CN108386116A - A kind of hollow louver glass window - Google Patents
A kind of hollow louver glass window Download PDFInfo
- Publication number
- CN108386116A CN108386116A CN201810424242.1A CN201810424242A CN108386116A CN 108386116 A CN108386116 A CN 108386116A CN 201810424242 A CN201810424242 A CN 201810424242A CN 108386116 A CN108386116 A CN 108386116A
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- CN
- China
- Prior art keywords
- blinds
- terminals
- obliquity
- ladder rope
- electromagnet block
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- E—FIXED CONSTRUCTIONS
- E06—DOORS, WINDOWS, SHUTTERS, OR ROLLER BLINDS IN GENERAL; LADDERS
- E06B—FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES OR LIKE ENCLOSURES IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
- E06B9/00—Screening or protective devices for wall or similar openings, with or without operating or securing mechanisms; Closures of similar construction
- E06B9/24—Screens or other constructions affording protection against light, especially against sunshine; Similar screens for privacy or appearance; Slat blinds
- E06B9/26—Lamellar or like blinds, e.g. venetian blinds
- E06B9/264—Combinations of lamellar blinds with roller shutters, screen windows, windows, or double panes; Lamellar blinds with special devices
-
- E—FIXED CONSTRUCTIONS
- E06—DOORS, WINDOWS, SHUTTERS, OR ROLLER BLINDS IN GENERAL; LADDERS
- E06B—FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES OR LIKE ENCLOSURES IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
- E06B9/00—Screening or protective devices for wall or similar openings, with or without operating or securing mechanisms; Closures of similar construction
- E06B9/24—Screens or other constructions affording protection against light, especially against sunshine; Similar screens for privacy or appearance; Slat blinds
- E06B9/26—Lamellar or like blinds, e.g. venetian blinds
- E06B9/28—Lamellar or like blinds, e.g. venetian blinds with horizontal lamellae, e.g. non-liftable
-
- E—FIXED CONSTRUCTIONS
- E06—DOORS, WINDOWS, SHUTTERS, OR ROLLER BLINDS IN GENERAL; LADDERS
- E06B—FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES OR LIKE ENCLOSURES IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
- E06B9/00—Screening or protective devices for wall or similar openings, with or without operating or securing mechanisms; Closures of similar construction
- E06B9/24—Screens or other constructions affording protection against light, especially against sunshine; Similar screens for privacy or appearance; Slat blinds
- E06B9/26—Lamellar or like blinds, e.g. venetian blinds
- E06B9/38—Other details
-
- E—FIXED CONSTRUCTIONS
- E06—DOORS, WINDOWS, SHUTTERS, OR ROLLER BLINDS IN GENERAL; LADDERS
- E06B—FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES OR LIKE ENCLOSURES IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
- E06B9/00—Screening or protective devices for wall or similar openings, with or without operating or securing mechanisms; Closures of similar construction
- E06B9/24—Screens or other constructions affording protection against light, especially against sunshine; Similar screens for privacy or appearance; Slat blinds
- E06B9/26—Lamellar or like blinds, e.g. venetian blinds
- E06B9/38—Other details
- E06B9/384—Details of interconnection or interaction of tapes and lamellae
Landscapes
- Engineering & Computer Science (AREA)
- Structural Engineering (AREA)
- Architecture (AREA)
- Civil Engineering (AREA)
- Blinds (AREA)
Abstract
The invention discloses a kind of hollow louver glass windows, including top mount structure, following mount structure and blind, the blind includes multi-disc blinds, ladder rope, bottom girder, switching mechanism and jack, the ladder rope includes left vertical ladder rope and right vertical ladder rope, the hollow louver glass window further includes the second electromagnet block, second iron block, first electromagnet block and the first iron block, the blinds at least has horizontal position, first obliquity and the second obliquity, first electromagnet block and the second electromagnet block, which are used to be passed through electric current when the blinds is in the first obliquity and generate, attracts magnetic field that left vertical ladder rope and the spacing of right vertical ladder rope is made to become smaller that blinds is made to go to the second obliquity from the first obliquity.The configuration of the present invention is simple can effectively improve the shielding of hollow louver glass window.
Description
Technical field
The present invention relates to architectural shading and exterior window field, especially a kind of hollow louver glass window.
Background technology
Regional in south China, it is very high to build energy consumption for cooling caused by summer solar radiation, summer power cuts to limit consumption at
Normality seriously affects people's life and socio-economic development.Setting sunshade in external window of building setting movable external sunshade or activity can
Energy consumption of air conditioning in summer is effectively reduced, at present the exterior window of more and more architectural engineering installation solar protection devices.Movable external sunshade blinds
Curtain is most widely used shading product in movable external sunshade system, the dual function with sunshade and light modulation, built-in sunshade
Shutter insulating glass unit is that most widely used shading product in sunshade is set in activity, with very strong wind resistance, and is cleaned
Beauty can meet skyscraper and typhoon region building building energy conservation, safe, durable, appearance and later stage using architectural shading
The requirement of maintenance.
But current either movable external sunshade blind or hollow louver glass（Also referred to as built-in sun-shading louver is hollow
Glass）, shielding is poor, and heat-proof quality is general, this is because existing blind controls the gradient of blinds using ladder rope,
When blinds is in full sunshade position, the closure degree between blinds is inadequate, and blinds corner is generally between 65 °~72 °, especially
In the lower area of blind, since blinds gravity is more obvious, the blinds corner in the region is minimum, and general is mostly 65 °
Left and right, gets in compared with multiple scattering sunlight, and shielding is poor, reduces the heat insulation and privacy of product, screening performance is not
Good shutter system makes shaded effects reduce by 30% or more.
To improve the shielding of blind, Patent No. ZL201210554094.2, a kind of entitled " construction exterior window work
Dynamic sun-shading shutter leaf system " discloses a kind of construction exterior window movable sunshade shutter system, which passes through the connection section in ladder rope
It selects and a L-type locating plate is fixedly mounted to increase blinds gradient, although the shielding of blind effectively improves, packed up in ladder rope
It thickness can increase due to L-type locating plate when folding, aesthetics be influenced, and the patented technology is only suitable for S type blinds, for application
Most commonly used single-arc shaped blinds does not disclose the technology of its shielding raising.
Invention content
To solve the above problems, the present invention provides a kind of hollow louver glass window, by the way that the electromagnet on ladder rope is arranged
It generates and magnetic field is attracted so that blinds is turned left to increase the angle of inclination of blinds, to improve the shielding of blind.
For this purpose, the present invention adopts the following technical scheme that：A kind of hollow louver glass window, including the hollow glass of sealing,
Top mount structure, left side mount structure, the right mount structure, following mount structure and the blind being arranged in the hollow glass, institute
Blind is stated to include multi-disc blinds, rope, terraced rope, bottom girder, the switching mechanism for controlling blinds overturning and be used for folding and unfolding hundred
The jack of leaf, the ladder rope include left vertical ladder rope and right vertical ladder rope, and the hollow louver glass window further includes installation
In left vertically ladder rope above and close to the second electromagnet block of top mount structure side, mounted on right vertical terraced rope above and close to top
Second iron block of mount structure side mounted on the first upper and close to bottom girder side electromagnet block of left vertical ladder rope and is mounted on
Right vertical ladder rope is above and close to the first iron block of bottom girder side, wherein at least there is the blinds horizontal position, first to tilt position
It sets and is generated with the second obliquity, first electromagnet block for being passed through electric current when the blinds is in the first obliquity
Attracting magnetic field that the first iron block is pulled to be moved to the left makes the spacing of left vertical ladder rope and right vertical ladder rope become smaller to make blinds from the
One obliquity goes to the second obliquity to increase blinds gradient；Second electromagnet block in the blinds for being in
Being passed through electric current when the first obliquity and generating the second iron block of attraction magnetic field pulling and be moved to the left makes left vertical ladder restrict and right vertical ladder
The spacing of rope becomes smaller that blinds is made to go to the second obliquity from the first obliquity to increase blinds gradient.
Further, first electromagnet block is default higher than the first iron block first when the blinds is horizontal
Highly, identical as the height of the first iron block when the blinds is in the first obliquity, second electromagnet block exists
It is higher than second preset height of the second iron block when the blinds is horizontal, the first obliquity is in the blinds
When it is identical as the height of the second iron block.
Further, the hollow louver glass window further includes control device, the control device respectively with the first electromagnetism
Iron block, the connection of the second electromagnet block, for controlling the first electromagnet respectively according to the obliquity and rotation direction of the blinds
Block, the current direction of the second electromagnet block and size.
Further, the jack includes the tumbler equipped with through-hole, first electromagnet block and the first iron block
It is arranged in the through-hole.
The present invention also adopts the following technical scheme that：A kind of hollow louver glass window includes the hollow glass of sash, sealing
Glass, top mount structure, left side mount structure, the right mount structure, following mount structure and the blind being arranged in the hollow glass,
The blind includes multi-disc blinds, rope, terraced rope, bottom girder, the switching mechanism for controlling blinds overturning and is used for folding and unfolding
The jack of blinds, the ladder rope include left vertical ladder rope and right vertical ladder rope, and the hollow louver glass window further includes peace
Mounted in the first upper and close to bottom girder side electromagnet block of left vertically ladder rope, mounted on right vertical ladder rope above and close to bottom girder side
The first iron block, for electric installation and break-make structure, the break-make structure includes the first break-make structure, and the first break-make structure is set
It sets described on the connection wiring line of electric installation and the first electromagnet block, for when the bottom girder and following mount structure contact
Be connected to it is described disconnected with the first electromagnet block and when the bottom girder is detached with following mount structure for electric installation it is described for electric installation
With the first electromagnet block, the blinds at least has horizontal position, the first obliquity and the second obliquity, first electricity
Magnet piece generates attraction for being passed through electric current when the blinds is in the first obliquity and the first break-make fabric connectivity
Magnetic field, which pulls the first iron block to be moved to the left, makes left vertical ladder rope and the spacing of right vertical ladder rope become smaller that blinds is made from first to incline
Loxosis, which is set, goes to the second obliquity to increase blinds gradient.
Further, the hollow louver glass window further includes being mounted on the vertical terraced upper and close top mount structure one of restricting in a left side
Second electromagnet block of side and upper and close to top mount structure side the second iron block mounted on right vertical ladder rope, the break-make
Structure further includes the second break-make structure, and the second break-make structure setting is in the electric wire for electric installation and the second electromagnet block
It is described for electric installation and the second electromagnet block and in institute for being connected to when the bottom girder is contacted with following mount structure on connecting line
It states and disconnects described for electric installation and the second electromagnet block when bottom girder is detached with following mount structure, second electromagnet block is used for
The blinds is passed through electric current and generates when being in the first obliquity and the second break-make fabric connectivity attracts magnetic field to pull second
Iron block, which is moved to the left, makes the spacing of left vertical ladder rope and right vertical ladder rope become smaller to make blinds to go to the from the first obliquity
Two obliquities are to increase blinds gradient.
Further, the first break-make structure includes the terminals and second on the first of the bottom girder lower surface
Upper terminals are mounted on the following mount structure upper surface and corresponding with terminals on terminals on described first, second
Second time terminals and first time terminals, terminals on described first, on second terminals respectively with the first electromagnet block electricity
Line connects, and first time terminals, second time terminals are connect with for electric installation electric wire respectively.
Further, the first break-make structure includes being mounted on the bottom girder lower surface first on terminals and second
Terminals are mounted on the following mount structure upper surface and corresponding with terminals on terminals on described first, second the
Two times terminals and first time terminals, terminals on described first, on second terminals respectively with the first electromagnet block electric wire
Connection, first time terminals, second time terminals are connect with for electric installation electric wire respectively, and the second break-make structure includes
Mounted on the conductive component of the bottom girder lower surface, it is corresponding with the conductive component and be mounted on the following mount structure upper table
The third terminals and the 4th terminals in face, one end of second electromagnet block are connect with the 4th terminals electric wire, the other end
It is connect with one end electric wire for electric installation, the other end for electric installation is connect with third terminals electric wire.
Further, first electromagnet block is default higher than the first iron block first when the blinds is horizontal
Highly, identical as the height of the first iron block when the blinds is in the first obliquity, second electromagnet block exists
It is higher than second preset height of the second iron block when the blinds is horizontal, the first obliquity is in the blinds
When it is identical as the height of the second iron block.
Further, the jack includes the tumbler equipped with through-hole, first electromagnet block and the first iron block
It is arranged in the through-hole.
The invention has the advantages that：
（1）When blinds tilts, by controlling electromagnet block generation attraction magnetic field, to reduce a left side, vertically ladder is restricted and vertically ladder is restricted on the right side
Spacing to increase blinds angle of inclination, effectively increase the shielding of blind, improve the heat insulation of exterior window；
（2）When blinds is not necessarily to maximum inclination, it is not passed through electric current by controlling electromagnet block, ladder rope spacing does not reduce, blind
It can normal operating；
（3）Characteristic in the first obliquity when being declined using blinds is fully deployed i.e. bottom girder and lower frame knot in blind
Automatic switching on break-make structure makes the electromagnet block on left vertical ladder rope automatically generate attraction magnetic field left vertical to reduce when structure contact
The spacing of ladder rope and right vertical ladder rope is to increase blinds angle of inclination, when i.e. bottom girder and following mount structure are packed up in blind part
Disconnected automatically when separation break-make structure make electromagnet block do not generate attract magnetic field to make blind can normal operating, whole process
It is not necessary that automatic control device or the manual operation and control electromagnet of user is arranged, the operation of user is effectively reduced, exterior window is made to operate
It is more convenient.
Description of the drawings
Fig. 1 is hollow louver glass window main structure diagram.
The partial view A of hollow louver glass window when Fig. 2 is break-make fabric connectivity.
Fig. 3 is the partial view A of hollow louver glass window when break-make structure disconnects.
The partial view B of hollow louver glass window when Fig. 4 is break-make fabric connectivity.
Fig. 5 is the partial view B of hollow louver glass window when break-make structure disconnects.
Hollow louver glass window side structure schematic view when Fig. 6 is horizontal for blinds.
Fig. 7 is hollow louver glass window side structure schematic view when blinds is in the first obliquity.
Fig. 8 is hollow louver glass window side structure schematic view when blinds is in the second obliquity.
Reference sign：The tops 1- mount structure, 2- jacks, 3- blinds, the right 4- mount structure, 5- lower frame knots
Structure, 6- switching mechanisms, 7- ladder ropes, the left sides 8- mount structure, 9- bottom girders, the left vertical ladder ropes of 10-, terminals on 11- second, 12- the
Two times terminals, 13- conductive components, 14- third terminals, the 4th terminals of 15-, the right vertical ladder ropes of 16-, the first electromagnetism of 17-
Iron block, the first iron blocks of 18-, terminals on 19- first, first time terminals of 20-, 21- is for electric installation, 22- tumblers, 23-
Two electromagnet blocks, the second iron blocks of 24-.
Specific implementation mode
The present invention is further elaborated below by specific embodiment and in conjunction with Figure of description.
Embodiment 1：A kind of hollow louver glass window provided in this embodiment, including the hollow glass of sealing, upper side frame knot
Structure 1, left side mount structure 8, the right mount structure 4, following mount structure 5 and the blind 3 being arranged in the hollow glass, described hundred
Leaf curtain 3 includes multi-disc blinds, rope, ladder rope 7, bottom girder 9, the switching mechanism 6 for controlling blinds overturning and is used for folding and unfolding hundred
The jack 2 of leaf, the ladder rope 7 include left vertical ladder rope 10 and right vertical ladder rope 16, and the hollow louver glass window also wraps
It includes on left vertical ladder rope 10 and close to the second electromagnet block 23 of 1 side of top mount structure, is mounted on right vertical ladder rope
On 16 and close to the second iron block 24 of 1 side of top mount structure, on left vertical ladder rope 10 and close to 9 side of bottom girder
First electromagnet block 17 and on right vertical ladder rope 16 and close to the first iron block 18 of 9 side of bottom girder, wherein the blinds
At least there is horizontal position, the first obliquity and the second obliquity, first electromagnet block 17 to be used in the blinds
Being passed through electric current generation attraction the first iron block 18 of magnetic field pulling when in the first obliquity and being moved to the left makes left vertical terraced 10 Hes of restricting
The spacing of right vertical ladder rope 16 becomes smaller that blinds is made to go to the second obliquity from the first obliquity to increase blinds inclination
Degree；Second electromagnet block 23 attracts magnetic field to pull for being passed through electric current when the blinds is in the first obliquity and generating
Second iron block 24, which is moved to the left, makes left vertical ladder rope 10 and the spacing of right vertical ladder rope 16 become smaller that blinds is made to tilt from first
Position goes to the second obliquity to increase blinds gradient.
Specifically, the intensity in the attraction magnetic field that first electromagnet block, 17 and second electromagnet block 23 generates is according to a large amount of
Analysis of experiments obtain, specifically can by control be passed through the first electromagnet block 17 and 23 size of current of the second electromagnet block and direction
To realize.Wherein, the maximum inclining position that the first obliquity of blinds goes to blinds for switching mechanism control ladder rope, second
Obliquity is that the first electromagnet block 17 and the second electromagnet block 23 generate and magnetic field attracted to make left vertical ladder rope 10 and right vertical ladder
The maximum inclining position that blinds is gone to after the spacing of rope 16 becomes smaller.
It should be noted that the blind in the present embodiment is the blinds for being suitble to switching mechanism and jack independent control
Curtain（Also referred to as double handle hollow louver glass）, it also is adapted for the blind of switching mechanism and jack coordinated signals（Also referred to as
Monolever hollow louver glass）, these blinds are all made of the prior art, and the present invention no longer specifically describes, wherein in tipper
For structure with the blind of jack coordinated signals, the obliquity of blinds is the first obliquity when blind is unfolded, and is stopped
Blinds may be reversed by coordinated signals mechanism afterwards.
In order to preferably improve the angle of inclination of blinds when blinds is in the first obliquity, it is preferable that described first
Electromagnet block 17 is higher than 18 first preset height of the first iron block when the blinds is horizontal, and the is in the blinds
Identical as the height of first iron block 18 when one obliquity, second electromagnet block 23 is in horizontal position in the blinds
It is higher than second iron block, 24 second preset height when setting, when the blinds be in the first obliquity and second iron block
24 height is identical.Wherein, the first preset height, the second preset height can be set according to specific blind size.
Preferably, the hollow louver glass window further includes control device, the control device respectively with the first electromagnet
Block 17, the connection of the second electromagnet block 23, for controlling the first electromagnetism respectively according to the obliquity and rotation direction of the blinds
The current direction and size of iron block 17, the second electromagnet block 23.
Specifically, the current direction of first electromagnet block, 17 and second electromagnet block 23 and size are according to a large amount of examination
It tests analysis to obtain, wherein rotation direction includes turning left and turning right（According to hollow louver glass window side when blinds level
The left and right directions of blinds rotation is determined depending on structural schematic diagram）.
Preferably, the control device includes the first control module and the second control module, and first control module is used
In controlling the first electromagnet block 17 when the blinds is in the first obliquity and the second electromagnet block 23 is passed through electric current
Generate attract magnetic field pull the second iron block 24 be moved to the left so that the spacing of left vertical ladder rope 10 and right vertical ladder rope 16 is become smaller to
Blinds is set to go to the second obliquity from the first obliquity to increase blinds gradient, the second control module is for controlling first
Electromagnet block 17 and the second electromagnet block 23, which are not passed through electric current, makes blind can normal operating.
Preferably, the jack 2 includes the tumbler 22 equipped with through-hole, first electromagnet block, 17 and first iron
Block 18 is arranged in the through-hole.
Preferably, terminals 11, second time terminals 12 on described second, conductive component 13, third terminals 14, the 4th
Terminals 19 and first time terminals 20 all use iron material on terminals 15, first.
Preferably, the hollow louver glass window further includes sash, described to be arranged in sash for electric installation 21, for Denso
Set the accumulator that common batteries can be used or connect with solar battery sheet.
Preferably, described to be arranged in lower frame structure inner chamber for electric installation 21, the hollow louver glass window further includes too
Positive energy cell piece, it is described to be connect with solar battery sheet electric wire for electric installation 21.
In the present embodiment, when not needing the masking of blind height, the first electromagnet block 17 and the second electromagnet be can control
Block 23 is not passed through electric current, and user can normal operating blind.
When needing blind height to cover, user first passes through the first inclination position that switching mechanism control ladder rope goes to blinds
It sets, then controls the first electromagnet block 17 and the second electromagnet block 23 is passed through default size and the electric current in direction and makes the first electromagnet
Block 17 and the second electromagnet block 23, which generate, attracts magnetic field that left vertical ladder rope 10 and the spacing of right vertical ladder rope 16 is made to become smaller to make
Blinds goes to the second obliquity to increase blinds gradient from the first obliquity, effectively improves the screening of hollow louver glass window
Covering property improves the heat insulation of exterior window.In addition, when blind needs normal operating, the first electromagnet block 17 and the can control
Two electromagnet blocks 23 are not passed through electric current, and blind again can normal operating.
Embodiment 2：A kind of hollow louver glass window provided in this embodiment, including sash, the hollow glass of sealing, top
Mount structure 1, left side mount structure 8, the right mount structure 4, following mount structure 5 and the blind 3 being arranged in the hollow glass, institute
State blind 3 include multi-disc blinds, rope, ladder rope 7, bottom girder 9, for control blinds overturning switching mechanism 6 and for receiving
The jack 2 of blinds is put, the ladder rope 7 includes left vertical ladder rope 10 and right vertical ladder rope 16, the hollow louver glass window
Further include be mounted on left vertical ladder rope 10 and close to the first electromagnet block 17 of 9 side of bottom girder, be mounted on right vertical ladder rope 16
The first iron block 18 upper and close to 9 side of bottom girder, for electric installation 21 and break-make structure, the break-make structure includes the first break-make knot
Structure, the first break-make structure setting is described on the connection wiring line of electric installation 21 and the first electromagnet block 17, being used for
The bottom girder 9 be connected to when being contacted with following mount structure 5 it is described for electric installation 21 and the first electromagnet block 17 and the bottom girder 9 with
Following mount structure 5 disconnected when detaching it is described for electric installation 21 and the first electromagnet block 17, the blinds at least with horizontal position,
First obliquity and the second obliquity, first electromagnet block 17 be used for the blinds be in the first obliquity and
Being passed through electric current when the first break-make fabric connectivity and generating the first iron block 18 of attraction magnetic field pulling and be moved to the left makes left vertical ladder restrict
10 and the spacing of right vertical ladder rope 16 become smaller that blinds is made to go to the second obliquity from the first obliquity to increase blinds
Gradient.
Specifically, the intensity in the attraction magnetic field of the generation of the first electromagnet block 17 is obtained according to a large amount of analysis of experiments,
Specifically 17 size of current of the first electromagnet block and direction can be passed through by control to realize.Wherein, the first obliquity of blinds
The maximum inclining position that ladder rope goes to blinds is controlled for switching mechanism, the second obliquity is that the first electromagnet block 17 generates suction
The maximum inclining position that blinds is gone to after drawing magnetic field the spacing of left vertical ladder rope 10 and right vertical ladder rope 16 being made to become smaller.
It should be noted that the blind in the present embodiment is preferentially suitble to the hundred of switching mechanism and jack coordinated signals
Leaf curtain（Also referred to as monolever hollow louver glass）, which is all made of the prior art, and the present invention no longer specifically describes,
In, in the blind of switching mechanism and jack coordinated signals, the obliquity of blinds is when blind is unfolded or declines
Blinds may be reversed by coordinated signals mechanism after stopping in first obliquity.
In order to preferably improve the angle of inclination of blinds, especially large-sized blind, it is preferable that the hollow blind
Windowpane further includes being mounted on left vertical ladder rope 10 and close to the second electromagnet block 23 of 1 side of top mount structure and being mounted on
On right vertical ladder rope 16 and close to the second iron block 24 of 1 side of top mount structure, the break-make structure further includes the second break-make
Structure, the second break-make structure setting is described on the connection wiring line of electric installation 21 and the second electromagnet block 23, being used for
It is connected to when the bottom girder 9 is contacted with following mount structure 5 described for electric installation 21 and the second electromagnet block 23 and in the bottom girder 9
Disconnect described for electric installation 21 and the second electromagnet block 23 when being detached with following mount structure 5, second electromagnet block 23 is used for
Being passed through electric current when the blinds is in the first obliquity and the second break-make fabric connectivity and generating attracts magnetic field to pull the
Two iron blocks 24, which are moved to the left, makes left vertical ladder rope 10 and the spacing of right vertical ladder rope 16 become smaller that blinds is made to tilt position from first
It sets and goes to the second obliquity to increase blinds gradient.
Specifically, the intensity in the attraction magnetic field of the generation of the second electromagnet block 23 is obtained according to a large amount of analysis of experiments,
Specifically 23 size of current of the second electromagnet block and direction can be passed through by control to realize.
Preferably, the first break-make structure includes the terminals 19 and the on the first of 9 lower surface of the bottom girder
Terminals 11 on two, be mounted on 5 upper surface of following mount structure and with terminals 11 on terminals on described first 19, second
Corresponding second time terminals 12 and first time terminals 20, terminals on terminals 19, second on described first（11）Point
Do not connect with 17 electric wire of the first electromagnet block, first time terminals 12, second time terminals 20 respectively with for electric installation 21
Electric wire connects.
Preferably, the first break-make structure includes being mounted on terminals 19 and second on 9 lower surface first of the bottom girder
Upper terminals 11, be mounted on 5 upper surface of following mount structure and with 11 phase of terminals on terminals on described first 19, second
Corresponding second time terminals 12 and first time terminals 20, on described first on terminals 19, second terminals 11 respectively with
First electromagnet block, 17 electric wire connect, first time terminals 12, second time terminals 20 respectively with for 21 electric wire of electric installation
Connection, the second break-make structure include mounted on 9 lower surface of the bottom girder conductive component 13, with 13 phase of the conductive component
Third terminals 14 and the 4th terminals 15 corresponding and mounted on 5 upper surface of following mount structure, second electromagnet
One end of block 23 is connect with 15 electric wire of the 4th terminals, and the other end is connect with one end electric wire for electric installation 21, described for Denso
21 other end is set to connect with 14 electric wire of third terminals.
In order to preferably improve the angle of inclination of blinds, first electromagnet block when blinds is in the first obliquity
17 are higher than 18 first preset height of the first iron block when the blinds is horizontal, and being in first in the blinds tilts position
Identical as the height of first iron block 18 when setting, second electromagnet block 23 is higher than when the blinds is horizontal
Second iron block, 24 second preset height, when the blinds is in the first obliquity with the height of second iron block 24
It is identical.
Preferably, the jack 2 includes the tumbler 22 equipped with through-hole, first electromagnet block, 17 and first iron
Block 18 is arranged in the through-hole.
The inclination position of blinds when in the present embodiment, due to the blind expansion or decline in monolever hollow louver glass
It is set to the first obliquity, is attracted to automatically control the first electromagnet block 17 and whether be passed through electric current and generate using the first break-make structure
Magnetic field attracts magnetic field using the second break-make structure to automatically control the second electromagnet block 23 and whether be passed through electric current and generate.
When blind is fully deployed when i.e. bottom girder and following mount structure contact automatic switching on the by user's operation jack
One break-make structure and the second break-make structure make the first electromagnet block 17 on left vertical ladder rope and the generation suction of the second electromagnet block 23
The spacing for drawing magnetic field to reduce left vertical ladder rope and right vertical ladder rope effectively improves hollow blind to increase blinds angle of inclination
The shielding of windowpane is packed up when blind makes bottom girder not contacted with following mount structure when user's operation jack and is disconnected automatically
First break-make structure and the second break-make structure keep the first electromagnet block 17 on left vertical ladder rope and the second electromagnet block 23 obstructed
Enter electric current, to make blind can normal operating, whole process user is without being arranged automatic control device or user without manual
Operation and control electromagnet effectively reduces the operation of user, keeps exterior window operation more convenient.
Protection scope of the present invention is not limited to foregoing description, any other forms production under the inspiration of the present invention
Product, no matter making any change in shape or structure, the technical schemes that are same or similar to the present invention, in this hair
Within bright protection domain.
Claims (10)
1. a kind of hollow louver glass window, including the hollow glass of sealing, top mount structure（1）, left side mount structure（8）, the right
Mount structure（4）, following mount structure（5）With the blind being arranged in the hollow glass（3）, the blind（3）Including more
Piece blinds, rope, ladder rope（7）, bottom girder（9）, for control blinds overturning switching mechanism（6）With the receipts for folding and unfolding blinds
Laying mechanism（2）, the ladder rope（7）Including left vertical ladder rope（10）With right vertical ladder rope（16）, which is characterized in that described hollow hundred
Leaf windowpane further includes being mounted on left vertical ladder rope（10）Upper and close top mount structure（1）Second electromagnet block of side
（23）, be mounted on right vertical ladder rope（16）Upper and close top mount structure（1）Second iron block of side（24）, be mounted on left hang down
Vertical ladder rope（10）Upper and close bottom girder（9）First electromagnet block of side（17）It restricts with mounted on right vertical ladder（16）It is upper and close
Bottom girder（9）First iron block of side（18）, wherein the blinds at least there is horizontal position, the first obliquity and second to incline
Loxosis is set, first electromagnet block（17）Attract magnetic for being passed through electric current when the blinds is in the first obliquity and generating
Field pulls the first iron block（18）Being moved to the left makes left vertical ladder rope（10）With right vertical ladder rope（16）Spacing become smaller to make hundred
Leaf goes to the second obliquity to increase blinds gradient from the first obliquity；Second electromagnet block（23）For institute
Stating to be passed through electric current when blinds is in the first obliquity and generate attracts magnetic field to pull the second iron block（24）Being moved to the left keeps a left side vertical
Ladder rope（10）With right vertical ladder rope（16）Spacing become smaller to make blinds from the first obliquity go to the second obliquity with
Increase blinds gradient.
2. hollow louver glass window according to claim 1, which is characterized in that first electromagnet block（17）Described
It is higher than the first iron block when blinds is horizontal（18）First preset height, when the blinds is in the first obliquity with
First iron block（18）Height it is identical, second electromagnet block（23）It is higher than institute when the blinds is horizontal
State the second iron block（24）Second preset height, when the blinds is in the first obliquity with second iron block（24）Height
It spends identical.
3. hollow louver glass window according to claim 1 or 2, which is characterized in that the hollow louver glass window also wraps
Include control device, the control device respectively with the first electromagnet block（17）, the second electromagnet block（23）Connection, for according to institute
The obliquity and rotation direction for stating blinds control the first electromagnet block respectively（17）, the second electromagnet block（23）Current direction
And size.
4. hollow louver glass window according to claim 1 or 2, which is characterized in that the jack（2）Including being equipped with
The tumbler of through-hole（22）, first electromagnet block（17）With the first iron block（18）It is arranged in the through-hole.
5. a kind of hollow louver glass window, including sash, the hollow glass of sealing, top mount structure（1）, left side mount structure（8）、
The right mount structure（4）, following mount structure（5）With the blind being arranged in the hollow glass（3）, the blind（3）Packet
Include multi-disc blinds, rope, ladder rope（7）, bottom girder（9）, for control blinds overturning switching mechanism（6）With for folding and unfolding blinds
Jack（2）, the ladder rope（7）Including left vertical ladder rope（10）With right vertical ladder rope（16）, which is characterized in that in described
Empty louver glass window further includes being mounted on left vertical ladder rope（10）Upper and close bottom girder（9）First electromagnet block of side（17）、
Mounted on right vertical ladder rope（16）Upper and close bottom girder（9）First iron block of side（18）, for electric installation（21）With break-make structure,
The break-make structure includes the first break-make structure, and the first break-make structure setting is described for electric installation（21）With the first electromagnetism
Iron block（17）Connection wiring line on, in the bottom girder（9）With following mount structure（5）It is connected to when contact described for electric installation
（21）With the first electromagnet block（17）With in the bottom girder（9）With following mount structure（5）It is disconnected when separation described for electric installation
（21）With the first electromagnet block（17）, the blinds is at least with horizontal position, the first obliquity and the second obliquity, institute
State the first electromagnet block（17）For being passed through when the blinds is in the first obliquity and the first break-make fabric connectivity
Electric current, which generates, attracts magnetic field to pull the first iron block（18）Being moved to the left makes left vertical ladder rope（10）With right vertical ladder rope（16）Between
Away from becoming smaller that blinds is made to go to the second obliquity from the first obliquity to increase blinds gradient.
6. hollow louver glass window according to claim 5, which is characterized in that the hollow louver glass window further includes peace
Mounted in left vertical ladder rope（10）Upper and close top mount structure（1）Second electromagnet block of side（23）With mounted on right vertical ladder
Rope（16）Upper and close top mount structure（1）Second iron block of side（24）, the break-make structure further includes the second break-make knot
Structure, the second break-make structure setting is described for electric installation（21）With the second electromagnet block（23）Connection wiring line on, use
In in the bottom girder（9）With following mount structure（5）It is connected to when contact described for electric installation（21）With the second electromagnet block（23）With
In the bottom girder（9）With following mount structure（5）It is disconnected when separation described for electric installation（21）With the second electromagnet block（23）, described
Second electromagnet block（23）For being passed through electricity when the blinds is in the first obliquity and the second break-make fabric connectivity
Miscarriage is raw to attract magnetic field to pull the second iron block（24）Being moved to the left makes left vertical ladder rope（10）With right vertical ladder rope（16）Spacing
Become smaller that blinds is made to go to the second obliquity from the first obliquity to increase blinds gradient.
7. hollow louver glass window according to claim 5, which is characterized in that the first break-make structure includes being mounted on
The bottom girder（9）Terminals on the first of lower surface（19）With terminals on second（11）, be mounted on the following mount structure（5）
Upper surface and with terminals on described first（19）, terminals on second（11）Corresponding second time terminals（12）With first
Lower terminals（20）, terminals on described first（19）, terminals on second（11）Respectively with the first electromagnet block（17）Electric wire
Connection, first time terminals（12）, second time terminals（20）Respectively with for electric installation（21）Electric wire connects.
8. hollow louver glass window according to claim 6, which is characterized in that the first break-make structure includes being mounted on
The bottom girder（9）Terminals on lower surface first（19）With terminals on second（11）, be mounted on the following mount structure（5）On
Surface and with terminals on described first（19）, terminals on second（11）Corresponding second time terminals（12）With under first
Terminals（20）, terminals on described first（19）, terminals on second（11）Respectively with the first electromagnet block（17）Electric wire connects
It connects, first time terminals（12）, second time terminals（20）Respectively with for electric installation（21）Electric wire connects, and described second is logical
Disconnected structure includes being mounted on the bottom girder（9）The conductive component of lower surface（13）And the conductive component（13）Corresponding and peace
Mounted in the following mount structure（5）The third terminals of upper surface（14）With the 4th terminals（15）, second electromagnet block
（23）One end and the 4th terminals（15）Electric wire connect, the other end with for electric installation（21）The connection of one end electric wire, the confession
Electric installation（21）The other end and third terminals（14）Electric wire connects.
9. according to the hollow louver glass window described in claim 5,6,7 or 8, which is characterized in that first electromagnet block
（17）It is higher than the first iron block when the blinds is horizontal（18）First preset height is inclined in the blinds in first
When loxosis is set with first iron block（18）Height it is identical, second electromagnet block（23）It is in horizontal position in the blinds
It is higher than second iron block when setting（24）Second preset height, when the blinds is in the first obliquity with second iron
Block（24）Height it is identical.
10. according to the hollow louver glass window described in claim 5,6,7 or 8, which is characterized in that the jack（2）Packet
Include the tumbler equipped with through-hole（22）, first electromagnet block（17）With the first iron block（18）It is arranged in the through-hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810424242.1A CN108386116A (en) | 2018-05-07 | 2018-05-07 | A kind of hollow louver glass window |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810424242.1A CN108386116A (en) | 2018-05-07 | 2018-05-07 | A kind of hollow louver glass window |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108386116A true CN108386116A (en) | 2018-08-10 |
Family
ID=63070639
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810424242.1A Withdrawn CN108386116A (en) | 2018-05-07 | 2018-05-07 | A kind of hollow louver glass window |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108386116A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113266261A (en) * | 2021-04-21 | 2021-08-17 | 江苏鸿泰阳节能科技有限公司 | Stay cord type built-in shutter hollow glass lifting structure |
-
2018
- 2018-05-07 CN CN201810424242.1A patent/CN108386116A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113266261A (en) * | 2021-04-21 | 2021-08-17 | 江苏鸿泰阳节能科技有限公司 | Stay cord type built-in shutter hollow glass lifting structure |
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| TA01 | Transfer of patent application right |
Effective date of registration: 20190415 Address after: 317502 No. 166, No. 166, North Gate Village, New River, Wenling, Zhejiang. Applicant after: Wu Xiangchu Address before: 312099 Room 303, 18 Building, Chang'an East Village, Yuecheng District, Shaoxing City, Zhejiang Province Applicant before: Xu Xiaoqiu |
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| WW01 | Invention patent application withdrawn after publication | ||
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Application publication date: 20180810 |