CN105089474B - The driving controller of energy-saving multilayer hollow glass louver - Google Patents

The driving controller of energy-saving multilayer hollow glass louver Download PDF

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Publication number
CN105089474B
CN105089474B CN201510481977.4A CN201510481977A CN105089474B CN 105089474 B CN105089474 B CN 105089474B CN 201510481977 A CN201510481977 A CN 201510481977A CN 105089474 B CN105089474 B CN 105089474B
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China
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upset
curtain sheet
frame
interior
glass
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CN105089474A (en
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王卫东
袁克光
张�成
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Changshu Zhongqin Building Material Co Ltd
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Changshu Zhongqin Building Material Co Ltd
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Abstract

The driving controller of a kind of energy-saving multilayer hollow glass louver, belongs to hollow glass products technical field.Including inside and outside framework, inside and outside glass, intermediate glass, curtain sheet upset transition mechanism, blind, curtain sheet upset pull rope and shutter elevating pull rope, feature: drive controller to include manual operation controlling organization, interior lifting carriage mechanism, transition slide mechanism and curtain sheet upset and shutter elevating controlling organization;In interior cavity and be positioned at the left side of cavity and there is internal frame body protect frame, interior lifting carriage mechanism and transition slide mechanism being protected frame and an internal frame body left side is indulged in the space formed between moulding by internal frame body, in outer cavity and be positioned at the left side of outer cavity and there is outer frame body protect frame, curtain sheet upset and shutter elevating controlling organization being protected frame by outer frame body and an outer frame body left side is indulged in the space formed between moulding.Have found rational equilibrium point between the two in heat-insulation and heat-preservation and controllable property, can be obedient to the reasonable selection of user, energy-saving effect is preferable.

Description

The driving controller of energy-saving multilayer hollow glass louver
Technical field
The invention belongs to hollow glass products technical field, be specifically related to the driving controller of a kind of energy-saving multilayer hollow glass louver.
Background technology
Hollow glass louver has self-evident following strong point: thermal insulation is good and uses and embodies the energy-conservation of building;Sound-proofing is excellent and uses the harassment from extraneous clamour noise;Anti-condensation is solidifying white and uses and guarantees that indoor light is sufficient and embodies desired beautiful effect;By the deflection angle of the curtain sheet of blind being regulated and indoor lighting needed for using acquisition requires and protect privacy, the curtain sheet of staiing blind from trifle in the world and using embodies and excellent exempts from cleaning effect;Building is had the most decorative and use the class of lifting building;Impact resistance is strong, safety good and length in service life and use and meet the installation requirement of skyscraper and meet the non-maintaining requirement of ultimate attainment life-time service;Simple Portable power saving is used to use adaptation all ages and classes and different physical ability person's operation, etc..
nullTechnical information about hollow glass louver can be seen in disclosed Chinese patent literature,Double glazing such as CN2564720Y(built-in louver curtain)、Shutter in CN2767624Y(double glazing)、Shutter in the double glazing that CN2767625Y(structure is improved)、Shutter in CN2756796Y(double glazing)、CN2232968Y(is provided with the monolithic door sash of horizontal shutter in double glazing)、CN2297952Y(Magnetic driving formula adds layer and stretches heavy curtain)、CN2326718Y(totally-enclosed shutter)、Shutter in the structure improved double glazing of CN100535378C()、Sun-shading hollow blind is set) in CN102444372A(mono-kind、The chain-drive mechanism of CN101392625B(bottom-fixed blind curtain)、CN202090817U(Manual hollow shutter)、CN202090815U(Manual hollow shutter) and CN104675257A(electric-powered shutter),And foreign patent such as W003071082A、US2004211528A,Etc..
Be not limited to that patent documentation exemplified above relates to is all single cavity structure, although the hollow glass louver of this single cavity structure can embody many strong points that the applicant is mentioned above, but is still difficult to meet the torrid zone or the cold district heat-insulation and heat-preservation requirement to heat.
Use multiple glazing shutter such as by interior, in, outer three pieces of glass constitute two cavities and arrange blind wherein in a cavity and can significantly improve heat insulation and preservation effect and use and meet the desired power conservation requirement of industry.
Although the technical information of visible all multiple glazings in disclosed Chinese patent literature, as CN102425360A(multilayer hollow protects glass), CN202300006U(multiple cavity hollow glass), CN202611467U(multiple glazing) and CN203769573U(multiple glazing) etc., but the structure design for multiple glazing shutter there is no the enlightenment of referential technology, because multiple glazing and multiple glazing shutter belong to two diverse structural systems, the former is by according to the glass mutual cementation when forming separate space needing quantity, and the latter needs to arrange in preferred separate space both to have made shutter elevating that the curtain sheet of blind can be made to overturn the associated components of (i.e. angular adjustment).
Utility model patent Authorization Notice No. CN202627912U recommends there be " a kind of novel multi-layer vacuum glass jalousie glass device ", it is to be made up of internal layer vacuum glass layer, curtain housing, outer layer single-glass layer and sun blind, internal layer vacuum glass layer is fixing with the inner side frame of curtain housing to be connected, outer layer single-glass layer is flexibly connected with the outside frame of curtain housing, and sun blind are arranged in curtain housing (specifically can be found in this patent specification the 0004th section).By the full text of this patent specification is read, owing to the sun blind of this patent are not to be enclosed in cavity, thus it is not belonging to the structural system of multiple glazing shutter truly.
Theoretically, as long as increasing a framework on the basis of the hollow glass louver structure that conventional example is as mentioned above and one piece of glass can forming the multiple glazing shutter in three glass two chambeies, three glass are outer glass (towards the glass of outdoor buildings under use state, as follows), interior glass is (towards the glass of Indoor environment under use state, as follows) and cavity separate glass i.e. intermediate glass (be positioned at, glass between outer glass), two chambeies are outer glass and cavity separates the outer cavity between glass and interior glass and cavity separates the interior cavity between glass.But the multiple glazing blind that this structure is formed i.e. can produce again following puzzlement during actual use when being installed on building: is difficult to find that rational equilibrium point at heat-insulation and heat-preservation and controller between both the operability to blind, because if blind being arranged in aforesaid interior cavity, then while can be operated with shutter elevating controlling organization by the curtain sheet upset being positioned at the structural system also belonging to driving controller that the glass manual operation controlling organization belonging to the structural system driving controller towards Indoor environment side is pointed in cavity in the conventional mode, make blind depend on need to lift or make curtain sheet depend on need upset, but owing to blind is positioned in cavity, thus outer cavity produces certain impact because of the existence without blind to heat-insulation and heat-preservation.Otherwise, if blind is arranged in outer cavity, though heat insulation and preservation effect so can be significantly improved, but it is in interior glass to overturn across the curtain sheet during interior cavity is pointed to outer cavity towards the manual operation controlling organization of indoor side and operate with shutter elevating controlling organization, because the upset of manual operation controlling organization and curtain sheet and shutter elevating controlling organization across and can only be across one piece of glass each other by together with magnet piece magnetic attracting, this can be referred to Chinese invention patent application publication No. CN104747054A(double glazing window with built-in louver).Another one factor is: consider from the decoration effect to building and the actually used demand from user, being arranged at by blind in outer cavity is first-selected scheme, the controlling organization curtain sheet upset to being arranged in outer cavity cannot be manually operated with blind at Indoor environment yet with limiting by structure to implement to operate with shutter elevating controlling organization, thus not only have impact on the lifting to decorating building decoration result, and limit the reasonable selection of user.
As shown in the above description, if driving the manual operation controlling organization of controller and curtain sheet upset and shutter elevating to control maple the two mechanism by constituting in prior art is cannot to meet using of being arranged at by blind in outer cavity to require, unless the structure driving controller is improved, but it is showed no in disclosed China and foreign countries' patent up to now and non-patent literature and all has referential technology to enlighten.
For above-mentioned prior art, the applicant has made positive and useful design, finally defines technical scheme described below.
Summary of the invention
The task of the present invention be to provide a kind of contribute to meeting blind is arranged in outer cavity and meets by manual operation controlling organization across the curtain sheet upset to being arranged at blind in outer cavity of the interior cavity and shutter elevating controlling organization implement the requirement of operation and use the energy-conservation of heat-insulation and heat-preservation with the controllable property of blind is obtained between the two rational equilibrium point and meets the driving controller of energy-saving multilayer hollow glass louver of selection demand of user.
nullThe task of the present invention is performed by,A kind of driving controller of energy-saving multilayer hollow glass louver,Described multiple glazing shutter includes internal frame body、Outer frame body、Interior glass、Outer glass、Intermediate glass、Curtain sheet upset transition mechanism、Blind、Curtain sheet upset pull rope and shutter elevating pull rope,In、Outer frame body arranges with the state faced each other and this is interior、Outer frame body all in Chinese character square shape structure,Interior glass and internal frame body are back to the side cementation of outer frame body,And maintain interior space between this interior glass and intermediate glass,It is configured to interior cavity by this interior space,Outer glass and outer frame body are back to the side cementation of internal frame body,And maintain the external space between this outer glass and intermediate glass,It is configured to outer cavity by this external space,Curtain sheet upset transition mechanism and blind are arranged in outer cavity,And curtain sheet upset transition mechanism is corresponding to the top of blind,And the curtain sheet upset rope of blind is connected with curtain sheet upset transition mechanism,It is characterised by that described driving controller includes manual operation controlling organization、Interior lifting carriage mechanism、Transition slide mechanism and curtain sheet overturn and shutter elevating controlling organization,Interior lifting carriage mechanism is arranged in described interior cavity up or down,And it is positioned at the left side of the short transverse of cavity,Transition slide mechanism and is being connected with interior lifting carriage mechanism corresponding to the position above interior lifting carriage mechanism when with interior lifting carriage mechanism,This transition slide mechanism slides up and down with interior elevating mechanism and slides,Manual operation controlling organization is arranged on the described interior glass side back to described interior cavity up or down in the position corresponding to interior lifting carriage mechanism,And this manual operation controlling organization across interior glass together with interior lifting carriage mechanism magnetic attracting,Curtain sheet upset and shutter elevating controlling organization are in the position corresponding to transition slide mechanism is arranged on described outer cavity up or down,And this curtain sheet upset with shutter elevating controlling organization across described intermediate glass together with transition slide mechanism magnetic attracting,The two ends of described curtain sheet upset pull rope are each attached on the upset of described curtain sheet and shutter elevating controlling organization,Middle part is nested with on described curtain sheet upset transition mechanism,One end of described shutter elevating pull rope is fixed on curtain sheet upset transition mechanism,Middle part is nested with in the upset of described curtain sheet and shutter elevating controlling organization,And the other end is connected fixing with the blind sill strip of the bottom of blind after the curtain sheet pull rope resigning hole being opened in the curtain sheet of blind;In described interior cavity and the left side of the short transverse that is positioned at cavity has an internal frame body and protects frame, this internal frame body protects frame and indulges the right side of moulding with the internal frame body left side constituting internal frame body and be connected, described interior lifting carriage mechanism and transition slide mechanism up or down being protected frame and an internal frame body left side is indulged in the space formed between moulding by internal frame body, in described outer cavity and the left side of the short transverse that is positioned at outer cavity has an outer frame body and protects frame, this outer frame body protects frame and indulges the right side of moulding with the outer frame body left side constituting outer frame body and be connected, described curtain sheet upset and shutter elevating controlling organization up or down being protected frame and an outer frame body left side is indulged in the space formed between moulding by outer frame body.
In a specific embodiment of the present invention, on described outer frame body and be positioned at the outer frame body upper transverse frame pipe of outer frame body towards under side connect and have one to cover to protect frame, this covers and protects the length direction of frame and constitute and have one to cover to protect frame chamber;nullDescribed curtain sheet upset transition mechanism includes that curtain sheet trip shaft props up bearing、Curtain sheet trip shaft、Curtain sheet upset traction wheel、Curtain sheet upset pull rope transition wheel seat、Curtain sheet upset pull rope transition wheel and a pair curtain sheet upset rope drive guide bracket,Curtain sheet trip shaft props up and is seated against the position corresponding to the described left end covering and protecting frame and directly constitutes in described outer frame body towards the position of the upper left corner of described outer cavity side,The left end of curtain sheet trip shaft is rotatably supported at curtain sheet trip shaft and props up in bearing and be stretched over curtain sheet trip shaft and prop up the left side of bearing,And the right-hand member of curtain sheet trip shaft with horizontal boom state extend to described in cover and protect frame intracavity,Curtain sheet upset traction wheel is fixed on the left end of described curtain sheet trip shaft in the position in the left side propping up bearing corresponding to curtain sheet trip shaft,Curtain sheet upset pull rope transition wheel seat directly constitutes in described outer frame body towards the position of the lower-left corner of described outer cavity side,And it is corresponding to prop up bearing with curtain sheet trip shaft,Curtain sheet upset pull rope transition wheel be rotatably arranged at curtain sheet upset pull rope transition wheel seat left side and with curtain sheet upset traction wheel corresponding,A pair curtain sheet upset rope drive guide bracket be positioned at described in cover protect frame cover protect frame intracavity and with cover the chamber diapire scarf protecting frame chamber,Curtain sheet upset rope is driven one of them curtain sheet upset rope in guide bracket to drive guide bracket to be connected with the left end of described curtain sheet trip shaft by this,And a pair curtain sheet upset rope drives another curtain sheet upset rope in guide bracket to drive guide bracket to be connected with the right-hand member of curtain sheet trip shaft;The middle part of described curtain sheet upset pull rope is nested with on described curtain sheet upset traction wheel and curtain sheet upset pull rope transition wheel;One end of described shutter elevating pull rope is fixed on described curtain sheet trip shaft and props up in bearing;The curtain sheet upset rope of described blind drives guide bracket to be connected with a pair described curtain sheet upset rope.
nullIn another specific embodiment of the present invention,A pair described curtain sheet turning wheel drives guide bracket respectively to include overturning bulging axle bed、Upset drum axle and upset drum,Upset drum axle bed is constituted a upset drum guide wheel chamber,A upset drum guide wheel it is provided with rotationally by upset drum guide wheel shaft at this upset drum guide wheel intracavity,Constitute in the bottom of upset drum axle bed and have a upset drum embedding foot of axle bed,This upset drum embedding foot of axle bed covers, with described, the chamber diapire build-in protecting frame chamber,A upset drum axle support slot is had on the top and respectively constituting in position to correspond to each other of the left and right wall body of upset drum axle bed,And offer pull rope slot to make way in the position of the lower section corresponding to upset drum axle support slot,Described upset drum guide wheel chamber is made to communicate with the external world by this pull rope slot to make way,Constituted with plumbness in the position of upset drum guide wheel intracavity and the left end of the chamber diapire being positioned at upset drum guide wheel chamber and had a baffle plate,The top of this baffle plate leans out upset drum guide wheel chamber,A cord hole is offered in the position of the right-hand member of the chamber diapire in upset guide wheel chamber,A through curtain sheet trip shaft mating holes to right-hand member of left end from upset drum axle is offered in the middle position of the length direction of upset drum axle,And the two ends overturning bulging axle are rotatably supported on upset drum axle bed in the position of correspondence described upset drum axle support slot,Right-hand member at upset drum axle is further fixed on a magnetic conductive disk and a upset drum axle frictional disk,Upset drum axle frictional disk is positioned at the left side of magnetic conductive disk and sticks together with magnetic conductive disk,The middle part of the length direction at upset drum axle put by upset drum by being opened in the upset drum borehole jack of the middle position of its length direction,And the top corresponding to described upset drum guide wheel chamber,At the left end of upset drum and there is a limited step matched with baffle plate in the position composition corresponding to described baffle plate,And the right-hand member at upset drum and the circumferencial direction composition around upset drum have a Magnet chamber,Horsehoe magnet and once horsehoe magnet it is embedded with on one in the position corresponding to this Magnet chamber,On、The pole orientation of lower horsehoe magnet is pulled together under the state on the contrary and with the cooperation that faces each other,Constitute on upset drum and in the position on the right side corresponding to Magnet chamber and have a upset drum frictional disk,The bulging axle frictional disk of this upset drum frictional disk and described upset against each other together with,Upset drum is also constituted and has a upset rope winding hyoplastron,The curtain sheet upset rope of described blind is connected with this upset rope winding hyoplastron in the position corresponding to described cord hole,Described curtain sheet trip shaft and described curtain sheet trip shaft mating holes are inserted solid.
In another specific embodiment of the present invention, described upper horsehoe magnet has horsehoe magnet chamber on towards the side composition of described lower horsehoe magnet, and lower horsehoe magnet constitutes towards the side of upper horsehoe magnet and has horsehoe magnet chamber, upper horsehoe magnet chamber and lower horsehoe magnet chamber are roused in described upset with aspectant state obvolvent in the position corresponding to described Magnet chamber, frictional disk is rubbing against one another to be coordinated to make described upset drum axle frictional disk rouse with described upset the magnetic attraction of described magnetic conductive disk by upper horsehoe magnet and lower horsehoe magnet, described magnetic conductive disk is iron pan.
nullIn another specific embodiment of the present invention,Described interior lifting carriage mechanism includes interior lifting carriage seat、In one group, lifting carriage seat magnetic piece and is to interior lifting carriage roller,Interior lifting carriage seat is arranged in described interior cavity and is positioned at the left side of cavity,The top surface of this interior lifting carriage seat is constituted and has interior lifting carriage seat T-shaped inlaid foot groove,In one group, lifting carriage seat magnetic piece with space state and is embedded at interior lifting carriage seat from top to bottom towards the side of described interior glass,In one pair, in one of them in lifting carriage roller, lifting carriage roller position above lifting carriage seat magnetic piece in corresponding to a group is rotatably arranged at the upper end of interior lifting carriage seat and contacts towards a side surface of described intermediate glass with described interior glass,And one is rotatably arranged at the lower end of interior lifting carriage seat and contacts towards a side surface of intermediate glass with interior glass equally the position of the lower section of lifting carriage seat magnetic piece in corresponding to a group of lifting carriage roller in another in interior lifting carriage roller,Embedding be connected is being inserted corresponding to the position above described interior lifting carriage seat with interior lifting carriage seat T-shaped inlaid foot groove with the described transition slide mechanism of shutter elevating controlling organization magnetic attracting with the upset of described curtain sheet;Described manual operation controlling organization lifting carriage seat magnetic piece in interior glass is with described a group is pulled together;Described inside and outside glass and intermediate glass are transparent rigidifying glass.
nullAlso having in a specific embodiment in the present invention,Described transition slide mechanism includes transition sliding seat、Magnetization iron plate、One group of transition sliding seat magnetic piece、Upper slide guide roller and lower slide guide roller,Transition sliding seat is arranged in described interior cavity and is positioned at the left side of cavity,On the top surface and basal surface of this transition sliding seat, each composition has a pair embedding foot of T-shaped,Wherein,The embedding foot of a pair T-shaped being positioned on basal surface and described lifting carriage seat T-shaped inlaid foot groove are inserted scarf and are closed,Slide guide roller chamber on one is offered on the top of transition sliding seat,Middle part offers, with space state, the magnetic piece chamber that quantity is equal with the quantity of described one group of transition sliding seat magnetic piece,Bottom offers slide guide roller chamber,Magnetization iron plate is arranged on the transition sliding seat side towards described interior glass,One group of transition sliding seat magnetic piece be embedded in respectively described magnetic piece intracavity and with magnetization iron plate adhesive,Upper slide guide roller is rotatably supported at slide guide roller intracavity and contacts towards a side surface of interior glass with described intermediate glass,Lower slide guide roller is rotatably supported at lower slide guide roller intracavity and contacts towards a side surface of interior glass with intermediate glass equally,The upset of described curtain sheet is pulled together with described one group of transition sliding seat magnetic piece across described intermediate glass with shutter elevating controlling organization.
In more and in a specific embodiment of the present invention, the width of described interior cavity is consistent with the thickness of described internal frame body;The width of described outer cavity is consistent with the thickness of described outer frame body.
The present invention's and then in a specific embodiment, described in the width ratio of described outer cavity, the width of interior cavity is big.
In the most more and in a specific embodiment of the present invention, the width of described interior cavity is 1/2nd or 3/5ths of described outer cavity width.
In again and then in a specific embodiment of the present invention, a sliver is had with longitudinal state cementation at the left side edge position of described interior glass, short transverse at this sliver and the side towards described manual operation controlling organization offer a guide runner, and manual operation controlling organization is slidably matched with this guide runner.
The technical scheme that the present invention provides owing to having made improvement to the structural system driving controller, the lifting carriage mechanism being positioned in cavity is driven by manual operation controlling organization, driven transition slide mechanism by interior lifting carriage mechanism simultaneously, and then driven, across intermediate glass, the curtain sheet upset and shutter elevating controlling organization being arranged in outer cavity with blind by transition slide mechanism, finally realize the upset of curtain sheet and the lifting of blind through curtain sheet upset pull rope and shutter elevating pull rope;Owing to meeting, blind is arranged at the requirement in outer cavity, thus have found rational equilibrium point between the two in heat-insulation and heat-preservation and controllable property, both can be obedient to the reasonable selection of user, preferable energy-saving effect can be embodied again.
Accompanying drawing explanation
Fig. 1 is embodiments of the invention schematic diagram.
Fig. 2 is the generalized section of Fig. 1.
Fig. 3 is the detailed structure view of a pair curtain sheet turning wheel driving guide bracket of the structural system of the curtain sheet upset transition mechanism shown in Fig. 1.
Fig. 4 is the detailed structure view of the transition slide mechanism of the structural system driving controller shown in Fig. 1 and Fig. 2.
Fig. 5 is the rear side schematic diagram of the transition slide mechanism shown in Fig. 1 and Fig. 2 and interior lifting carriage mechanism.
Detailed description of the invention
In order to enable the auditor especially public of Patent Office to be more clearly understood from technical spirit and the beneficial effect of the present invention, applicant will elaborate below by way of example, but the description to embodiment is not the restriction to the present invention program, the most pro forma rather than substantial equivalent transformation that is only done by any foundation present inventive concept is regarded as technical scheme category.
The concept of the most every directivity (or claim directionality) relating to upper and lower, left and right, front and rear be all for the figure location state being described for, purpose is to facilitate public understanding, thus can not be understood as being particularly limited to the technical scheme that the present invention provides.
nullRefer to Fig. 1 and Fig. 2,Give the internal frame body 1 of the structural system of energy-saving multilayer hollow glass louver of the present invention、Outer frame body 2、Interior glass 3a、Outer glass 3b、Intermediate glass 3c、Curtain sheet upset transition mechanism 4、Blind 5、For ordering about the driving controller that blind 5 lifted and ordered about curtain sheet 51 upset of blind 5、Curtain sheet upset pull rope 7a and shutter elevating pull rope 7b,In、Outer frame body 1、2 are arranged with aspectant state and this internal frame body 1 and outer frame body 2 all square shape structures in Chinese character each other,Interior glass 3a and internal frame body 1 back to outer frame body 2 side i.e. with internal frame body 1 towards the side cementation of Indoor environment,And maintain interior space between this interior glass 3a and intermediate glass 3c,It is configured to interior cavity 10a by this interior space,Outer glass 3b and outer frame body 2 back to internal frame body 1 side i.e. with outer frame body 2 towards extraneous side cementation,And maintain the external space between this outer glass 3b and intermediate glass 3c,It is configured to outer cavity 10b by this external space,Curtain sheet upset transition mechanism 4 and blind 5 are arranged in outer cavity 10b,And curtain sheet upset transition mechanism 4 is corresponding to the top of blind 5,And the curtain sheet upset rope 52 of blind 5 is connected with curtain sheet upset transition mechanism 4,The two ends of curtain sheet upset pull rope 7a are fixedly connected with and are driving on controller,And middle part is nested with on curtain sheet upset transition mechanism 4,One end of shutter elevating pull rope 7b is fixed on curtain sheet upset transition mechanism 4,Middle part is nested with and is driving on controller,And the other end is fixing with the blind sill strip 53 of the bottom of blind 5 after the curtain sheet pull rope resigning hole 511 in the curtain sheet 51 being opened in blind 5 is connected.
Owing to the structure of aforesaid internal frame body 1 and outer frame body 2 belongs to prior art, see, for example, the patent specification mentioned in applicant's superincumbent background technology hurdle, can be found in the description of CN104747054A especially, thus applicant no longer describes in detail.In addition, i.e. show arranging internal frame body sealing joint strip 11(Fig. 2 corresponding to the position, edge between interior glass 3a and intermediate glass 3c at the position, edge of internal frame body 1), by internal frame body sealing joint strip 11 by inside interior glass 3a and intermediate glass 3c() with state and internal frame body 1 cementation faced each other be an entirety and internally cavity 10a seal;Same reason, i.e. outer frame body sealing joint strip 22 is being set corresponding to the position, edge between outer glass 3b and intermediate glass 3c at the position, edge of outer frame body 2, by outer frame body sealing joint strip 22 by outside outer glass 3b and intermediate glass 3c() with outer frame body 2 cementation under the state that faces each other be an entirety and externally cavity 10b seal.
nullTechnical essential as the technical scheme that the present invention provides: made aforesaid driving controller to improve,This driving controller includes manual operation controlling organization 61、Interior lifting carriage mechanism 62、Transition slide mechanism 63 and curtain sheet overturn and shutter elevating controlling organization 64,Interior lifting carriage mechanism 62 is arranged in described interior cavity 10a up or down,And it is positioned at the left side of the short transverse of cavity 10a,Transition slide mechanism 63 and is being connected with interior lifting carriage mechanism 62 corresponding to the position above interior lifting carriage mechanism 62 when with interior lifting carriage mechanism 62,This transition slide mechanism 63 slides up and down with interior elevating mechanism 62 and slides,Manual operation controlling organization 61 is arranged on the aforementioned interior glass 3a side back to interior cavity 10a up or down in the position corresponding to interior lifting carriage mechanism 62,I.e. it is arranged on interior glass 3a towards indoor side,And this manual operation controlling organization 61 across interior glass 3a together with interior lifting carriage mechanism 62 magnetic attracting,Curtain sheet upset and shutter elevating controlling organization 64 are in the position corresponding to transition slide mechanism 63 is arranged on described outer cavity 10b up or down,And this curtain sheet upset with shutter elevating controlling organization 64 across described intermediate glass 3c together with transition slide mechanism 63 magnetic attracting,The two ends of aforementioned curtain sheet upset pull rope 7a are fixedly connected with in the upset of aforementioned curtain sheet and shutter elevating controlling organization 64,The middle part of aforementioned shutter elevating pull rope 7b is nested with in curtain sheet upset and shutter elevating controlling organization 64.
For applicant is it should be understood that be, due to the present embodiment, the left side being positioned at forms for whole driving controller, if thus transfer them to right side, then equivalent should be considered as.
The left side that controller will be driven to be arranged on forms due to the present embodiment, therefore, in aforesaid interior cavity 10a and the left side of the short transverse that is positioned at cavity 10a has (being provided with) internal frame body and protects frame 12, this internal frame body protects frame 12 and indulges the right side of moulding with the internal frame body left side constituting internal frame body 1 and be connected, and aforesaid interior lifting carriage mechanism 62 and transition slide mechanism 63 up or down being protected frame 12 and an internal frame body left side is indulged in the space formed between moulding by internal frame body.Equally, in aforesaid outer cavity 10b and the left side of the short transverse that is positioned at outer cavity 10b has (being provided with) outer frame body and protects frame 23, this outer frame body protects frame 23 and is connected with the right side of moulding on the left of the outer frame body constituting outer frame body 2, and aforesaid curtain sheet overturns and shutter elevating controlling organization 64 up or down being protected frame 23 and an outer frame body left side is indulged in the space formed between moulding by outer frame body.Certainly, if controller will be driven to be arranged at the right side of forms, then aforesaid internal frame body protects frame 12, outer frame body protects frame 23 and below it is also mentioned that sliver 8 be transferred to right side.
Applicant is internally, outer frame body protects the function of frame 12,23 and be further described below: owing to controller will be driven to be arranged on the left side of forms, therefore internal frame body 1 is set up one implement the internal frame body of control for internal lifting carriage mechanism 62 and transition slide mechanism 63 and protect frame 12, protect frame 12 at this internal frame body to indulge moulding with an internal frame body left side for internal frame body 1 and insert embedding connection, protect frame 12 by internal frame body and Shi Nei lifting carriage mechanism 62 and transition slide mechanism 63 can only move up and down being indulged in moulding protects, with internal frame body, the space that frame 12 limits by an internal frame body left side;Same reason is set up one and is protected frame 23 for the outer frame body that curtain sheet upset and shutter elevating controlling organization 64 are implemented control in the left side of outer frame body 2, this outer frame body protects frame 23 and indulges moulding with an outer frame body left side for outer frame body 2 and insert embedding connection, protects frame 23 by outer frame body and makes curtain sheet upset can only move up and down being indulged in moulding protects, with outer frame body, the space that frame 23 limits by an outer frame body left side with shutter elevating controlling organization 4.
Shown in Fig. 1 and Fig. 2, on aforementioned outer frame body 2 and be positioned at the outer frame body upper transverse frame pipe 21 of outer frame body 2 towards under side connect and have one to cover to protect frame 211, this covers and protects the length direction of frame 211 and constitute and have one to cover to protect frame chamber 2111.
nullAforementioned curtain sheet upset transition mechanism 4 includes that curtain sheet trip shaft props up bearing 41、Curtain sheet trip shaft 42、Curtain sheet upset traction wheel 43、Curtain sheet upset pull rope transition wheel seat 44、Curtain sheet upset pull rope transition wheel 45 and a pair curtain sheet upset rope drive guide bracket 46,Curtain sheet trip shaft props up bearing 41 and directly constitutes in the position corresponding to the aforementioned left end covering and protecting frame 211 in outer frame body 2 towards the position of the upper left corner (also can claim supralevoversion angle joint) of outer cavity 10b side,The left end of curtain sheet trip shaft 42 is rotatably supported at curtain sheet trip shaft and props up in bearing 41 and be stretched over curtain sheet trip shaft and prop up the left side of bearing 41,And the right-hand member of curtain sheet trip shaft 42 extends to aforementioned covering with horizontal boom state and protects in frame chamber 2111,Curtain sheet upset traction wheel 43 is fixed on the left end of curtain sheet trip shaft 42 in the position in the left side propping up bearing 41 corresponding to curtain sheet trip shaft,Curtain sheet upset pull rope transition wheel seat 44 directly constitutes in outer frame body 2 towards the position of the lower-left corner (also can claim lower-left corner coupling head) of outer cavity 10b side,And it is corresponding to prop up bearing 41 with curtain sheet trip shaft,Curtain sheet upset pull rope transition wheel 45 by transition wheel shaft be rotatably arranged at curtain sheet upset pull rope transition wheel seat 44 left side and with curtain sheet overturn traction wheel 43 corresponding,A pair curtain sheet upset rope drive guide bracket 46 be positioned at aforementioned cover protect frame 211 cover protect frame chamber 2111 and with cover the chamber diapire scarf protecting frame chamber 2111,Curtain sheet upset rope is driven one of them curtain sheet upset rope in guide bracket 46 to drive guide bracket to be connected with the left end of described curtain sheet trip shaft 42 by this,And a pair curtain sheet upset rope drives another curtain sheet upset rope in guide bracket 46 to drive guide bracket to be connected with the right-hand member of curtain sheet trip shaft 42;The middle part of aforementioned curtain sheet upset pull rope 7a is nested with on aforementioned curtain sheet upset traction wheel 43 and curtain sheet upset pull rope transition wheel 45;One end of aforementioned shutter elevating pull rope 7b is fixed on aforementioned curtain sheet trip shaft and props up in bearing 41;The curtain sheet upset rope 52 of aforementioned blind 5 drives guide bracket 46 to be connected with a pair curtain sheet upset rope.
Although applicant is mentioned above, curtain sheet turning wheel drives the quantity of guide bracket 46 to be a pair, but when the door width of blind 5 is bigger, adaptability can be made increase, consistent with the quantity of the blind upset rope 52 being arranged at intervals on blind 5 to ensure the quantity that curtain sheet turning wheel drives guide bracket 46.
nullRefer to Fig. 3,Aforesaid a pair curtain sheet turning wheel drives guide bracket 46 respectively to include overturning bulging axle bed 461、Upset drum axle 462 and upset drum 463,Upset drum axle bed 461 is constituted a upset drum guide wheel chamber 4611,In this upset drum guide wheel chamber 4611, it is provided with a upset drum guide wheel 46112(Fig. 1 rotationally by upset drum guide wheel shaft 46111 show),Constitute in the bottom of upset drum axle bed 461 and have a upset drum embedding foot of axle bed 4612,This upset drum embedding foot of axle bed 4612 with aforementioned cover protect frame 211 cover the chamber diapire build-in protecting frame chamber 2111,Specifically: covering on the chamber diapire protecting frame chamber 2111 and offering embedding foot chamber in the position corresponding to the upset drum embedding foot of axle bed 4612,By upset drum the embedding foot of axle bed 4612 corresponding to embedding foot chamber position with cover the chamber diapire build-in protecting frame chamber 211,A upset drum axle support slot 4613 is had on the top and respectively constituting in position to correspond to each other of the left and right wall body of upset drum axle bed 461,And offer pull rope slot to make way 4614 in the position of the lower section corresponding to upset drum axle support slot 4613,Aforesaid upset drum guide wheel chamber 4611 is made to communicate with the external world by this pull rope slot to make way 4614,Aforesaid shutter elevating pull rope 7b is connected fixing with the blind sill strip 53 of blind 5 after pull rope slot to make way 4614 and upset drum guide wheel 46112,In upset drum guide wheel chamber 4611 and the position of left end of the chamber diapire that is positioned at the bulging guide wheel chamber 4611 of upset is constituted with plumbness and has a baffle plate 46113,The top of this baffle plate 46113 leans out upset drum guide wheel chamber 4611,A cord hole 46114 is offered in the position of the right-hand member of the chamber diapire in upset guide wheel chamber 4611,Curtain sheet upset rope 52 and shutter elevating pull rope 7b is all by way of this cord hole 46114.nullA through curtain sheet trip shaft mating holes 4621 to right-hand member of left end from upset drum axle 462 is offered in the middle position of the length direction of upset drum axle 462,And the two ends overturning bulging axle 462 are rotatably supported on upset drum axle bed 461 in the position of correspondence upset drum axle support slot 4613,Right-hand member at upset drum axle 462 is further fixed on magnetic conductive disk 4622 and a upset drum axle frictional disk 4623,Upset drum axle frictional disk 4623 is positioned at the left side of magnetic conductive disk 4622 and sticks together with magnetic conductive disk 4622,Upset drum 463 is nested with the middle part of the length direction at upset drum axle 462 by being opened in the upset drum hole 4631 of the middle position of its length direction,And the top corresponding to upset drum guide wheel chamber 4611,At the left end of upset drum 463 and there is a limited step 4632 matched with baffle plate 46113 in the position composition corresponding to baffle plate 46113,And the right-hand member at upset drum 463 and the circumferencial direction composition around upset drum 463 have a Magnet chamber 4633,Horsehoe magnet 4636 and once horsehoe magnet 4637 it are embedded with on one in the position corresponding to this Magnet chamber 4633,On、Lower horsehoe magnet 4636、The pole orientation of 4637 is pulled together under the state on the contrary and with the cooperation that faces each other,Constitute on upset drum 463 and in the position on the right side corresponding to Magnet chamber 4633 and have a upset drum frictional disk 4634,The bulging axle frictional disk 4623 of this upset drum frictional disk 4634 and described upset against each other together with,Upset drum 463 is also constituted and has a upset rope winding hyoplastron 4635,The curtain sheet upset rope 52 of aforesaid blind 5 draws and is connected with this upset rope winding hyoplastron 46335 (winding multi-turn on upset rope winding hyoplastron 4635) on the position corresponding to aforementioned cord hole 46114,Aforesaid curtain sheet trip shaft 42 is inserted solid with described curtain sheet trip shaft mating holes 4621.
Please continue to refer to Fig. 3, aforesaid upper horsehoe magnet 4636 has horsehoe magnet chamber 46361 on towards the side composition of aforementioned lower horsehoe magnet 4637, and lower horsehoe magnet 4637 constitutes towards the side of upper horsehoe magnet 4636 and has horsehoe magnet chamber 46371, upper horsehoe magnet chamber 46361 and lower horsehoe magnet chamber 46371 in the position corresponding to aforementioned Magnet chamber 4633 with aspectant state obvolvent on described upset drum 463, frictional disk 4634 is rubbing against one another to be coordinated to make described upset drum axle frictional disk 4623 rouse with aforementioned upset the magnetic attraction of aforementioned magnetic conductive disk 4622 by upper horsehoe magnet 4636 and lower horsehoe magnet 4637, aforesaid magnetic conductive disk 4622 is magnetizable iron pan.
As preferred scheme, the shape of cross section rectangular (rectangle) of aforesaid curtain sheet trip shaft mating holes 4621 or square, the same example of shape of cross section of aforesaid curtain sheet trip shaft 42, such structure can make curtain sheet trip shaft 42 be reliably connected with upset drum axle 462 and be able to be driven upset drum axle 462 by curtain sheet trip shaft 42.Additionally, from the signal of Fig. 3, the shape of cross section of upset drum axle 462 is round outside but spuare inside shape.
nullOwing to the curtain sheet of blind 5 overturns the top of rope 52 on the upset rope winding hyoplastron 4635 being enclosed within upset drum 463,Fixed with curtain sheet trip shaft 42 by its curtain sheet trip shaft mating holes 4621 due to upset wheel shaft 462 again,Due also to upset drum 463 empty set (being nested with the most rotationally) is on upset drum axle 462,And then owing to the upset drum frictional disk 4634 of the right-hand member of upset drum 463 fits together with upset drum axle frictional disk 4623 under the adhesive effect to magnetic conductive disk 4622 at upper horsehoe magnet 4636 and lower horsehoe magnet 4637,Therefore when curtain sheet upset pull rope 7a drives curtain sheet upset traction wheel 43 and rotated corresponding angle by curtain sheet upset traction wheel 43 curtain sheet trip shaft 42,Upset drum axle 462 is driven to rotate corresponding angle by curtain sheet trip shaft 42,Magnetic conductive disk 4622 and upset drum axle frictional disk 4623 is driven by it while upset drum axle 462 rotates,Upset drum frictional disk 4634 is driven under the state rubbing against one another with upset drum frictional disk 4634 by upset drum axle frictional disk 4623,So that upset drum 463 correspondingly turns over an angle.It is connected to overturn with canoe on the upset rope winding hyoplastron 4635 of drum 463 owing to curtain sheet overturns rope 52 as aforementioned, thus during upset drum 463 rotates an angle, drive curtain sheet upset rope 52, finally the curtain sheet 51 of the blind 5 being arranged on curtain sheet upset rope 52 is driven to overturn by curtain sheet upset rope 52, such as when curtain sheet 51 is turned to the state of Guan Bi, the limited step 4632 on upset drum 463 the most now contacts with baffle plate 46113, i.e. by baffle plate 46113, limited step 4632 is acted on, stop upset drum 463 then to rotate.nullIn this condition,Even if being made curtain sheet trip shaft 42 be rotated further by the curtain sheet upset pull rope 7a of Fig. 1 and Fig. 2 signal by curtain sheet upset traction wheel 43,So remain static because of upset drum 463 and upset drum frictional disk 4634 thereof,Magnetic conductive disk 4622 is shaken off on (breaking away from)、Lower horsehoe magnet 4636、4637 pairs of its magnetic adhesions,Upset drum axle 462 is made to rotate with curtain sheet trip shaft 42,Move owing to this rotation of curtain sheet trip shaft 42 and upset drum axle 462 belongs to idle running,The rotation referring to not drive upset drum 463 is moved in so-called idle running,Thus aforesaid curtain sheet upset pull rope 7a is faint to the frictional force of curtain sheet upset traction wheel 43,Such that it is able to protect curtain sheet upset traction wheel 43 and curtain sheet upset pull rope 7a ultimate attainmently,Avoid the damage that severe friction causes,And owing to upset drum 463 remains static,Thus curtain sheet also can be protected to overturn rope 52.
nullStill see Fig. 1 and Fig. 2,Aforesaid interior lifting carriage mechanism 62 includes interior lifting carriage seat 621、In one group, lifting carriage seat magnetic piece 622 and is to interior lifting carriage roller 623,Interior lifting carriage seat 621 is arranged in aforementioned interior cavity 10a and is positioned at the left side of cavity 10a,The top surface of this interior lifting carriage seat 621 is constituted and has interior lifting carriage seat T-shaped inlaid foot groove 6211,In one group, lifting carriage seat magnetic piece 622 is i.e. embedded in the front side of interior lifting carriage seat 621 towards the side of aforementioned interior glass 3a at interior lifting carriage seat 621 with space state and being embedded from top to bottom,In one pair, one of them in lifting carriage roller 623 is that the interior lifting carriage roller on top position in corresponding to a group above lifting carriage seat magnetic piece 622 is rotatably arranged at the upper end of interior lifting carriage seat 621 and contacts towards a side surface (rear side surface of interior glass 3a) of intermediate glass 3c with aforementioned interior glass 3a,And one to another in interior lifting carriage roller 623 be bottom a (not shown) in lifting carriage roller position of the lower section of lifting carriage seat magnetic piece 622 in corresponding to a group be rotatably arranged at the lower end of interior lifting carriage seat 621 and contact towards a side surface (rear side surface of interior glass 3a) of intermediate glass 3c with interior glass 3a equally,Embedding be connected is being inserted corresponding to the position above aforementioned interior lifting carriage seat 621 with interior lifting carriage seat T-shaped inlaid foot groove 6211 with the described transition slide mechanism 63 of shutter elevating controlling organization 64 magnetic attracting with the upset of aforementioned curtain sheet;Aforesaid manual operation controlling organization 61 lifting carriage seat magnetic piece 622 in interior glass 3a and a group is pulled together;Aforesaid inside and outside glass 3a, 3b and intermediate glass 3c are transparent rigidifying glass.
nullRefer to Fig. 4,Aforesaid transition slide mechanism 63 includes transition sliding seat 631、Magnetization iron plate 632、One group of transition sliding seat magnetic piece 633、Upper slide guide roller 634 and lower slide guide roller 635,Transition sliding seat 631 is arranged in aforementioned interior cavity 10a and is positioned at the left side of cavity 10a,On the top surface and basal surface of this transition sliding seat 631, each composition has a pair embedding foot of T-shaped 6311,Wherein,The embedding foot of a pair T-shaped 6311 and the aforementioned lifting carriage seat T-shaped inlaid foot groove 6211 being positioned on basal surface is inserted scarf and is closed,Slide guide roller chamber 6312 on one is offered on the top of transition sliding seat 631,Middle part offers, with space state, the magnetic piece chamber 6313 that quantity is equal with the quantity of described one group of transition sliding seat magnetic piece 633,Bottom offers slide guide roller chamber 6314,Magnetization iron plate 632 is arranged on the transition sliding seat 631 side towards described interior glass 3a,In one group of transition sliding seat magnetic piece 633 is embedded in described magnetic piece chamber 6313 respectively and with magnetization iron plate 632 adhesive,Upper slide guide roller 634 is contacted towards a side surface of interior glass 3a in the position of upper slide guide roller shaft support slot 63121 at the accent position corresponding to being opened in slide guide roller chamber 6312 is rotatably supported at slide guide roller chamber 6312 and with intermediate glass 3c by upper slide guide roller shaft 6341,Lower slide guide roller 635 and is contacted towards a side surface of interior glass 3a with intermediate glass 3c by lower slide guide roller shaft 6351 in the position of the lower slide guide roller shaft support slot 63141 at the accent position corresponding to being opened in lower slide guide roller chamber 6314 is rotatably supported at lower slide guide roller chamber 6314 equally,The upset of aforementioned curtain sheet is pulled together across intermediate glass 3c and one group of transition sliding seat magnetic piece 633 with shutter elevating controlling organization 64.
Refer to Fig. 5, as shown in Figure 5, aforesaid interior lifting carriage mechanism 62 is contrary with the setting direction of transition slide mechanism 63, specifically, in a group of interior lifting carriage mechanism 62, lifting carriage seat magnetic piece 622 is towards interior glass 3a, and the one of transition slide mechanism 63 group of transition sliding seat magnetic piece 633 is towards intermediate glass 3c.There is interior lifting carriage seat T-shaped inlaid foot groove 6211 additionally, why respectively constitute at the top surface of interior lifting carriage seat 621 and basal surface and respectively constitute at the top surface of transition sliding seat 631 and basal surface and have the embedding foot of T-shaped 6311, being because in view of convenience during assembling.
Shown in Fig. 1 and Fig. 2, the width of aforesaid interior cavity 10a is consistent with the thickness of described internal frame body 1;Equally, the width of aforesaid outer cavity 10b is consistent with the thickness of aforementioned outer frame body 2.It follows that the thickness of inside and outside framework 1,2 determines the width of inside and outside cavity 10a, 10b respectively.
In the present embodiment, the width of the aforementioned interior cavity 10a of width ratio of front outer cavity 10b is big, this is because blind 5 is arranged in outer cavity 10a, again because the width of outer cavity 10b must is fulfilled for adapting to the width of the curtain sheet 51 of blind 5, otherwise intermediate glass 3c and outer glass 3b can produce interference effect to the lifting of blind 5, it follows that the width of outer cavity 10b depends on the width of curtain sheet 51.
Preferably, the width of aforementioned interior cavity 10a is 1/2nd or 3/5ths of aforementioned outer cavity width.
As shown in Figure 1, a sliver 8 is had with longitudinal state cementation at the left side edge position of aforementioned interior glass 3a, short transverse at this sliver 8 and the side towards described manual operation controlling organization 61 offer a guide runner 81, and manual operation controlling organization 61 is slidably matched with this guide runner 81.Showing on the manual operation sliding seat 611 of manual operation controlling organization 61 and constitute towards the side of sliver 8 have a guide block 6111 in Fig. 1, guide block 6111 is slidably matched with guide runner 81.
Due to the manual operation controlling organization 61 of structural system of aforementioned driving controller and curtain sheet upset and the structure of shutter elevating controlling organization 64 be with application for a patent for invention publication No. CN104747054A in mention completely identical in structure, therefore applicant there is no need to give to repeat again.
As shown in Figure 2, one end and the curtain sheet upset of aforesaid curtain sheet upset pull rope 7a is fixing with hanging feet on the pull rope on the top of the sliding seat 641 of shutter elevating controlling organization 64 6411 to be connected, and the other end of curtain sheet upset pull rope 7a overturns on traction wheel 43 around at least two circles in curtain sheet being placed on aforementioned curtain sheet upset traction wheel 43() and curtain sheet overturn pull rope transition wheel 45 after be back to sliding seat 641 and fixing with hanging feet under the pull rope of the bottom of sliding seat 641 6412 and be connected.The solid rope foot (not shown) that one end of aforesaid shutter elevating pull rope 7b and curtain sheet trip shaft prop up in bearing 41 is fixed, middle part is placed on the lifting traction wheel 6413 on sliding seat 641 top (Fig. 1 shows), and the other end is showing by way of pull rope slot to make way 4614(Fig. 3 successively), upset drum guide wheel 46112(Fig. 1 shows), fixing with the blind sill strip 53 of blind 5 after cord hole 46114 and curtain sheet pull rope resigning hole 511 be connected.
nullApplicant sketches the use of the present invention,When blind 5 is upwards collected through,So operator's (user) by manual operation controlling organization 61 to setting aside shifting,Due to manual operation controlling organization 61 across interior glass 3a together with interior lifting carriage mechanism 62 magnetic attracting,Again owing to transition slide mechanism 63 is corresponding to being connected with interior lifting carriage mechanism 62 above interior lifting carriage mechanism 62,Due also to curtain sheet upset with shutter elevating controlling organization 64 across intermediate glass 3c together with transition slide mechanism 63 magnetic attracting,Thus when manual operation controlling organization 61 drives interior lifting carriage seat 621 descending,Transition slide mechanism 63 and curtain sheet upset are also descending with the state followed in sb's footsteps with shutter elevating controlling organization 64,Drive blind sill strip 53 up by shutter elevating pull rope 7b in this process,Blind 5 is made to be upwards collected through (drawing in),Otherwise same example.Curtain sheet upset traction wheel 43 is driven by curtain sheet upset pull rope 7a with similar operating principle, driven curtain sheet trip shaft 42 by curtain sheet upset traction wheel 43, drive the description of guide bracket 46 to realize the angle upset of curtain sheet 51 a pair curtain sheet turning wheel of the structural system of curtain sheet upset transition mechanism 4 by applicant above.
Due to promoting or declining and rotary movement and principle to curtain sheet 51 belongs to prior art blind 5, see, for example, the description the 0041st to 0042 section of CN104747054A, thus the applicant has only made brief description above.
In sum, due to the fact that the structural system to driving controller has made rational improvement, the multiple glazing shutter making three glass two cavity configuration forms is satisfied and blind 5 is arranged at the requirement in outer cavity 10b, and embodies the technique effect referred in applicant's superincumbent technique effect hurdle.

Claims (10)

1.The driving controller of a kind of energy-saving multilayer hollow glass louver, described multiple glazing shutter includes internal frame body (1) , outer frame body (2) , interior glass (3a) , outer glass (3b) , intermediate glass (3c) , curtain sheet upset transition mechanism (4) , blind (5) , curtain sheet upset pull rope (7a) With shutter elevating pull rope (7b) , inside and outside framework (1 2) Arrange and this inside and outside framework with the state faced each other (1 2) The all square shape structure in Chinese character, interior glass (3a) With internal frame body (1) Back to outer frame body (2) Side cementation, and this interior glass (3a) With intermediate glass (3c) Between maintain interior space, be configured to interior cavity by this interior space (10a) , outer glass (3b) With outer frame body (2) Back to internal frame body (1) Side cementation, and this outer glass (3b) With intermediate glass (3c) Between maintain the external space, be configured to outer cavity by this external space (10b) , curtain sheet upset transition mechanism (4) And blind (5) It is arranged on outer cavity (10b) In, and curtain sheet upset transition mechanism (4) Corresponding to blind (5) Top, and blind (5) Curtain sheet upset rope (52) Transition mechanism is overturn with curtain sheet (4) Connect, it is characterised in that described driving controller includes manual operation controlling organization (61) , interior lifting carriage mechanism (62) , transition slide mechanism (63) With curtain sheet upset and shutter elevating controlling organization (64) , interior lifting carriage mechanism (62) It is arranged on described interior cavity up or down (10a) In, and it is positioned at cavity (10a) The left side of short transverse, transition slide mechanism (63) With interior lifting carriage mechanism (62) State under and corresponding to interior lifting carriage mechanism (62) Position and the interior lifting carriage mechanism of top (62) Connect, this transition slide mechanism (63) With interior elevating mechanism (62) Slide up and down and slide, manual operation controlling organization (61) Corresponding to interior lifting carriage mechanism (62) Position be arranged on described interior glass up or down (3a) Back to described interior cavity (10a) Side, and this manual operation controlling organization (61) Across interior glass (3a) With interior lifting carriage mechanism (62) Together, curtain sheet overturns and shutter elevating controlling organization magnetic attracting (64) Corresponding to transition slide mechanism (63) Position be arranged on described outer cavity up or down (10b) In, and this curtain sheet upset with shutter elevating controlling organization (64) Across described intermediate glass (3c) With transition slide mechanism (63) Together, described curtain sheet overturns pull rope to magnetic attracting (7a) Two ends be each attached to described curtain sheet upset with shutter elevating controlling organization (64) On, middle part is nested with and overturns transition mechanism in described curtain sheet (4) On, described shutter elevating pull rope (7b) One end be fixed on curtain sheet upset transition mechanism (4) On, middle part is nested with at the upset of described curtain sheet and shutter elevating controlling organization (64) On, and the other end is through being opened in blind (5) Curtain sheet (51) On curtain sheet pull rope resigning hole (511) Afterwards with blind (5) The blind sill strip of bottom (53) Fixing connection;At described interior cavity (10a) In and be positioned at cavity (10a) The left side of short transverse there is an internal frame body protect frame (12) , this internal frame body protects frame (12) With composition internal frame body (1) An internal frame body left side indulge moulding right side connect, described interior lifting carriage mechanism (62) And transition slide mechanism (63) It is positioned at up or down and is protected frame by internal frame body (12) And an internal frame body left side is indulged in the space formed between moulding, at described outer cavity (10b) In and be positioned at outer cavity (10b) The left side of short transverse there is an outer frame body protect frame (23) , this outer frame body protects frame (23) With composition outer frame body (2) An outer frame body left side indulge the right side of moulding and connect, described curtain sheet upset and shutter elevating controlling organization (64) It is positioned at up or down and is protected frame by outer frame body (23) And an outer frame body left side is indulged in the space formed between moulding.
2.According to claim 1 The driving controller of described energy-saving multilayer hollow glass louver, it is characterised in that at described outer frame body (2) Go up and be positioned at outer frame body (2) Outer frame body upper transverse frame pipe (21) Side under towards connects to be had one to cover to protect frame (211) , this covers and protects frame (211) Length direction constitute and have one to cover to protect frame chamber (2111) ;Described curtain sheet upset transition mechanism (4) Bearing is propped up including curtain sheet trip shaft (41) , curtain sheet trip shaft (42) , curtain sheet upset traction wheel (43) , curtain sheet upset pull rope transition wheel seat (44) , curtain sheet upset pull rope transition wheel (45) Guide bracket is driven with a pair curtain sheet upset rope (46) , curtain sheet trip shaft props up bearing (41) Cover described in correspond to and protect frame (211) The position of left end directly constitute in described outer frame body (2) Towards described outer cavity (10b) The position of the upper left corner of side, curtain sheet trip shaft (42) Left end be rotatably supported at curtain sheet trip shaft and prop up bearing (41) Go up and be stretched over curtain sheet trip shaft and prop up bearing (41) Left side, and curtain sheet trip shaft (42) Right-hand member with horizontal boom state extend to described in cover and protect frame chamber (2111) In, curtain sheet upset traction wheel (43) Bearing is being propped up corresponding to curtain sheet trip shaft (41) The position in left side be fixed on described curtain sheet trip shaft (42) Left end, curtain sheet upset pull rope transition wheel seat (44) Directly constitute in described outer frame body (2) Towards described outer cavity (10b) The position of the lower-left corner of side, and prop up bearing with curtain sheet trip shaft (41) Corresponding, curtain sheet upset pull rope transition wheel (45) It is rotatably arranged at curtain sheet upset pull rope transition wheel seat (44) Left side and with curtain sheet overturn traction wheel (43) Corresponding, a pair curtain sheet upset rope drives guide bracket (46) Cover described in being positioned at and protect frame (211) Cover and protect frame chamber (2111) In and protect frame chamber with covering (2111) Chamber diapire scarf, this to curtain sheet upset rope drive guide bracket (46) In one of them curtain sheet upset rope drive guide bracket and described curtain sheet trip shaft (42) Left end connect, and a pair curtain sheet upset rope drives guide bracket (46) In another curtain sheet upset rope drive guide bracket and curtain sheet trip shaft (42) Right-hand member connect;Described curtain sheet upset pull rope (7a) Middle part be nested with described curtain sheet overturn traction wheel (43) Pull rope transition wheel is overturn with curtain sheet (45) On;Described shutter elevating pull rope (7b) One end be fixed on described curtain sheet trip shaft and prop up bearing (41) On;Described blind (5) Curtain sheet upset rope (52) Guide bracket is driven with a pair described curtain sheet upset rope (46) Connect.
3.According to claim 2 The driving controller of described energy-saving multilayer hollow glass louver, it is characterised in that a pair described curtain sheet turning wheel drives guide bracket (46) Respectively include overturning bulging axle bed (461) , upset drum axle (462) With upset drum (463) , upset drum axle bed (461) Constitute and have a upset drum guide wheel chamber (4611) , in this upset drum guide wheel chamber (4611) Interior by upset drum guide wheel shaft (46111) It is provided with a upset drum guide wheel rotationally (46112) , at upset drum axle bed (461) Bottom constitute have one upset drum the embedding foot of axle bed (4612) , this upset drum embedding foot of axle bed (4612) Frame chamber is protected with described covering (2111) Chamber diapire build-in, upset drum axle bed (461) The top and respectively constituting in position to correspond to each other of left and right wall body have a upset drum axle support slot (4613) , and corresponding to upset drum axle support slot (4613) The position of lower section offer pull rope slot to make way (4614) , by this pull rope slot to make way (4614) Make described upset drum guide wheel chamber (4611) Communicate with the external world, in upset drum guide wheel chamber (4611) In and be positioned at upset drum guide wheel chamber (4611) The position of left end of chamber diapire constituted with plumbness and had a baffle plate (46113) , this baffle plate (46113) Top lean out upset drum guide wheel chamber (4611) , in upset guide wheel chamber (4611) The position of right-hand member of chamber diapire offer a cord hole (46114) , at upset drum axle (462) The middle position of length direction offer one from upset drum axle (462) The through curtain sheet trip shaft mating holes to right-hand member of left end (4621) , and overturn bulging axle (462) Two ends correspondence described upset drum axle support slot (4613) Position be rotatably supported at upset drum axle bed (461) On, at upset drum axle (462) Right-hand member be further fixed on a magnetic conductive disk (4622) With a upset drum axle frictional disk (4623) , upset drum axle frictional disk (4623) It is positioned at magnetic conductive disk (4622) Left side and and magnetic conductive disk (4622) Stick together, upset drum (463) By being opened in the upset drum hole of the middle position of its length direction (4631) It is nested with at upset drum axle (462) The middle part of length direction, and corresponding to described upset drum guide wheel chamber (4611) Top, upset drum (463) Left end and corresponding to described baffle plate (46113) Position constitute and have one and baffle plate (46113) The limited step matched (4632) , and at upset drum (463) Right-hand member and around upset drum (463) Circumferencial direction constitute have a Magnet chamber (4633) , corresponding to this Magnet chamber (4633) Position be embedded with horsehoe magnet on (4636) Horsehoe magnet once (4637) , upper and lower horsehoe magnet (4636 4637) Pole orientation contrary and to be pulled together under the state coordinated that faces each other, at upset drum (463) Go up and corresponding to Magnet chamber (4633) Right side position constitute have one upset drum frictional disk (4634) , this upset drum frictional disk (4634) With described upset drum axle frictional disk (4623) The most together, at upset drum (463) On also constitute have a upset rope winding hyoplastron (4635) , described blind (5) Curtain sheet upset rope (52) Corresponding to described cord hole (46114) Position and this upset rope winding hyoplastron (46335) Connect, described curtain sheet trip shaft (42) With described curtain sheet trip shaft mating holes (4621) Insert solid.
4.According to claim 3 The driving controller of described energy-saving multilayer hollow glass louver, it is characterised in that described upper horsehoe magnet (4636) Towards described lower horsehoe magnet (4637) Side constitute have horsehoe magnet chamber on (46361) , and lower horsehoe magnet (4637) Towards upper horsehoe magnet (4636) Side constitute have horsehoe magnet chamber (46371) , upper horsehoe magnet chamber (46361) With lower horsehoe magnet chamber (46371) Corresponding to described Magnet chamber (4633) Position with aspectant state obvolvent described upset drum (463) On, by upper horsehoe magnet (4636) With lower horsehoe magnet (4637) To described magnetic conductive disk (4622) Magnetic attraction and make described upset drum axle frictional disk (4623) With described upset drum frictional disk (4634) Cooperation rubbing against one another, described magnetic conductive disk (4622) For iron pan.
5.According to claim 1 The driving controller of described energy-saving multilayer hollow glass louver, it is characterised in that described interior lifting carriage mechanism (62) Including interior lifting carriage seat (621) , lifting carriage seat magnetic piece in a group (622) With one to interior lifting carriage roller (623) , interior lifting carriage seat (621) It is arranged on described interior cavity (10a) In and be positioned at cavity (10a) Left side, at this interior lifting carriage seat (621) Top surface on constitute have interior lifting carriage seat T Shape inlaid foot groove (6211) , lifting carriage seat magnetic piece in a group (622) With space state and be embedded from top to bottom at interior lifting carriage seat (621) Towards described interior glass (3a) Side, one to interior lifting carriage roller (623) In one of them in lifting carriage roller lifting carriage seat magnetic piece in corresponding to a group (622) The position of top be rotatably arranged at interior lifting carriage seat (621) Upper end and with described interior glass (3a) Towards described intermediate glass (3c) A side surface contact, and one to interior lifting carriage roller (623) In another in lifting carriage roller lifting carriage seat magnetic piece in corresponding to a group (622) The position of lower section be rotatably arranged at interior lifting carriage seat (621) Lower end and same with interior glass (3a) Towards intermediate glass (3c) One side surface contact, with described curtain sheet upset with shutter elevating controlling organization (64) The described transition slide mechanism of magnetic attracting (63) Corresponding to described interior lifting carriage seat (621) Position and the interior lifting carriage seat of top T Shape inlaid foot groove (6211) Insert embedding connection;Described manual operation controlling organization (61) Across interior glass (3a) With described one group in lifting carriage seat magnetic piece (622) It is pulled together;Described inside and outside glass (3a 3b) And intermediate glass (3c) For transparent rigidifying glass.
6.According to claim 5 The driving controller of described energy-saving multilayer hollow glass louver, it is characterised in that described transition slide mechanism (63) Including transition sliding seat (631) , magnetization iron plate (632) , one group of transition sliding seat magnetic piece (633) , upper slide guide roller (634) With lower slide guide roller (635) , transition sliding seat (631) It is arranged on described interior cavity (10a) In and be positioned at cavity (10a) Left side, at this transition sliding seat (631) Top surface and basal surface on each constitute have a pair T The embedding foot of shape (6311) , wherein, a pair be positioned on basal surface T The embedding foot of shape (6311) With described interior lifting carriage seat T Shape inlaid foot groove (6211) Insert scarf to close, at transition sliding seat (631) Top offer slide guide roller chamber on (6312) , middle part offers quantity and described one group of transition sliding seat magnetic piece with space state (633) The equal magnetic piece chamber of quantity (6313) , bottom offers slide guide roller chamber (6314) , magnetize iron plate (632) It is arranged on transition sliding seat (631) Towards described interior glass (3a) Side, one group of transition sliding seat magnetic piece (633) It is embedded in described magnetic piece chamber respectively (6313) In and with magnetization iron plate (632) Adhesive, upper slide guide roller (634) It is rotatably supported at slide guide roller chamber (6312) In and with described intermediate glass (3c) Towards interior glass (3a) One side surface contact, lower slide guide roller (635) It is rotatably supported at lower slide guide roller chamber (6314) In and same and intermediate glass (3c) Towards interior glass (3a) One side surface contact, described curtain sheet upset with shutter elevating controlling organization (64) Across described intermediate glass (3c) With one group of described transition sliding seat magnetic piece (633) It is pulled together.
7.According to claim 1 The driving controller of described energy-saving multilayer hollow glass louver, it is characterised in that described interior cavity (10a) Width be and described internal frame body (1) Thickness consistent;Described outer cavity (10b) Width be and described outer frame body (2) Thickness consistent.
8.According to claim 7 The driving controller of described energy-saving multilayer hollow glass louver, it is characterised in that described outer cavity (10b) Width ratio described in cavity (10a) Width big.
9.According to claim 8 The driving controller of described energy-saving multilayer hollow glass louver, it is characterised in that described interior cavity (10a) Width is described outer cavity width 1/2nd or 3/5ths.
10.According to claim 1 Or 5 The driving controller of described energy-saving multilayer hollow glass louver, it is characterised in that at described interior glass (3a) Left side edge position have a sliver with longitudinal state cementation (8) , at this sliver (8) Short transverse and towards described manual operation controlling organization (61) Side offer a guide runner (81) , manual operation controlling organization (61) With this guide runner (81) It is slidably matched
CN201510481977.4A 2015-08-07 2015-08-07 The driving controller of energy-saving multilayer hollow glass louver Active CN105089474B (en)

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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102168518A (en) * 2011-03-25 2011-08-31 希美克(广州)实业有限公司 Improved turnover mechanism for venetian blinds and hollow glass magnetic control built-in shutter doors and windows
US8640762B2 (en) * 2011-10-11 2014-02-04 Ming Lu WONG Blind slat controller with braking function
CN104747054A (en) * 2015-03-04 2015-07-01 常熟中信建材有限公司 Built-in shutter with two layers of glass
CN204492610U (en) * 2015-03-04 2015-07-22 常熟中信建材有限公司 Double-layer glass window with built-in louver
CN204960758U (en) * 2015-08-07 2016-01-13 常熟中勤建材有限公司 Energy -saving multilayer cavity glass shutter

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102168518A (en) * 2011-03-25 2011-08-31 希美克(广州)实业有限公司 Improved turnover mechanism for venetian blinds and hollow glass magnetic control built-in shutter doors and windows
US8640762B2 (en) * 2011-10-11 2014-02-04 Ming Lu WONG Blind slat controller with braking function
CN104747054A (en) * 2015-03-04 2015-07-01 常熟中信建材有限公司 Built-in shutter with two layers of glass
CN204492610U (en) * 2015-03-04 2015-07-22 常熟中信建材有限公司 Double-layer glass window with built-in louver
CN204960758U (en) * 2015-08-07 2016-01-13 常熟中勤建材有限公司 Energy -saving multilayer cavity glass shutter

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