CN108643808A

CN108643808A - Single manipulation energy-saving multilayer shutter embedded in hollow glass

Info

Publication number: CN108643808A
Application number: CN201810824381.3A
Authority: CN
Inventors: 肖敏
Original assignee: Jiangsu Saisle Energy Saving Technology Co Ltd
Current assignee: Jiangsu Saisle Energy Saving Technology Co Ltd
Priority date: 2018-07-25
Filing date: 2018-07-25
Publication date: 2018-10-12

Abstract

A kind of single manipulation energy-saving multilayer shutter embedded in hollow glass, including forms, forms include left and right vertical moulding, upper, lower horizontal moulding, interior, domestic and abroad glass and interior hollow cavity every setting frame；Curtain sheet overturning and shutter elevating control mechanism and manual operation control mechanism；Blind and the overturning of blind curtain sheet and shutter elevating mechanism, feature：It further include tension mechanism, it is fixed on right vertical frame intracavitary and is connect with torsion shaft driving mechanism and curtain sheet overturning and shutter elevating control mechanism, left vertical frame chamber lid plate is inserted scarf with left vertical frame item and is closed, upper transverse frame bar cover board is inserted scarf with upper transverse frame item and is closed, the overturning of blind curtain sheet and shutter elevating mechanism include torsion shaft and traction rope winding device, and traction rope winding device includes that traction rope take-up roll first, second turns round spindle nose fulcrum bearing, traction rope take-up roll first, second turns round spindle nose and traction rope take-up roll.Promote the intensity of air-tightness and forms；Lifting is stablized, rapid operation；Ensure the driving effect to torsion shaft.

Description

Single manipulation energy-saving multilayer shutter embedded in hollow glass

Technical field

The invention belongs to hollow glass products technical fields, and in particular to a kind of singly to manipulate in energy-saving multilayer hollow glass Set shutter.

Background technology

Shutter embedded in hollow glass has self-evident following strong point：Thermal insulation is good and uses the section for embodying building Energy；Sound-proofing is excellent and uses the harassment from extraneous noisy noise；Anti-condensation is solidifying white and using ensures indoor light abundance simultaneously And embody desired beautiful effect；It is adjusted by the deflection angle of the curtain sheet to blind by uses the indoor lighting needed for obtaining It is required that and protecting privacy, staiing the curtain sheet of blind from trifle in the world and use to embody and excellent exempt from cleaning effect；To building The class for promoting building is used with ideal decorative；Impact resistance is strong, safety is good and service life is long and by To meet the installation requirement of skyscraper and meet the non-maintaining requirement of ultimate attainment long-time service；Using simple Portable power saving by To adapt to all ages and classes and different physical efficiency person's operations, etc..

Technical information about shutter embedded in hollow glass can be seen in disclosed Chinese patent literature, such as CN2564720Y（The hollow glass of built-in louver curtain）、CN2767624Y（Shutter in hollow glass）、CN2767625Y （Shutter in the improved hollow glass of structure）、CN2756796Y（Shutter in hollow glass）、CN2232968Y（Double The monolithic door sash of horizontal shutter is equipped in layer glass）、CN2297952Y（Magnetic driving formula adds layer to stretch heavy curtain）、 CN2326718Y（Totally-enclosed shutter）、CN100535378C（Shutter in structure improved hollow glass）、 CN102444372A（Sun-shading hollow blind is set in one kind）、CN101392625B（The chain drive machine of bottom-fixed blind curtain Structure）、CN202090817U（Manual hollow shutter）、CN202090815U（A kind of Manual hollow shutter）With CN104675257A（A kind of electric-powered shutter）And foreign patent such as W003071082A, US2004211528A, etc..

Be not limited to that patent document exemplified above is related to is all single cavity structure, the hollow glass hundred of this single cavity structure Although leaf window can embody many strong points that the applicant is mentioned above, be still difficult to meet the torrid zone or cold district every Hot thermal requirements.

Using multiple glazing window with built-in louver for example by it is interior, in, it is outer（Can also claim " before, during and after "）Three pieces of glass structures Blind, which is arranged, at two hollow cavities and in a wherein hollow cavity can significantly improve heat insulation and preservation effect and use satisfaction The desired power conservation requirement of industry.

Although the technical information of visible all multiple glazings, such as CN102425360A in disclosed Chinese patent literature （Multilayer hollow protects glass）、CN202300006U（Multiple cavity hollow glass）、CN202611467U（A kind of multiple glazing）With CN203769573U（A kind of multiple glazing）Etc., but simultaneously for the structure design of multiple glazing window with built-in louver Without referential technical inspiration because multiple glazing and multiple glazing window with built-in louver belong to two it is entirely different Structural system, the former by according to needing the glass of quantity mutual cementation in the state of forming separate space, and the latter need preferably every Intracavitary setting can not only make shutter elevating but also the curtain sheet of blind can be made to overturn（That is angular adjustment）Associated components.

The CN202627912U recommendations of utility model patent Authorization Notice No. have a kind of " novel multi-layer vacuum glass shutter glass Glass device " is made of internal layer vacuum glass layer, curtain outline border, outer layer single-glass layer and venetian blind, internal layer vacuum glass Glass layer is fixedly connected with the inside frame of curtain outline border, and outer layer single-glass layer is flexibly connected with the outside frame of curtain outline border, Venetian blind is arranged in curtain outline border（For details, reference can be made to the 0004th section of the patent specifications）.By to the patent specification Full text read it is found that since the venetian blind of the patent is not to be enclosed in hollow cavity, thus be not belonging to real meaning On multiple glazing window with built-in louver structural system.

Theoretically, as long as increasing on the basis of conventional example hollow glass louver structure as mentioned above Add a framework and one piece of glass that can form the multiple glazing window with built-in louver of three glass, two chamber, three glass are outer glass Glass（It is the same below towards the glass of outdoor buildings under use state）, interior glass（Towards the glass of Indoor environment under use state Glass, it is the same below）Separate glass, that is, intermediate glass with hollow cavity（Glass between inside and outside glass）, two chambers are outer glass Separate the interior hollow cavity between outer hollow cavity and interior glass and hollow cavity separation glass between glass with hollow cavity.But this The multiple glazing built-in louver curtain that kind structure is formed can be produced when being installed on building again in the actual use process It is raw following puzzled：Rational balance is difficult to find that between operability the two of blind in heat-insulation and heat-preservation and controller Point, because if blind is set in interior hollow cavity above-mentioned, then while can be in the conventional mode by being located at The manual operation control mechanism of glass towards Indoor environment side overturns and blind liter the curtain sheet in interior hollow cavity Drop control mechanism is operated, and makes blind according to need to lift or make curtain sheet according to needing to overturn, but due to blind be located at it is interior in In cavity, thus outer hollow cavity because no blind there are due to certain influence is generated to heat-insulation and heat-preservation., whereas if by blinds Curtain is set in outer hollow cavity, though then heat insulation and preservation effect can be significantly improved, positioned at the indoor side of interior glass direction Control mechanism is manually operated not overturn and shutter elevating control machine the curtain sheet in outer hollow cavity across interior hollow cavity Structure is operated because the overturning of manual operation control mechanism and curtain sheet and shutter elevating control mechanism be across one piece of glass that This together, can refer to this Chinese invention patent application publication No. CN104747054A by magnet piece magnetic attracting （Double glazing window with built-in louver）.Another factor is：From to building decoration effect and from the reality of user Border use demand is considered, and it is preferred scheme that blind, which is set in outer hollow cavity, however due to being limited and nothing by structure Method overturns the curtain sheet being arranged with blind in outer hollow cavity by the way that control mechanism is manually operated in Indoor environment Implement to operate with shutter elevating control mechanism, to not only affect the promotion to decorating building decoration result, but also limit The reasonable selection of user is made.

" the energy-saving multilayer hollow glass louver " that invention patent mandate notification number CN105041169B recommends solves Above-mentioned technical problem and its technique effect in the conclusion of the 0021st section of specification is objectively fulfilled, but there are still following Shortcoming：First, since frame structure loses reasonability, thus leakproofness, that is, air-tightness and the positioning of middle glass are especially to glass Effect is relatively poor and the integral strength of forms is also relatively fragile；Second, since usually curtain sheet being overturn in assembly Curtain sheet overturning adjusting control mechanism of the both ends of traction rope in the form of knot tying fashion is with double control structures is fixedly connected, if it is The structure type singly manipulated, due to curtain sheet overturning and the lifting of blind is overturn by an independent mechanism, that is, curtain sheet and blind Lifting control mechanism is taken on, thus curtain sheet is overturn the both ends of traction rope with knot tying fashion and curtain sheet overturning and shutter elevating control Mechanism processed is fixedly connected, and knotting is completed by worker's handwork, the relaxation surplus after knotting then inevitably occurs, To which the length between making curtain sheet overturning traction rope knot a little at two exceeds the length of technique institute actual requirement, although exceed Length is in contrast extremely limited, but will produce and seriously affect to the rollover effect of curtain sheet, on the other hand when using one section Between after, curtain sheet overturning traction rope will appear elongation phenomenon, which can equally influence the rollover effect of curtain sheet.In addition, blind Lift traction rope（Also referred to as " sill strip traction rope "）There are identical problems；Third, due to lacking rational moisture absorption measure, thus once When the outer temperature difference of Indoor environment is big, in the interior hollow cavity between interior glass and middle glass and between outer glass and middle glass Outer hollow cavity in exist moisture condensation situation, influence translucent effect；Fourth, when due to lifting blind every time, shutter elevating is led Messenger just with hauling block friction, thus is not enough to really be effectively protected shutter elevating traction rope and hauling block；Its Five, since shutter elevating traction rope inflection point is more, thus lift balance it is relatively poor and operate it is relatively laborious.

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

Invention content

Task of the invention lies in provide one kind to help that framework is made to use and avoid the good leakproofness of glass embodiment Hollow cavity and outer hollow cavity in outside air intrusion, be conducive to abandon for being nested with the hauling block of shutter elevating traction rope and Use the lasting service life, beneficial for avoiding shutter elevating traction rope by friction damage and ensuring shutter elevating traction rope It is used in the inflection point for reducing shutter elevating traction rope and embodies good lifting stationarity and embodiment rapid operation, has and be convenient for So that the traction teeth band of torsion shaft driving mechanism is used in ideal tensioner state and good driving effect is embodied to torsion shaft Single manipulation energy-saving multilayer shutter embedded in hollow glass.

The task of the present invention is come what is completed, a kind of single manipulation energy-saving multilayer shutter embedded in hollow glass wraps in this way Forms are included, which includes left vertical frame item, right vertical frame item, upper transverse frame item, lower transverse frame item, interior glass, middle glass, outer glass and interior Hollow cavity is every setting frame, between the upper end and the left end of upper transverse frame item of left vertical frame item, a left side for the lower end and lower transverse frame item of left vertical frame item Between end, the right end of between the upper end of right vertical frame item and the right end of the upper transverse frame item and lower end of right vertical frame item and lower transverse frame item it Between respectively connected by moulding corner coupling head, wherein left vertical frame item short transverse and towards in glass side constitute have One left vertical frame chamber is combined with a left vertical frame chamber lid in the position of the left vertical frame chamber accent corresponding to the left vertical frame chamber Plate, right vertical frame short transverse and towards the side of interior glass constitute have a right vertical frame chamber, corresponding to the right vertical frame The position of the right vertical frame chamber accent of chamber is combined with a right vertical frame chamber lid plate, in the length direction and direction of upper transverse frame item The side of middle glass, which is constituted, a upper transverse frame chamber, coordinates in the position of the upper transverse frame chamber accent corresponding to the upper transverse frame chamber There is a upper transverse frame chamber lid plate, interior hollow cavity connects into the construction of Contraband font every setting frame by left frame pipe, upper frame tube and lower frame tube, In, for left frame pipe between interior glass and the left side edge position of middle glass, upper frame tube is located at the top of interior glass and middle glass Between edge, lower frame tube is between interior glass and the lower edge position of middle glass, the right side edge position of interior glass It is touched with right vertical frame chamber lid plate patch, the right side edge position of middle glass and the left side of the right vertical frame chamber lid plate match Close, the side edge position of the outer glass glass in respectively with left and right vertical moulding, upper transverse frame item and lower transverse frame item Rear side face paste is touched, and the space between interior, middle glass is configured to interior hollow cavity, and the space between domestic and abroad glass is configured to outer hollow Chamber is equipped with sealing joint strip in the space at the edge position of inside and outside glass；The overturning of one curtain sheet and shutter elevating control Mechanism and proficiency operation and control mechanism, curtain sheet overturning and shutter elevating control mechanism are arranged up or down in the right vertical frame Intracavitary, manual operation control mechanism it is attracted across the interior glass and curtain sheet overturning and shutter elevating control mechanism and Driven by moving up and down for the manual operation control mechanism curtain sheet overturning and shutter elevating control mechanism it is corresponding on move down It is dynamic；One blind and the overturning of blind curtain sheet and shutter elevating mechanism, blind are arranged in the outer hollow cavity, the blinds Curtain includes sill strip, curtain sheet, curtain sheet turnover ladder rope and shutter elevating traction rope, and sill strip is located at the bottom of curtain sheet, curtain sheet turnover ladder The lower end of rope is fixed with sill strip, and upper end is nested with and is overturn in simultaneous shutter elevating mechanism in blind curtain sheet, and curtain sheet is shelved on curtain On piece turnover ladder rope, the quantity of shutter elevating traction rope is equal with the quantity of curtain sheet turnover ladder rope and is overturn with curtain sheet Company is being fixed in the lower end of ladder rope, the shutter elevating traction rope after the traction rope relief hole being opened in curtain sheet with sill strip It connects, and upper end is overturn with blind curtain sheet and shutter elevating mechanism is connect, and blind curtain sheet overturning and shutter elevating Mechanism is arranged in the upper transverse frame intracavitary；One for driving the blind curtain sheet overturning and shutter elevating mechanism action Torsion shaft driving mechanism, which is arranged right end and the right vertical frame chamber in the upper transverse frame chamber Between top, and the torsion shaft driving mechanism overturns simultaneous shutter elevating mechanism and institute with the blind curtain sheet simultaneously The curtain sheet overturning and shutter elevating control mechanism connection stated, are characterized in that further including having a tension mechanism, which exists The position that the lower section of simultaneous shutter elevating control mechanism is overturn corresponding to the curtain sheet is fixed on the right vertical frame of the right vertical frame item Intracavitary and the tension mechanism simultaneously with the torsion shaft driving mechanism and curtain sheet overturning and shutter elevating control mechanism Connection, the left vertical frame chamber lid plate insert scarf in the position corresponding to the left vertical frame chamber accent with the left vertical frame item It closing, the right vertical frame chamber lid plate is inserted scarf with the right vertical frame item in the position corresponding to the right vertical frame chamber accent and is closed, The upper transverse frame bar cover board is inserted scarf with the upper transverse frame item in the position corresponding to the upper transverse frame chamber accent and is closed, described The overturning of blind curtain sheet and shutter elevating mechanism include a torsion shaft and the quantity phase with the shutter elevating traction rope Deng traction rope winding device, traction rope winding device includes that traction rope take-up roll first turns round spindle nose fulcrum bearing, traction rope volume Around roller second turns round spindle nose fulcrum bearing, traction rope take-up roll first turns round spindle nose, traction rope take-up roll second turns round spindle nose and leads Messenger take-up roll, traction rope take-up roll first turns round spindle nose fulcrum bearing and traction rope take-up roll second is turned round spindle nose fulcrum bearing and set It sets in the upper transverse frame intracavitary and is fixed with the upper transverse frame chamber lower wall panels of upper transverse frame chamber, traction rope take-up roll first is returned Tupelo is rotatably supported at traction rope take-up roll first and turns round in spindle nose fulcrum bearing, and traction rope take-up roll second is turned round spindle nose and turned It is supported on traction rope take-up roll second dynamicly to turn round in spindle nose fulcrum bearing, traction rope take-up roll is returned towards traction rope take-up roll first One end of tupelo and traction rope take-up roll first are turned round spindle nose inserting and are fixed, and traction rope take-up roll is towards traction rope take-up roll One end of second revolution spindle nose is turned round spindle nose with traction rope take-up roll second and is fixed, and the middle part of torsion shaft passes through traction rope take-up roll The first rotating shaft head bore, the traction rope take-up roll second of first revolution spindle nose turn round the second rotating shaft head bore and the traction of spindle nose It the traction rope take-up roll axial central through hole for take-up roll of restricting and is rolled up in position and the traction rope corresponding to the first rotating shaft head bore Spindle nose is turned round around roller first to fix and in position and the second rotating shaft of traction rope take-up roll corresponding to the second rotating shaft head bore Head is fixed, and the right end of torsion shaft is stretched towards the direction of the torsion shaft driving mechanism, and the torsion shaft driving mechanism with turn over The right end of shaft connects, and the upper end of the curtain sheet turnover ladder rope is passing through first rotating shaft of traction rope take-up roll from bottom to top It is nested with behind the bottom of head fulcrum bearing and is turned round on spindle nose in the traction rope take-up roll first, the shutter elevating traction rope Spirally state is led around multiple in described behind the bottom that traction rope take-up roll first turns round spindle nose fulcrum bearing from bottom to top for upper end One end that spindle nose is turned round in messenger take-up roll and with traction rope take-up roll towards traction rope take-up roll second is fixed；Described turns over Shaft is made of metal and cross-sectional shape is in D fonts.

In the specific embodiment of the present invention, being constituted in the left side of the left vertical frame item has a left vertical frame item to insert The left vertical frame cannula lumen of pipe, left vertical frame item intubation is penetrated through from the upper end that left vertical frame item is intubated to lower end, and the moulding turns Angle joint inserts embedding connection with left vertical frame cannula lumen, public by left vertical frame item between left vertical frame cannula lumen and the left vertical frame chamber Co-walled separation, in the left vertical frame common wall towards the side of left vertical frame chamber and corresponding to the left vertical frame chamber lid plate The position in left side constitute and have an embedding pedestal of left vertical frame chamber lid plate, the embedding pedestal composition of the left vertical frame chamber lid plate has a left vertical frame Chamber lid plate inlaid foot groove, in the left side of the left vertical frame chamber lid plate and corresponding to the left vertical frame chamber lid plate inlaid foot groove Position constitute have an embedding foot of left vertical frame chamber lid plate, the embedding foot of left vertical frame chamber lid plate and left vertical frame chamber lid plate inlaid foot groove embedding Match, being constituted on the right side of left vertical frame chamber lid plate has a left vertical frame positive stop strip, the left vertical frame positive stop strip and left vertical frame chamber Left vertical frame chamber right side wall towards the outer hollow cavity a side contacts；Being constituted on the right side of the right vertical frame item has a right side vertical Moulding is intubated, and the right vertical frame cannula lumen of right vertical frame item intubation is penetrated through from the upper end that right vertical frame item is intubated to lower end, described Moulding corner coupling head inserts embedding connection with right vertical frame cannula lumen, vertical by the right side between right vertical frame cannula lumen and the right vertical frame chamber Moulding common wall separates, in the right vertical frame common wall towards the side of right vertical frame chamber and corresponding to the right vertical frame item The position of the right upper portion of chamber lid plate, which is constituted, an embedding pedestal of right vertical frame chamber lid plate, and the embedding pedestal of the right vertical frame chamber lid plate is constituted There is a right vertical frame chamber lid plate inlaid foot groove, on the right side of the right vertical frame chamber lid plate and corresponding to right vertical frame chamber lid plate The position of inlaid foot groove, which is constituted, has an embedding foot of right vertical frame chamber lid plate, the embedding foot of right vertical frame chamber lid plate and right vertical frame chamber lid plate embedding Foot slot scarf is also extended with a cover board frame pipe, at the left side rear of right vertical frame chamber lid plate on the right side of right vertical frame chamber lid plate Glass limiting plate in being extended with one, and it is extended with a separate space in front of left side and in the position corresponding to middle level glass limiting plate Pipe, the space between middle glass limiting plate and separate space pipe is configured to middle glass caulking groove, the right side edge position of the middle glass With glass caulking groove scarf in this；The structure of the upper transverse frame item is, and the upper cross identical with the structure of left vertical frame item The structure of moulding chamber lid plate is identical with the structure of left vertical frame chamber lid plate；The left vertical frame intracavitary is provided with dress There is the desiccant bag of drier.

In another specific embodiment of the present invention, in the left vertical frame chamber of the left vertical frame chamber of the left vertical frame item It is left that one covered on rear side of the left end for the curtain sheet to the blind is extended on bottom wall towards the direction of the outer hollow cavity Vertical moulding bottom wall light-shielding edge, is equally extended with towards the direction of outer hollow cavity on the right vertical frame bottom of chamber wall of the right vertical frame item A right vertical frame bottom wall light-shielding edge for being covered on rear side of the right end of the curtain sheet to blind, left and right vertical moulding bottom wall light-shielding edge It corresponds to each other and pastes the tactile and left and right vertical moulding bottom wall light-shielding edge towards a side surface of outer hollow cavity with the outer glass Width respectively be 2-3mm.

In another specific embodiment of the present invention, in the upper transverse frame chamber lower wall panels of the upper transverse frame chamber simultaneously And the revolution embedding foot chamber of spindle nose fulcrum bearing is offered in the position for turning round spindle nose fulcrum bearing corresponding to the traction rope take-up roll first, In the traction rope take-up roll first revolution spindle nose fulcrum bearing and corresponding to first rotating shaft of traction rope take-up roll Head position offer one first revolution spindle nose support holes, traction rope take-up roll first turn round spindle nose fulcrum bearing bottom and It is extended with single-revolution spindle nose fulcrum bearing fixed plate towards the side of the traction rope take-up roll, is fixed in the revolution spindle nose fulcrum bearing It side of the plate under and is constituted in the position corresponding to the revolution embedding foot chamber of spindle nose fulcrum bearing and is having a pair of of revolution spindle nose fulcrum bearing Embedding foot, a pair turn round the embedding foot of spindle nose fulcrum bearing and turn round the corresponding cavity wall scarf of the embedding foot chamber of spindle nose fulcrum bearing, in revolution spindle nose A pair of of curtain sheet turnover ladder rope relief hole is offered in the middle part of fulcrum bearing fixed plate, and is allowed corresponding to a pair of of curtain sheet turnover ladder rope Position between the hole of position is further opened with a shutter elevating traction rope relief hole, and spindle nose is turned round in the traction rope take-up roll second In fulcrum bearing and corresponding to first revolution spindle nose support holes position offer one second revolution spindle nose support holes and The top composition that traction rope take-up roll second turns round spindle nose fulcrum bearing has a fulcrum bearing link plate, and the fulcrum bearing connecting plate is in correspondence In the position of the top of the length direction of the traction rope take-up roll spindle nose fulcrum bearing is turned round towards traction rope take-up roll first Direction, which extends and turns round spindle nose fulcrum bearing with traction rope take-up roll first, to be connect, first rotating shaft of traction rope take-up roll Head turns round one end of spindle nose fulcrum bearing towards traction rope take-up roll first and the first revolution spindle nose support holes are rotatably assorted, and this leads One end that messenger take-up roll first turns round spindle nose towards the traction rope take-up roll is extended with a traction rope take-up roll inserting spindle nose, The circumferencial direction of spindle nose is turned round on the outer wall that traction rope take-up roll first turns round spindle nose and around traction rope take-up roll first Constituting has one to be raised in the revolution spindle nose turnover ladder rope block plate that traction rope take-up roll first turns round the outer wall surface of spindle nose, described to lead Messenger take-up roll second turns round one end and the second revolution spindle nose that spindle nose turns round spindle nose fulcrum bearing towards traction rope take-up roll second Support holes are rotatably assorted, and turning round spindle nose in traction rope take-up roll second and constituted towards one end of traction rope take-up roll has hexagonal in one There is hexagonal sleeve chamber in one, traction rope take-up roll to turn round spindle nose towards traction rope take-up roll first for sleeve, the interior hexagonal sleeve One end fixed with traction rope take-up roll inserting spindle nose inserting, and also constitute have a take-up roll turnover ladder rope block plate, the winding Roller turnover ladder rope block plate around traction rope take-up roll circumferencial direction be raised in traction rope take-up roll outer wall surface and with return Tupelo turnover ladder rope block plate is corresponding, turns round the space structure between spindle nose turnover ladder rope block plate and take-up roll turnover ladder rope block plate Slot is set as turnover ladder rope sling, one end composition that traction rope take-up roll turns round spindle nose towards traction rope take-up roll second has one outer six Angle head, the interior hexagonal sleeve chamber inserting of the outer-hexagonal head and the interior hexagonal sleeve and offers blinds on the outer-hexagonal head Curtain lifts traction rope fag end card slot, and the upper end of the curtain sheet turnover ladder rope passes through a pair of of curtain sheet turnover ladder rope from bottom to top It is nested with after relief hole and is set on slot in the turnover ladder rope sling and set one circle of winding or two circles, institute on slot in the turnover ladder rope sling The upper end of shutter elevating traction rope is stated from bottom to top after the shutter elevating traction rope relief hole with the spiral State is fixed around multiple in the traction rope take-up roll and with the shutter elevating traction rope fag end card slot.

In another specific embodiment of the present invention, spindle nose fulcrum bearing is turned round in the traction rope take-up roll first A pair of of pin connecting hole above and in the position of the top corresponding to the first revolution spindle nose support holes is offered, in the branch Bearing link plate is turned round on the end face of one end of spindle nose fulcrum bearing towards traction rope take-up roll first and is inserted corresponding to a pair The position of foot connecting hole is extended with a pair of of pin, is inserted into a pair of of pin connecting hole to pin by this and by being formed in a pair of insert The restriction of the pin barb of the end of foot and so that the fulcrum bearing link plate and traction rope take-up roll first is turned round spindle nose fulcrum bearing Connection.

In the present invention there are one in specific embodiment, in the interior hexagonal sleeve towards the traction rope take-up roll One end end face on and corresponding to the shutter elevating traction rope fag end card slot position constitute have fag end bayonet, by Make the upper end end of the shutter elevating traction rope with the fag end bayonet and shutter elevating traction rope fag end card slot Portion is limited between the outer-hexagonal head and interior hexagonal sleeve, a screw hole is offered on interior hexagonal sleeve, in the lock Determine to be equipped with a lock screw on screw hole.

In a still more specific embodiment of the invention, the torsion shaft driving mechanism includes gearcase, gearcase The shape of lid, Large Gear Shaft, gear wheel, toothed belt wheel, pinion shaft, pinion gear and traction teeth band, gearcase is in inverted L-shaped And between the right end and the top of the right vertical frame chamber of the upper transverse frame chamber, one end of Large Gear Shaft is rotationally It is arranged in Large Gear Shaft first bearing, and the other end of Large Gear Shaft is rotatably arranged in Large Gear Shaft second bearing, greatly Gear shaft first bearing and Large Gear Shaft second bearing are embedded in the lower part for the gearcase box chamber for being formed in gearcase respectively First bearing chamber and second bearing intracavitary, gear wheel are fixed on the middle part of Large Gear Shaft and are engaged with pinion gear, toothed belt wheel Coaxial with gear wheel and be fixed on Large Gear Shaft towards one end of Large Gear Shaft second bearing, pinion shaft corresponds to gear wheel The top of axis and laterally parallel with Large Gear Shaft, one end of the pinion shaft is rotatably arranged at pinion shaft first bearing On, and the other end of pinion shaft is rotatably arranged in pinion shaft second bearing, pinion shaft first bearing and small tooth Wheel shaft second bearing is embedded in the 3rd bearing chamber and fourth bearing intracavitary on the top for being formed in gearcase box chamber, small tooth respectively Wheel is fixed on the middle part of pinion shaft, and traction teeth band is nested on toothed belt wheel, and one end of the traction teeth band is turned over the curtain sheet Turn and the top of shutter elevating control mechanism connects, corresponds to the position of the lower section of curtain sheet overturning and shutter elevating control mechanism The tension mechanism for setting the right vertical frame intracavitary for being fixed on the right vertical frame item is connect with the other end of traction teeth band, gearcase It covers and is fixed with gearcase in the position of the front side corresponding to gearcase box chamber, wherein：The pinion shaft and the blind The right end connection of the torsion shaft of curtain sheet overturning and shutter elevating mechanism；It is fixed with one at the right side edge position of the interior glass Control mechanism slide guide item, the manual operation control mechanism are slidably matched with the control mechanism slide guide item.

The present invention's and then in a specific embodiment, in the lower part of the gearcase box chamber and corresponding to institute The position for stating traction teeth band offers traction teeth band insertion hole, and traction teeth band draws the tooth by way of the traction teeth band insertion hole Box box chamber is taken turns, being constituted in the lower part of gearcase towards the side of the right vertical frame item has a gearcase locating slot, described right vertical It is equipped with a gearcase positioning screw on moulding and in the position corresponding to gearcase locating slot, gearcase positioning screw rotation Enter in gearcase locating slot, is opened in the axial middle position of the pinion shaft towards one end of the pinion shaft first bearing Equipped with a pinion shaft Hexagon hole, the pinion shaft Hexagon hole and the right end of the torsion shaft are fixed；In the gearcase The lower part of lid is extended with a pair of of conduction band foot, and being constituted between a pair of of conduction band foot has a conduction band chamber, the conduction band chamber and the traction Tooth band is corresponding.

In yet a further embodiment of the present invention the tension mechanism include spring pole socket, spring lever, Spring, tensioner rope pulley seat, tensioner rope pulley and tensioner rope and tensioner rope, spring pole socket setting the right vertical frame intracavitary simultaneously And positioned at the lower part of right vertical frame chamber, the spring pole socket respectively by a positioning pin and a spring pole socket fixing bolt with it is described Right vertical frame item fix, the spring pole socket folded plate for having a horizontal folding exhibition to the right is constituted on the top of spring pole socket, in the spring lever The middle position of seat folded plate offers a spring rod aperture, and spring lever is plugged in spring rod aperture with floating up and down, in the spring lever Upper end constitute have a spring lever connector, which is located at the top of spring pole socket folded plate, under spring lever End, which is constituted, a spring bearing housing, and on tensioner spring pocket spring lever, the upper end of the tensioner spring is supported on spring pole socket folded plate court Downward side, and the lower end of tensioner spring is supported on spring bearing housing, tensioner rope pulley seat is rolled over corresponding to the spring base The top of plate, being constituted on the top of the tensioner rope pulley seat has a tensioner rope pulley chamber, and prolongs in the lower part of tensioner rope pulley seat Stretching has a pair of of hinged seat, this is hinged by hinged seat axis pin and the spring lever connector to hinged seat, and tensioner rope pulley passes through Pulley pin shaft is rotatably arranged at tensioner rope pulley intracavitary, and the upper end of limiting plate is opposite with the top accent of tensioner rope pulley chamber It answers, and the lower end of limiting plate is solid in the position of the side corresponding to tensioner rope pulley seat and the left or right of the pulley pin shaft Fixed, one end of tensioner rope is overturn with the curtain sheet and the lower part of shutter elevating control mechanism is connect, and middle part is nested in tensioner rope On pulley, and the other end is connect with the other end of the traction teeth band；In the right edge edge for being fixed on the interior glass Position the control mechanism slide guide item short transverse and towards it is described manual operation control mechanism side constitute have slide guide Slot, manual operation control mechanism are slidably matched with the guide runner.

In the present invention again and then in a specific embodiment, curtain sheet overturning and shutter elevating control mechanism Including interior magnetic block seat, interior magnetic patch, interior magnetic block seat upper roller and interior magnetic block seat bottom roller, in interior magnetic block seat towards the manual operation The side of control mechanism is constituted successively from top to bottom to be had under interior magnetic block seat upper roller hub setting chamber, interior magnetic patch lock chamber and interior magnetic block seat Idler wheel hub setting chamber, interior magnetic patch are fixed in the interior magnetic patch lock chamber, and interior magnetic block seat upper roller passes through interior magnetic block seat upper roller Axis is rotatably arranged at the interior magnetic block seat upper roller hub setting intracavitary, and interior magnetic block seat bottom roller passes through interior magnetic block seat bottom roller shaft rotation Be arranged dynamicly in the interior magnetic block seat bottom roller hub setting intracavitary, interior magnetic block seat upper roller and interior magnetic block seat bottom roller be bearing simultaneously And rolling pair is constituted with the side of the interior glass back to manual operation control mechanism, manual operation control mechanism includes outer magnetic patch Seat, outer magnetic patch, outer magnetic block seat upper roller and outer magnetic block seat bottom roller, in outer magnetic block seat towards the side of the interior magnetic block seat from upper Being constituted successively under and has outer magnetic block seat upper roller hub setting chamber, outer magnetic patch lock chamber and outer magnetic block seat bottom roller hub setting chamber, outer magnetic patch It is fixed in the outer magnetic patch lock chamber, outer magnetic block seat upper roller is rotatably arranged at described by outer magnetic block seat upper roller shaft Outer magnetic block seat upper roller hub setting intracavitary, outer magnetic block seat bottom roller are rotatably arranged at the outer magnetic by outer magnetic block seat bottom roller axis Block bottom roller hub setting intracavitary, outer magnetic block seat upper roller and outer magnetic block seat bottom roller be bearing and with interior glass back to interior magnetic The side of block constitutes rolling pair, and the outer magnetic patch is attracted across interior glass with the interior magnetic patch each other, wherein described outer Magnetic block seat towards the control mechanism slide guide item side constitute have a pair of of guide runner guide block, this to guide runner guide block with it is described Guide runner is slidably matched.

One of the technique effect of technical solution provided by the invention, due to left and right vertical moulding cover board respectively with left and right vertical frame Item is inserted scarf and is closed, and by the middle glass caulking groove scarf at the right side edge position of middle glass and right vertical frame bar cover board, thus can promote interior The air-tightness of hollow cavity and outer hollow cavity, but it is reasonable for structure due to left and right vertical moulding and upper transverse frame item, thus can be notable Promote the intensity of forms；Two, since the confession abandoned in prior art is nested with the traction sheave of shutter elevating traction rope simultaneously Traction rope winding device reasonable for structure is used, thus is avoided that shutter elevating traction rope by friction damage and ensures blinds Curtain lifts the lasting service life of traction rope；Three, due to by the upper end of shutter elevating traction rope spirally state around multiple It is fixed in the one end for turning round spindle nose in traction rope take-up roll and with traction rope take-up roll towards traction rope take-up roll second, thus Not only reduce the inflection point of shutter elevating traction rope, and by torsion shaft driving mechanism drive torsion shaft rotation and and then by Torsion shaft can make blind embody good lifting stability and embody rapid operation when driving the rotation of traction rope take-up roll；It Four, due to being additionally arranged tension mechanism, thus the traction teeth band of energy torsion shaft driving mechanism is in good tensioner state, guarantee pair The driving effect of torsion shaft；Five, since the left and right vertical moulding bottom wall light-shielding edge added can be to the left and right end end part of blind Gap not between left and right vertical moulding is screened, thus is beneficial to protect privacy and is embodied safety.

Description of the drawings

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

Fig. 2 is Fig. 1 transverse sectional views.

Fig. 3 is the detailed structure view of blind curtain sheet shown in FIG. 1 overturning and shutter elevating mechanism.

Fig. 4 is the assembling assumption diagram of torsion shaft driving mechanism shown in FIG. 1.

Fig. 5 is the detailed structure view of tension mechanism shown in FIG. 1.

Fig. 6 is the rear diagram of hand operating mechanism shown in FIG. 1.

Specific implementation mode

In order to which the technical spirit and advantageous effect of the present invention is more clearly understood, applicant is below with embodiment Mode elaborate, but be not limitation to the present invention program, any structure according to the present invention to the description of embodiment Think made only formal but not substantive equivalent transformation and is regarded as technical scheme of the present invention scope.

The concept of every directionality for being related to upper, lower, left, right, front and rear or directionality is all in the following description On the basis of location status shown in FIG. 1, thus the special limit to technical solution provided by the invention cannot be understood as It is fixed.

Fig. 1 to Fig. 3 is referred to, shows forms 1, which includes left vertical frame item 11, right vertical frame item 12, upper transverse frame item 13, lower transverse frame item 14, interior glass 15a, middle glass 15b, outer glass 15c and interior hollow cavity be every setting frame 16, left vertical frame item 11 it is upper Hold between the left end of upper transverse frame item 13, between the lower end of left vertical frame item 11 and the left end of lower transverse frame item 14, right vertical frame item 12 Respectively pass through frame between upper end and the right end of upper transverse frame item 13 and between the lower end of right vertical frame item 12 and the right end of lower transverse frame item 14 Corner coupling head 17 connects, wherein left vertical frame item 11 short transverse and in glass 15b side（Shape shown in Fig. 1 The front side of state）Composition has a left vertical frame chamber 111, in the position of the left vertical frame chamber accent corresponding to the left vertical frame chamber 111 Be combined with a left vertical frame chamber lid plate 112, right vertical frame 12 short transverse and towards the side of interior glass 15b（That is Fig. 1 institutes Show the front side of location status）Composition has a right vertical frame chamber 121, in the right vertical frame chamber chamber corresponding to the right vertical frame chamber 121 The position of mouth is combined with a right vertical frame chamber lid plate 122, the one of glass 15b in the length direction of upper transverse frame item 13 and direction Side（That is the front side of location status shown in Fig. 1）Composition has a upper transverse frame chamber 131, corresponding to the upper of the upper transverse frame chamber 131 The position of horizontal moulding chamber accent is combined with a upper transverse frame chamber lid plate 132, and interior hollow cavity is every setting frame 16 by left frame pipe 161, upper ledge Pipe 162 and lower frame tube 163 connect into the construction of Contraband font, wherein left frame pipe 16 is located at a left side of interior glass 15a and middle glass 15b Between lateral edges position, upper frame tube 162 is between interior glass 15a and the top edge position of middle glass 15b, lower frame tube 163 Between interior glass 15a and the lower edge position of middle glass 15b, the right side edge position of interior glass 15a and the aforementioned right side are vertical The patch of moulding chamber lid plate 122 is touched（The contact of patch fingertip reclines, the same below）, the right side edge position of middle glass 15b and the aforementioned right side are vertical The left side of moulding chamber lid plate 122 matches, and the side of outer glass 15c glass 15b in is the front side surrounding of outer glass 15c Edge position is touched with left and right vertical moulding 11,12, the rear side face paste of upper transverse frame item 13 and lower transverse frame item 14 respectively, interior, middle glass Space between 15a, 15b is configured to interior hollow cavity 15d, and the space between domestic and abroad glass 15b, 15c is configured to outer hollow cavity 15e is equipped with sealing joint strip 2 in the space at the edge position of inside and outside glass 15a, 15c；Show that a curtain sheet is overturn And shutter elevating control mechanism 3 and proficiency operation and control mechanism 4, curtain sheet overturn and are moved down on simultaneous shutter elevating control mechanism 3 It is arranged dynamicly in aforementioned right vertical frame chamber 121, manual operation control mechanism 4 overturns across aforementioned interior glass 15a with curtain sheet simultaneous Shutter elevating control mechanism 3 is attracted and moving up and down and curtain sheet is driven to overturn by the manual operation control mechanism 4 And shutter elevating control mechanism 3 accordingly moves up and down；Show a blind 5 and the overturning of blind curtain sheet and shutter elevating Mechanism 6, blind 5 are arranged in aforementioned outer hollow cavity 15e, which includes sill strip 51, curtain sheet 52, curtain sheet turnover ladder rope 53 and shutter elevating traction rope 54, sill strip 51 is located at the bottom of curtain sheet 52, and the lower end of curtain sheet turnover ladder rope 53 and sill strip 51 are solid It is fixed, and upper end is nested with and is overturn in simultaneous shutter elevating mechanism 6 in blind curtain sheet, curtain sheet 52 is shelved on curtain sheet turnover ladder rope 53 On, the quantity of shutter elevating traction rope 54 is equal with the quantity of curtain sheet turnover ladder rope 53 and with curtain sheet turnover ladder rope 53, the lower end of the shutter elevating traction rope 54 after the traction rope relief hole 521 being opened in curtain sheet 52 with sill strip 51 It is fixedly connected, and upper end is overturn with blind curtain sheet and shutter elevating mechanism 6 is connect, and blind curtain sheet overturning and blinds Curtain elevating mechanism 6 is arranged in upper transverse frame chamber 131 above-mentioned；One is shown for driving aforementioned blind curtain sheet overturning and hundred The torsion shaft driving mechanism 7 that leaf curtain elevating mechanism 6 acts, the torsion shaft driving mechanism 7 are arranged in aforementioned upper transverse frame chamber 131 Between right end and the top of aforementioned right vertical frame chamber 121, that is, crossing in upper transverse frame chamber 131 and right vertical frame chamber 121 is set Place（Boundary position）And the torsion shaft driving mechanism 7 is overturn simultaneously with blind curtain sheet above-mentioned and shutter elevating mechanism 6 And curtain sheet overturning above-mentioned and shutter elevating control mechanism 3 connect.

Technical essential as technical solution provided by the invention：In aforementioned single manipulation energy-saving multilayer built in hollow glass Further include having a tension mechanism 8 in the structural system of shutter, which is overturning simultaneous blind corresponding to aforementioned curtain sheet The position of the lower section of lifting control mechanism 3 is fixed in the right vertical frame chamber 121 of aforementioned right vertical frame item 12 and the tension mechanism 8 It is connect simultaneously with aforementioned torsion shaft driving mechanism 7 and curtain sheet overturning and shutter elevating control mechanism 3, aforementioned left vertical frame chamber Cover board 112 is inserted scarf with aforementioned left vertical frame item 11 in the position corresponding to aforementioned left vertical frame chamber accent and is closed, aforementioned right vertical frame item Chamber lid plate 122 is inserted scarf with aforementioned right vertical frame item 12 in the position corresponding to aforementioned right vertical frame chamber accent and is closed, aforementioned upper transverse frame Bar cover board 132 is inserted scarf with aforementioned upper transverse frame item 13 in the position corresponding to aforementioned upper transverse frame chamber accent and is closed, blinds above-mentioned The overturning of curtain curtain sheet and shutter elevating mechanism 6 include a torsion shaft 61 and the quantity phase with aforementioned shutter elevating traction rope 54 Deng traction rope winding device 62, traction rope winding device 62 includes that traction rope take-up roll first is turned round spindle nose fulcrum bearing 621, led Messenger take-up roll second turns round spindle nose fulcrum bearing 622, traction rope take-up roll first turns round spindle nose 623, traction rope take-up roll second Spindle nose 624 and traction rope take-up roll 625 are turned round, traction rope take-up roll first turns round spindle nose fulcrum bearing 621 and traction rope winding Roller second turn round spindle nose fulcrum bearing 622 be arranged in aforementioned upper transverse frame chamber 131 and with the upper transverse frame item of upper transverse frame chamber 131 Chamber lower wall panels 1311 are inserted build-in and are determined, and traction rope take-up roll first turns round spindle nose 623 and is rotatably supported at traction rope take-up roll first It turns round in spindle nose fulcrum bearing 621, the revolution spindle nose 624 of traction rope take-up roll second is rotatably supported at traction rope take-up roll second and returns In tupelo fulcrum bearing 622, traction rope take-up roll 625 turns round one end and the traction of spindle nose 623 towards traction rope take-up roll first Rope take-up roll first is turned round 623 inserting of spindle nose and is fixed, and traction rope take-up roll 625 turns round spindle nose towards traction rope take-up roll second 624 one end is turned round spindle nose 624 with traction rope take-up roll second and is fixed, and the middle part of torsion shaft 61 passes through traction rope take-up roll first Turn round the first rotating shaft head bore 6231 of spindle nose 623, the second rotating shaft head bore of the revolution spindle nose 624 of traction rope take-up roll second 6241 and traction rope take-up roll 625 traction rope take-up roll axial central through hole 6251 and corresponding to first revolution spindle nose The position in hole 6231 is turned round spindle nose 623 with traction rope take-up roll first and is fixed and corresponding to the second rotating shaft head bore 6241 Position and traction rope take-up roll second are turned round spindle nose 624 and are fixed, and the right end of torsion shaft 61 is towards aforementioned torsion shaft driving mechanism 7 Direction is stretched, and the torsion shaft driving mechanism 7 is connect with the right end of torsion shaft 61, and the upper end of aforementioned curtain sheet turnover ladder rope 53 exists It is nested in traction rope above-mentioned volume after passing through the bottom of aforementioned traction rope take-up roll first revolution spindle nose fulcrum bearing 621 from bottom to top It is turned round on spindle nose 623 around roller first, the upper end of aforementioned shutter elevating traction rope 54 passes through traction rope take-up roll the from bottom to top Behind the bottom of single-revolution spindle nose fulcrum bearing 621 spirally state around multiple in aforementioned traction rope take-up roll 625 and and traction rope One end that take-up roll 625 turns round spindle nose 624 towards traction rope take-up roll second is fixed.In the present embodiment, torsion shaft above-mentioned 61 be made of metal and cross-sectional shape be in D fonts.

In the present embodiment, since curtain sheet turnover ladder rope 53 above-mentioned has a pair, shutter elevating traction rope 54 Mutually there should be two, therewith the traction rope of the structural system of the overturning of adaptable aforementioned blind curtain sheet and shutter elevating mechanism 6 Winding device 62 also should mutually have a pair.If the door of blind 5 is larger, the width of forms 1 also accordingly increases, 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 winding device 62 Quantity also accordingly increases, thus the quantity of the curtain sheet turnover ladder rope 53 of the present embodiment is not considered as limiting the invention.

Please emphasis see Fig. 2 and combine Fig. 1, aforementioned left vertical frame item 11 left side constitute have a left vertical frame item be intubated 113, The left vertical frame item intubation 113 left vertical frame cannula lumen 1131 from left vertical frame item intubation 113 short transverse upper end penetrate through to Lower end, moulding corner coupling head 17 above-mentioned insert embedding connection with left vertical frame cannula lumen 1131, and left vertical frame cannula lumen 1131 is with before It states and is separated by left vertical frame common wall 114 between left vertical frame chamber 111, in the left vertical frame common wall 114 towards left vertical frame item The side of chamber 111 and the position in the left side corresponding to aforementioned left vertical frame chamber lid plate 112 constitute have a left vertical frame chamber lid The embedding pedestal 1141 of plate, the embedding composition of pedestal 1141 of the left vertical frame chamber lid plate has a left vertical frame chamber lid plate inlaid foot groove 11411, preceding State the left side of left vertical frame chamber lid plate 112 and in the position composition corresponding to aforementioned left vertical frame chamber lid plate inlaid foot groove 11411 There are an embedding foot 1121 of left vertical frame chamber lid plate, the embedding foot 1121 of the left vertical frame chamber lid plate and left vertical frame chamber lid plate inlaid foot groove 11411 scarves, being constituted on the right side of left vertical frame chamber lid plate 112 has a left vertical frame positive stop strip 1122, left vertical frame item limit A side contacts of the left vertical frame chamber right side wall 1111 of item 1122 and left vertical frame chamber 111 towards aforementioned outer hollow cavity 15e.

Being constituted on the right side of aforementioned right vertical frame item 12 has a right vertical frame item to be intubated 123, and the right side of right vertical frame item intubation 123 is vertical Moulding cannula lumen 1231 is penetrated through from the upper end of the short transverse of right vertical frame item intubation 123 to lower end, moulding corner coupling head above-mentioned 17 insert embedding connection with right vertical frame cannula lumen 1231, by the right side between right vertical frame cannula lumen 1231 and aforementioned right vertical frame chamber 121 Vertical moulding common wall 124 separates, the right vertical frame common wall 124 towards the side of right vertical frame chamber 121 and corresponding to The position of the right upper portion of aforementioned right vertical frame chamber lid plate 122, which is constituted, an embedding pedestal 1241 of right vertical frame chamber lid plate, and the right side is vertical The embedding composition of pedestal 1241 of moulding chamber lid plate has a right vertical frame chamber lid plate inlaid foot groove 12411, in aforementioned right vertical frame chamber lid plate 122 Right side and corresponding to right vertical frame chamber lid plate inlaid foot groove 12411 position constitute have an embedding foot of right vertical frame chamber lid plate 1221, the embedding foot of the right vertical frame chamber lid plate 1221 and 12411 scarf of right vertical frame chamber lid plate inlaid foot groove, in right vertical frame chamber lid plate 122 right side is also extended with a cover board frame pipe 1222, and glass limits in the left side rear of right vertical frame chamber lid plate 122 is extended with one Fixed board 1223, and it is extended with a separate space pipe 1224 in front of left side and in the position corresponding to middle level glass limiting plate 1223, Space between middle glass limiting plate 1223 and separate space pipe 1224 is configured to middle glass caulking groove 1225, aforementioned middle glass 15b's Right side edge position and 1225 scarf of glass caulking groove in this；The structure of aforementioned upper transverse frame item 13 is the knot with aforementioned left vertical frame item 11 Structure is identical, and the structure of aforementioned upper transverse frame chamber lid plate 132 is identical with the structure of aforementioned left vertical frame chamber lid plate 112； The desiccant bag 1112 equipped with drier is provided in aforementioned left vertical frame chamber 111.

Towards aforementioned outer hollow cavity 15e on the left vertical frame bottom of chamber wall of the left vertical frame chamber 111 of aforementioned left vertical frame item 11 Direction be extended with the left vertical frame bottom wall light-shielding edge 115 covered on rear side of the left end for the curtain sheet 52 to aforementioned blind 5, It is equally extended with towards the direction of outer hollow cavity 15e for blind on the right vertical frame bottom of chamber wall of aforementioned right vertical frame item 12 The right vertical frame bottom wall light-shielding edge 125 covered on rear side of the right end of 5 curtain sheet, left and right vertical moulding bottom wall light-shielding edge 115,125 that This is corresponded to and and the left and right vertical moulding bottom wall tactile with the side surface patch of aforementioned outer glass 15c towards outer hollow cavity 15e hides The width of plain edge 115,125 is preferably each 2-3mm, is preferably 3mm, is preferably 2mm, preferably 2.5mm, the present embodiment choosing Select 2.5mm.Due to the setting of left and right vertical moulding bottom wall anti-dazzling screen 115,125, it is avoided that and observes indoor in outside and play guarantor Protect the effect of privacy.

Please emphasis see Fig. 2, in the upper transverse frame chamber lower wall panels 1311 of aforementioned upper transverse frame chamber 131 and corresponding to before The position for stating the revolution spindle nose of traction rope take-up roll first fulcrum bearing 621 offers the revolution embedding foot chamber 13111 of spindle nose fulcrum bearing, preceding Traction rope take-up roll first is stated to turn round in spindle nose fulcrum bearing 621 and turning round spindle nose corresponding to aforementioned traction rope take-up roll first 623 position offers one first revolution spindle nose support holes 6211, and spindle nose fulcrum bearing 621 is turned round in traction rope take-up roll first Bottom and it is extended with single-revolution spindle nose fulcrum bearing fixed plate 6212 towards the side of aforementioned traction rope take-up roll 625, in this time Side of the tupelo fulcrum bearing fixed plate 6212 under and in the position corresponding to the embedding foot chamber of revolution spindle nose fulcrum bearing 13111 Composition has a pair of of revolution embedding foot 62121 of spindle nose fulcrum bearing, a pair to turn round the embedding foot 62121 of spindle nose fulcrum bearing and revolution spindle nose bearing The correspondence cavity wall scarf of the embedding foot chamber of seat 13111 offers a pair of of curtain sheet at the middle part of revolution spindle nose fulcrum bearing fixed plate 6212 and turns over Turn ladder rope relief hole 62122, and one is being further opened with corresponding to the position between a pair of of curtain sheet turnover ladder rope relief hole 62122 Shutter elevating traction rope relief hole 62123, in aforementioned traction rope take-up roll second revolution spindle nose fulcrum bearing 622 and right One second revolution spindle nose support holes 6221 should be offered in the position of the first revolution spindle nose support holes 6211 and rolled up in traction rope The top composition for turning round spindle nose fulcrum bearing 622 around roller second has a fulcrum bearing link plate 6222, which exists Corresponding to the position of the top of the length direction of aforementioned traction rope take-up roll 625 spindle nose branch is turned round towards traction rope take-up roll first The direction of bearing 621, which extends and turns round spindle nose fulcrum bearing 621 with traction rope take-up roll first, to be connect, traction rope winding above-mentioned Roller first turns round one end and the first revolution spindle nose branch that spindle nose 623 turns round spindle nose fulcrum bearing 621 towards traction rope take-up roll first Bearing bore 6211 is rotatably assorted, and the traction rope take-up roll first turns round spindle nose 623 towards one end of aforementioned traction rope take-up roll 625 It is extended with a traction rope take-up roll inserting spindle nose 6232, on the outer wall that traction rope take-up roll first turns round spindle nose 623 and is enclosed The circumferencial direction composition that spindle nose 623 is turned round around traction rope take-up roll first has one to be raised in the revolution spindle nose of traction rope take-up roll first The revolution spindle nose turnover ladder rope block plate 6233 of 623 outer wall surface, aforementioned traction rope take-up roll second turn round spindle nose 624 towards leading Messenger take-up roll second turns round one end of spindle nose fulcrum bearing 622 and the second revolution spindle nose support holes 6221 are rotatably assorted, and is drawing Rope take-up roll second, which is turned round spindle nose 624 and constituted towards one end of traction rope take-up roll 625, hexagonal sleeve 6242 in one, this interior six There is angle sleeve 6242 hexagonal sleeve chamber 62421 in one, traction rope take-up roll 625 to turn round spindle nose towards traction rope take-up roll first 623 one end is fixed with 6232 inserting of traction rope take-up roll inserting spindle nose, and also composition has a take-up roll turnover ladder rope block plate 6252, which is raised in traction rope take-up roll around the circumferencial direction of traction rope take-up roll 625 625 outer wall surface and corresponding with revolution spindle nose turnover ladder rope block plate 6233, revolution spindle nose turnover ladder rope block plate 6233 with Space between take-up roll turnover ladder rope block plate 6252 is configured to turnover ladder rope sling and sets slot 6234,625 direction of traction rope take-up roll Traction rope take-up roll second turn round spindle nose 624 one end constitute have an outer-hexagonal head 6253, the outer-hexagonal head 6253 with it is aforementioned interior Interior 62421 inserting of hexagonal sleeve chamber of hexagonal sleeve 6242 and offered on the outer-hexagonal head 6253 shutter elevating traction The upper end of rope fag end card slot 62531, aforementioned curtain sheet turnover ladder rope 53 passes through a pair of of curtain sheet turnover ladder rope above-mentioned to allow from bottom to top It is nested with to set on slot 6234 and set in the turnover ladder rope sling in turnover ladder rope sling above-mentioned behind the hole 62122 of position and winds one on slot 6234 Circle or two circles（The present embodiment is two circles）, the upper end of aforementioned shutter elevating traction rope 54 passes through blind above-mentioned from bottom to top It lifts after traction rope relief hole 62123 with aforementioned spiral status around multiple in aforementioned traction rope take-up roll 625 and with aforementioned hundred Leaf curtain lifts traction rope fag end card slot 62531 and fixes.

In traction rope take-up roll first above-mentioned revolution spindle nose fulcrum bearing 621 and corresponding to aforementioned first rotating shaft The position of top of head support holes 6211 offers a pair of of pin connecting hole 6213, in aforementioned fulcrum bearing link plate 6222 towards leading Messenger take-up roll first is turned round on the end face of one end of spindle nose fulcrum bearing 621 and corresponding to a pair of of pin connecting hole 6213 Position is extended with a pair of of pin 62221, is inserted into a pair of of pin connecting hole 6213 to pin 62221 by this and by being formed in one Aforementioned fulcrum bearing link plate 6222 and traction rope take-up roll are made to the restriction of the pin barb 62222 of the end of pin 62221 First revolution spindle nose fulcrum bearing 621 connects.

On the end face of the one end of aforementioned interior hexagonal sleeve 6242 towards aforementioned traction rope take-up roll 625 and corresponding to The position of aforementioned shutter elevating traction rope fag end card slot 62531, which is constituted, fag end bayonet 62422, by the fag end bayonet 62422 with the cooperation of shutter elevating traction rope fag end card slot 62531 and make the upper end end of aforementioned shutter elevating traction rope 54 Portion is limited between aforementioned outer-hexagonal head 6253 and interior hexagonal sleeve 6242, and a locking spiral shell is offered on interior hexagonal sleeve 6242 Nail hole 62423 is equipped with a lock screw 62424 in the screw hole 62423, by the lock screw 62424 will before Torsion shaft 61 is stated to position at interior hexagonal sleeve 6242.

Refer to Fig. 4, aforementioned torsion shaft driving mechanism 7 includes gearcase (71), gear box cover 72, Large Gear Shaft 73, big Gear 74, toothed belt wheel 75, pinion shaft 76, pinion gear 77 and traction teeth band 78, the shape of gearcase 71 in inverted L-shaped simultaneously And between the right end and the top of aforementioned right vertical frame chamber 121 of aforementioned upper transverse frame chamber 131, that is to say, that gearcase 71 Embedded in the intersection of upper transverse frame chamber 131 and right vertical frame chamber 121（Boundary position）, one end of Large Gear Shaft 73 is rotationally set It sets in Large Gear Shaft first bearing 731, and the other end of Large Gear Shaft 73 is rotatably arranged at Large Gear Shaft second bearing 732 On, Large Gear Shaft first bearing 731 and Large Gear Shaft second bearing 732 are embedded in the gearcase for being formed in gearcase 71 respectively In the first bearing chamber 7111 and second bearing chamber 7112 of the lower part of box chamber 711, gear wheel 74 is fixed on Large Gear Shaft 73 It 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 Large Gear Shaft One end of second bearing 732, pinion shaft 76 correspond to the top of Large Gear Shaft 73 and laterally parallel with Large Gear Shaft 73, should One end of pinion shaft 76 is rotatably arranged in pinion shaft first bearing 761, and the other end of pinion shaft 76 is rotationally It is arranged in pinion shaft second bearing 762, pinion shaft first bearing 761 and pinion shaft second bearing 762 are distinguished embedding It sets in the 3rd bearing chamber 7113 and fourth bearing chamber 7114 for being formed in the top of gearcase box chamber 711, pinion gear 77 is solid It is scheduled on the middle part of pinion shaft 76, traction teeth band 78 is nested on toothed belt wheel 75, one end of the traction teeth band 78 and curtain above-mentioned Piece overturning and the top connection of shutter elevating control mechanism 3, correspond under curtain sheet overturning and shutter elevating control mechanism 3 The position of side is fixed on the another of aforementioned tension mechanism 8 in the right vertical frame chamber 121 of aforementioned right vertical frame item 12 and traction teeth band 78 One end connects, and gear box cover 72 in the position of the front side corresponding to gearcase box chamber 711 and is preset by box cover fixing screws 722 Screw hole 713 on gearcase 71 fixes wherein：Pinion shaft 76 above-mentioned and the overturning of aforementioned blind curtain sheet and blind The right end of the torsion shaft 61 of elevating mechanism 6 connects；A control mechanism is fixed at the right side edge position of aforementioned interior glass 15a to lead Draw runner 18, manual operation control mechanism 4 above-mentioned are slidably matched with the control mechanism slide guide item 18.

As shown in Figure 4, it is opened in the lower part of aforesaid gears box box chamber 711 and in the position corresponding to aforementioned traction teeth band 78 Equipped with traction teeth band insertion hole 7115, traction teeth band 78 draws gearcase box chamber above-mentioned by way of the traction teeth band insertion hole 7115 711, being constituted in the lower part of gearcase 71 towards the side of aforementioned right vertical frame item 12 has a gearcase locating slot 712, on the aforementioned right side It is equipped with a gearcase positioning screw 126 on vertical moulding 12 and in the position corresponding to gearcase locating slot 712（Fig. 1 shows）, The gearcase positioning screw 126 screws in gearcase locating slot 712.In aforementioned pinion shaft 76 towards aforementioned pinion shaft first The axial middle position of one end of bearing 761 offers a pinion shaft Hexagon hole 763, the pinion shaft Hexagon hole 763 It is fixed with the right end of aforementioned torsion shaft 61；It is extended with a pair of of conduction band foot 721 in the lower part of aforesaid gears box cover 72, in a pair of of conduction band Being constituted between foot 721 has a conduction band chamber 7211, and the conduction band chamber 7211 is corresponding with traction teeth band 78 above-mentioned.

It refers to Fig. 5 and combines Fig. 1, tension mechanism 8 above-mentioned includes spring pole socket 81, spring lever 82, spring 83, rises Snatch block seat 84, tensioner rope pulley 85 and tensioner rope 86 and tensioner rope 87, spring pole socket 81 are arranged in aforementioned right vertical frame chamber Lower part in 121 and positioned at right vertical frame chamber 121, the spring pole socket 81 pass through a positioning pin 811 and a spring lever respectively Seat fixing bolt 812 is fixed with right vertical frame item 12 above-mentioned, and being constituted on the top of spring pole socket 81 has a horizontal folding exhibition to the right Spring pole socket folded plate 813 offers a spring rod aperture 8131, on spring lever 82 in the middle position of the spring pole socket folded plate 813 Lower floating ground is plugged in spring rod aperture 8131, and being constituted in the upper end of the spring lever 82 has a spring lever connector 821, the spring Bar connector 821 is located at the top of spring pole socket folded plate 813, and being constituted in the lower end of spring lever 82 has a spring bearing housing 822, rises On 83 sleeve spring bar 82 of tight spring, the upper end of the tensioner spring 83 is supported on side of the spring pole socket folded plate 813 under, and rises The lower end of tight spring 83 is supported on spring bearing housing 822, and tensioner rope pulley seat 84 corresponds to the upper of aforementioned spring base folded plate 813 Side, being constituted on the top of the tensioner rope pulley seat 84 has a tensioner rope pulley chamber 841, and prolongs in the lower part of tensioner rope pulley seat 84 Stretching has a pair of of hinged seat 842, this is hinged by hinged seat axis pin 8421 and aforementioned spring lever connector 821 to hinged seat 842, rises Snatch block 85 is rotatably arranged at by pulley pin shaft 851 in tensioner rope pulley chamber 841, upper end and the tensioner rope of limiting plate 86 The top accent of pulley chamber 841 is corresponding, and the lower end of limiting plate 86 is in the position of the side corresponding to tensioner rope pulley seat 84 It is fixed with the left or right of aforementioned pulley pin shaft 851, one end of tensioner rope 87 and the overturning of aforementioned curtain sheet and shutter elevating control The lower part of mechanism 3 processed connects, and middle part is nested on tensioner rope pulley 85, and the other end and aforementioned traction teeth band 78 is aforementioned another End connection；The aforementioned control mechanism slide guide item 18 for being fixed on the right side edge position of aforementioned interior glass 15a short transverse simultaneously And there are guide runner 181, manual operation control mechanism 4 and the guide runner towards the side of previous manual operation and control mechanism 4 composition 181 are slidably matched.

Continue to see Fig. 1, curtain sheet overturning above-mentioned and shutter elevating control mechanism 3 include interior magnetic block seat 31, interior magnetic patch 32, Interior magnetic block seat upper roller 33 and interior magnetic block seat bottom roller 34, in interior magnetic block seat 31 towards the one of previous manual operation and control mechanism 4 Side is constituted successively from top to bottom interior magnetic block seat upper roller hub setting chamber 311, interior magnetic patch lock chamber 312 and interior magnetic block seat bottom roller pivot Chamber 313 is set, interior magnetic patch 32 is fixed in interior magnetic patch lock chamber 312 above-mentioned, and interior magnetic block seat upper roller 33 is by interior magnetic block seat Roller shaft 331 is rotatably arranged in aforementioned interior magnetic block seat upper roller hub setting chamber 311, and interior magnetic block seat bottom roller 34 passes through interior magnetic patch Seat bottom roller axis 341 is rotatably arranged in aforementioned interior magnetic block seat bottom roller hub setting chamber 313, interior magnetic block seat upper roller 33 and interior Magnetic block seat bottom roller 34 is bearing and constitutes rolling pair with the side of aforementioned interior glass 15a back to manual operation control mechanism 4.

Fig. 6 is referred to, structure shown in the Fig. 6 has overturn 180 ° relative to Fig. 1, and manual operation control mechanism 4 above-mentioned wraps Outer magnetic block seat 41, outer magnetic patch 42, outer magnetic block seat upper roller 43 and outer magnetic block seat bottom roller 44 are included, in outer magnetic block seat 41 towards aforementioned The side of interior magnetic block seat 31 is constituted successively from top to bottom outer magnetic block seat upper roller hub setting chamber 411, outer magnetic patch lock chamber 412 and outer Magnetic block seat bottom roller hub setting chamber 413, outer magnetic patch 42 are fixed in outer magnetic patch lock chamber 412 above-mentioned, outer magnetic block seat upper roller 43 It is rotatably arranged in aforementioned outer magnetic block seat upper roller hub setting chamber 411 by outer magnetic block seat upper roller shaft 431, is rolled under outer magnetic block seat Wheel 44 is rotatably arranged at by outer magnetic block seat bottom roller axis 441 in aforementioned outer magnetic block seat bottom roller hub setting chamber 413, outer magnetic block seat Upper roller 43 and outer magnetic block seat bottom roller 44 are bearing and constitute rolling back to the side of interior magnetic block seat 31 with interior glass 15a Pair, and aforementioned outer magnetic patch 42 is attracted across interior glass 15a with aforementioned interior magnetic patch 32 each other, wherein in aforementioned 41 direction of outer magnetic block seat The side of aforementioned control mechanism slide guide item 18, which is constituted, a pair of of guide runner guide block 414, this leads guide runner guide block 414 with above-mentioned Sliding slot 181 is slidably matched.

Under blind 5 is in decline state and when curtain sheet 52 to be made is overturn, by operator to manual operation and control Mechanism 4（The manual operation control mechanism 4 is inhaled with curtain sheet overturning and shutter elevating control mechanism 3 across interior glass 15a magnetism It closes）Operation drives curtain sheet overturning and shutter elevating control mechanism 3, by curtain sheet overturning and blinds by manual operation control mechanism 4 Curtain lifting control mechanism 3 drives the traction teeth band 78 of the structural system of torsion shaft driving mechanism 7, by traction teeth band 78 with moving teeth band Wheel 75, Large Gear Shaft 73 is driven by toothed belt wheel 75, gear wheel 74 is driven by Large Gear Shaft 73, due to gear wheel 74 and pinion gear 77 It is meshed, thus pinion gear 77 is driven by gear wheel 74, pinion shaft 76 is driven by pinion gear 77, hundred are driven by pinion shaft 76 The torsion shaft 61 of the structural system of the overturning of leaf curtain curtain sheet and shutter elevating mechanism 6 rotates an angle, to by torsion shaft 61 It drives the revolution spindle nose 623 of traction rope take-up roll first and traction rope take-up roll second to turn round spindle nose 624 simultaneously and accordingly turns over one A angle, and due to traction rope take-up roll 625 fix it is in sight insert it is solid traction rope take-up roll first, second turn round spindle nose 623, Between 624, thus traction rope take-up roll 625 substantially also turns over an angle.Since the curtain sheet of the structural system of blind 5 is turned over Slot 6234 is set around turnover ladder rope sling is sleeved in the upper end for turning ladder rope 53（Around two circle of set）It is interior, thus turned round in traction rope take-up roll first It when spindle nose 623 rotates an angle, drives the upper end of curtain sheet turnover ladder rope 53 to deflect an angle by it, makes to be shelved on curtain sheet and turn over The curtain sheet 52 turned on ladder rope 53 overturns an angle.Hand operation and control mechanism 4 dials and moves or determine traction teeth to shifting is set aside upwards 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 manual operation control mechanism 4 can realize to curtain sheet 52 according to needing angle Overturning.

Since the descending operation to blind can be found in 0041 section of the specification of CN104747054A, thus applicant is no longer It repeats comprehensively.The present patent application is unlike the prior art including CN104747054A：It is in and is upwards collected through in blind 5 When state, the upper end of shutter elevating traction rope 54 spirally state and not overlappingly around multiple in traction rope take-up roll 625, It is on the contrary then exited from traction rope take-up roll 625.Specifically, making torsion shaft 61 rotate and by torsion shaft by aforementioned process 61 turn round spindle nose 623,624 by traction rope take-up roll first, second when traction rope take-up roll 625 being driven to rotate, then by leading Messenger take-up roll 625 drives shutter elevating traction rope 54 to realize rope closing or puts rope, such as traction rope take-up roll 625 turns clockwise It is dynamic（61 same example of torsion shaft）So shutter elevating traction rope 54 increases around the multiple amount in traction rope take-up roll 625, i.e., around multiple The number of turns increases, and blind 5 rises, otherwise same example.It is to overturn simultaneous blind liter by curtain sheet that traction rope take-up roll 625, which rotates clockwise, Drop control mechanism 3 to bottom offset guarantee, vice versa.

Due to the shutter elevating traction rope 54 during rising of blind 5 upper end with the effect of helical spring around multiple It is in sight to tidy up in traction rope take-up roll 625, and during blind 5 declines, previously around answering in traction rope take-up roll 625 On shutter elevating traction rope 54 then exit, thus shutter elevating traction rope 54 whether in rope closing or is putting rope process In suffered frictional force can reduce to the degree ignored, and entire blind 5 lift it is steady.Again due to traction teeth band 78 One end connect with the top of interior magnetic block seat 31, due also to one end of the tensioner rope 87 of the structural system of tension mechanism 8 and interior magnetic The lower end of block 31 connects, and middle part is placed on tensioner rope pulley 85, and the other end is connect with the other end of traction teeth band 78, thus energy Traction teeth band 78 is set to be in good tensioned state always, the passive movement that will not be had skidded on toothed belt wheel 75 etc, really Torsion shaft 61 is protected according to smooth motion is needed, because the elongation of traction teeth band 78 can be confiscated by tensioner spring 83.

In conclusion technical solution provided by the invention compensates for the shortcoming in prior art, invention has been favorably accomplished Task has faithfully fulfilled the technique effect that applicant refers in technical effect column above.

Claims

1. a kind of single manipulation energy-saving multilayer shutter embedded in hollow glass, including forms (1), which includes left vertical frame Item (11), right vertical frame item (12), upper transverse frame item (13), lower transverse frame item (14), interior glass (15a), middle glass (15b), outer glass (15c) and interior hollow cavity are every setting frame (16), between the upper end and the left end of upper transverse frame item (13) of left vertical frame item (11), left vertical frame item (11) between lower end and the left end of lower transverse frame item (14), between the upper end of right vertical frame item (12) and the right end of upper transverse frame item (13) And respectively connect by moulding corner coupling head (17) between the lower end of right vertical frame item (12) and the right end of lower transverse frame item (14), In, the side of glass (15b), which is constituted, in the short transverse and direction of left vertical frame item (11) a left vertical frame chamber (111), It is combined with a left vertical frame chamber lid plate (112) in the position of the left vertical frame chamber accent corresponding to the left vertical frame chamber (111), The short transverse of right vertical frame (12) and towards the side of interior glass (15b) constitute have a right vertical frame chamber (121), corresponding to The position of the right vertical frame chamber accent of the right vertical frame chamber (121) is combined with a right vertical frame chamber lid plate (122), in upper transverse frame item (13) the length direction and side of glass (15b) constitutes and has a upper transverse frame chamber (131) in, corresponding to horizontal on this The position of the upper transverse frame chamber accent of moulding chamber (131) is combined with a upper transverse frame chamber lid plate (132), and interior hollow cavity is every setting frame (16) construction of Contraband font is connected by left frame pipe (161), upper frame tube (162) and lower frame tube (163), wherein left frame pipe (161) Between interior glass (15a) and the left side edge position of middle glass (15b), upper frame tube (162) is located at interior glass (15a) in Between the top edge position of glass (15b), lower frame tube (163) is located at the lower edge of interior glass (15a) and middle glass (15b) Between position, the right side edge position of interior glass (15a) is touched with the right vertical frame chamber lid plate (122) patch, middle glass (15b) It is matched on the left of right side edge position and the right vertical frame chamber lid plate (122), outer glass (15c) glass (15b) in Side edge position respectively with left and right vertical moulding (11,12), the rear side of upper transverse frame item (13) and lower transverse frame item (14) Face paste is touched, and the space between interior, middle glass (15a, 15b) is configured to interior hollow cavity (15d), between domestic and abroad glass (15b, 15c) Space be configured to outer hollow cavity (15e), equipped with close in the space at the edge position of inside and outside glass (15a, 15c) Seal strip (2)；The overturning of one curtain sheet and shutter elevating control mechanism (3) and proficiency operation and control mechanism (4), curtain sheet overturning and hundred Leaf curtain lifting control mechanism (3) is arranged up or down in the right vertical frame chamber (121), manual operation control mechanism (4) It is attracted and by the manual operation across the interior glass (15a) and curtain sheet overturning and shutter elevating control mechanism (3) Moving up and down for control mechanism (4) and drive curtain sheet overturning and shutter elevating control mechanism (3) accordingly move up and down；One blinds Curtain (5) and the overturning of blind curtain sheet and shutter elevating mechanism (6), blind (5) setting is interior in the outer hollow cavity (15e), The blind (5) includes sill strip (51), curtain sheet (52), curtain sheet turnover ladder rope (53) and shutter elevating traction rope (54), sill strip (51) it is located at the bottom of curtain sheet (52), the lower end of curtain sheet turnover ladder rope (53) and sill strip (51) are fixed, and upper end is nested in blinds In the overturning of curtain curtain sheet and shutter elevating mechanism (6), curtain sheet (52) is shelved on curtain sheet turnover ladder rope (53), and shutter elevating is led The quantity of messenger (54) is equal with the quantity of curtain sheet turnover ladder rope (53) and with curtain sheet turnover ladder rope (53), the blind The lower end of traction rope (54) is lifted fixed with sill strip (51) afterwards across the traction rope relief hole (521) being opened in curtain sheet (52) Connection, and upper end is overturn with blind curtain sheet and shutter elevating mechanism (6) is connect, and blind curtain sheet overturning and blind Elevating mechanism (6) is arranged in the upper transverse frame chamber (131)；One for driving the blind curtain sheet overturning and blind The torsion shaft driving mechanism (7) of elevating mechanism (6) action, the torsion shaft driving mechanism (7) are arranged in the upper transverse frame chamber (131) between right end and the top of the right vertical frame chamber (121), and the torsion shaft driving mechanism (7) and meanwhile with it is described Blind curtain sheet overturning and shutter elevating mechanism (6) and the curtain sheet overturning and shutter elevating control mechanism (3) Connection, it is characterised in that further include having a tension mechanism (8), which is overturning simultaneous blinds corresponding to the curtain sheet The position of the lower section of curtain lifting control mechanism (3) is fixed in the right vertical frame chamber (121) of the right vertical frame item (12) and should Tension mechanism (8) at the same with the torsion shaft driving mechanism (7) and curtain sheet overturning and shutter elevating control mechanism (3) even It connects, the left vertical frame chamber lid plate (112) is in position and the left vertical frame item (11) corresponding to the left vertical frame chamber accent It inserts scarf to close, the right vertical frame chamber lid plate (122) is in position and the right vertical frame corresponding to the right vertical frame chamber accent Item (12) insert scarf close, the upper transverse frame bar cover board (132) corresponding to the upper transverse frame chamber accent position with it is described on Horizontal moulding (13) insert scarf close, the blind curtain sheet overturning and shutter elevating mechanism (6) include a torsion shaft (61) with And the traction rope winding device (62) equal with the quantity of shutter elevating traction rope (54), traction rope winding device (62) Including traction rope take-up roll first turn round spindle nose fulcrum bearing (621), traction rope take-up roll second turn round spindle nose fulcrum bearing (622), Traction rope take-up roll first turns round spindle nose (623), traction rope take-up roll second turns round spindle nose (624) and traction rope take-up roll (625), traction rope take-up roll first turns round spindle nose fulcrum bearing (621) and traction rope take-up roll second turns round spindle nose fulcrum bearing (622) setting in the upper transverse frame chamber (131) and with the upper transverse frame chamber lower wall panels (1311) of upper transverse frame chamber (131) Fixed, traction rope take-up roll first turns round spindle nose (623) and is rotatably supported at the revolution spindle nose fulcrum bearing of traction rope take-up roll first (621) on, traction rope take-up roll second turns round spindle nose (624) and is rotatably supported at the revolution spindle nose bearing of traction rope take-up roll second On seat (622), traction rope take-up roll (625) turns round one end of spindle nose (623) towards traction rope take-up roll first and traction rope is rolled up Spindle nose (623) inserting is turned round around roller first to fix, and traction rope take-up roll (625) turns round spindle nose towards traction rope take-up roll second (624) one end is turned round spindle nose (624) with traction rope take-up roll second and is fixed, and the middle part of torsion shaft (61) is wound across traction rope Roller first turns round the first rotating shaft head bore (6231) of spindle nose (623), traction rope take-up roll second turns round the second of spindle nose (624) The traction rope take-up roll axial central through hole (6251) of rotating shaft head bore (6241) and traction rope take-up roll (625) and right Should in the position of the first rotating shaft head bore (6231) and traction rope take-up roll first turn round spindle nose (623) it is fixed and corresponding to The position of second rotating shaft head bore (6241) is turned round spindle nose (624) with traction rope take-up roll second and is fixed, the right side of torsion shaft (61) It holds towards the direction of the torsion shaft driving mechanism (7) and stretches, and the right side of the torsion shaft driving mechanism (7) and torsion shaft (61) The upper end of end connection, the curtain sheet turnover ladder rope (53) is passing through the traction rope take-up roll first to turn round spindle nose branch from bottom to top It is nested with behind the bottom of bearing (621) and is turned round on spindle nose (623) in the traction rope take-up roll first, the shutter elevating is led The upper end of messenger (54) from bottom to top pass through traction rope take-up roll first turn round spindle nose fulcrum bearing (621) bottom after spirally State is returned around multiple on the traction rope take-up roll (625) and with traction rope take-up roll (625) towards traction rope take-up roll second One end of tupelo (624) is fixed；The torsion shaft (61) is made of metal and cross-sectional shape is in D fonts.

2. single manipulation energy-saving multilayer shutter embedded in hollow glass according to claim 1, it is characterised in that described The left side of left vertical frame item (11), which is constituted, has a left vertical frame item to be intubated (113), which is intubated the left vertical frame item intubation of (113) The upper end that chamber (1131) is intubated (113) from left vertical frame item is penetrated through to lower end, the moulding corner coupling head (17) and left vertical frame item Cannula lumen (1131) inserts embedding connection, by left vertical frame item between left vertical frame cannula lumen (1131) and the left vertical frame chamber (111) Common wall (114) separate, the left vertical frame common wall (114) towards the side of left vertical frame chamber (111) and corresponding to The position in the left side of the left vertical frame chamber lid plate (112), which is constituted, an embedding pedestal of left vertical frame chamber lid plate (1141), and the left side is vertical The embedding pedestal of moulding chamber lid plate (1141) composition has a left vertical frame chamber lid plate inlaid foot groove (11411), in the left vertical frame chamber lid The left side of plate (112) and corresponding to the left vertical frame chamber lid plate inlaid foot groove (11411) position constitute have a left vertical frame The embedding foot of chamber lid plate (1121), the embedding foot of left vertical frame chamber lid plate (1121) and left vertical frame chamber lid plate inlaid foot groove (11411) are embedding Match, being constituted on the right side of left vertical frame chamber lid plate (112) has a left vertical frame positive stop strip (1122), the left vertical frame positive stop strip (1122) side with the left vertical frame chamber right side wall (1111) of left vertical frame chamber (111) towards the outer hollow cavity (15e) connects It touches；Being constituted on the right side of the right vertical frame item (12) has a right vertical frame item to be intubated (123), which is intubated the right side of (123) The upper end that vertical moulding cannula lumen (1231) is intubated (123) from right vertical frame item is penetrated through to lower end, the moulding corner coupling head (17) Embedding connection is inserted with right vertical frame cannula lumen (1231), between right vertical frame cannula lumen (1231) and the right vertical frame chamber (121) By right vertical frame common wall (124) separate, the right vertical frame common wall (124) towards the side of right vertical frame chamber (121) simultaneously And there is an embedding pedestal of right vertical frame chamber lid plate in the position of the right upper portion corresponding to the right vertical frame chamber lid plate (122) composition (1241), the embedding pedestal of right vertical frame chamber lid plate (1241) composition has a right vertical frame chamber lid plate inlaid foot groove (12411), described The right side of right vertical frame chamber lid plate (122) and corresponding to right vertical frame chamber lid plate inlaid foot groove (12411) position constitute have The one embedding foot of right vertical frame chamber lid plate (1221), the embedding foot of right vertical frame chamber lid plate (1221) and right vertical frame chamber lid plate inlaid foot groove (12411) scarf is also extended with a cover board frame pipe (1222), in right vertical frame chamber on the right side of right vertical frame chamber lid plate (122) Glass limiting plate (1223) during the left side rear of cover board (122) is extended with one, and in front of left side and corresponding to middle level glass The position of glass limiting plate (1223) is extended with a separate space pipe (1224), between middle glass limiting plate (1223) and separate space pipe (1224) Space be configured to middle glass caulking groove (1225), the right side edge position of the middle glass (15b) and glass caulking groove in this (1225) scarf；The structure of the upper transverse frame item (13) is, and the upper cross identical with the structure of left vertical frame item (11) The structure of moulding chamber lid plate (132) is identical with the structure of left vertical frame chamber lid plate (112)；In the left vertical frame chamber (111) desiccant bag (1112) equipped with drier is provided in.

3. single manipulation energy-saving multilayer shutter embedded in hollow glass according to claim 2, it is characterised in that described Prolong towards the direction of the outer hollow cavity (15e) on the left vertical frame bottom of chamber wall of the left vertical frame chamber (111) of left vertical frame item (11) The left vertical frame bottom wall light-shielding edge (115) for being useful for being covered on rear side of the left end to the curtain sheet (52) of the blind (5) is stretched, It is equally extended with towards the direction of outer hollow cavity (15e) for blinds on the right vertical frame bottom of chamber wall of the right vertical frame item (12) The right vertical frame bottom wall light-shielding edge (125) covered on rear side of the right end of the curtain sheet of curtain (5), left and right vertical moulding bottom wall light-shielding edge (115,125) correspond to each other and touch and be somebody's turn to do with the side surface patch of the outer glass (15c) towards outer hollow cavity (15e) The width of left and right vertical moulding bottom wall light-shielding edge (115,125) is respectively 2-3mm.

4. single manipulation energy-saving multilayer shutter embedded in hollow glass according to claim 1, it is characterised in that described It is turned round in the upper transverse frame chamber lower wall panels (1311) of upper transverse frame chamber (131) and corresponding to the traction rope take-up roll first The position of spindle nose fulcrum bearing (621) offers the revolution embedding foot chamber (13111) of spindle nose fulcrum bearing, in the traction rope take-up roll first It is opened up in revolution spindle nose fulcrum bearing (621) and in the position corresponding to the traction rope take-up roll first revolution spindle nose (623) Have one first revolution spindle nose support holes (6211), traction rope take-up roll first turn round spindle nose fulcrum bearing (621) bottom and It is extended with single-revolution spindle nose fulcrum bearing fixed plate (6212) towards the side of the traction rope take-up roll (625), in the rotating shaft Head fulcrum bearing fixed plate (6212) side under and in the position corresponding to the revolution embedding foot chamber (13111) of spindle nose fulcrum bearing Composition has a pair of of revolution embedding foot of spindle nose fulcrum bearing (62121), a pair to turn round the embedding foot of spindle nose fulcrum bearing (62121) and revolution spindle nose The correspondence cavity wall scarf of the embedding foot chamber (13111) of fulcrum bearing offers one in the middle part of revolution spindle nose fulcrum bearing fixed plate (6212) To curtain sheet turnover ladder rope relief hole (62122), and corresponding to the position between a pair of of curtain sheet turnover ladder rope relief hole (62122) It sets and is further opened with a shutter elevating traction rope relief hole (62123), in the traction rope take-up roll second revolution spindle nose bearing One second revolution spindle nose support holes are offered on seat (622) and in the position corresponding to the first revolution spindle nose support holes (6211) (6221) and in traction rope take-up roll second the top composition for turning round spindle nose fulcrum bearing (622) has a fulcrum bearing link plate (6222), position of the fulcrum bearing connecting plate (6222) in the top of the length direction corresponding to the traction rope take-up roll (625) It sets and turns round the direction extension of spindle nose fulcrum bearing (621) towards traction rope take-up roll first and turned round with traction rope take-up roll first Spindle nose fulcrum bearing (621) connects, and the traction rope take-up roll first revolution spindle nose (623) is returned towards traction rope take-up roll first One end of tupelo fulcrum bearing (621) is rotatably assorted with the first revolution spindle nose support holes (6211), and the traction rope take-up roll the One end of single-revolution spindle nose (623) towards the traction rope take-up roll (625) is extended with a traction rope take-up roll inserting spindle nose (6232), on the outer wall that traction rope take-up roll first turns round spindle nose (623) and around the first rotating shaft of traction rope take-up roll The circumferencial direction of head (623), which is constituted, has one to be raised in the revolution that traction rope take-up roll first turns round the outer wall surface of spindle nose (623) Spindle nose turnover ladder rope block plate (6233), the traction rope take-up roll second turn round spindle nose (624) towards traction rope take-up roll second One end of revolution spindle nose fulcrum bearing (622) turns round spindle nose support holes (6221) with second and is rotatably assorted, in traction rope take-up roll the Two-revolution spindle nose (624) is constituted towards one end of traction rope take-up roll (625) hexagonal sleeve (6242) in one, which inserts Covering (6242) has hexagonal sleeve chamber (62421) in one, and traction rope take-up roll (625) is towards the first rotating shaft of traction rope take-up roll One end of head (623) is fixed with traction rope take-up roll inserting spindle nose (6232) inserting, and also composition has a take-up roll turnover ladder Rope block plate (6252), the take-up roll turnover ladder rope block plate (6252) are raised in around the circumferencial direction of traction rope take-up roll (625) The outer wall surface of traction rope take-up roll (625) and with revolution spindle nose turnover ladder rope block plate (6233) it is corresponding, revolution spindle nose turn over The space turned between ladder rope block plate (6233) and take-up roll turnover ladder rope block plate (6252) is configured to turnover ladder rope sling and sets slot (6234), one end composition that traction rope take-up roll (625) turns round spindle nose (624) towards traction rope take-up roll second has an outer-hexagonal Head (6253), interior hexagonal sleeve chamber (62421) inserting of the outer-hexagonal head (6253) and the interior hexagonal sleeve (6242) and Shutter elevating traction rope fag end card slot (62531), the curtain sheet turnover ladder rope are offered on the outer-hexagonal head (6253) (53) upper end is nested with after passing through a pair of of curtain sheet turnover ladder rope relief hole (62122) from bottom to top in the turnover ladder Rope sling is set on slot (6234) and sets one circle of winding or two circles, the shutter elevating on slot (6234) in the turnover ladder rope sling and leads The upper end of messenger (54) is from bottom to top with the spiral status after the shutter elevating traction rope relief hole (62123) It is fixed on the traction rope take-up roll (625) and with the shutter elevating traction rope fag end card slot (62531) around multiple.

5. single manipulation energy-saving multilayer shutter embedded in hollow glass according to claim 4, it is characterised in that described Traction rope take-up roll first turn round on spindle nose fulcrum bearing (621) and corresponding to the first revolution spindle nose support holes (6211) position of top offers a pair of of pin connecting hole (6213), is drawn in the fulcrum bearing link plate (6222) direction Take-up roll first of restricting is turned round on the end face of one end of spindle nose fulcrum bearing (621) and corresponding to a pair of of pin connecting hole (6213) Position be extended with a pair of of pin (62221), by this to pin (62221) be inserted into a pair of of pin connecting hole (6213) and by It is formed in the restriction of the pin barb (62222) of the end of a pair of of pin (62221) and makes the fulcrum bearing link plate (6222) Spindle nose fulcrum bearing (621) is turned round with traction rope take-up roll first to connect.

6. single manipulation energy-saving multilayer shutter embedded in hollow glass according to claim 4, it is characterised in that described Interior hexagonal sleeve (6242) is towards on the end face of one end of the traction rope take-up roll (625) and corresponding to the blind Lifting traction rope fag end card slot (62531) position constitute have fag end bayonet (62422), by the fag end bayonet (62422) with The cooperation of shutter elevating traction rope fag end card slot (62531) and so that the upper end end of the shutter elevating traction rope (54) is limited It is scheduled between the outer-hexagonal head (6253) and interior hexagonal sleeve (6242), a locking is offered on interior hexagonal sleeve (6242) Screw hole (62423) is equipped with a lock screw (62424) in the screw hole (62423).

7. single manipulation energy-saving multilayer shutter embedded in hollow glass according to claim 1, it is characterised in that described to turn over Shaft driving mechanism (7) includes gearcase (71), gear box cover (72), Large Gear 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) in inverted L-shaped and Between the right end and the top of the right vertical frame chamber (121) of the upper transverse frame chamber (131), Large Gear Shaft (73) One end is rotatably arranged in Large Gear Shaft first bearing (731), and the other end of Large Gear Shaft (73) is rotatably arranged at greatly In gear shaft second bearing (732), Large Gear Shaft first bearing (731) and Large Gear Shaft second bearing (732) are set respectively First bearing chamber (7111) and second bearing chamber in the lower part for the gearcase box chamber (711) for being formed in gearcase (71) (7112) in, gear wheel (74) is fixed on the middle part of Large Gear Shaft (73) and engage with pinion gear (77), toothed belt wheel (75) and Gear wheel (74) is coaxial and is fixed on Large Gear Shaft (73) towards one end of Large Gear Shaft second bearing (732), pinion shaft (76) correspond to the top of Large Gear Shaft (73) and, one end turn of the pinion shaft (76) laterally parallel with Large Gear Shaft (73) It is arranged dynamicly in pinion shaft first bearing (761), and the other end of pinion shaft (76) is rotatably arranged at pinion shaft In second bearing (762), pinion shaft first bearing (761) and pinion shaft second bearing (762) are embedded in constitute respectively In in the 3rd bearing chamber (7113) and fourth bearing chamber (7114) on the top of gearcase box chamber (711), pinion gear (77) is solid Be scheduled on the middle part of pinion shaft (76), traction teeth band (78) is nested on toothed belt wheel (75), one end of the traction teeth band (78) with The top connection of the curtain sheet overturning and shutter elevating control mechanism (3), corresponds to curtain sheet overturning and shutter elevating control The position of the lower section of mechanism (3) processed is fixed on the tension mechanism in the right vertical frame chamber (121) of the right vertical frame item (12) (8) it is connect with the other end of traction teeth band (78), position of the gear box cover (72) in the front side corresponding to gearcase box chamber (711) It is fixed with gearcase (71), wherein：The pinion shaft (76) and blind curtain sheet overturning and shutter elevating mechanism (6) right end of torsion shaft (61) connects；It is fixed with a control mechanism slide guide at the right side edge position of the interior glass (15a) Item (18), the manual operation control mechanism (4) are slidably matched with the control mechanism slide guide item (18).

8. single manipulation energy-saving multilayer shutter embedded in hollow glass according to claim 7, it is characterised in that described The lower part of gearcase box chamber (711) and offer traction teeth band insertion hole in the position corresponding to the traction teeth band (78) (7115), traction teeth band (78) draws the gearcase box chamber (711) by way of the traction teeth band insertion hole (7115), in gear The lower part of box (71) towards the side of the right vertical frame item (12), which is constituted, a gearcase locating slot (712), in the right vertical frame It is equipped with a gearcase positioning screw (126), the gear on item (12) and in the position corresponding to gearcase locating slot (712) Box positioning screw (126) screws in gearcase locating slot (712), in the pinion shaft (76) towards the pinion shaft first The axial middle position of one end of bearing (761) offers a pinion shaft Hexagon hole (763), the pinion shaft Hexagon hole (763) right end with the torsion shaft (61) is fixed；It is extended with a pair of of conduction band foot in the lower part of the gear box cover (72) (721), being constituted between a pair of of conduction band foot (721) has a conduction band chamber (7211), the conduction band chamber (7211) and the traction teeth Band (78) is corresponding.

9. single manipulation energy-saving multilayer shutter embedded in hollow glass according to claim 7, it is characterised in that described Tension mechanism (8) includes spring pole socket (81), spring lever (82), spring (83), tensioner rope pulley seat (84), tensioner rope pulley (85) and tensioner rope (86) and tensioner rope (87), spring pole socket (81) setting is in the right vertical frame chamber (121) and is located at The lower part of right vertical frame chamber (121), the spring pole socket (81) fix spiral shell by a positioning pin (811) and a spring pole socket respectively Bolt (812) is fixed with the right vertical frame item (12), and the bullet for having a horizontal folding exhibition to the right is constituted on the top of spring pole socket (81) Spring base seat folded plate (813) offers a spring rod aperture (8131), spring lever in the middle position of the spring pole socket folded plate (813) (82) it is plugged on floating up and down in spring rod aperture (8131), being constituted in the upper end of the spring lever (82) has a spring lever connector (821), which is located at the top of spring pole socket folded plate (813), and being constituted in the lower end of spring lever (82) has One spring bearing housing (822), on tensioner spring (83) sleeve spring bar (82), the upper end of the tensioner spring (83) is supported on spring lever Side of the seat folded plate (813) under, and the lower end of tensioner spring (83) is supported on spring bearing housing (822), tensioner rope is slided Wheel seat (84) corresponds to the top of the spring base folded plate (813), and being constituted on the top of the tensioner rope pulley seat (84) has one to rise Snatch block chamber (841), and it is extended with a pair of of hinged seat (842) in the lower part of tensioner rope pulley seat (84), this is to hinged seat (842) hinged by hinged seat axis pin (8421) and the spring lever connector (821), tensioner rope pulley (85) passes through pulley pin Axis (851) is rotatably arranged in tensioner rope pulley chamber (841), upper end and the tensioner rope pulley chamber (841) of limiting plate (86) Top accent is corresponding, and position and the cunning of the lower end of limiting plate (86) in the side corresponding to tensioner rope pulley seat (84) The left or right of wheel axis pin (851) is fixed, one end and curtain sheet overturning and the shutter elevating control machine of tensioner rope (87) The lower part of structure (3) connects, and middle part is nested on tensioner rope pulley (85), and the other end and the traction teeth band (78) is described another One end connects；In the height for the control mechanism slide guide item (18) for being fixed on the right side edge position of the interior glass (15a) It direction and is constituted towards the side of the manual operation control mechanism (4) and has a guide runner (181), control mechanism is manually operated (4) it is slidably matched with the guide runner (181).

10. single manipulation energy-saving multilayer shutter embedded in hollow glass according to claim 9, it is characterised in that described Curtain sheet overturning and shutter elevating control mechanism (3) include interior magnetic block seat (31), interior magnetic patch (32), interior magnetic block seat upper roller (33) With interior magnetic block seat bottom roller (34), interior magnetic block seat (31) towards it is described manual operation control mechanism (4) side from top to bottom Constituting successively has interior magnetic block seat upper roller hub setting chamber (311), interior magnetic patch lock chamber (312) and interior magnetic block seat bottom roller hub setting chamber (313), interior magnetic patch (32) is fixed in the interior magnetic patch lock chamber (312), and interior magnetic block seat upper roller (33) passes through interior magnetic patch Seat upper roller shaft (331) is rotatably arranged in the interior magnetic block seat upper roller hub setting chamber (311), interior magnetic block seat bottom roller (34) It is rotatably arranged in the interior magnetic block seat bottom roller hub setting chamber (313) by interior magnetic block seat bottom roller axis (341), interior magnetic block seat Upper roller (33) and interior magnetic block seat bottom roller (34) be bearing and with the interior glass (15a) back to manual operation control machine The side of structure (4) constitutes rolling pair, and manual operation control mechanism (4) includes outer magnetic block seat (41), outer magnetic patch (42), outer magnetic block seat Upper roller (43) and outer magnetic block seat bottom roller (44), outer magnetic block seat (41) towards the side of the interior magnetic block seat (31) from upper and Under successively constitute have outer magnetic block seat upper roller hub setting chamber (411), outer magnetic patch lock chamber (412) and outer magnetic block seat bottom roller hub setting chamber (413), outer magnetic patch (42) is fixed in the outer magnetic patch lock chamber (412), and outer magnetic block seat upper roller (43) passes through outer magnetic patch Seat upper roller shaft (431) is rotatably arranged in the outer magnetic block seat upper roller hub setting chamber (411), outer magnetic block seat bottom roller (44) It is rotatably arranged in the outer magnetic block seat bottom roller hub setting chamber (413) by outer magnetic block seat bottom roller axis (441), outer magnetic block seat Upper roller (43) and outer magnetic block seat bottom roller (44) be bearing and with interior glass (15a) back to the side of interior magnetic block seat (31) Rolling pair is constituted, and the outer magnetic patch (42) is attracted across interior glass (15a) with the interior magnetic patch (32) each other, wherein described Outer magnetic block seat (41) is constituted towards the side of the control mechanism slide guide item (18) a pair of of guide runner guide block (414), this is to leading Sliding slot guide block (414) is slidably matched with the guide runner (181).