and is fixed on Large Gear Shaft towards one end of Large Gear Shaft second bearing, pinion shaft pair Should in Large Gear Shaft top and with Large Gear Shaft it is laterally parallel, one end of the pinion shaft is rotatably arranged at pinion shaft In first bearing, and the other end of pinion shaft is rotatably arranged in pinion shaft second bearing, pinion shaft first bearing And pinion shaft second bearing is embedded in the pinion shaft bearing bore on the top for being formed in gearcase box chamber, pinion gear is fixed Be nested on toothed belt wheel in the middle part of the middle part of pinion shaft, traction teeth band, one end of the first tensioner of traction teeth band rope with One end of traction teeth band connects, and one end of the second tensioner of traction teeth band rope is connect with the other end of traction teeth band, gearcase It covers and is fixed in the position for the front side for corresponding to gearcase box chamber with gearcase, in which: the right end of the torsion shaft and the small tooth Take turns axis connection.

In the utility model more and in a specific embodiment, in the pinion shaft towards the pinion shaft The axial central location of one end of one bearing offers a pinion shaft Hexagon hole, the right end and pinion shaft of the torsion shaft Hexagon hole inserting is fixed；It is extended with a pair of of conduction band foot in the lower part of the gear box cover, the space structure between a pair of of conduction band foot As conduction band chamber, the conduction band chamber is corresponding with the traction teeth band.

In a specific embodiment in turn of the utility model, the tensioner rope tension mechanism includes spring lever Seat, spring lever, spring, tensioner rope pulley seat and tensioner rope pulley, position of the spring pole socket in the left end for corresponding to the lower frame chamber It sets and is fixed by spring pole socket fixing screws and the inside casing, have a spring pole socket bending part in the right end composition of spring pole socket, A spring lever sliding eye is offered on the spring pole socket bending part, spring lever is in position and the bullet for corresponding to spring lever sliding eye Spring base seat bending part is slidably matched, and spring is nested in the left end of spring lever, and the left end of the spring, which is supported on, is formed in spring lever On the spring-loaded flange of left end end, and the right end of spring is supported on the left side of spring pole socket bending part, tensioner rope pulley seat Positioned at the right side of spring pole socket bending part, it is extended with a pair of of axis pin base on the left of the tensioner rope pulley seat, the spring lever Right end probes between a pair of of axis pin base and connects pin shaft by spring lever and connect with a pair of of axis pin base, and tensioner rope pulley is by rising Snatch block axis is rotatably arranged on tensioner rope pulley seat；The tensioner rope guiding mechanism includes that leading block seat and guiding are slided Wheel, position and the inside casing of the leading block seat between the right end of the lower end and the lower frame chamber that correspond to the right frame chamber are inserted Build-in is fixed, and one first tensioner cord hole is respectively offered on the roof and left side wall of the leading block seat and also respectively offers one Second tensioner cord hole, leading block are double flute road leading block and are rotatably arranged at leading block seat by leading block axis Leading block seat it is intracavitary, the other end of the first tensioner of traction teeth band rope is placed through on the roof of leading block seat The first tensioner cord hole after be placed through leading block seat by way of the leading block and in turn the left side wall on The first tensioner cord hole after connect with the right end of the interior operating-controlling mechanism, the other end of the second tensioner of traction teeth band rope It is placed through after the second tensioner cord hole on the roof of leading block seat successively by way of leading block, positioned at leading block seat The left side wall on the second tensioner cord hole and the tensioner rope pulley after connect with the left end of interior operating-controlling mechanism；Described The lower edge position of front glass is fixed with an outer operating-controlling mechanism slide guide item, the attracted outer behaviour with the interior operating-controlling mechanism Control mechanism is slidably matched with the outer operating-controlling mechanism slide guide item.

The utility model again more and in a specific embodiment, the interior operating-controlling mechanism include interior magnetic block seat, Interior magnetic patch, interior magnetic block seat left wheel and the right idler wheel of interior magnetic block seat, it is certainly left towards the side of the outer operating-controlling mechanism in interior magnetic block seat Successively constituting to the right has interior magnetic block seat left wheel hub setting chamber, interior magnetic patch lock chamber and the right idler wheel hub setting chamber of interior magnetic block seat, interior magnetic patch It is fixed in the interior magnetic patch lock chamber, interior magnetic block seat left wheel is rolled left described in wheel shaft is rotatably arranged at by interior magnetic block seat Interior magnetic block seat left wheel hub setting is intracavitary, and the interior right idler wheel of magnetic block seat is rotatably arranged at the interior magnetic by the right roller shaft of interior magnetic block seat The right idler wheel hub setting of block is intracavitary, and interior magnetic block seat left wheel and the right idler wheel of interior magnetic block seat and the front glass are back to outer manipulation One side surface composition rolling pair of mechanism, outer operating-controlling mechanism include outer magnetic block seat, outer magnetic patch, outer magnetic block seat left wheel and outer magnetic patch The right idler wheel of seat, successively constituting from left to right in outer magnetic block seat towards the side of the interior magnetic block seat has outer magnetic block seat left wheel hub setting Chamber, outer magnetic patch lock chamber and the right idler wheel hub setting chamber of outer magnetic block seat, outer magnetic patch are fixed in the outer magnetic patch lock chamber, outer magnetic patch Seat left wheel is rolled left wheel shaft intracavitary, the outer magnetic block seat right side that is rotatably arranged at the outer magnetic block seat left wheel hub setting by outer magnetic block seat Idler wheel is rotatably arranged at that the right idler wheel hub setting of the outer magnetic block seat is intracavitary and outer magnetic block seat is left by the right roller shaft of outer magnetic block seat Idler wheel and the right idler wheel of outer magnetic block seat and front glass back to interior magnetic block seat a side surface composition rolling pair, and the outer magnetic patch every Front glass and the interior magnetic patch magnetic attracting each other, wherein in the outer magnetic block seat towards the outer operating-controlling mechanism slide guide item Side, which is constituted, a pair of of guide runner guide block, outer operating-controlling mechanism slide guide item length direction and towards the outer operating-controlling mechanism Side, which is constituted, a guide runner, and a pair of of guide runner guide block is slidably matched with the guide runner；The traction teeth band first rises The other end of tight rope is connect with the right end of the interior magnetic block seat, the other end of the second tensioner of traction teeth band rope with The left end of interior magnetic block seat connects.

In the utility model again and then in a specific embodiment, one is offered in the right end of the interior magnetic block seat and is risen The right connecting hole of tight rope, and a left connecting hole of tensioner rope, the first tensioner of traction teeth band rope are offered in the left end of interior magnetic block seat The other end connect with the right connecting hole of tensioner rope, the other end of the second tensioner of traction teeth band rope and tensioner rope are left Connecting hole connection.

One of the technical effect of technical solution provided by the utility model, due to being arranged interior operating-controlling mechanism in lower frame chamber The lower part of length direction interior and that outer operating-controlling mechanism is arranged in front glass in the state of with interior operating-controlling mechanism, and It is intracavitary and lead tensioner rope that tensioner rope tension mechanism in the position for the left end for corresponding to interior operating-controlling mechanism lower frame has been fixed on It has been fixed between the right end of lower frame chamber and the lower part of right frame chamber to mechanism in the position for the right end for corresponding to interior operating-controlling mechanism, because And it is able to satisfy in the case of the rect widget for being noticeably greater than height to length and rect widget is installed on the bottom under high-order situation Manipulation request, it is ensured that be arranged in the intracavitary venetian blind of venetian blind according to need to be promoted or be declined；Two, due to having abandoned prior art In confession be nested with the hauling block of a pair of of shutter elevating traction rope, thus be avoided that a pair of of shutter elevating traction rope is rubbed Damage and ensure the lasting service life of a pair of of shutter elevating traction rope；Three, since a pair of of shutter elevating being led The upper end of messenger passes through after a pair of of rotating shaft spindle nose fulcrum bearing that spirally state is set around a pair of of traction rope take-up roll from bottom to top It above and with a pair of of traction rope take-up roll fixes, thus not only reduces the inflection point of a pair of of shutter elevating traction rope, Er Qie It is driven torsion shaft rotation simultaneously by overturning rope driving mechanism and then can be embodied when driving a pair of of traction rope take-up roll rotation by torsion shaft Good lifting stability and embody rapid operation；Four, overturn and venetian blind liter due to simplifying entire venetian blind curtain sheet The structure of descending mechanism, thus can not only facilitate production and assembly, but also can embody relatively cheap.

Detailed description of the invention

Fig. 1 is the embodiments of the present invention structure chart.

Fig. 2 is the detailed structure view that venetian blind curtain sheet shown in FIG. 1 overturns simultaneous shutter elevating mechanism.

Fig. 3 is the detailed structure view of torsion shaft driving mechanism shown in FIG. 1.

Specific embodiment

In order to which the technical essence of the utility model and beneficial effect is more clearly understood, applicant is below with reality The mode for applying example elaborates, but is not limitation to the utility model, any foundation to the description of embodiment The made only formal but not substantive equivalent transformation of the utility model design is regarded as the utility model Technical solution scope.

The concept of all directionality for being related to upper, lower, left, right, front and rear or directionality is all in the following description On the basis of the location of Fig. 1 state, thus the spy to technical solution provided by the utility model cannot be understood as It does not limit.

Referring to Figure 1, the rect widget 1 that connection is enclosed including surrounding is shown, surrounding designated herein encloses connection Refer to the structure (to further illustrate further below) for connecting be integral up and down, in the present embodiment, rectangular window above-mentioned Body 1 is cuboid, that is, rectangle forms.The front side of the rect widget 1 is provided with a front glass 11, and after rear side is provided with one Glass 12.The reading of foundation professional general knowledge and the patent document by being enumerated in background technique column above to applicant, Can determine without doubt: front glass 11 refers in a state of use towards the glass of Indoor environment side, then glass 12 refer under use state towards the glass of outdoor buildings side；An inside casing 2 is shown, which is arranged in square above-mentioned In the shape forms 1 and left side of the inside casing 2, which is constituted, a left frame chamber 21, and right side, which is constituted, a right frame chamber 22, and top, which is constituted, one Upper ledge chamber 23, and lower part composition has a lower frame chamber 24, the central region of space, that is, inside casing 2 between the left and right sides of inside casing 2 is constituted For venetian blind chamber 25, in order to embody good sight, corresponding to left and right frame chamber 21,22, upper ledge chamber 23 and lower frame chamber 25 " closure piece " can also be claimed with cover board 26(towards the accent position of front glass 11) cover shield (using cementation mode)；It shows in one Operating-controlling mechanism 3 and an outer operating-controlling mechanism 4, interior operating-controlling mechanism 3 are movably arranged in lower frame chamber 24 above-mentioned, outer manipulation machine Structure 4 is across front glass 11 above-mentioned and the mutual magnetic attracting of interior operating-controlling mechanism 3 and moving left and right by the outer operating-controlling mechanism 4 And operating-controlling mechanism 3 correspondingly moves left and right in driving；It shows a venetian blind 5 and a venetian blind curtain sheet is overturn and venetian blind liter Descending mechanism 6, venetian blind 5 are arranged in venetian blind chamber 25 above-mentioned, which includes 51, one groups of curtain sheet 52 of a sill strip, a pair Curtain sheet turnover ladder rope 53 and a pair of of shutter elevating traction rope 54, sill strip 51 is located at the bottom of one group of curtain sheet 52, and a pair of of curtain sheet is turned over Lower end and the sill strip 51 for turning terraced rope 53 are fixed, and upper end is nested with and overturns in simultaneous shutter elevating mechanism 6 in venetian blind curtain sheet, and one group Curtain sheet 52 is shelved on a pair of of curtain sheet turnover ladder rope 53 with space state, and a pair of of shutter elevating traction rope 54 is with a pair of of curtain Piece turnover ladder rope 53, the lower end to shutter elevating traction rope 54 are stepped down passing through the traction rope being provided in one group of curtain sheet 52 It is fixedly connected behind hole 521 with sill strip 51, and upper end is overturn with venetian blind curtain sheet and shutter elevating mechanism 6 is connect, and the blinds Curtain curtain sheet is overturn and shutter elevating mechanism 6 is arranged in upper ledge chamber 23 above-mentioned；One is shown for driving aforementioned venetian blind The torsion shaft driving mechanism 7 that curtain sheet is overturn and shutter elevating mechanism 6 acts, the torsion shaft driving mechanism 7 are arranged on aforementioned Between the right end of frame chamber 23 and the top of aforementioned right frame chamber 22, i.e., by insert it is embedding in a manner of be arranged in upper ledge chamber 23 right end and right frame chamber The boundary on 22 top (crosses) position, and venetian blind curtain sheet above-mentioned is overturn and shutter elevating mechanism 6 and torsion shaft driving machine Structure 7 connects；A tensioner rope tension mechanism 8 and a tensioner rope guiding mechanism 9 are shown, tensioner rope tension mechanism 8 is before corresponding to The position for stating the left end of interior operating-controlling mechanism 3 is fixed in aforementioned lower frame chamber 24, that is, is fixed on the left end of lower frame chamber 24, and tensioner rope is led To mechanism 9 correspond to interior operating-controlling mechanism 3 right end position be fixed on lower frame chamber 24 right end and right frame chamber 22 lower part it Between, i.e., by insert it is embedding in a manner of the boundary of the right end of lower frame chamber 24 and the lower part of right frame chamber 22 be set (cross) position；Show one Traction teeth band the first tensioner rope 10a and traction teeth band the second tensioner rope 10b, one end of traction teeth band the first tensioner rope 10a with Torsion shaft driving mechanism 7 above-mentioned connects, and the other end of traction teeth band the first tensioner rope 10a is led across tensioner rope above-mentioned It is connect after to mechanism 9 with the right end of aforementioned interior operating-controlling mechanism 3, one end of traction teeth band the second tensioner rope 10b is equally and torsion shaft Driving mechanism 7 connects, and the other end of traction teeth band the second tensioner rope 10b is sequentially passing through tensioner rope guiding mechanism 9 and preceding It is connect after the tensioner rope tension mechanism 8 stated with the left end of interior operating-controlling mechanism 3.

In the present embodiment, applicant is referred to a pair of of curtain sheet turnover ladder rope 53 and a pair of of shutter elevating traction rope 54, Adaptable aforementioned venetian blind curtain sheet is overturn under the traction rope take-up roll 63(of the structural system of simultaneous shutter elevating mechanism 6 therewith Face will illustrate) also should mutually there be a pair.But if the length of rect widget 1 also accordingly increases when the door of venetian blind 5 is larger Greatly, then curtain sheet turnover ladder rope 53 can rationally increase on the basis of a pair of, shutter elevating traction rope 54 and traction rope volume Quantity around roller 63 is also increase accordingly, thus a pair of of curtain sheet turnover ladder rope 53 of the present embodiment, a pair of of shutter elevating traction rope 54 and the quantity of a pair of of traction rope take-up roll 63 should not be understood as limiting the present invention.

One group of curtain sheet 52 is arranged from top to bottom or from bottom to top it can be seen from the signal of Fig. 1, the both ends of each curtain sheet 52 The curtain sheet that the left end of state as shown in Figure 1 and right end are shelved on curtain sheet turnover ladder rope 53 is shelved on horizontal rope 531, specifically, often Upper and lower two adjacent curtain sheet shelve and are assigned one piece of curtain sheet 52 between horizontal rope 531.When venetian blind curtain sheet overturns simultaneous shutter elevating Mechanism 6 is when torsion shaft 61 for example above-mentioned rotates clockwise when acting under the action of torsion shaft driving mechanism 7, shutter elevating Just the lifting upwards of sill strip 51 above-mentioned is driven curtain sheet 52 to set state with pile and is located at sill strip 51 traction rope 54 by rope closing by sill strip 51 Top, otherwise same example.

Technical essential as technical solution provided by the utility model: venetian blind curtain sheet above-mentioned is overturn and venetian blind liter Descending mechanism 6 includes a torsion shaft 61, a pair of of revolution spindle nose fulcrum bearing 62 and a pair of of traction rope take-up roll 63, a pair of revolution spindle nose branch It holds seat 62 and upper ledge chamber lower wall panels in upper ledge chamber 23 above-mentioned and with upper ledge chamber 23 is set with the corresponding state in left and right each other 231 is fixed, position point of a pair of of traction rope take-up roll 63 in the top for corresponding to a pair of of shutter elevating traction rope 54 above-mentioned It is not rotatably supported in a pair of of revolution spindle nose fulcrum bearing 62, specifically: being located at left in a pair of of traction rope take-up roll 63 One traction rope take-up roll is rotatably supported at the revolution spindle nose branch positioned at left in a pair of of revolution spindle nose fulcrum bearing 62 It holds on seat, the traction rope take-up roll positioned at right in a pair of of traction rope take-up roll 63 is rotatably supported at a pair of of rotating shaft In a revolution spindle nose fulcrum bearing positioned at right in head fulcrum bearing 62, torsion shaft 61 and a pair of of traction rope take-up roll 63 are solid Calmly, the left end of the torsion shaft 61 and right end are stretched over a pair of of traction rope take-up roll 63 outside and the right end of the torsion shaft 61 respectively It is connect with torsion shaft driving mechanism 7 above-mentioned, specifically, the left end of torsion shaft 61 is stretched in a pair of of traction rope take-up roll 63 A traction rope take-up roll positioned at left outside, and the right end of torsion shaft 61 is stretched over the position in a pair of of traction rope take-up roll 63 In outside a traction rope take-up roll of left, the upper end of a pair of curtain sheet turnover ladder rope 53 above-mentioned is from bottom to top across above-mentioned Around covering in a pair of of traction rope take-up roll 63 above-mentioned behind the bottom of a pair of revolution spindle nose fulcrum bearing 62, a pair of venetian blind above-mentioned The upper end of lifting traction rope 54 passes through after a pair of of revolution spindle nose fulcrum bearing 62 that spirally state is set around a pair of of traction from bottom to top It is in take-up roll 63 of restricting and fixed with a pair of of traction rope take-up roll 63.

As shown in Figure 1, the edge position of aforementioned front glass 11 leans out the surrounding edge of 1 front side of aforementioned rectangular forms Position, and the edge position of aforementioned rear glass 12 leans out the edge position of the rear side of rect widget 1, in forward and backward glass 11, it is filled out in the space between 12 edge position embedded with for making the edge position of front glass 11 and rear glass 12 Opposite side cementation and also sealing joint strip 18 with 1 cementation of rect widget simultaneously each other.

Rect widget 1 above-mentioned is made of upper transverse frame item 13, lower transverse frame item 14, left vertical frame item 15 and right vertical frame item 16, upper, It is connected between lower transverse frame item 13,14, left vertical frame item 15 and right vertical frame item 16 4 by four moulding corner connectors 17, In: the equal length of upper transverse frame item 13 and lower transverse frame item 14, left vertical frame item 15 is equal with the height of right vertical frame item 16, and upper cross The length dimension of moulding 13 and lower transverse frame item 14 is greater than the height dimension of left vertical frame item 15 and right vertical frame item 16.

It refers to Fig. 2 and combines Fig. 1, in the upper ledge chamber lower wall panels 231 of aforementioned upper ledge chamber 23 and before corresponding to The position for a pair of of the revolution spindle nose fulcrum bearing 62 stated respectively offers the embedding foot chamber 2311 of single-revolution spindle nose fulcrum bearing, in a pair of of rotating shaft Single-revolution spindle nose support holes 621 are respectively offered in head fulcrum bearing 62 and in mutual corresponding position, and in a pair of of rotating shaft The lower part of the opposite side of head fulcrum bearing 62 is extended with single-revolution spindle nose fulcrum bearing fixed plate 622, in the revolution spindle nose fulcrum bearing Side of the fixed plate 622 under and the position for corresponding to the revolution embedding foot chamber 2311 of spindle nose fulcrum bearing constitute having it is a pair of transversal Face shape is in the embedding foot 6221 of revolution spindle nose fulcrum bearing of L-shaped, which turns round the embedding foot 6221 of spindle nose fulcrum bearing and revolution spindle nose The correspondence cavity wall scarf of the embedding foot chamber 2311 of fulcrum bearing offers a pair of of curtain sheet at the middle part of revolution spindle nose fulcrum bearing fixed plate 622 Turnover ladder rope relief hole 6222, and one is also provided in the position corresponded between a pair of of curtain sheet turnover ladder rope relief hole 6222 Shutter elevating traction rope relief hole 6223, a pair of traction rope take-up roll 63 above-mentioned turn round spindle nose fulcrum bearing 62 towards a pair One end is respectively fixed with take-up roll revolution 631 inserting of spindle nose, and take-up roll revolution spindle nose 631 and aforementioned revolution spindle nose support holes 623 are rotatably assorted, and it is fixed that build-in is respectively inserted with take-up roll bearing spindle nose 632 in opposite one end of a pair of of traction rope take-up roll 63, wherein Constituting in the axial center of take-up roll above-mentioned revolution spindle nose 631 has a take-up roll rotating shaft head bore 6311, supports in take-up roll The axial center of spindle nose 632, which is constituted, a take-up roll support shaft head bore 6321, the axial direction of a pair of traction rope take-up roll 63 above-mentioned Central each constitute has a traction rope take-up roll axial pass-through holes 633, and torsion shaft 61 above-mentioned passes through traction rope take-up roll and axially passes through Through-hole 633 is consolidated and at the same time inserting with take-up roll rotating shaft head bore 6311 above-mentioned and take-up roll support shaft head bore 6321, aforementioned A pair of of curtain sheet turnover ladder rope 53 a pair of of curtain sheet turnover ladder rope relief hole 6222 for passing through from bottom to top of upper end after around covering preceding On the take-up roll revolution spindle nose 631 stated, the upper end of a pair of shutter elevating traction rope 54 above-mentioned passes through above-mentioned from bottom to top With spiral status above-mentioned rotating around being set in a pair of of traction rope take-up roll 63 simultaneously after shutter elevating traction rope relief hole 6223 And it is fixed with one end of a pair of of traction rope take-up roll 63 towards aforementioned take-up roll bearing spindle nose 632.

Please emphasis see Fig. 2, turn round spindle nose 631 towards one end of a pair of of traction rope take-up roll 63 above-mentioned in aforementioned take-up roll It is extended with a take-up roll inserting spindle nose 6312, turns round spindle nose on the outer wall of take-up roll revolution spindle nose 631 and around take-up roll 631 circumferencial direction constitutes the revolution spindle nose turnover ladder rope block plate for having an outer wall surface for being raised in take-up roll revolution spindle nose 631 6313, the one end and take-up roll inserting above-mentioned of a pair of traction rope take-up roll 63 above-mentioned towards a pair of of revolution spindle nose fulcrum bearing 62 A take-up roll turnover ladder rope block plate 635 is fixed and has also been constituted in 6312 inserting of spindle nose, which encloses The outer wall surface and and rotating shaft of a pair of of traction rope take-up roll 63 are raised in around the circumferencial direction of a pair of of traction rope take-up roll 63 Head turnover ladder rope block plate 6313 is corresponding, turns round between spindle nose turnover ladder rope block plate 6313 and take-up roll turnover ladder rope block plate 635 Space be configured to turnover ladder rope around grooving 6314, support spindle nose 632 in aforementioned take-up roll and turn round spindle nose towards aforementioned take-up roll 631 one end, which is constituted, hexagonal sleeve 6322 in one, which has hexagonal sleeve chamber 63221 in one, preceding One end of a pair of of the traction rope take-up roll 63 stated towards take-up roll bearing spindle nose 632, which is respectively constituted, an outer-hexagonal head 634, this outer six Angle head 634 and interior 63221 inserting of hexagonal sleeve chamber above-mentioned and shutter elevating traction is offered on the outer-hexagonal head 634 Rope rope end card slot 6341, the upper end of a pair of curtain sheet turnover ladder rope 53 above-mentioned pass through a pair of of curtain sheet turnover ladder above-mentioned from bottom to top Around covering in turnover ladder rope above-mentioned on grooving 6314 and twined on grooving 6314 in the turnover ladder rope after rope relief hole 6222 Around a circle or two circles (the present embodiment is two circles), before the upper end of a pair of shutter elevating traction rope 54 above-mentioned passes through from bottom to top With aforementioned spiral status rotating around set on aforementioned a pair of of traction rope take-up roll after the shutter elevating traction rope relief hole 6323 stated It is on 63 and fixed with aforementioned shutter elevating traction rope rope end card slot 6341.

In order to ensure outer-hexagonal head 634 above-mentioned is sufficiently consolidated with interior hexagonal sleeve 6322 in interior hexagonal sleeve chamber 63221 It is fixed, thus a screw hole 63223 is offered on interior hexagonal sleeve 6322, it is equipped in the screw hole 63223 One lock screw 63224 is locked outer-hexagonal head 634 by lock screw 63224.As shown in Figure 2, shutter elevating above-mentioned is led Messenger rope end card slot 6341 has a pair, and the upper end end of shutter elevating traction rope 54 is by way of a pair of of shutter elevating traction rope (insertion) a pair of of shutter elevating is placed in after a wherein shutter elevating traction rope rope end card slot in rope end card slot 6341 to lead In another shutter elevating traction rope rope end card slot in messenger rope end card slot 6341, it can specifically be obtained according to the signal of Fig. 2 It fully understands.

As shown in Figure 2, on the end face of one end in aforementioned interior hexagonal sleeve 6322 towards aforementioned outer-hexagonal head 634 and Position corresponding to aforementioned shutter elevating traction rope rope end card slot 6341, which is constituted, rope end bayonet 63222, by the rope end card Mouthfuls 63222 with the cooperation of shutter elevating traction rope rope end card slot 6341 and make a pair of of shutter elevating traction rope 54 above-mentioned Upper end end is limited between aforementioned outer-hexagonal head 634 and interior hexagonal sleeve 6322.According to professional general knowledge and combine Fig. 1 and figure 2 signal can determine without doubt: a pair of of shutter elevating traction rope 54 corresponds respectively to a pair of of traction rope take-up roll 63, I.e. a shutter elevating traction rope is assigned a traction rope take-up roll.

It refers to Fig. 3 and combines Fig. 1, aforementioned torsion shaft driving mechanism 7 includes gearcase 71, gear box cover 72, canine tooth Wheel shaft 73, gear wheel 74, toothed belt wheel 75, pinion shaft 76, pinion gear 77 and traction teeth band 78, the shape of gearcase 71 is in inversion L-shaped, the gearcase 71 correspond to aforementioned upper ledge chamber 23 right end and aforementioned right frame chamber 22 top between position be It (crosses) position and 2 build-in of inside casing above-mentioned in the right end of upper ledge chamber 23 and the rwo boundary of the top of right frame chamber 22, canine tooth One end of wheel shaft 73 is rotatably arranged in Large Gear Shaft first bearing 731, and the other end of Large Gear Shaft 73 is rotationally arranged In Large Gear Shaft second bearing 732, Large Gear Shaft first bearing 731 and Large Gear Shaft second bearing 732 are embedded in composition In in the Large Gear Shaft bearing bore 7111 of the lower part of the gearcase box chamber 711 of gearcase 71, gear wheel 74 is fixed on Large Gear Shaft It 73 middle part and is engaged with pinion gear 77, toothed belt wheel 75 is coaxial with gear wheel 74 and is fixed on Large Gear Shaft 73 towards canine tooth One end of wheel shaft second bearing 732, pinion shaft 76 correspond to the top of Large Gear Shaft 73 and with Large Gear Shaft 73 laterally simultaneously Row, one end of the pinion shaft 76 are rotatably arranged in pinion shaft first bearing 761, and the other end of pinion shaft 76 turns It is arranged in pinion shaft second bearing 762 dynamicly, pinion shaft first bearing 761 and pinion shaft second bearing 762 are embedding It sets in the pinion shaft bearing bore 7112 on top for being formed in gearcase box chamber 711, pinion gear 77 is fixed on pinion shaft 76 Middle part, the middle part of traction teeth band 78 is nested on toothed belt wheel 75, one end of aforementioned traction teeth band the first tensioner rope 10a and traction One end of tooth band 78 connects, and one end of aforementioned traction teeth band the second tensioner rope 10b is connect with the other end of traction teeth band 78, gear Box cover 72 is fixed by box cover screw 722 and gearcase 71 in the position for corresponding to the front side of gearcase box chamber 711, in which: preceding The right end for stating torsion shaft 61 is connect with aforementioned pinion shaft 76.

Continue to see Fig. 3, the axial direction in aforementioned pinion shaft 76 towards one end of aforementioned pinion shaft first bearing 761 is central Position offers a pinion shaft Hexagon hole 763, and the right end of aforementioned torsion shaft 61 and 763 inserting of pinion shaft Hexagon hole are solid It is fixed；It is extended with a pair of of conduction band foot 721 in the lower part of aforesaid gears box cover 72, the space between a pair of of conduction band foot 721 is configured to lead Band chamber 7211, the conduction band chamber 7211 are corresponding with traction teeth band 78 above-mentioned.

Please continue to refer to Fig. 1, tensioner rope tension mechanism 8 above-mentioned includes spring pole socket 81, spring lever 82, spring 83, tensioner Rope pulley seat 84 and tensioner rope pulley 85, spring pole socket 81 pass through spring lever in the position for the left end for corresponding to aforementioned lower frame chamber 24 Seat fixing screws 811 and add nut 8111 and aforementioned inside casing 2 fixed, has a spring pole socket in the right end composition of spring pole socket 81 Bending part 812, offers a spring lever sliding eye 8121 on the spring pole socket bending part 812, and spring lever 82 is corresponding to bullet The position of spring base sliding eye 8121 is slidably matched with spring pole socket bending part 812, and spring 83 is nested in the left end of spring lever 82, should The left end of spring 83 is supported on the spring-loaded flange 821 for being formed in the left end end of spring lever 82, and the right end of spring 83 It is supported on the left side of spring pole socket bending part 812, tensioner rope pulley seat 84 is located at the right side of spring pole socket bending part 812, at this The left side of tensioner rope pulley seat 84 is extended with a pair of of axis pin base 841, the right end of aforementioned spring lever 82 probe into a pair of of axis pin base 841 it Between and pin shaft 822 connected by spring lever connect with a pair of of axis pin base 841, tensioner rope pulley 85 passes through tensioner rope pulley axis 851 are rotatably arranged on tensioner rope pulley seat 84.

Aforementioned tensioner rope guiding mechanism 9 includes leading block seat 91 and leading block 92, and leading block seat 91 is corresponding to Position between the lower end of aforementioned right frame chamber 22 and the right end of aforementioned lower frame chamber 24 is lower part and the lower frame chamber 24 in right frame chamber 22 Right end boundary (cross) position and aforementioned inside casing 2 to insert build-in fixed, on the roof and left side wall of the leading block seat 91 It respectively offers one first tensioner cord hole 911 and also respectively offers one second tensioner cord hole 912, leading block 92 is that double flute road is led To pulley and pass through in the leading block seat chamber 913 that leading block axis 921 is rotatably arranged at leading block seat 91, it is aforementioned to lead The aforementioned other end for drawing tooth band the first tensioner rope 10a is placed through aforementioned first tensioner cord hole on the roof of leading block seat 91 The the first tensioner rope on aforementioned left side wall for being placed through leading block seat 91 by way of aforementioned leading block 92 and in turn after 911 It is connect behind hole 911 with the right end of aforementioned interior operating-controlling mechanism 3, the aforementioned other end of aforementioned traction teeth band the second tensioner rope 10b passes through It is successively slided by way of leading block 92, positioned at guiding after aforementioned second tensioner cord hole 912 on the roof of leading block seat 91 A left side after the second tensioner cord hole 912 and tensioner rope pulley 85 above-mentioned on the aforementioned left side wall of wheel seat 91 with interior operating-controlling mechanism 3 End connection；It is fixed with an outer operating-controlling mechanism slide guide item 111 at the lower edge position of aforementioned front glass 11, with aforementioned interior manipulation machine The attracted aforementioned outer operating-controlling mechanism 4 of structure 3 is slidably matched with the outer operating-controlling mechanism slide guide item 111.

Still see Fig. 1, interior operating-controlling mechanism 3 above-mentioned includes interior magnetic block seat 31, interior magnetic patch 32, interior magnetic block seat left wheel 33 and interior The right idler wheel 34 of magnetic block seat, successively constituting from left to right in interior magnetic block seat 31 towards the side of aforementioned outer operating-controlling mechanism 4 has interior magnetic patch Seat left wheel hub setting chamber 311, interior magnetic patch lock chamber 312 and the right idler wheel hub setting chamber 313 of interior magnetic block seat, interior magnetic patch 32 are fixed on aforementioned Interior magnetic patch lock chamber 312 in, interior magnetic block seat left wheel 33 by interior magnetic block seat roll left wheel shaft 331 be rotatably arranged at it is aforementioned in In magnetic block seat left wheel hub setting chamber 311, before the interior right idler wheel 34 of magnetic block seat is rotatably arranged at by the right roller shaft 341 of interior magnetic block seat State in the right idler wheel hub setting chamber 313 of interior magnetic block seat, and interior magnetic block seat left wheel 33 and the right idler wheel of interior magnetic block seat 34 with it is aforementioned before A side surface composition rolling pair of the glass 11 back to outer operating-controlling mechanism 4.Due to it has been observed that correspond to left and right frame chamber 21,22, Upper ledge chamber 23 and lower frame chamber 25 can cover shield towards the accent position of front glass 11 with cover board 26, therefore interior magnetic block seat above-mentioned is left Idler wheel 33 and the right idler wheel 34 of interior magnetic block seat are substantially with cover board 26 back to a side surface composition rolling pair of front glass 11.

Outer operating-controlling mechanism 4 includes outer magnetic block seat 41, outer magnetic patch 42, outer magnetic block seat left wheel 43 and the right idler wheel of outer magnetic block seat 44, successively constituting from left to right in outer magnetic block seat 41 towards the side of aforementioned interior magnetic block seat 31 has outer magnetic block seat left wheel hub setting chamber 411, outer magnetic patch lock chamber 412 and the right idler wheel hub setting chamber 413 of outer magnetic block seat, outer magnetic patch 42 are fixed on outer magnetic patch lock chamber above-mentioned In 412, outer magnetic block seat left wheel 43 is rotatably arranged at aforementioned outer magnetic block seat left wheel hub setting by the outer magnetic block seat wheel shaft that rolls left In chamber 411, the outer right idler wheel 44 of magnetic block seat is rotatably arranged at the right idler wheel pivot of aforementioned outer magnetic block seat by the right roller shaft of outer magnetic block seat It sets in chamber 413 and outer magnetic block seat left wheel 43 and the right idler wheel 44 of outer magnetic block seat and front glass 11 is back to the one of interior magnetic block seat 31 Side surface composition rolling pair, and aforementioned outer magnetic patch 42 is across front glass 11 and aforementioned interior magnetic patch 32 magnetic attracting each other, wherein Aforementioned outer magnetic block seat 41 is constituted towards the side of aforementioned outer operating-controlling mechanism slide guide item 111 a pair of of guide runner guide block 414, grasps outside Controlling the length direction of mechanism slide guide item 111 and constituting towards the side of aforementioned outer operating-controlling mechanism 4 has a guide runner 1111, aforementioned A pair of of guide runner guide block 414 be slidably matched with the guide runner 1111；Aforementioned traction teeth band the first tensioner rope 10a's is aforementioned another End is connect with the right end of aforementioned interior magnetic block seat 31, the aforementioned other end and interior magnetic block seat of aforementioned traction teeth band the second tensioner rope 10b 31 left end connection.

In the present embodiment, there is a magnetizable metal iron plate in aforementioned interior 31 inner armor of magnetic block seat (setting), for interior The side of magnetic patch 32 back to front glass 11 is reliably attracted with the metal iron plate, same reason, the armour in aforementioned outer magnetic block seat 41 Dress (setting) has a magnetizable metal iron plate, so that the side of outer magnetic patch 42 back to front glass is reliably inhaled with the metal iron plate It closes, the outer magnetic patch being attracted for outer magnetic patch 41 is shown in FIG. 1 and is attracted metal iron plate 415.

Preferably, the right connecting hole 314 of a tensioner rope is offered in the right end of aforementioned interior magnetic block seat 31, and in interior magnetic block seat 31 Left end offer the left connecting hole 315 of a tensioner rope, the aforementioned other end and tensioner rope of aforementioned traction teeth band the first tensioner rope 10a Right connecting hole 314 connects, and the aforementioned other end of aforementioned traction teeth band the second tensioner rope 10b is connect with the left connecting hole 315 of tensioner rope.

By applicant to above-mentioned explanation it is found that if torsion shaft driving mechanism 7 above-mentioned is transferred to upper ledge chamber 23 Left end and right frame chamber 21 top between boundary (crossing) at, and tensioner rope guiding mechanism 9 is transferred to left frame chamber 21 At boundary (crossing) between the lower part of lower frame chamber 24, by tensioner rope tension mechanism 8, outer operating-controlling mechanism 4 and venetian blind curtain Piece is overturn and the direction of shutter elevating mechanism 6 is arranged position and accordingly changes, then shall be regarded as belonging to the utility model public affairs The technical connotation scope opened.

Under venetian blind 5 is in decline state and when overturn one group of curtain sheet 52, machine is externally manipulated by operator The structure 4(outer operating-controlling mechanism 4 and interior operating-controlling mechanism 3 are across the magnetic attracting each other of front glass 11), interior behaviour is driven by outer operating-controlling mechanism 4 Mechanism 3 is controlled, specifically stirs outer operating-controlling mechanism 4 to the left or to the right, interior operating-controlling mechanism 3 is driven correspondingly to be moved to the left or right, When interior operating-controlling mechanism 3 is mobile with outer operating-controlling mechanism 4 by interior operating-controlling mechanism 3 drive simultaneously traction teeth band the first tensioner rope 10a with And traction teeth band the second tensioner rope 10b, move the traction teeth band 78 of the structural system of torsion shaft driving mechanism 7, by traction teeth Band 78 drives toothed belt wheel 75, drives Large Gear Shaft 73 by toothed belt wheel 75, gear wheel 74 is driven by Large Gear Shaft 73, due to gear wheel 74 are meshed with pinion gear 77, thus by the large gear turn the small gear 77, pinion shaft 76 is driven by pinion gear 77, by pinion gear The torsion shaft 61 for the structural system that axis 76 drives venetian blind curtain sheet to overturn simultaneous shutter elevating mechanism 6 rotates an angle, due to A pair of of traction rope twist rollers 63 respectively turns round spindle nose 631 with twist rollers and twist rollers bearing 632 inserting of spindle nose is fixed, that is to say, that A pair of of traction rope twist rollers 63 is respectively inserted to turn round between spindle nose 631 and twist rollers bearing spindle nose 632 in twist rollers admittedly, and due to turning over Shaft 61 is inserted with take-up roll revolution spindle nose 631 admittedly and corresponding in the position for corresponding to take-up roll rotating shaft head bore 6311 simultaneously It is inserted admittedly in the position of take-up roll support shaft head bore 632 and take-up roll bearing spindle nose 632, thus overturning is driven by torsion shaft 61 simultaneously Axis turns round spindle nose 631 and twist rollers bearing spindle nose 632 rotates an angle, and turns round spindle nose 631 and overturning by twist rollers Roller supports the collaboration of spindle nose 632 and drives a pair of of traction rope take-up roll 63 accordingly one angle of rotation.Due to the structural system of venetian blind 5 Curtain sheet turnover ladder rope 53 upper end around cover turnover ladder rope sling set slot 6314(around set two enclose) in, thus take-up roll turn round spindle nose It when 631 one angle of rotation, drives the upper end of a pair of of curtain sheet turnover ladder rope 53 to deflect an angle by it, makes to be shelved on curtain sheet and turn over The one group of curtain sheet 52 turned on ladder rope 53 overturns an angle.Outer operating-controlling mechanism 4, which dials shifting to the left or dials shifting to the right, determines traction teeth Change with 78 direction of motion, and then determine the change of the rotation direction of torsion shaft 61, such as side clockwise or counterclockwise To one angle of rotation.Therefore only slightly stirring outer operating-controlling mechanism 4 can realize to one group of curtain sheet 52 according to needing turning over for angle Turn.

Due to venetian blind 5 promotion or decline working principle generally with the prior art it is similar, see, for example, CN104747054B and CN105003184B, etc., thus applicant no longer repeats comprehensively.The utility model and the prior art Unlike: venetian blind 5 is in when being upwards collected through state, the upper end of a pair of of shutter elevating traction rope 54 spirally state and Not overlappingly rotating around multiple in a pair of of traction rope take-up roll 63, and when venetian blind 5 is in decline state, previously around multiple one Venetian blind traction rope 54 in traction rope take-up roll 63 is just exited.For example, when outer 4 right-to-left of operating-controlling mechanism is mobile, by Torsion shaft driving mechanism 7 drives torsion shaft 61 to rotate clockwise, then a pair of of 54 rope closing of shutter elevating traction rope and with aforementioned Spiral status around multiple in traction rope take-up roll 63, venetian blind 5 is more lifted up, around multiple hundred in traction rope take-up roll 63 The amount of leaf curtain lifting traction rope 54 is increase accordingly, otherwise same example.When outer operating-controlling mechanism 4 to when moving from left to right, then overturning Axis 61 rotates counterclockwise, and shutter elevating traction rope 54 is exited from traction rope take-up roll 63.

Since the upper end of the shutter elevating traction rope 54 during rising of venetian blind 5 is distinguished with the effect of helical spring Around being tidied up shortly again in a pair of of traction rope take-up roll 63, and during venetian blind 5 declines, previously drawn around multiple in a pair A pair of of shutter elevating traction rope 54 in rope take-up roll 63 then exits, thus a pair of of shutter elevating traction rope 54 whether exists Still frictional force suffered during putting rope can be reduced to the degree ignored rope closing, and the entire lifting of venetian blind 5 is flat Surely.

In conclusion technical solution provided by the utility model compensates for the shortcoming in prior art, favorably accomplish Invention task has faithfully fulfilled the technical effect that applicant refers in technical effect column above.

Claims (10)

1. a kind of double layer glass window with built-in louver encloses a rect widget (1) for connection including surrounding, in the rect widget (1) be provided on front side of a front glass (11), and rear side be provided with one after glass (12)；One inside casing (2), the inside casing (2) setting In the rect widget (1) and the left side of the inside casing (2) composition has a left frame chamber (21), and right side, which is constituted, a right frame chamber (22), top, which is constituted, a upper ledge chamber (23), and lower part composition has a lower frame chamber (24), the sky between the left and right sides of inside casing (2) Between be configured to venetian blind chamber (25)；Operating-controlling mechanism (3) and an outer operating-controlling mechanism (4) in one, interior operating-controlling mechanism (3) is movably It is arranged in the lower frame chamber (24), outer operating-controlling mechanism (4) is attracting across the front glass (11) and interior operating-controlling mechanism (3) Merge and moving left and right and interior operating-controlling mechanism (3) is driven correspondingly to move left and right by the outer operating-controlling mechanism (4)；One venetian blind (5) and a venetian blind curtain sheet is overturn and shutter elevating mechanism (6), and the venetian blind chamber (25) is arranged in venetian blind (5) Interior, which includes a sill strip (51), one group of curtain sheet (52), a pair of of curtain sheet turnover ladder rope (53) and a pair of of venetian blind liter It drops traction rope (54), sill strip (51) is located at the bottom of one group of curtain sheet (52), the lower end of a pair of of curtain sheet turnover ladder rope (53) and sill strip (51) fixed, and upper end is nested with and overturns in simultaneous shutter elevating mechanism (6) in venetian blind curtain sheet, one group of curtain sheet (52) is with interval shape State is shelved on a pair of of curtain sheet turnover ladder rope (53), and a pair of of shutter elevating traction rope (54) is with a pair of of curtain sheet turnover ladder rope (53), which is passing through the traction rope relief hole being provided on one group of curtain sheet (52) (521) it is fixedly connected afterwards with sill strip (51), and upper end is overturn with venetian blind curtain sheet and shutter elevating mechanism (6) is connect, and be somebody's turn to do Venetian blind curtain sheet is overturn and shutter elevating mechanism (6) is arranged in the upper ledge chamber (23)；One for driving the blinds Curtain curtain sheet is overturn and the torsion shaft driving mechanism (7) of shutter elevating mechanism (6) movement, the torsion shaft driving mechanism (7) setting Between the right end of the upper ledge chamber (23) and the top of the right frame chamber (22), the venetian blind curtain sheet is overturn and venetian blind Elevating mechanism (6) is connect with torsion shaft driving mechanism (7)；One tensioner rope tension mechanism (8) and a tensioner rope guiding mechanism (9), Tensioner rope tension mechanism (8) is fixed in the lower frame chamber (24) in the position for the left end for corresponding to the interior operating-controlling mechanism (3), Tensioner rope guiding mechanism (9) is fixed on right end and the right side of lower frame chamber (24) in the position for the right end for corresponding to interior operating-controlling mechanism (3) Between the lower part of frame chamber (22)；One traction teeth band the first tensioner rope (10a) and traction teeth band the second tensioner rope (10b), traction One end of tooth band the first tensioner rope (10a) is connect with the torsion shaft driving mechanism (7), and traction teeth band the first tensioner rope The other end of (10a) is connect with the right end of the interior operating-controlling mechanism (3) afterwards across the tensioner rope guiding mechanism (9), is led The one end for drawing tooth band the second tensioner rope (10b) is equally connect with torsion shaft driving mechanism (7), and traction teeth band the second tensioner rope The other end of (10b) sequentially pass through tensioner rope guiding mechanism (9) and the tensioner rope tension mechanism (8) afterwards with interior manipulation The left end of mechanism (3) connects, it is characterised in that the venetian blind curtain sheet is overturn and shutter elevating mechanism (6) includes an overturning Axis (61), a pair of of revolution spindle nose fulcrum bearing (62) and a pair of of traction rope take-up roll (63), it is a pair of turn round spindle nose fulcrum bearing (62) with The corresponding state in left and right is arranged in the upper ledge chamber (23) and the upper ledge chamber lower wall panels (231) with upper ledge chamber (23) each other Fixed, a pair of of traction rope take-up roll (63) is in the position point for corresponding to the top of a pair of of shutter elevating traction rope (54) It not being rotatably supported on a pair of of revolution spindle nose fulcrum bearing (62), torsion shaft (61) and a pair of of traction rope take-up roll (63) are fixed, The left end of the torsion shaft (61) and right end are stretched over a pair of of traction rope take-up roll (63) outside and the torsion shaft (61) respectively Right end is connect with the torsion shaft driving mechanism (7), and the upper end of a pair of of curtain sheet turnover ladder rope (53) is from bottom to top Around covering on a pair of of traction rope take-up roll (63) behind the bottom of described a pair of of revolution spindle nose fulcrum bearing (62), institute The upper end for a pair of of the shutter elevating traction rope (54) stated passes through a pair of turn round after spindle nose fulcrum bearing (62) with spiral from bottom to top State is set around on a pair of of traction rope take-up roll (63) and fixes with a pair of of traction rope take-up roll (63).

2. double layer glass window with built-in louver according to claim 1, it is characterised in that the four of the front glass (11) Circumferential edges position leans out the edge position on front side of the rect widget (1), and it is described after glass (12) surrounding edge Position leans out the edge position of the rear side of rect widget (1), between the edge position of forward and backward glass (11,12) Fill out that cementation is simultaneously each other embedded with the opposite side for making the edge position of front glass (11) and rear glass (12) in space And the sealing joint strip (18) with rect widget (1) cementation simultaneously is gone back, the rect widget (1) is by upper transverse frame item (13), lower cross Moulding (14), left vertical frame item (15) and right vertical frame item (16) composition, upper, lower horizontal moulding (13,14), left vertical frame item (15) and the right side It is connected between vertical moulding (16) four by four moulding corner connectors (17), in which: upper transverse frame item (13) and lower transverse frame item (14) equal length, left vertical frame item (15) is equal with the height of right vertical frame item (16), and upper transverse frame item (13) and lower cross The length dimension of moulding (14) is greater than the height dimension of left vertical frame item (15) and right vertical frame item (16).

3. double layer glass window with built-in louver according to claim 1, it is characterised in that in the upper ledge chamber (23) It is respectively opened up once in upper ledge chamber lower wall panels (231) and in the position for corresponding to a pair of of revolution spindle nose fulcrum bearing (62) The embedding foot chamber (2311) of tupelo fulcrum bearing respectively opens up in a pair of revolution spindle nose fulcrum bearing (62) and in mutual corresponding position Tupelo support holes (621) once, and one is extended in the lower part of the opposite side of a pair of of revolution spindle nose fulcrum bearing (62) It turns round spindle nose fulcrum bearing fixed plate (622), in side of the revolution spindle nose fulcrum bearing fixed plate (622) under and in correspondence Constituting in the position of the revolution embedding foot chamber (2311) of spindle nose fulcrum bearing has a pair of of revolution embedding foot of spindle nose fulcrum bearing (6221), which returns The corresponding cavity wall scarf of the embedding foot of tupelo fulcrum bearing (6221) and the revolution embedding foot chamber (2311) of spindle nose fulcrum bearing, in revolution spindle nose branch It holds and offers a pair of of curtain sheet turnover ladder rope relief hole (6222) in the middle part of a fixed plate (622), and corresponding to a pair of of curtain sheet Position between turnover ladder rope relief hole (6222) is also provided with a shutter elevating traction rope relief hole (6223), and described one Spindle nose (631) inserting respectively is turned round with take-up roll towards one end of a pair of of revolution spindle nose fulcrum bearing (62) to traction rope take-up roll (63) It is fixed, and take-up roll revolution spindle nose (631) is rotatably assorted with the revolution spindle nose support holes (621), a pair of of traction rope winding It is fixed that build-in is respectively inserted with take-up roll bearing spindle nose (632) in opposite one end of roller (63), wherein turns round spindle nose in the take-up roll (631) axial center, which is constituted, a take-up roll rotating shaft head bore (6311), in the axial center of take-up roll bearing spindle nose (632) Composition has a take-up roll support shaft head bore (6321), and each constitute in axial center of a pair of of traction rope take-up roll (63) has one Traction rope take-up roll axial pass-through holes (633), the torsion shaft (61) pass through traction rope take-up roll axial pass-through holes (633) simultaneously And solid, described a pair is inserted with the take-up roll rotating shaft head bore (6311) and take-up roll support shaft head bore (6321) simultaneously Around covering described after a pair of of curtain sheet turnover ladder rope relief hole (6222) that the upper end of curtain sheet turnover ladder rope (53) passes through from bottom to top Take-up roll revolution spindle nose (631) on, the upper end of a pair of of shutter elevating traction rope (54) passes through described from bottom to top Shutter elevating traction rope relief hole (6223) after with the spiral status rotating around being set to a pair of of traction rope take-up roll (63) it is fixed on and with one end of a pair of of traction rope take-up roll (63) towards take-up roll bearing spindle nose (632).

4. double layer glass window with built-in louver according to claim 3, it is characterised in that in the take-up roll rotating shaft One end of head (631) towards a pair of of traction rope take-up roll (63) is extended with a take-up roll inserting spindle nose (6312), is rolling up There is one to be raised on the outer wall of roller revolution spindle nose (631) and around the circumferencial direction of take-up roll revolution spindle nose (631) composition Take-up roll turns round the revolution spindle nose turnover ladder rope block plate (6313) of the outer wall surface of spindle nose (631), a pair of of traction rope volume One end around roller (63) towards a pair of of revolution spindle nose fulcrum bearing (62) is fixed with described take-up roll inserting spindle nose (6312) inserting And also constituting has a take-up roll turnover ladder rope block plate (635), which surrounds a pair of of traction rope The circumferencial direction of take-up roll (63) be raised in the outer wall surface of a pair of of traction rope take-up roll (63) and with revolution spindle nose turnover ladder Rope block plate (6313) is corresponding, turns round between spindle nose turnover ladder rope block plate (6313) and take-up roll turnover ladder rope block plate (635) Space is configured to turnover ladder rope around grooving (6314), supports spindle nose (632) towards the take-up roll rotating shaft in the take-up roll One end of head (631), which is constituted, hexagonal sleeve (6322) in one, which has hexagonal sleeve chamber in one (63221), respectively constituting in one end of a pair of of traction rope take-up roll (63) towards take-up roll bearing spindle nose (632) has outside one Turret head (634), the outer-hexagonal head (634) is with interior hexagonal sleeve chamber (63221) inserting and in the outer-hexagonal head (634) shutter elevating traction rope rope end card slot (6341), the upper end of a pair of of curtain sheet turnover ladder rope (53) are offered on It is passed through after a pair of of curtain sheet turnover ladder rope relief hole (6222) from bottom to top around covering in the turnover ladder rope around grooving (6314) circle or two circles, a pair of of shutter elevating traction are wound on grooving (6314) on and in the turnover ladder rope The upper end of rope (54) is divided after passing through the shutter elevating traction rope relief hole (6323) from bottom to top with the spiral status It is not set around on the pair of traction rope take-up roll (63) and solid with the shutter elevating traction rope rope end card slot (6341) It is fixed.

5. double layer glass window with built-in louver according to claim 4, it is characterised in that in the interior hexagonal sleeve (6322) towards on the end face of one end of the outer-hexagonal head (634) and corresponding to the shutter elevating traction rope rope end The position of card slot (6341), which is constituted, rope end bayonet (63222), by the rope end bayonet (63222) and shutter elevating traction rope The cooperation of rope end card slot (6341) and to be limited to the upper end end of a pair of of shutter elevating traction rope (54) described outer Between turret head (634) and interior hexagonal sleeve (6322).

6. double layer glass window with built-in louver according to claim 1, it is characterised in that the torsion shaft driving mechanism It (7) include gearcase (71), gear box cover (72), Large Gear Shaft (73), gear wheel (74), toothed belt wheel (75), pinion shaft (76), the shape of pinion gear (77) and traction teeth band (78), gearcase (71) is in inverted L-shaped, and the gearcase (71) is right Position and described inside casing (2) build-in between the right end of upper ledge chamber (23) described in Ying Yu and the top of the right frame chamber (22), One end of Large Gear Shaft (73) is rotatably arranged on Large Gear Shaft first bearing (731), and the other end of Large Gear Shaft (73) It is rotatably arranged on Large Gear Shaft second bearing (732), Large Gear Shaft first bearing (731) and Large Gear Shaft second bearing (732) in the Large Gear Shaft bearing bore (7111) of the lower part for the gearcase box chamber (711) for being formed in gearcase (71), greatly Gear (74) is fixed on the middle part of Large Gear Shaft (73) and engages with pinion gear (77), and toothed belt wheel (75) and gear wheel (74) are same Axis and it is fixed on the one end of Large Gear Shaft (73) towards Large Gear Shaft second bearing (732), pinion shaft (76) corresponds to big The top of gear shaft (73) and laterally parallel with Large Gear Shaft (73), one end of the pinion shaft (76) is rotatably arranged at small In gear shaft first bearing (761), and the other end of pinion shaft (76) is rotatably arranged at pinion shaft second bearing (762) On, pinion shaft first bearing (761) and pinion shaft second bearing (762) are embedded in and are formed in gearcase box chamber (711) Top pinion shaft bearing bore (7112) in, pinion gear (77) is fixed on the middle part of pinion shaft (76), traction teeth band (78) it is nested in the middle part of on toothed belt wheel (75), one end and traction teeth band (78) of the first tensioner of traction teeth band rope (10a) One end connection, one end of the second tensioner of traction teeth band rope (10b) connect with the other end of traction teeth band (78), gearcase It is fixed in the position and gearcase (71) for corresponding to the front side of gearcase box chamber (711) to cover (72), in which: the torsion shaft (61) Right end connect with the pinion shaft (76).

7. double layer glass window with built-in louver according to claim 6, it is characterised in that in the pinion shaft (76) A pinion shaft Hexagon hole is offered towards the axial central location of one end of the pinion shaft first bearing (761) (763), the right end of the torsion shaft (61) is fixed with pinion shaft Hexagon hole (763) inserting；In the gear box cover (72) Lower part be extended with a pair of of conduction band foot (721), the space between a pair of of conduction band foot (721) is configured to conduction band chamber (7211), this is led It is corresponding with traction teeth band (78) with chamber (7211).

8. double layer glass window with built-in louver according to claim 1, it is characterised in that the tensioner rope tensioner machine Structure (8) includes spring pole socket (81), spring lever (82), spring (83), tensioner rope pulley seat (84) and tensioner rope pulley (85), bullet Spring base seat (81) correspond to the lower frame chamber (24) left end position by spring pole socket fixing screws (811) with it is described interior Frame (2) is fixed, has a spring pole socket bending part (812) in the right end composition of spring pole socket (81), in the spring pole socket bending part (812) a spring lever sliding eye (8121) is offered on, spring lever (82) is in the position for corresponding to spring lever sliding eye (8121) It is slidably matched with spring pole socket bending part (812), spring (83) is nested in the left end of spring lever (82), the left end of the spring (83) It is supported on the spring-loaded flange (821) for being formed in the left end end of spring lever (82), and the right end of spring (83) is supported on The left side of spring pole socket bending part (812), tensioner rope pulley seat (84) is located at the right side of spring pole socket bending part (812), at this It is extended on the left of tensioner rope pulley seat (84) a pair of of axis pin base (841), the right end of the spring lever (82) probes into a pair of of pin shaft It is connect between seat (841) and by spring lever connection pin shaft (822) with a pair of of axis pin base (841), tensioner rope pulley (85) is logical Tensioner rope pulley axis (851) is crossed to be rotatably arranged on tensioner rope pulley seat (84)；The tensioner rope guiding mechanism (9) includes leading To pulley base (91) and leading block (92), leading block seat (91) correspond to the right frame chamber (22) lower end and it is described under Position and the inside casing (2) between the right end of frame chamber (24) are inserted build-in and are determined, roof and a left side in the leading block seat (91) One first tensioner cord hole (911) is respectively offered on side wall and also respectively offers one second tensioner cord hole (912), leading block (92) it is slided for double flute road leading block and by the guiding that leading block axis (921) are rotatably arranged at leading block seat (91) In wheel seat chamber (913), the other end of the first tensioner of traction teeth band rope (10a) is placed through leading block seat (91) Leading block seat is placed through after the first tensioner cord hole (911) on roof by way of the leading block (92) and in turn (91) the first tensioner cord hole (911) on the left side wall is connect with the right end of the interior operating-controlling mechanism (3) afterwards, the traction The other end of tooth band the second tensioner rope (10b) is placed through the second tensioner rope on the roof of leading block seat (91) Successively by way of leading block (92), the second tensioner cord hole on the left side wall of leading block seat (91) behind hole (912) (912) it is connect afterwards with the left end of interior operating-controlling mechanism (3) with the tensioner rope pulley (85)；In the downside of the front glass (11) Edge is fixed with an outer operating-controlling mechanism slide guide item (111), the attracted outer manipulation machine with the interior operating-controlling mechanism (3) Structure (4) is slidably matched with the outer operating-controlling mechanism slide guide item (111).

9. double layer glass window with built-in louver according to claim 8, it is characterised in that the interior operating-controlling mechanism (3) Including interior magnetic block seat (31), interior magnetic patch (32), interior magnetic block seat left wheel (33) and the right idler wheel of interior magnetic block seat (34), in interior magnetic block seat (31) successively constituting from left to right towards the side of the outer operating-controlling mechanism (4) has interior magnetic block seat left wheel hub setting chamber (311), interior Magnetic patch lock chamber (312) and the right idler wheel hub setting chamber (313) of interior magnetic block seat, interior magnetic patch (32) are fixed on the interior magnetic patch lock chamber (312) in, interior magnetic block seat left wheel (33) is rotatably arranged at the interior magnetic block seat left side by the interior magnetic block seat wheel shaft (331) that rolls left In idler wheel hub setting chamber (311), the interior right idler wheel of magnetic block seat (34) is rotatably arranged at described by the right roller shaft of interior magnetic block seat (341) In the interior right idler wheel hub setting chamber (313) of magnetic block seat, and interior magnetic block seat left wheel (33) and the right idler wheel of interior magnetic block seat (34) and institute Front glass (11) is stated back to a side surface composition rolling pair of outer operating-controlling mechanism (4), outer operating-controlling mechanism (4) includes outer magnetic block seat (41), outer magnetic patch (42), outer magnetic block seat left wheel (43) and the right idler wheel of outer magnetic block seat (44), in outer magnetic block seat (41) described in The side of interior magnetic block seat (31) is successively constituted from left to right outer magnetic block seat left wheel hub setting chamber (411), outer magnetic patch lock chamber (412) it is fixed in the outer magnetic patch lock chamber (412) with the right idler wheel hub setting chamber (413) of outer magnetic block seat, outer magnetic patch (42), outside Magnetic block seat left wheel (43) is rotatably arranged at the outer magnetic block seat left wheel hub setting chamber (411) by the outer magnetic block seat wheel shaft that rolls left Interior, the outer right idler wheel of magnetic block seat (44) is rotatably arranged at the right idler wheel hub setting chamber of the outer magnetic block seat by the right roller shaft of outer magnetic block seat (413) in and outer magnetic block seat left wheel (43) and the right idler wheel of outer magnetic block seat (44) and front glass (11) are back to interior magnetic block seat (31) a side surface composition rolling pair, and the outer magnetic patch (42) is across front glass (11) and the interior magnetic patch (32) magnetic each other Property be attracted, wherein the outer magnetic block seat (41) towards the outer operating-controlling mechanism slide guide item (111) side constitute there is a pair to lead Sliding slot guide block (414), outer operating-controlling mechanism slide guide item (111) length direction and towards the one of the outer operating-controlling mechanism (4) Side, which is constituted, to be had a guide runner (1111), and a pair of of guide runner guide block (414) is slidably matched with the guide runner (1111)；It is described The other end of traction teeth band the first tensioner rope (10a) is connect with the right end of the interior magnetic block seat (31), the traction teeth band The other end of second tensioner rope (10b) is connect with the left end of interior magnetic block seat (31).

10. double layer glass window with built-in louver according to claim 9, it is characterised in that in the interior magnetic block seat (31) Right end offer a right connecting hole of tensioner rope (314), and offer a left connection of tensioner rope in the left end of interior magnetic block seat (31) The other end in hole (315), the first tensioner of traction teeth band rope (10a) is connect with the right connecting hole of tensioner rope (314), described The other end of traction teeth band the second tensioner rope (10b) is connect with the left connecting hole of tensioner rope (315).