CN108678637A

CN108678637A - Single manipulation double layer glass window with built-in louver

Info

Publication number: CN108678637A
Application number: CN201810824377.7A
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: 2018-10-19

Abstract

A kind of single manipulation double layer glass window with built-in louver, including rect widget；Inside casing is located in rect widget and has left frame chamber, right side to have right frame chamber, top to have upper ledge chamber on the left of inside casing, and the space between the left and right sides of inside casing is blind chamber；Curtain sheet overturning and shutter elevating control mechanism are located at right frame intracavitary, and manual operation control mechanism is attracted across front glass and curtain sheet overturning and shutter elevating control mechanism；Blind is located at blind intracavitary；Torsion shaft driving mechanism is located between the right end of upper ledge chamber and the top of right frame chamber；Tension mechanism is fixed on right frame intracavitary, feature：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.Shutter elevating traction rope is avoided to suffer friction damage；It is good to lift stability, rapid operation；Make with it is easy to assembly.

Description

Single manipulation double layer glass window with built-in louver

Technical field

The invention belongs to sunshade hollow glass product technical fields, and in particular to a kind of singly to manipulate built in double layer glass Shutter.

Background technology

The above mentioned concept singly manipulated refers to manual by a curtain sheet overturning, shutter elevating control mechanism and one Operation and control mechanism realizes the curtain sheet overturning of promotion or decline and realization to blind to blind, because prior art needs Be equipped with two sets for shutter elevating and curtain sheet overturning it is independent respectively take charge of its operating-controlling mechanism blamed, therefore singly manipulate Structure is relatively easy and is remarkably reduced the cost of double layer glass window with built-in louver.To this referring also to patent of invention Application publication number CN104747054A（Double glazing window with built-in louver）The 0004th section of specification.

Above mentioned double layer glass window with built-in louver refers to being arranged each other with aspectant state and right Implement closed two pieces of glass in edge position（Interior glass and outer glass）Interior setting can be constituted according to the blind that need to be lifted The window for belonging to sunshade hollow glass product scope.This window has self-evident following strong point：Thermal insulation it is good and by To embody the energy saving of building；Sound insulation value is excellent and uses the harassment from extraneous noisy noise；Anti-condensation is solidifying white and uses Ensure that indoor light is sufficient and embodies desired beautiful effect；It is used by the deflection angle of the curtain sheet to blind is adjusted Indoor lighting needed for satisfaction requires and protects privacy, stains blind curtain sheet from trifle in the world and use and embody excellent exempt from clearly Clean effect；Have ideal decorative to building and uses the class for promoting building；Impact resistance is strong, safety is good and Service life is long and uses the installation requirement for meeting skyscraper and meets the non-maintaining requirement of ultimate attainment long-time service；Use letter Single Portable power saving and use and adapt to all ages and classes and different physical efficiency person operation, etc..

Technical information about double layer glass window with built-in louver 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）With CN102444372A（Sun-shading hollow blind is set in one kind）And foreign patent such as W003071082A, US2004211528A, Etc..

By to patent document exemplified above especially by the specification the 0041st to publication No. CN104747054A And 0042 section reading it is found that the lifting for the blind being arranged between two pieces of glass and the overturning of curtain sheet are by being located at Outside double glazing manual operation control mechanism operation and by manual operation control mechanism drive between double glazing Curtain sheet overturning realized with shutter elevating control mechanism.

Due to the curtain sheet turning wheel of above-mentioned all patents be it is fixed with the structure of integral type and curtain sheet torsion shaft, thus Following logical disadvantage is exposed in the actual use process：When to curtain sheet turning operation, it is often inevitably present manual behaviour Excessive situation is operated as control mechanism, specifically, when curtain sheet is turned to the degree of closure, because control machine is manually operated Structure can not rightly stop immediately, and then curtain sheet turning wheel can still drive curtain sheet torsion shaft to rotate（The rotation can be described as Redundancy rotates or passive type rotation）, in this process, since curtain sheet has been in closed state, and due to curtain sheet turning wheel at In the arrested state for being closed generation by curtain sheet, thus curtain sheet overturning traction rope drives the rotation of curtain sheet torsion shaft through curtain sheet turning wheel Resistance significantly increases, and then the frictional force between curtain sheet overturning traction rope and curtain sheet turning wheel is aggravated suddenly, on the one hand easily makes curtain Piece overturns traction rope friction damage, on the other hand easily leads to curtain sheet turning wheel friction damage.Another situation is：It is turned in curtain sheet When going to the state of closure, if misoperation and the direction for making curtain sheet to closure still is intended to manual operation and control mechanism Operation, then equally will appear the situation for undermining curtain sheet overturning traction rope and curtain sheet turning wheel.Once this unfavorable factor causes Result occur, since above-mentioned parts are respectively positioned in double glazing, thus objectively can not rely on user itself ability tie up The component of damage is repaiied and/or replaces, if by production firm or specialized distributors on-site maintenance, then, it on the one hand will produce corresponding Expense, on the other hand influence the use of period to be repaired.

" the single manipulation double layer glass window with built-in louver " that CN105064896B recommends leads curtain sheet overturning due to having The ideal protective effect of messenger and curtain sheet turning wheel, thus can ensure long-term using effect（For details, reference can be made to the patents Specification technical effect column）.

But since above-mentioned all patents including CN105064896B will all be used to lift blind curtain sheet Shutter elevating traction rope is nested on hauling block（Typical example can be found in invention patent mandate notification number The specification of CN106467468B）, thus there are following logical disadvantages：First, 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 Two, since shutter elevating traction rope inflection point is more, thus lift stationarity it is relatively poor and operate it is relatively laborious；Third, Due to complicated, thus cause processing, assembly trouble and lose economy.

For above-mentioned prior art, the applicant has made repeatedly and beneficial design, forms and will be described below finally Technical side's crime, 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 providing a kind of help to abandon for being nested with the hauling block of shutter elevating traction rope Use the lasting service life for avoiding shutter elevating traction rope by friction damage and ensuring shutter elevating traction rope, advantageous It is used in the inflection point for reducing shutter elevating traction rope and embodies good lifting stationarity and embodiment rapid operation, is beneficial to Simplify structure and uses the single manipulation double layer glass window with built-in louver for facilitating making and assembling and embody economy.

The task of the present invention is in this way to complete, a kind of single manipulation double layer glass window with built-in louver, including surrounding The rect widget for enclosing connection, is provided with a front glass on front side of the rect widget, and rear side be provided with one after glass；One Inside casing, which, which is arranged in the rect widget, and the left side of the inside casing is constituted a left frame chamber, and right side, which is constituted, one Right frame chamber, and top composition has a upper ledge chamber, the space between the left and right sides of inside casing to be configured to blind chamber；The overturning of one curtain sheet is simultaneous Shutter elevating control mechanism and a manual operation and control mechanism, curtain sheet overturning and shutter elevating control mechanism are up or down It is arranged in the right frame intracavitary, manual operation control mechanism is across the front glass and curtain sheet overturning and shutter elevating control Mechanism processed is attracted and curtain sheet overturning and shutter elevating control are driven by moving up and down for the manual operation control mechanism Mechanism processed correspondingly moves up and down；One blind and blind curtain sheet overturning and shutter elevating mechanism, blind setting In the blind intracavitary, which includes sill strip, curtain sheet, curtain sheet turnover ladder rope and shutter elevating traction rope, sill strip Positioned at the bottom of curtain sheet, the lower end of curtain sheet turnover ladder rope is fixed with sill strip, and upper end is nested with and overturns simultaneous blinds in blind curtain sheet On curtain elevating mechanism, curtain sheet is shelved on curtain sheet turnover ladder rope, quantity and the curtain sheet turnover ladder rope of shutter elevating traction rope Quantity is equal and with curtain sheet turnover ladder rope, and the lower end of the shutter elevating traction rope is across being opened in leading in curtain sheet Be fixedly connected with sill strip after messenger relief hole, and upper end and blind curtain sheet are overturn and shutter elevating mechanism is connect, and this hundred The overturning of leaf curtain curtain sheet and shutter elevating mechanism are arranged in the upper ledge intracavitary；One for driving the blind curtain sheet to overturn And the torsion shaft driving mechanism of shutter elevating mechanism action, the torsion shaft driving mechanism be arranged right end in the upper ledge chamber with Between the top of the right frame chamber, and the torsion shaft driving mechanism is overturn simultaneously with the blind curtain sheet and blind liter Descending mechanism and curtain sheet overturning and shutter elevating control mechanism connection；One tension mechanism, the tension mechanism is in correspondence It is overturn in the curtain sheet and the position of the lower section of shutter elevating control mechanism is fixed on the right frame intracavitary and the tensioner machine Structure simultaneously with the torsion shaft driving mechanism and curtain sheet overturning and shutter elevating control mechanism connect, be characterized in that described in The overturning of blind curtain sheet and shutter elevating mechanism include a torsion shaft and equal with the quantity of shutter elevating traction rope Traction rope winding device, traction rope winding device include that traction rope take-up roll first turns round spindle nose fulcrum bearing, traction rope take-up roll Second revolution spindle nose fulcrum bearing, traction rope take-up roll first turn round spindle nose, traction rope take-up roll second turns round spindle nose and traction rope Take-up roll, traction rope take-up roll first turns round spindle nose fulcrum bearing and traction rope take-up roll second turns round the setting of spindle nose fulcrum bearing and exists It the upper ledge intracavitary and is fixed with the upper ledge chamber lower wall panels of upper ledge chamber, traction rope take-up roll first is turned round spindle nose and rotationally supported It is turned round in spindle nose fulcrum bearing in traction rope take-up roll first, traction rope take-up roll second turns round spindle nose and is rotatably supported at traction rope Take-up roll second turn round spindle nose fulcrum bearing on, traction rope take-up roll towards traction rope take-up roll first turn round spindle nose one end with lead Messenger take-up roll first turn round spindle nose fix, and traction rope take-up roll towards traction rope take-up roll second turn round spindle nose one end with Traction rope take-up roll second is turned round spindle nose and is fixed, and the middle part of torsion shaft passes through first time of the revolution spindle nose of traction rope take-up roll first Shaft head bore, traction rope take-up roll second turn round the second rotating shaft head bore of spindle nose and the traction rope winding of traction rope take-up roll It roller axial central through hole and turns round spindle nose in position and the traction rope take-up roll first corresponding to the first rotating shaft head bore and fixes And turn round spindle nose with traction rope take-up roll second in the position corresponding to the second rotating shaft head bore and fix, the right end court of torsion shaft The direction stretching, extension of the torsion shaft driving mechanism, and the right end of the torsion shaft driving mechanism and torsion shaft connects, the curtain The upper end of piece turnover ladder rope is nested with behind the bottom for passing through the traction rope take-up roll first revolution spindle nose fulcrum bearing from bottom to top It is turned round on spindle nose in the traction rope take-up roll first, the upper end of the shutter elevating traction rope passes through traction from bottom to top Rope take-up roll first turn round behind the bottom of spindle nose fulcrum bearing spirally state around it is multiple in the traction rope take-up roll and with lead One end that messenger take-up roll turns round spindle nose towards traction rope take-up roll second is fixed.

In the specific embodiment of the present invention, the edge position of the front glass leans out the rect widget The edge position of front side, and the edge position of the rear glass leans out the surrounding edge of the rear side of rect widget , it is filled out in the space between the edge position of forward and backward glass embedded with the surrounding for making front glass and rear glass The opposite side of edge position cementation and also sealing joint strip with rect widget cementation simultaneously each other, the rect widget is by upper Horizontal moulding, lower transverse frame item, left vertical frame item and right vertical frame item composition, upper, lower horizontal moulding, left vertical frame item and right vertical frame item it Between connected by four moulding corner connectors.

The present invention another specific embodiment in, on the upper ledge bottom of chamber plate of the upper ledge chamber and corresponding to The position that the traction rope take-up roll first turns round spindle nose fulcrum bearing offers the revolution embedding foot chamber of spindle nose fulcrum bearing, in the traction Rope take-up roll first is turned round in spindle nose fulcrum bearing and is opened in the position for turning round spindle nose corresponding to the traction rope take-up roll first Equipped with one first revolution spindle nose support holes, turns round the bottom of spindle nose fulcrum bearing in traction rope take-up roll first and led towards described The side of messenger take-up roll is extended with single-revolution spindle nose fulcrum bearing fixed plate, in the revolution spindle nose fulcrum bearing fixed plate under It side 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 embedding foot of spindle nose fulcrum bearing, a pair It turns round the embedding foot of spindle nose fulcrum bearing and turns round the corresponding cavity wall scarf of the embedding foot chamber of spindle nose fulcrum bearing, in revolution spindle nose fulcrum bearing fixed plate Middle part offer a pair of of curtain sheet turnover ladder rope relief hole, and corresponding to the position between a pair of of curtain sheet turnover ladder rope relief hole Set and be further opened with a shutter elevating traction rope relief hole, the traction rope take-up roll second revolution spindle nose fulcrum bearing on and One second revolution spindle nose support holes are offered in the position corresponding to the first revolution spindle nose support holes and in traction rope take-up roll The top of second revolution spindle nose fulcrum bearing, which is constituted, a fulcrum bearing link plate, and the fulcrum bearing connecting plate is corresponding to the traction rope The position of the top of the length direction of take-up roll towards traction rope take-up roll first turn round spindle nose fulcrum bearing direction extend and Spindle nose fulcrum bearing is turned round with traction rope take-up roll first to connect, the traction rope take-up roll first turns round spindle nose towards traction rope Take-up roll first turns round one end of spindle nose fulcrum bearing and first and turns round spindle nose support holes and be rotatably assorted, and the traction rope take-up roll the One end of single-revolution spindle nose towards the traction rope take-up roll is extended with a traction rope take-up roll inserting spindle nose, is wound in traction rope Roller first turns round on the outer wall of spindle nose and the circumferencial direction composition for turning round spindle nose around traction rope take-up roll first has a protrusion The revolution spindle nose turnover ladder rope block plate of the outer wall surface of spindle nose, the traction rope take-up roll the are turned round in traction rope take-up roll first Two-revolution spindle nose turns round one end of spindle nose fulcrum bearing towards traction rope take-up roll second and the second revolution spindle nose support holes rotation is matched It closes, turning round spindle nose in traction rope take-up roll second and constituted towards one end of traction rope take-up roll has hexagonal sleeve in one, this interior six There is angle sleeve hexagonal sleeve chamber in one, traction rope take-up roll one end and the traction of spindle nose are turned round towards traction rope take-up roll first Rope take-up roll inserting spindle nose inserting is fixed, and also composition has a take-up roll turnover ladder rope block plate, take-up roll turnover ladder rope gear Armor around the circumferencial direction of traction rope take-up roll be raised in traction rope take-up roll outer wall surface and with revolution spindle nose turnover ladder Block plate of restricting is corresponding, and the space turned round between spindle nose turnover ladder rope block plate and take-up roll turnover ladder rope block plate is configured to turnover ladder rope It is nested with slot, one end composition that traction rope take-up roll turns round spindle nose towards traction rope take-up roll second has an outer-hexagonal head, this outer six The interior hexagonal sleeve chamber inserting of angle head and the interior hexagonal sleeve and shutter elevating traction is offered on the outer-hexagonal head The upper end of rope fag end card slot, the curtain sheet turnover ladder rope passes through a pair of of curtain sheet turnover ladder rope relief hole rear enclosure from bottom to top It sets and is set on slot in the turnover ladder rope sling and set one circle of winding or two circles, the blind liter on slot in the turnover ladder rope sling Drop traction rope upper end pass through from bottom to top after the shutter elevating traction rope relief hole with the spiral status around it is multiple in It is fixed 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 another specific embodiment of the present invention, in the interior hexagonal sleeve towards the traction rope take-up roll Constituting on the end face of one end and in the position corresponding to the shutter elevating traction rope fag end card slot has fag end bayonet, by The cooperation of the fag end bayonet and shutter elevating traction rope fag end card slot and the upper end end for making the shutter elevating traction rope It is limited between the outer-hexagonal head and interior hexagonal sleeve.

In the present invention there are one in specific embodiment, 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 words Shape, the gearcase corresponding between the right end of the upper ledge chamber and the top of the right frame chamber position and the inside casing it is embedding Gu one end of Large Gear Shaft is rotatably arranged in Large Gear Shaft first bearing, and the other end of Large Gear Shaft is rotationally arranged In Large Gear Shaft second bearing, Large Gear Shaft first bearing and Large Gear Shaft second bearing are embedded in and are formed in gearcase In the Large Gear Shaft bearing bore of the lower part of gearcase box chamber, gear wheel is fixed on the middle part of Large Gear Shaft and is nibbled with pinion gear It closes, toothed belt wheel is coaxial with gear wheel and is fixed on Large Gear Shaft towards one end of Large Gear Shaft second bearing, pinion shaft pair Should in the top of Large Gear Shaft and with Large Gear Shaft it is laterally parallel, one end of the pinion shaft is rotatably arranged at pinion shaft In first bearing, and the other end of pinion shaft is rotatably arranged in pinion shaft second bearing, pinion shaft first bearing And pinion shaft second bearing is embedded in the pinion shaft bearing bore on the top for being formed in gearcase box chamber, pinion gear is fixed At the middle part of pinion shaft, traction teeth band is nested on toothed belt wheel, one end of the traction teeth band and the curtain sheet overturning and hundred The top of leaf curtain lifting control mechanism connects, and the other end of traction teeth band is fixed with a tooth band connection hook, the tooth band connection hook It being connect with the tension mechanism, gear box cover is fixed in the position of the front side corresponding to gearcase box chamber with gearcase, wherein：Institute The pinion shaft stated is overturn with the blind curtain sheet and the right end of the torsion shaft of shutter elevating mechanism is connect；In the preceding glass The right side edge position of glass is fixed with a control mechanism slide guide item, the manual operation control mechanism and the control mechanism slide guide Item is slidably matched.

In a still more specific embodiment of the invention, in the pinion shaft towards the pinion shaft first axle The axial middle position of the one end held offers a pinion shaft Hexagon hole, the pinion shaft Hexagon hole and the torsion shaft Right end fix；It is extended with a pair of of conduction band foot in the lower part of the gear box cover, being constituted between a pair of of conduction band foot has a conduction band Chamber, the conduction band chamber are corresponding with the traction teeth band.

The present invention's and then in a specific embodiment, the tension mechanism includes spring pole socket, spring lever, bullet Spring, tensioner rope pulley seat, tensioner rope pulley and tensioner rope, spring pole socket pass through in the position of the lower section corresponding to the right frame chamber Spring pole socket fixing screws are fixed with the inside casing, and being constituted on the top of spring pole socket has a horizontal bending part of spring pole socket, A spring lever sliding eye is offered on the horizontal bending part of spring pole socket, the lower end of spring lever is located at the horizontal bending part of spring pole socket Lower section, and the upper end of spring lever passes through spring lever sliding rod hole to be stretched over the top of the horizontal bending part of spring pole socket, and spring is nested with In the lower end of spring lever, the upper end of the spring is supported on side of the horizontal bending part of spring pole socket under, and the lower end of spring It being supported on the spring lever spring bearing housing for the lower end for being formed in spring lever, tensioner rope pulley seat is located at the top of spring pole socket, Be extended with a pair of of axis pin base in the bottom of the tensioner rope pulley seat, the upper end of the spring lever probe between a pair of of axis pin base and Axis pin is connected by spring lever to connect with a pair of of axis pin base, tensioner rope pulley is rotatably arranged at tensioner by tensioner rope pulley axis On rope pulley seat, it is nested in the middle part of tensioner rope on tensioner rope pulley, and one end of the tensioner rope and curtain sheet overturning and hundred The lower part of leaf curtain lifting control mechanism connects, and the tooth band connection hook is connect with the other end of tensioner rope, be fixed on it is described before The short transverse of the control mechanism slide guide item at the right side edge position of glass and towards the manual operation control mechanism Side constitute and have a guide runner, manual operation control mechanism is slidably matched with the guide runner.

Curtain sheet overturning and shutter elevating control mechanism in yet a further embodiment of the present invention 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 It is arranged dynamicly in the interior magnetic block seat bottom roller hub setting intracavitary, and interior magnetic block seat upper roller and interior magnetic block seat bottom roller and institute The side for stating front glass back to manual operation control mechanism constitutes rolling pair, and manual operation control mechanism includes outer magnetic block seat, outer Magnetic patch, outer magnetic block seat upper roller and outer magnetic block seat bottom roller, outer magnetic block seat towards the side of the interior magnetic block seat from top to bottom Constituting successively 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 to fix In the outer magnetic patch lock chamber, outer magnetic block seat upper roller is rotatably arranged at the outer magnetic by outer magnetic block seat upper roller shaft Block upper roller hub setting intracavitary, outer magnetic block seat bottom roller are rotatably arranged at the outer magnetic block seat by outer magnetic block seat bottom roller axis Bottom roller hub setting intracavitary and outer magnetic block seat upper roller and outer magnetic block seat bottom roller and front glass are back to the side of interior magnetic block seat Rolling pair is constituted, and the outer magnetic patch is attracted across front glass with the interior magnetic patch each other, wherein in the outer magnetic block seat direction The side of the control mechanism slide guide item, which is constituted, a pair of of guide runner guide block, this slides guide runner guide block and the guide runner Cooperation.

Again and then in a specific embodiment, a traction teeth is offered on the top of the interior magnetic block seat in the present invention Band connection annular distance, and the lower end of interior magnetic block seat is provided with tensioner rope hook, one end of the traction teeth band is connected with one and leads Draw gear shackle, traction teeth band shackle is connect with traction teeth band connection annular distance, one end and the tensioner rope of the tensioner rope Hook connection.

One of the technique effect of technical solution provided by the invention, since the confession abandoned in prior art is nested with blind The hauling block of traction rope is lifted, thus is avoided that shutter elevating traction rope by friction damage and ensures that shutter elevating is led The lasting service life of messenger；Two, due to by the upper end of shutter elevating traction rope from bottom to top pass through traction rope wind Roller first turn round behind the bottom of spindle nose fulcrum bearing spirally state around it is multiple in traction rope take-up roll and with traction rope take-up roll One end that spindle nose is turned round towards traction rope take-up roll second is fixed, thus not only reduces the inflection point of shutter elevating traction rope, And it can make when driving torsion shaft rotation by torsion shaft driving mechanism and driving the rotation of traction rope take-up roll by torsion shaft in turn Blind embodies good lifting stability and embodies rapid operation；Three, due to simplifying the overturning of entire blind curtain sheet And the structure of shutter elevating mechanism, thus can not only facilitate making and assembly, but also can embody relatively cheap.

Description of the drawings

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

Fig. 2 is the detailed structure view of blind curtain sheet shown in FIG. 1 overturning and shutter elevating mechanism.

Fig. 3 is the detailed structure view of torsion shaft driving 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 the location of Fig. 1 states, thus the special limit to technical solution provided by the invention cannot be understood as It is fixed.

Fig. 1 is referred to, shows that surrounding encloses a rect widget 1 of connection, surrounding designated herein encloses connection and refers to The structure being integral is connected up and down（It to further illustrate further below）, in the present embodiment, rect widget 1 above-mentioned is Cuboid, that is, rectangle forms visually says the forms of " mouth " font generally in Chinese character.Before the rect widget 1 Side is provided with a front glass 11, and rear side be provided with one after glass 12.According to professional general knowledge and by applicant above Background technology column in the reading of patent document that enumerates, can determine without doubt：Front glass 11 refers in use state The lower glass towards Indoor environment side, then glass 12 refers under use state towards the glass of outdoor buildings side； Show an inside casing 2, which, which is arranged in rect widget 1 above-mentioned, and the left side of the inside casing 2 is constituted a left frame chamber 21, right side, which is constituted, a right frame chamber 22, and top composition has a upper ledge chamber 23, space, that is, inside casing 2 between the left and right sides of inside casing 2 Central region be configured to blind chamber 24, in order to embody good sight, corresponding to left and right frame chamber 21,22 and on Frame chamber 23 can use cover board 25 towards the accent position of front glass 11（Also can claim " closure piece "）Cover shield（Using cementation mode）；It shows The overturning of one curtain sheet and shutter elevating control mechanism 3（Also can claim " interior operating-controlling mechanism ", it is the same below）With a manual operation and control Mechanism 4（Also can claim " outer operating-controlling mechanism ", it is the same below）, curtain sheet overturning and shutter elevating control mechanism 3 are arranged up or down In right frame chamber 22 above-mentioned, manual operation control mechanism 4 is across front glass 11 above-mentioned and curtain sheet overturning and shutter elevating Control mechanism 3 is attracted and curtain sheet overturning and blind liter are driven by moving up and down for the manual operation control mechanism 4 Drop control mechanism 3 correspondingly moves up and down；Show a blind 5 and blind curtain sheet overturning and shutter elevating mechanism 6, blind 5 is arranged in blind chamber 24 above-mentioned, which includes sill strip 51, curtain sheet 52,53 and of curtain sheet turnover ladder rope Shutter elevating traction rope 54, sill strip 51 are located at the bottom of curtain sheet 52, and lower end and the sill strip 51 of curtain sheet turnover ladder rope 53 are fixed, and Upper end, which is nested with, to be overturn in blind curtain sheet in simultaneous shutter elevating mechanism 6, and curtain sheet 52 is shelved on curtain sheet turnover ladder rope 53, blinds The quantity of curtain lifting traction rope 54 is equal with the quantity of curtain sheet turnover ladder rope 53 and with curtain sheet turnover ladder rope 53, the blinds The lower end of curtain lifting traction rope 54 is being fixedly connected after the traction rope relief hole 521 being opened in curtain sheet 52 with sill strip 51, And upper end is overturn with blind curtain sheet and shutter elevating mechanism 6 is connect, and blind curtain sheet overturning and shutter elevating machine Structure 6 is arranged in upper ledge chamber 23 above-mentioned；One is shown for driving aforementioned blind curtain sheet overturning and shutter elevating mechanism 6 Right end and aforementioned right frame chamber 22 in aforementioned upper ledge chamber 23 is arranged in the torsion shaft driving mechanism 7 of action, the torsion shaft driving mechanism 7 Top between（It is arranged at the boundary position of upper ledge chamber 23 and right frame chamber 22）, and the torsion shaft driving mechanism 7 simultaneously with Blind curtain sheet overturning above-mentioned and shutter elevating mechanism 6 and curtain sheet above-mentioned overturning and shutter elevating control mechanism 3 Connection；Show a tension mechanism 8, which is overturning simultaneous shutter elevating control mechanism 3 corresponding to aforementioned curtain sheet The position of lower section be fixed in aforementioned right frame chamber 22 and the tension mechanism 8 simultaneously with aforementioned torsion shaft driving mechanism 7 and curtain Piece overturning and shutter elevating control mechanism 3 connect.

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（It will illustrate below）Also should mutually there be a pair.If the door of blind 5 is larger, the width of rect widget 1 Also corresponding to increase, then curtain sheet turnover ladder rope 53 can rationally increase on the basis of a pair of, shutter elevating traction rope 54 and The quantity of traction rope winding device 62 also accordingly increases, thus the quantity of the curtain sheet turnover ladder rope 53 of the present embodiment should not be understood as Limitation of the present invention.

The quantity of curtain sheet 52 is by one group be arranged from top to bottom or from bottom to top it can be seen from the signal of Fig. 1, each curtain The curtain sheet that the left end and right end of the both ends state as shown in Figure 1 of piece 52 are shelved on curtain sheet turnover ladder rope 53 is shelved on horizontal rope 531, tool For body, every upper and lower two adjacent curtain sheet are assigned one piece of curtain sheet 52 between shelving horizontal rope 531.When blind curtain sheet overturning and hundred Leaf curtain elevating mechanism 6 is when torsion shaft 61 for example above-mentioned rotates clockwise when being acted under the action of torsion shaft driving mechanism 7, and hundred Leaf curtain lifts the just rope closing of traction rope 54, by the lifting upwards of sill strip 51 above-mentioned, drives curtain sheet 52 to set mode bit to pile up by sill strip 51 In the top of sill strip 51, same example on the contrary.

It refers to Fig. 2 and combines Fig. 1, the technical essential as technical solution provided by the invention：Blind above-mentioned Curtain sheet overturning and shutter elevating mechanism 6 include a torsion shaft 61 and equal with the quantity of shutter elevating traction rope 54 lead Messenger winding device 62, traction rope winding device 62 include that traction rope take-up roll first turns round spindle nose fulcrum bearing 621, traction rope volume Around roller second turns round spindle nose fulcrum bearing 622, traction rope take-up roll first turns round spindle nose 623, the second rotating shaft of traction rope take-up roll First 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 Revolution spindle nose fulcrum bearing 622 is arranged in aforementioned upper ledge chamber 23 and is fixed with the upper ledge chamber lower wall panels 231 of upper ledge chamber 23, traction Rope take-up roll first is turned round spindle nose 623 and is rotatably supported in the revolution spindle nose of traction rope take-up roll first fulcrum bearing 621, traction rope Take-up roll second is turned round spindle nose 624 and is rotatably supported in the revolution spindle nose of traction rope take-up roll second fulcrum bearing 622, traction rope volume One end of spindle nose 623 is turned round towards traction rope take-up roll first and traction rope take-up roll first turns round 623 inserting of spindle nose around roller 625 It is fixed, and traction rope take-up roll 625 turns round one end and the traction rope take-up roll second of spindle nose 624 towards traction rope take-up roll second Revolution 624 inserting of spindle nose is fixed, and the middle part of torsion shaft 61 passes through the first rotating shaft of the revolution spindle nose 623 of traction rope take-up roll first Head bore 6231, traction rope take-up roll second turn round the second rotating shaft head bore 6241 and traction rope take-up roll 625 of spindle nose 624 It traction rope take-up roll axial central through hole 6251 and is wound in position and the traction rope corresponding to the first rotating shaft head bore 6231 Roller first turns round spindle nose 623 and fixes and returned with traction rope take-up roll second in the position corresponding to the second rotating shaft head bore 6241 Tupelo 624 is fixed, and the right end of torsion shaft 61 is stretched towards the direction of aforementioned torsion shaft driving mechanism 7, and the torsion shaft drives Motivation structure 7 is connect with the right end of torsion shaft 61, and the upper end of aforementioned curtain sheet turnover ladder rope 53 is passing through aforementioned traction rope from bottom to top It is nested with behind the bottom of the revolution spindle nose of take-up roll first fulcrum bearing 621 on traction rope take-up roll first above-mentioned revolution spindle nose 623, The upper end of aforementioned shutter elevating traction rope 54 passes through the bottom of the revolution spindle nose of traction rope take-up roll first fulcrum bearing 621 from bottom to top Spirally state is wound around multiple in aforementioned traction rope take-up roll 625 and with traction rope take-up roll 625 towards traction rope behind portion One end that roller second turns round spindle nose 624 is fixed.

In the present embodiment, torsion shaft 61 above-mentioned is hexagon shaft, that is to say, that the cross-sectional shape of torsion shaft 61 It is hexagonal, and the length of side on each side of hexagon is equal.

Continue to see that Fig. 1, the edge position of aforementioned front glass 11 lean out the surrounding edge of 1 front side of aforementioned rectangular forms Position, and the edge position of aforementioned rear glass 12 leans out the edge position of the rear side of rect widget 1, in forward and backward glass 11, it is filled out in the space between 12 edge position embedded with the edge position for making front glass 11 and rear glass 12 Opposite side cementation and also sealing joint strip 18 with 1 cementation of rect widget simultaneously each other, rect widget 1 above-mentioned is by upper cross Moulding 13, lower transverse frame item 14, left vertical frame item 15 and right vertical frame item 16 form, upper, lower horizontal moulding 13,14, left vertical frame item 15 and It is connected by four moulding corner connectors 17 between right vertical frame item 16 4.Since the structure of rect widget 1 belongs to the prior art, It see, for example, CN105064896B, thus the not reinflated explanation of applicant.

Continue to see Fig. 2 and combine Fig. 1, on the upper ledge bottom of chamber plate 231 of aforementioned upper ledge chamber 23 and corresponding to aforementioned The position that traction rope take-up roll first turns round spindle nose fulcrum bearing 621 offers the embedding foot chamber of revolution spindle nose fulcrum bearing 2311（Also can claim " the embedding foot notch of revolution spindle nose fulcrum bearing "）, in aforementioned traction rope take-up roll first revolution spindle nose fulcrum bearing 621 and in correspondence The position that spindle nose 623 is turned round in aforementioned traction rope take-up roll first offers one first revolution spindle nose support holes 6211, is drawing Rope take-up roll first turns round the bottom of spindle nose fulcrum bearing 621 and is extended with one towards the side of aforementioned traction rope take-up roll 625 Turn round spindle nose fulcrum bearing fixed plate 6212, side of the revolution spindle nose fulcrum bearing fixed plate 6212 under and corresponding to The position of the embedding foot chamber of revolution spindle nose fulcrum bearing 2311 constitutes a pair of of the revolution embedding foot 62121 of spindle nose fulcrum bearing for having L-shaped, a pair The corresponding cavity wall scarf of the embedding foot chamber of the embedding foot chamber of the embedding foot of spindle nose fulcrum bearing 62121 and revolution spindle nose fulcrum bearing 2311 is turned round, thus Entire traction rope take-up roll first revolution spindle nose fulcrum bearing 621 is fixed in upper ledge chamber lower wall panels 231, in revolution spindle nose bearing The middle part of seat fixed plate 6212 offers a pair of of curtain sheet turnover ladder rope relief hole 62122, and is overturn corresponding to a pair of of curtain sheet Position between ladder rope relief hole 62122 is further opened with a shutter elevating traction rope relief hole 62123, is rolled up in aforementioned traction rope It is turned round in spindle nose fulcrum bearing 622 around roller second and offers one the in the position corresponding to the first revolution spindle nose support holes 6211 Two-revolution spindle nose support holes 6221 and the top that spindle nose fulcrum bearing 622 is turned round in traction rope take-up roll second, which are constituted, a bearing Seat link plate 6222, the fulcrum bearing connecting plate 6222 is in the top of the length direction corresponding to aforementioned traction rope take-up roll 625 The direction that position turns round spindle nose fulcrum bearing 621 towards traction rope take-up roll first extends and is turned round with traction rope take-up roll first Spindle nose fulcrum bearing 621 connects, and traction rope take-up roll first above-mentioned turns round spindle nose 623 towards the first rotating shaft of traction rope take-up roll One end of head fulcrum bearing 621 is rotatably assorted with the first revolution spindle nose support holes 6211, and first rotating shaft of traction rope take-up roll First 623 are extended with a traction rope take-up roll inserting spindle nose 6232 towards one end of aforementioned traction rope take-up roll 625, are rolled up in traction rope The circumferencial direction that spindle nose 623 is turned round on the outer wall that roller first turns round spindle nose 623 and around traction rope take-up roll first is constituted There is one to be raised in the revolution spindle nose turnover ladder rope block plate 6233 that traction rope take-up roll first turns round the outer wall surface of spindle nose 623, it is preceding It states traction rope take-up roll second and turns round spindle nose 624 and turn round one end of spindle nose fulcrum bearing 622 and the towards traction rope take-up roll second Two-revolution spindle nose support holes 6221 are rotatably assorted, and spindle nose 624 is turned round towards traction rope take-up roll 625 in traction rope take-up roll second One end constitute have hexagonal sleeve 6242 in one, the interior hexagonal sleeve 6242 have one in hexagonal sleeve chamber 62421, traction rope volume One end of spindle nose 623 is turned round towards traction rope take-up roll first and 6232 inserting of traction rope take-up roll inserting spindle nose is consolidated around roller 625 It is fixed, and also composition has a take-up roll turnover ladder rope block plate 6252, and which rolls up around traction rope Around the circumferencial direction of roller 625 be raised in traction rope take-up roll 625 outer wall surface and with revolution spindle nose turnover ladder rope block plate 6233 is corresponding, and the space between revolution spindle nose turnover ladder rope block plate 6233 and take-up roll turnover ladder rope block plate 6252 is configured to turn over Turn terraced rope sling and set 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 one Outer-hexagonal head 6253, interior 62421 inserting of hexagonal sleeve chamber of the outer-hexagonal head 6253 and aforementioned interior hexagonal sleeve 6242 and Shutter elevating traction rope fag end card slot 62531, the upper end of aforementioned curtain sheet turnover ladder rope 53 are offered on the outer-hexagonal head 6253 It is nested with after a pair of of curtain sheet turnover ladder rope relief hole 62122 above-mentioned from bottom to top and sets slot 6234 in turnover ladder rope sling above-mentioned Above and in the turnover ladder rope sling set one circle of winding or two circles on slot 6234（The present embodiment is two circles）, aforementioned shutter elevating leads The upper end of messenger 54 is passed through after shutter elevating traction rope relief hole 62123 above-mentioned with aforementioned spiral status from bottom to top around multiple In in the aforementioned traction rope take-up roll 625 and upper end end of shutter elevating traction rope 54 and aforementioned shutter elevating traction rope Fag end card slot 62531 is fixed.

In order to ensure outer-hexagonal head 6253 above-mentioned is fully consolidated with interior hexagonal sleeve 6242 in interior hexagonal sleeve chamber 62421 It is fixed, thus a screw hole 62423 is offered on interior hexagonal sleeve 6242, it is equipped in the screw hole 62423 One lock screw 62424 is locked outer-hexagonal head 6253 by lock screw 62424.As shown in Figure 2, shutter elevating above-mentioned Traction rope fag end card slot 62531 has a pair, the upper end end of shutter elevating traction rope 54 to be led by way of a pair of of shutter elevating It is placed in after a wherein shutter elevating traction rope fag end card slot in messenger fag end card slot 62531（It is embedded）A pair of of blind liter It drops in another shutter elevating traction rope fag end card slot in traction rope fag end card slot 62531, it specifically can be according to the signal of Fig. 2 It is fully understood.

As shown in Figure 2, in traction rope take-up roll first above-mentioned revolution spindle nose fulcrum bearing 621 and corresponding to aforementioned The position of the top of first revolution spindle nose support holes 6211 offers a pair of of pin connecting hole 6213, in aforementioned fulcrum bearing link plate 6222 turn round on the end face of one end of spindle nose fulcrum bearing 621 towards traction rope take-up roll first and connect corresponding to a pair of of pin The position for connecing hole 6213 is 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 Pin barb 62222 by being formed in the end of a pair of of pin 62221 limits and makes aforementioned fulcrum bearing link plate 6222 and lead Messenger take-up roll first is turned round spindle nose fulcrum bearing 621 and is connected.

Preferably, on the end face of one end in aforementioned interior hexagonal sleeve 6242 towards aforementioned traction rope take-up roll 625 and Being constituted in the position corresponding to aforementioned shutter elevating traction rope fag end card slot 62531 has fag end bayonet 62422, by the fag end The cooperation of bayonet 62422 and shutter elevating traction rope fag end card slot 62531 and make the upper of aforementioned shutter elevating traction rope 54 End end is limited between aforementioned outer-hexagonal head 6253 and interior hexagonal sleeve 6242.In the present embodiment, fag end bayonet above-mentioned 62422 have a pair.

It refers to Fig. 3 and combines Fig. 1, aforementioned torsion shaft driving mechanism 7 includes gearcase 71, gear box cover 72, canine tooth Wheel shaft 73, gear wheel 74, toothed belt wheel 75, pinion shaft 76, pinion gear 77 and traction teeth band 78, the shape of gearcase 71 is in inversion L-shaped, the gearcase 71 corresponding between the right end of aforementioned upper ledge chamber 23 and the top of aforementioned right frame chamber 22 position with 2 close build-in of inside casing above-mentioned, one end of Large Gear Shaft 73 is rotatably arranged in Large Gear Shaft first bearing 731, and canine tooth The other end of wheel shaft 73 is rotatably arranged in Large Gear Shaft second bearing 732, Large Gear Shaft first bearing 731 and gear wheel Axis second bearing 732 is embedded in the Large Gear Shaft bearing bore 7111 of the lower part for the gearcase box chamber 711 for being formed in gearcase 71, Gear wheel 74 is fixed on the middle part of Large Gear Shaft 73 and is engaged with pinion gear 77, and toothed belt wheel 75 is coaxial with gear wheel 74 and solid Large Gear Shaft 73 is scheduled on towards one end of Large Gear Shaft second bearing 732, pinion shaft 76 corresponds to the top of Large Gear Shaft 73 And laterally parallel with Large Gear Shaft 73, one end of the pinion shaft 76 is rotatably arranged in pinion shaft first bearing 761, And the other end of pinion shaft 76 is rotatably arranged in pinion shaft second bearing 762, pinion shaft first bearing 761 and Pinion shaft second bearing 762 is embedded in the pinion shaft bearing bore 7112 on the top for being formed in gearcase box chamber 711, small tooth Wheel 77 is fixed on the middle part of pinion shaft 76, and traction teeth band 78 is nested on toothed belt wheel 75, and one end of the traction teeth band 78 is with before The top connection of the curtain sheet overturning and shutter elevating control mechanism 3 stated, and the other end of traction teeth band 78 is fixed with a tooth band Connecting hook 781, the tooth band connection hook 781 are connect with aforementioned tension mechanism 8, and gear box cover 72 is using box cover screw 722 in correspondence In the position of the front side of gearcase box chamber 711, is fixed with gearcase 71 wherein：Pinion shaft 76 above-mentioned and aforementioned blind curtain The right end connection of the torsion shaft 61 of piece overturning and shutter elevating mechanism 6；It is fixed at the right side edge position of aforementioned front glass 11 There are a control mechanism slide guide item 111, manual operation control mechanism 4 above-mentioned to be slidably matched with the control mechanism slide guide item 111.

Continue to see Fig. 3, the axial direction in aforementioned pinion shaft 76 towards one end of aforementioned pinion shaft first bearing 761 is central Position offers a pinion shaft Hexagon hole 763, and the right end of the pinion shaft Hexagon hole 763 and aforementioned torsion shaft 61 is solid It is fixed, that is to say, that the right end of torsion shaft 61 is inserted into pinion shaft Hexagon hole 763；Prolong in the lower part of aforesaid gears box cover 72 Stretching has a pair of of conduction band foot 721, between a pair of of conduction band foot 721 constitute have a conduction band chamber 7211, the conduction band chamber 7211 with it is above-mentioned Traction teeth band 78 is corresponding.

Please continue to refer to Fig. 1, tension mechanism 8 above-mentioned includes spring pole socket 81, spring lever 82, spring 83, tensioner rope pulley Seat 84, tensioner rope pulley 85 and tensioner rope 86, spring pole socket 81 pass through bullet in the position of the lower section corresponding to aforementioned right frame chamber 22 Spring base seat fixing screws 811 are fixed with aforementioned inside casing 2, and being constituted on the top of spring pole socket 81 has a horizontal bending part of spring pole socket 812, a spring lever sliding eye 8121 is offered on the horizontal bending part of the spring pole socket 812, the lower end of spring lever 82 is located at bullet The lower section of the horizontal bending part of spring base seat 812, and the upper end of spring lever 82 is stretched over spring pole socket across spring lever sliding rod hole 8121 The top of horizontal bending part 812, spring 83 are nested in the lower end of spring lever 82, and the upper end of the spring 83 is supported on spring pole socket water Side of the flat-folded turn of bilge 812 under, and the lower end of spring 83 is supported on the spring lever spring for the lower end for being formed in spring lever 82 In fulcrum bearing 821, tensioner rope pulley seat 84 is located at the top of spring pole socket 81, is extended in the bottom of the tensioner rope pulley seat 84 The upper end of a pair of of axis pin base 841, aforementioned spring lever 82 probes between a pair of of axis pin base 841 and connects axis pin by spring lever 822 connect with a pair of of axis pin base 841, and tensioner rope pulley 85 is rotatably arranged at tensioner rope pulley by tensioner rope pulley axis 851 On seat 84, the middle part of tensioner rope 86 is nested on tensioner rope pulley 85, and one end of the tensioner rope 86 and the overturning of aforementioned curtain sheet are simultaneous The lower part of shutter elevating control mechanism 3 connects, and aforementioned tooth band connection hook 781 is connect with the other end of tensioner rope 86, in fixation In the aforementioned control mechanism slide guide item 111 at the right side edge position of aforementioned front glass 11 short transverse and towards previous manual The side of operation and control mechanism 4, which is constituted, guide runner 1111, and manual operation control mechanism 4 is slidably matched with the guide runner 1111.

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, the quantity of interior magnetic patch 32 has a pair, but is not limited to a pair, which is fixed on above-mentioned in a manner of setting In interior magnetic patch lock chamber 312, interior magnetic block seat upper roller 33 is rotatably arranged at aforementioned interior magnetic by interior magnetic block seat upper roller shaft 331 In block upper roller hub setting chamber 311, interior magnetic block seat bottom roller 34 is rotatably arranged at aforementioned by interior magnetic block seat bottom roller axis 341 In interior magnetic block seat bottom roller hub setting chamber 313, and interior magnetic block seat upper roller 33 and interior magnetic block seat bottom roller 34 and aforementioned preceding glass The side of glass 11 back to manual operation control mechanism 4 is to constitute rolling pair towards the side of rear glass 12 with front glass 11, as before It states, due to covering shield by cover board 25 at the accent position corresponding to left and right frame chamber 21,22 and upper ledge chamber 23 towards front glass 11, Magnetic block seat upper roller 33 and interior magnetic block seat bottom roller 34 are substantially with cover board 25 back to a side surface of front glass 11 in thus Rolling pair is constituted, 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 patch Seat bottom roller 44 is constituted to have and be rolled on outer magnetic block seat successively from top to bottom in outer magnetic block seat 41 towards the side of aforementioned interior magnetic block seat 31 Wheel hub setting chamber 411, outer magnetic patch lock chamber 412 and outer magnetic block seat bottom roller hub setting chamber 413, the quantity of outer magnetic patch 42 have a pair, but It is not limited to a pair, which is fixed in a manner of setting in outer magnetic patch lock chamber 412 above-mentioned, outer magnetic block seat upper roller 43 are rotatably arranged at by outer magnetic block seat upper roller shaft in aforementioned outer magnetic block seat upper roller hub setting chamber 411, are rolled under outer magnetic block seat Wheel 44 is rotatably arranged in aforementioned outer magnetic block seat bottom roller hub setting chamber 413 by outer magnetic block seat bottom roller axis and outer magnetic block seat Upper roller 43 and outer magnetic block seat bottom roller 44 and front glass 11 are back to the side of interior magnetic block seat 31 i.e. with front glass 11 back to rear The side of glass 12 constitutes rolling pair, and aforementioned outer magnetic patch 42 is attracted across front glass 11 with aforementioned interior magnetic patch 32 each other, wherein Being constituted towards the side of aforementioned control mechanism slide guide item 111 in aforementioned outer magnetic block seat 41 has a pair of of guide runner guide block 414, this is to leading Sliding slot guide block 414 is slidably matched with guide runner 1111 above-mentioned.

In the present embodiment, there is a magnetizable metal iron plate in aforementioned 31 inner armor of interior magnetic block seat, for interior magnetic patch 32 It is reliably attracted back to the side of front glass 11 and the sheet metal, same reason, having in aforementioned 41 inner armor of outer magnetic block seat one can Magnetized metal iron plate, so that outer magnetic patch 42 is reliably attracted back to the side of front glass 11 and the metal iron plate.

A traction teeth band, which is offered, on the top of aforementioned interior magnetic block seat 31 links annular distance 314, and under interior magnetic block seat 31 End is provided with tensioner rope hook 315, and one end of aforementioned traction teeth band 78 is connected with a traction gear shackle 782, the traction Tooth band shackle 782 is connect with traction teeth band connection annular distance 314, and one end of aforementioned tensioner rope 86 is connect with tensioner rope hook 315.

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 with curtain sheet overturning and shutter elevating control mechanism 3 across 11 magnetic attracting of front glass） Operation drives curtain sheet overturning and shutter elevating control mechanism 3, by curtain sheet overturning and blind by manual operation control mechanism 4 Lifting control mechanism 3 drives the traction teeth band 78 of the structural system of torsion shaft driving mechanism 7, and toothed belt wheel is driven by traction teeth band 78 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 77 phase of pinion gear Engagement, thus by the large gear turn the small gear 77, pinion shaft 76 is driven by pinion gear 77, blind is driven by pinion shaft 76 The torsion shaft 61 of the structural system of curtain sheet overturning and shutter elevating mechanism 6 rotates an angle, thus simultaneously by torsion shaft 61 It drives the first revolution spindle nose 623 of traction rope take-up roll and traction rope take-up roll second to turn round spindle nose 624 and accordingly turns over an angle Degree, and in sight insert is fixed due to traction rope take-up roll 625 and turns round spindle nose 623,624 in traction rope take-up roll first, second admittedly Between, thus traction rope take-up roll 625 substantially also turns over an angle.Due to the curtain sheet overturning of the structural system of blind 5 Slot 6234 is set around turnover ladder rope sling is sleeved in the upper end of ladder rope 53（Around two circle of set）It is interior, thus in the first rotating shaft of traction rope take-up roll It when first 623 rotation, one 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 overturning Curtain sheet 52 on ladder rope 53 overturns an angle.Hand operation and control mechanism 4 dials and moves or determine traction teeth band to shifting is set aside upwards The change of 78 direction of motion, and then determine the change of the rotation direction of torsion shaft 61, such as clockwise or counterclockwise Rotate an angle.Therefore only slightly stirring manual operation control mechanism 4 can realize to curtain sheet 52 according to needing turning over for angle Turn.

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 625 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.

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 double layer glass window with built-in louver, including surrounding enclose a rect widget (1) for connection, in the square Be provided with a front glass (11) on front side of shape forms (1), and rear side be provided with one after glass (12)；One inside casing (2), the inside casing (2) it is arranged in the rect widget (1) and the left side of the inside casing (2) composition has a left frame chamber (21), right side, which is constituted, is had One right frame chamber (22), and top composition has a upper ledge chamber (23), the space between the left and right sides of inside casing (2) to be configured to blind chamber (24)；The overturning of one curtain sheet and shutter elevating control mechanism (3) and a manual operation and control mechanism (4), curtain sheet overturning and blinds Curtain lifting control mechanism (3) is arranged up or down in the right frame chamber (22), and manual operation control mechanism (4) is across institute The front glass (11) stated is attracted with curtain sheet overturning and shutter elevating control mechanism (3) and by the manual operation control machine Moving up and down for structure (4) and drive curtain sheet overturning and shutter elevating control mechanism (3) correspondingly move up and down；One blind (5) and the simultaneous shutter elevating mechanism (6) of blind curtain sheet overturning, blind (5) are arranged in the blind chamber (24) Interior, which includes sill strip (51), curtain sheet (52), curtain sheet turnover ladder rope (53) and shutter elevating traction rope (54), bottom Item (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 fixed, and upper end is nested with hundred In the overturning of leaf curtain curtain sheet and shutter elevating mechanism (6), curtain sheet (52) is shelved on curtain sheet turnover ladder rope (53), shutter elevating The quantity of traction rope (54) is equal with the quantity of curtain sheet turnover ladder rope (53) and with curtain sheet turnover ladder rope (53), the blinds Curtain lifts the lower end of traction rope (54) solid with sill strip (51) afterwards across the traction rope relief hole (521) being opened in curtain sheet (52) Fixed connection, 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 the upper ledge chamber (23)；One for driving the blind curtain sheet overturning and blind liter The torsion shaft driving mechanism (7) of descending mechanism (6) action, the torsion shaft driving mechanism (7) are arranged on the right side of the upper ledge chamber (23) Between end and the top of the right frame chamber (22), and the torsion shaft driving mechanism (7) while being turned over the blind curtain sheet Turn simultaneous shutter elevating mechanism (6) and curtain sheet overturning and shutter elevating control mechanism (3) connection；One tension mechanism (8), which fixes in the position for the lower section for overturning simultaneous shutter elevating control mechanism (3) corresponding to the curtain sheet In the right frame chamber (22) and the tension mechanism (8) while simultaneous with the torsion shaft driving mechanism (7) and curtain sheet overturning Shutter elevating control mechanism (3) connects, it is characterised in that the overturning of blind curtain sheet and shutter elevating mechanism (6) packet Include a torsion shaft (61) and the traction rope winding device (62) equal with the quantity of shutter elevating traction rope (54), traction rope Winding device (62) includes that traction rope take-up roll first turns round spindle nose fulcrum bearing (621), traction rope take-up roll second turns round spindle nose Fulcrum bearing (622), traction rope take-up roll first turn round spindle nose (623), traction rope take-up roll second turns round spindle nose (624) and traction Take-up roll of restricting (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 is in the upper ledge chamber (23) and fixed with the upper ledge chamber lower wall panels (231) of upper ledge chamber (23), traction Rope take-up roll first is turned round spindle nose (623) and is rotatably supported in the revolution spindle nose fulcrum bearing of traction rope take-up roll first (621), leads Messenger take-up roll second is turned round spindle nose (624) and is rotatably supported in the revolution spindle nose fulcrum bearing of traction rope take-up roll second (622), One end that traction rope take-up roll (625) turns round spindle nose (623) towards traction rope take-up roll first is returned with traction rope take-up roll first Tupelo (623) is fixed, and traction rope take-up roll (625) towards traction rope take-up roll second turn round one end of spindle nose (624) with Traction rope take-up roll second is turned round spindle nose (624) and is fixed, and the middle part of torsion shaft (61) passes through the first rotating shaft of traction rope take-up roll The first rotating shaft head bore (6231), the traction rope take-up roll second of head (623) turn round the second rotating shaft head bore of spindle nose (624) (6241) and the traction rope take-up roll axial central through hole (6251) of traction rope take-up roll (625) and corresponding to first time The position of shaft head bore (6231) is turned round spindle nose (623) with traction rope take-up roll first and is fixed and corresponding to the second rotating shaft The position of head bore (6241) turns round that spindle nose (624) is fixed with traction rope take-up roll second, and the right end of torsion shaft (61) is towards described The direction of torsion shaft driving mechanism (7) is stretched, and the torsion shaft driving mechanism (7) is connect with the right end of torsion shaft (61), institute The upper end for stating curtain sheet turnover ladder rope (53) is passing through the traction rope take-up roll first revolution spindle nose fulcrum bearing (621) from bottom to top Bottom after be nested with and turned round on spindle nose (623) in the traction rope take-up roll first, the shutter elevating traction rope (54) Upper end pass through from bottom to top traction rope take-up roll first turn round behind the bottom of spindle nose fulcrum bearing (621) spirally state around it is multiple in Spindle nose is turned round on the traction rope take-up roll (625) and with traction rope take-up roll (625) towards traction rope take-up roll second (624) one end is fixed.

2. single manipulation double layer glass window with built-in louver according to claim 1, it is characterised in that the front glass (11) edge position leans out the edge position on front side of the rect widget (1), and it is described after glass (12) four Circumferential edges position leans out the edge position of the rear side of rect widget (1), the surrounding edge in forward and backward glass (11,12) Filled out in space between position the opposite side embedded with the edge position for making front glass (11) and rear glass (12) that This cementation and also sealing joint strip (18) with rect widget (1) cementation simultaneously, the rect widget (1) is by upper transverse frame item (13), lower transverse frame item (14), left vertical frame item (15) and right vertical frame item (16) composition, upper, lower horizontal moulding (13,14), left vertical frame item (15) and between right vertical frame item (16) four it is connected by four moulding corner connectors (17).

3. single manipulation double layer glass window with built-in louver according to claim 1, it is characterised in that in the upper ledge chamber (23) on upper ledge bottom of chamber plate (231) and corresponding to the traction rope take-up roll first revolution spindle nose fulcrum bearing (621) Position offers the revolution embedding foot chamber (2311) of spindle nose fulcrum bearing, and spindle nose fulcrum bearing is turned round in the traction rope take-up roll first (621) one first rotating shaft is offered on and in the position corresponding to the traction rope take-up roll first revolution spindle nose (623) Head support holes (6211) turn round the bottom of spindle nose fulcrum bearing (621) and towards the traction rope in traction rope take-up roll first The side of take-up roll (625) is extended with single-revolution spindle nose fulcrum bearing fixed plate (6212), in the revolution spindle nose fulcrum bearing fixed plate (6212) side under and corresponding to revolution the embedding foot chamber (2311) of spindle nose fulcrum bearing position constitute having a pair of of revolution The embedding foot of spindle nose fulcrum bearing (62121), a pair turn round the embedding foot of spindle nose fulcrum bearing (62121) and the revolution embedding foot chamber of spindle nose fulcrum bearing (2311) correspondence cavity wall scarf offers a pair of of curtain sheet turnover ladder rope in the middle part of revolution spindle nose fulcrum bearing fixed plate (6212) Relief hole (62122), and it is being further opened with 100 corresponding to the position between a pair of of curtain sheet turnover ladder rope relief hole (62122) Leaf curtain lifts traction rope relief hole (62123), in the traction rope take-up roll second revolution spindle nose fulcrum bearing (622) and One second revolution spindle nose support holes (6221) are offered corresponding to the position of the first revolution spindle nose support holes (6211) and are being led The top composition that messenger take-up roll second turns round spindle nose fulcrum bearing (622) has a fulcrum bearing link plate (6222), the fulcrum bearing to connect Fishplate bar (6222) the top of the length direction corresponding to the traction rope take-up roll (625) position towards traction rope take-up roll The direction of first revolution spindle nose fulcrum bearing (621) extends and turns round spindle nose fulcrum bearing (621) even with traction rope take-up roll first It connects, the traction rope take-up roll first turns round spindle nose (623) and turns round spindle nose fulcrum bearing (621) towards traction rope take-up roll first One end with first revolution spindle nose support holes (6211) be rotatably assorted, and the traction rope take-up roll first turn round spindle nose (623) court It is extended with a traction rope take-up roll inserting spindle nose (6232) to one end of the traction rope take-up roll (625), is wound in traction rope Roller first turns round the circumferencial direction structure that spindle nose (623) is turned round on the outer wall of spindle nose (623) and around traction rope take-up roll first Cheng Youyi is 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 (623) (6233), the traction rope take-up roll second turns round spindle nose (624) and turns round spindle nose fulcrum bearing towards traction rope take-up roll second (622) one end is rotatably assorted with the second revolution spindle nose support holes (6221), and spindle nose (624) is turned round in traction rope take-up roll second Being constituted towards one end of traction rope take-up roll (625) has hexagonal sleeve (6242) in one, which has one Interior hexagonal sleeve chamber (62421), traction rope take-up roll (625) turn round one end of spindle nose (623) towards traction rope take-up roll first It 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) is raised in traction rope take-up roll around the circumferencial direction of traction rope take-up roll (625) (625) outer wall surface and, revolution spindle nose turnover ladder rope block plate corresponding with revolution spindle nose turnover ladder rope block plate (6233) (6233) space between take-up roll turnover ladder rope block plate (6252) is configured to turnover ladder rope sling and sets slot (6234), traction rope volume One end composition for turning round spindle nose (624) towards traction rope take-up roll second around roller (625) has an outer-hexagonal head (6253), this outer six Interior hexagonal sleeve chamber (62421) inserting of angle head (6253) and the interior hexagonal sleeve (6242) and in the outer-hexagonal head (6253) shutter elevating traction rope fag end card slot (62531) is offered on, the upper end of the curtain sheet turnover ladder rope (53) is under It is nested with after a pair of of curtain sheet turnover ladder rope relief hole (62122) described in being upward through and sets slot (6234) in the turnover ladder rope sling Above and in the turnover ladder rope sling set one circle of winding or two circles, the upper end of the shutter elevating traction rope (54) on slot (6234) It passes through from bottom to top after the shutter elevating traction rope relief hole (62123) with the spiral status around multiple in the traction It is in take-up roll of restricting (625) and fixed with the shutter elevating traction rope fag end card slot (62531).

4. single manipulation double layer glass window with built-in louver according to claim 3, it is characterised in that in the traction Take-up roll first of restricting is turned round in spindle nose fulcrum bearing (621) and corresponding to the upper of the first revolution spindle nose support holes (6211) The position of side offers a pair of of pin connecting hole (6213), in the fulcrum bearing link plate (6222) towards traction rope take-up roll the On the end face of one end of single-revolution spindle nose fulcrum bearing (621) and in the position extension corresponding to a pair of of pin connecting hole (6213) There is a pair of of pin (62221), a pair of of pin connecting hole (6213) is inserted into pin (62221) by this and by being formed in a pair The restriction of the pin barb (62222) of the end of pin (62221) and so that the fulcrum bearing link plate (6222) and traction rope is rolled up Spindle nose fulcrum bearing (621) is turned round around roller first to connect.

5. single manipulation double layer glass window with built-in louver according to claim 3, it is characterised in that in the interior hexagonal Sleeve (6242) is led towards on the end face of one end of the traction rope take-up roll (625) and corresponding to the shutter elevating The position of messenger fag end card slot (62531), which is constituted, fag end bayonet (62422), by the fag end bayonet (62422) and blind It lifts the cooperation of traction rope fag end card slot (62531) and the upper end end of the shutter elevating traction rope (54) is made to be limited to institute It states between outer-hexagonal head (6253) and interior hexagonal sleeve (6242).

6. single manipulation double layer glass window with built-in louver according to claim 1, it is characterised in that the torsion shaft drives Motivation structure (7) includes gearcase (71), gear box cover (72), Large Gear Shaft (73), gear wheel (74), toothed belt wheel (75), small tooth The shape of wheel shaft (76), pinion gear (77) and traction teeth band (78), gearcase (71) is in inverted L-shaped, the gearcase (71) Corresponding between the right end of the upper ledge chamber (23) and the top of the right frame chamber (22) position and the inside casing (2) it is embedding Gu one end of Large Gear Shaft (73) is rotatably arranged in Large Gear Shaft first bearing (731), and Large Gear Shaft (73) is another End is rotatably arranged in Large Gear Shaft second bearing (732), the second axis of Large Gear Shaft first bearing (731) and Large Gear Shaft In the Large Gear Shaft bearing bore (7111) for holding the lower part that (732) are embedded in the gearcase box chamber (711) for being formed in gearcase (71), Gear wheel (74) is fixed on the middle part of Large Gear Shaft (73) and is engaged with pinion gear (77), toothed belt wheel (75) and gear wheel (74) Coaxially and it is fixed on the one end of Large Gear Shaft (73) towards Large Gear Shaft second bearing (732), pinion shaft (76) corresponds to The top of Large Gear Shaft (73) and laterally parallel with Large Gear Shaft (73), one end of the pinion shaft (76) is rotatably arranged at In pinion shaft first bearing (761), and the other end of pinion shaft (76) is rotatably arranged at pinion shaft second bearing (762) on, pinion shaft first bearing (761) and pinion shaft second bearing (762) are embedded in and are formed in gearcase box chamber (711) in the pinion shaft bearing bore (7112) on top, pinion gear (77) is fixed on the middle part of pinion shaft (76), traction teeth Band (78) is nested on toothed belt wheel (75), and one end of the traction teeth band (78) is controlled with the curtain sheet overturning and shutter elevating The top of mechanism (3) connects, and the other end of traction teeth band (78) is fixed with a tooth band connection hook (781), the tooth band connection hook (781) connect with the tension mechanism (8), gear box cover (72) the front side corresponding to gearcase box chamber (711) position with Gearcase (71) is fixed, wherein：The pinion shaft (76) and blind curtain sheet overturning and shutter elevating mechanism (6) Torsion shaft (61) right end connection；It is fixed with a control mechanism slide guide item at the right side edge position of the front glass (11) (111), the manual operation control mechanism (4) is slidably matched with the control mechanism slide guide item (111).

7. single manipulation double layer glass window with built-in louver according to claim 6, it is characterised in that in the pinion gear The axial middle position of axis (76) towards one end of the pinion shaft first bearing (761) offers hexagonal in a pinion shaft Hole (763), the pinion shaft Hexagon hole (763) and the right end of the torsion shaft (61) are fixed；In the gear box cover (72) Lower part be extended with a pair of of conduction band foot (721), between a pair of of conduction band foot (721) constitute have a conduction band chamber (7211), the conduction band Chamber (7211) is corresponding with traction teeth band (78).

8. single manipulation double layer glass window with built-in louver according to claim 6, it is characterised in that the tensioner machine Structure (8) includes spring pole socket (81), spring lever (82), spring (83), tensioner rope pulley seat (84), tensioner rope pulley (85) and rises Tight rope (86), spring pole socket (81) pass through spring pole socket fixing screws in the position of the lower section corresponding to the right frame chamber (22) (811) fixed with the inside casing (2), being constituted on the top of spring pole socket (81) has a horizontal bending part of spring pole socket (812), A spring lever sliding eye (8121) is offered on the horizontal bending part of spring pole socket (812), the lower end of spring lever (82) is located at bullet The lower section of the horizontal bending part of spring base seat (812), and the upper end of spring lever (82) is stretched over bullet across spring lever sliding rod hole (8121) The top of the horizontal bending part of spring base seat (812), spring (83) are nested in the lower end of spring lever (82), the upper end branch of the spring (83) The side under in the horizontal bending part of spring pole socket (812) is held, and the lower end of spring (83) is supported on and is formed in spring lever (82) on the spring lever spring bearing housing (821) of lower end, tensioner rope pulley seat (84) is located at the top of spring pole socket (81), The bottom of the tensioner rope pulley seat (84) is extended with a pair of of axis pin base (841), and the upper end of the spring lever (82) probes into a pair of pin It between axle bed (841) and connects axis pin (822) by spring lever to connect with a pair of of axis pin base (841), tensioner rope pulley (85) It is rotatably arranged on tensioner rope pulley seat (84) by tensioner rope pulley axis (851), is nested with and is rising in the middle part of tensioner rope (86) On snatch block (85), and one end of the tensioner rope (86) is overturn with the curtain sheet under simultaneous shutter elevating control mechanism (3) Portion connects, and the tooth band connection hook (781) connect with the other end of tensioner rope (86), on the right side for being fixed on the front glass (11) The short transverse of the control mechanism slide guide item (111) at lateral edges position and towards the manual operation control mechanism (4) Side constitute and have a guide runner (1111), manual operation control mechanism (4) is slidably matched with the guide runner (1111).

9. single manipulation double layer glass window with built-in louver according to claim 8, it is characterised in that the curtain sheet is turned over Turn and shutter elevating control mechanism (3) includes interior magnetic block seat (31), interior magnetic patch (32), interior magnetic block seat upper roller (33) and interior magnetic Block bottom roller (34), in interior magnetic block seat (31) towards the side of the manual operation control mechanism (4) structure successively from top to bottom It is interior at having 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) 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 block seat upper roller Axis (331) is rotatably arranged in the interior magnetic block seat upper roller hub setting chamber (311), and interior magnetic block seat bottom roller (34) passes through interior magnetic Block bottom roller axis (341) is rotatably arranged in the interior magnetic block seat bottom roller hub setting chamber (313), and is rolled on interior magnetic block seat (33) and interior magnetic block seat bottom roller (34) is taken turns to constitute back to the side of manual operation control mechanism (4) with the front glass (11) Rolling pair, manual operation control mechanism (4) include outer magnetic block seat (41), outer magnetic patch (42), outer magnetic block seat upper roller (43) and outside Magnetic block seat bottom roller (44), being constituted successively from top to bottom towards the side of the interior magnetic block seat (31) in outer magnetic block seat (41) has outside 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) it is fixed in the outer magnetic patch lock chamber (412), outer magnetic block seat upper roller (43) passes through outer magnetic block seat upper roller shaft rotation It is arranged dynamicly in the outer magnetic block seat upper roller hub setting chamber (411), outer magnetic block seat bottom roller (44) under outer magnetic block seat by rolling Wheel shaft is rotatably arranged in the outer magnetic block seat bottom roller hub setting chamber (413) and outer magnetic block seat upper roller (43) and outer magnetic Block bottom roller (44) and front glass (11) constitute rolling pair back to the side of interior magnetic block seat (31), and the outer magnetic patch (42) every It front glass (11) to be attracted each other with the interior magnetic patch (32), wherein leading towards the control mechanism in the outer magnetic block seat (41) The side of draw runner (111), which is constituted, a pair of of guide runner guide block (414), this is to guide runner guide block (414) and the guide runner (1111) it is slidably matched.

10. single manipulation double layer glass window with built-in louver according to claim 9, it is characterised in that in the interior magnetic patch The top of seat (31) offers traction teeth band connection annular distance (314), and the lower end of interior magnetic block seat (31) is provided with a tensioner One end of rope hook (315), the traction teeth band (78) is connected with a traction gear shackle (782), traction teeth band connection Ring (782) is connect with traction teeth band connection annular distance (314), and one end of the tensioner rope (86) is connect with tensioner rope hook (315).