CN102839908A - Heat-insulation and energy-saving electric vertical hinged glass window shutter - Google Patents

Abstract

The invention discloses an energy-saving, noise-reducing, high-strength, micro-ventilated and beautiful electric flat-opening heat-insulating and energy-saving glass louver, which comprises a louver frame assembly, and the louver frame assembly includes a first laterally arranged The louver frame and the second horizontal louver frame and the first vertical louver frame and the second vertical louver frame arranged vertically, the louver frame assembly is provided with several louver assemblies, and the several louver assemblies pass through A pair of louver driving pins are pivotally arranged between the first and second louver frames, and the louver assembly includes the first and second louver frames and the vertical louver frames. The first vertical louver frame and the second vertical louver frame are arranged facing each other, and the pair of louver driving pins are respectively arranged on the second vertical louver frame.

Description

An electric side-opening heat-insulating and energy-saving glass shutter

technical field

The invention relates to a building energy-saving door and window, in particular to a building external casement shutter, more specifically to an electric casement heat-insulating energy-saving glass shutter. the

Background technique

With the improvement of living standards, people have higher and higher requirements for the individuality of doors and windows, and higher and higher requirements for the performance and aesthetics of doors, windows and sunshade products. the

Facing more and more serious energy problems at home and abroad, it is urgent to develop products that greatly improve energy-saving performance compared to ordinary shutter products. the

my country started building energy-saving work in the 1980s. At present, my country’s unit building energy consumption is 2 to 3 times that of developed countries with similar climates, and the energy consumption of external windows is 1.5 to 2.2 times that of developed countries. The energy lost by doors and windows through thermal radiation 3 to 6 times that of developed countries. This shows that there is still a large gap between my country's building energy conservation level and foreign developed countries. the

Facing a market that urgently needs to be regulated and a broad space for development, how should we seize the opportunity? This is a problem that the industry urgently needs to solve. Actively develop and innovate energy-saving and environment-friendly door, window and sunshade products, eliminate backward and inferior products, and improve the grade of building doors, windows and sunshade products, which has become the development trend of my country's door, window and sunshade industry. the

Contents of the invention

In order to overcome the deficiencies in the prior art, the present invention aims to provide an electric side-opening heat-insulating and energy-saving glass shutter with energy saving, noise reduction, high strength, micro-ventilation and beautiful appearance. the

In order to achieve the above-mentioned technical purpose and achieve the above-mentioned technical effect, the present invention is realized through the following technical solutions:

An electric side-opening heat-insulating energy-saving glass louver, comprising a louver frame assembly, the louver frame assembly including a first horizontal louver frame and a second horizontal louver frame arranged horizontally and a first vertical louver arranged vertically The frame and the second vertical shutter frame, the shutter frame assembly is provided with several shutter assemblies, and the several shutter assemblies are respectively pivotally arranged on the first horizontal shutter through a pair of shutter driving pins Between the frame and the second horizontal louver frame, the louver assembly includes a first horizontal louver frame and a second horizontal louver frame arranged horizontally and a first vertical louver frame and a second vertical louver frame vertically arranged, so The above-mentioned pair of louver driving pins are respectively arranged on the second vertical louver frame. the

Further, the first horizontal louver frame, the second horizontal louver frame, the vertically arranged first vertical louver frame and the inner and outer sides of the second vertical louver frame are respectively provided with internal heat insulation strips and external heat insulation strips , a glass sealing strip is provided between the louver assembly and the insulating glass, and the first horizontal louver frame, the second horizontal louver frame, the first vertical louver frame and the second vertical louver frame are respectively provided with 12C heat insulation strips, the outer frame of the first horizontal louver frame, the second horizontal louver frame and the first vertical louver frame are provided with louver sealing strips, and the outer frame of the second vertical louver frame is provided with 12T heat insulation strips, a sealing flap is also arranged on the outer frame of the first vertical louver frame, and a louver sealing strip is also arranged on the sealing flap. the

Further, the first vertical louver frame of the front louver assembly among the several louver assemblies described above can overlap with the second vertical louver frame of the rear louver assembly through the sealing baffle and pass through The louver sealant is sealed. the

Preferably, said second transverse frame includes a detachable frame cover. the

Preferably, the louver driving pin is connected to the second vertical louver frame through a hinge fixed on the second vertical louver frame. the

Preferably, the louver driving pin is connected to the second vertical louver frame through a corner sealing block fixed on the second vertical louver frame, and the corner sealing block is connected to the second vertical louver frame through a pair of set screws It is fixed on the second vertical louver frame. the

Further, a 24VDC micro drive motor is fixed in the second transverse frame through a pair of motor fixing bars, and the 24VDC micro drive motor is connected to the louver drive guide rail through a worm rack gear box drive rack, and the louver A plurality of louver swing arms are arranged through pins in the driving guide rail, and the louver driving pins on the lower outer frame of the second vertical louver frame are set in the louver swing arms. the

Further, the first horizontal louver frame, the second horizontal louver frame, the first vertical louver frame, the second vertical louver frame, the first horizontal louver frame, the second horizontal louver frame, the first vertical louver frame and The second vertical louver frame is a heat-insulating broken bridge aluminum profile. the

Compared with the prior art, the present invention has the following beneficial effects:

1. Driven by 24VDC micro-motor, corresponding to the existing glass shutter products, the operation is more stable and the motor noise is smaller

a) Using 24VDC micro DC motor, the motor noise is smaller;

b) Using a hidden drive system, the motor, transformer, and main control board are all hidden in the bottom or top horizontal frame, and the appearance is more beautiful;

c) The transverse frame with the motor is composed of a frame cover that can be buckled. When the frame cover is removed, the drive system can be directly installed and repaired;

d) The opening and closing of the blinds can be controlled by wall switches, remote controls, and other intelligent control methods. the

2. Ingenious structural design, this product has a better sealing effect than other blinds

a) All sealing systems are sealed with sealing rubber strips, and the sealing effect is better;

b) The double-channel sealing system is used to seal between the glass and the louver frame, between the louver assembly and the louver assembly, and between the louver assembly and the outer frame, and the sealing effect reaches the sealing effect of the casement door/window. the

3. The louver assembly uses hollow glass, and both the louver frame and the louver frame use heat-insulating broken bridge aluminum profiles, which have better heat insulation and heat preservation effects

a) Unlike the current single-piece glass blades at home and abroad, the product uses hollow glass as the shutter blade, so that the heat insulation and heat preservation effect of the blade is better; at the same time, the composite plate filled with foaming agent between the aluminum plates on both sides can also be used instead of hollow glass , and become ordinary aluminum alloy leaf shutters, and compared with ordinary aluminum alloy shutters, the heat insulation performance of the product is greatly improved; 

4. With a novel structural design, the electric glass shutter can be used as an electric casement window or a casement door at the same time, which improves the aesthetic performance of the product at the same time

a) Different quantities and sizes of louver assemblies can be designed according to customer needs. When only one louver assembly is used, it is an ordinary electric swing door/window;

b) By adjusting the opening angle of the louver assembly, the required ventilation requirements can be achieved; the opening angle can reach 90° to achieve the maximum ventilation requirements. the

The above description is only an overview of the technical solutions of the present invention. In order to understand the technical means of the present invention more clearly and implement them according to the contents of the description, the preferred embodiments of the present invention and accompanying drawings are described in detail below. The specific embodiment of the present invention is given in detail by the following examples and accompanying drawings. the

Description of drawings

The accompanying drawings described here are used to provide a further understanding of the present invention and constitute a part of the application. The schematic embodiments of the present invention and their descriptions are used to explain the present invention and do not constitute improper limitations to the present invention. In the attached picture:

Figure 1 shows a schematic diagram of the assembly of the present invention. the

Figure 2 shows an exploded schematic view of the present invention. the

Fig. 3 is a partially enlarged schematic view of the second horizontal louver frame in Fig. 2 . the

Fig. 4 shows an exploded schematic view of the louver assembly of the present invention. the

Fig. 5 is a partially enlarged schematic view of the second vertical louver frame in Fig. 4 . the

Detailed ways

The present invention will be described in detail below with reference to the accompanying drawings and in combination with embodiments. the

Referring to Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5, an electric side-opening heat-insulating energy-saving glass shutter includes a shutter frame assembly, and the shutter frame assembly includes a first horizontal The louver frame A, the second horizontal louver frame C and the vertically arranged first vertical louver frame B and the second vertical louver frame D, the louver frame assembly is provided with several louver assemblies E, and the several The louver assemblies E are pivotably arranged between the first transverse louver frame A and the second transverse louver frame C through a pair of louver driving pins 24 respectively, and the louver assemblies E include first transversely arranged The louver frame F, the second horizontal louver frame H and the vertically arranged first vertical louver frame G and the second vertical louver frame I, the pair of louver driving pins 24 are respectively arranged on the second vertical The top of the louver frame I. the

Further, the inner and outer sides of the first horizontal louver frame A, the second horizontal louver frame C, the vertically arranged first vertical louver frame B and the second vertical louver frame D are respectively provided with internal heat insulation strips 12 and an external heat insulation strip 10, a glass sealing strip 8 is arranged between the louver assembly E and the insulating glass 15, the first horizontal louver frame F, the second horizontal louver frame H, the first vertical louver frame G and the second vertical louver frame I are respectively provided with 12C heat insulation strips 6, and the outer frames of the first horizontal louver frame F, the second horizontal louver frame H and the first vertical louver frame G are provided with louver seals. Rubber strip 5, a 12T heat insulation strip 22 is provided on the outer frame of the second vertical louver frame I, and a sealing baffle is also provided on the outer frame of the first vertical louver frame G, on the sealing baffle Also be provided with louver sealing strip 5. the

Further, the first vertical louver frame G of the front louver assembly E among the several louver assemblies E can pass through the sealing baffle and the second vertical louver frame of the rear louver assembly E G are superimposed on each other and sealed by louver sealing strip 5 . the

Preferably, the second transverse frame C includes a detachable frame cover 18 . the

Preferably, the louver driving pin 24 is connected with the second vertical louver frame 1 through a hinge 23 fixed on the second vertical louver frame 1 . the

Preferably, the louver driving pin 24 is connected to the second vertical louver frame 1 through a corner sealing block 33 fixed on the second vertical louver frame 1, and the corner sealing block 33 is connected to the second vertical louver frame 1 through A pair of set screws 34 are fixed on the second vertical louver frame 1. the

Further, a 24VDC micro-drive motor 32 is fixed inside the second transverse frame C through a pair of motor fixing bars 2, and the 24VDC micro-drive motor 32 is connected to a louver drive through a worm rack gear box drive rack 31. The guide rail 3, the louver driving guide rail 3 is provided with several louver swing arms 4 through pins 30, and the louver drive pin 24 on the lower outer frame of the second vertical louver frame 1 is set on the louver swing arms 4 Inside. the

Further, the first horizontal louver frame A, the second horizontal louver frame C, the first vertical louver frame B, the second vertical louver frame D, the first horizontal louver frame F, the second horizontal louver frame H, the first horizontal louver frame A vertical louver frame G and a second vertical louver frame I are heat-insulating broken bridge aluminum profiles. the

The thermal insulation type rolling shutter door and window of the present invention has the following advantages:

1. Compared with the existing louver products, the operation is more stable and the motor noise is smaller;

2. With ingenious structural design, this product has a better sealing effect than other blinds;

3. The blades are made of hollow glass, and the louver frame and the louver frame are both made of heat-insulating bridge-breaking aluminum profiles, which have better heat insulation and heat preservation effects;

4. With a novel structural design, the electric glass shutter can also be used as an electric casement window or a casement door, and at the same time improves the aesthetic performance of the product. the

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the present invention. For those skilled in the art, the present invention may have various modifications and changes. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present invention shall be included within the protection scope of the present invention. the

Claims (10)

1. An electric flat-opening heat-insulating energy-saving glass shutter, comprising a shutter frame assembly, and the shutter frame assembly includes a first horizontal shutter frame (A) and a second horizontal shutter frame (C) and a vertical shutter frame The first vertical louver frame (B) and the second vertical louver frame (D) are arranged in the direction, and several louver assemblies (E) are arranged in the louver frame assembly, and the several louver assemblies (E) They are respectively pivotally arranged between the first transverse louver frame (A) and the second transverse louver frame (C) through a pair of louver driving pins (24), characterized in that the louver assembly (E ) includes a horizontally arranged first horizontal louver frame (F) and a second horizontal louver frame (H) and a vertically arranged first vertical louver frame (G) and a second vertical louver frame (I), the described A pair of louver driving pins (24) are respectively arranged on the second vertical louver frame (I). 2. The electric flat-opening heat-insulating and energy-saving glass shutter according to claim 1, characterized in that: the first horizontal shutter frame (A), the second horizontal shutter frame (C), the first vertical shutter frame Internal and external heat insulation strips (12) and external heat insulation strips (10) are respectively provided on the inside and outside sides of the louver frame (B) and the second vertical louver frame (D), and the louver assembly (E) and the A glass sealing strip (8) is arranged between the insulating glass (15), and the first horizontal louver frame (F), the second horizontal louver frame (H), the first vertical louver frame (G) and the second vertical louver frame 12C heat insulation strips (6) are respectively arranged inside the louver frame (I), and on the outer frame of the first horizontal louver frame (F), the second horizontal louver frame (H) and the first vertical louver frame (G) A louver sealing strip (5) is provided, a 12T heat insulation strip (22) is provided on the outer frame of the second vertical louver frame (I), and a 12T heat insulation strip (22) is arranged on the outer frame of the first vertical louver frame (G). A sealing baffle is also provided, and a louver sealing rubber strip (5) is also arranged on the sealing baffle. 3. The electric flat-opening heat-insulating energy-saving glass louver according to claim 2, characterized in that: the first vertical louver of the first louver assembly (E) among the plurality of louver assemblies (E) The frame (G) can be overlapped with the second vertical louver frame (G) of the rear louver assembly (E) through the sealing baffle and sealed with the louver sealing strip (5). 4. The electric flat-opening heat-insulating energy-saving glass shutter according to claim 1, characterized in that: the second transverse frame (C) includes a detachable frame cover plate (18) for installing and overhauling the drive system ). 5. The electric flat-opening heat-insulating energy-saving glass shutter according to claim 1, characterized in that: the shutter driving pin (24) passes through a hinge fixed on the second vertical shutter frame (1) (23) is connected with the second vertical louver frame (1). 6. The electric flat-opening heat-insulating energy-saving glass shutter according to claim 1, characterized in that: the shutter driving pin (24) passes through a corner fixed on the second vertical shutter frame (I). The external sealing block (33) is connected with the second vertical louver frame (1). 7. The electric side-opening heat-insulating energy-saving glass shutter according to claim 6, characterized in that: the corner sealing block (33) is fixed on the second vertical side by a pair of set screws (34). on the louver frame (I). 8. According to claim 1 or 2 or 3 or 4 or 5 or 6 or 7, the motorized side-opening heat-insulating and energy-saving glass shutter is characterized in that: the second transverse frame (C) is fixed by a pair of motors The bar (2) is fixedly provided with a 24VDC micro-drive motor (32), and the 24VDC micro-drive motor (32) is connected to the louver drive guide rail (3) through its worm gear reduction box drive rack (31), and the louver A plurality of louver swing arms (4) are arranged through pins (30) in the driving guide rail (3), and the louver driving pins (24) on the lower outer frame of the second vertical louver frame (1) are arranged on the Inside the shutter swing arm (4). 9. According to claim 1 or 2 or 3 or 4 or 5 or 6 or 7, the motorized side-opening heat-insulating and energy-saving glass louver, characterized in that: the first transverse louver frame (A), the second transverse louver Frame (C), first vertical louver frame (B), second vertical louver frame (D), first horizontal louver frame (F), second horizontal louver frame (H), first vertical louver frame ( G) and the second vertical louver frame (I) are thermal break bridge type aluminum profiles. 10. The electric flat-opening heat-insulating and energy-saving glass shutter according to claim 8, characterized in that: the first horizontal shutter frame (A), the second horizontal shutter frame (C), the first vertical shutter frame ( B), the second vertical louver frame (D), the first horizontal louver frame (F), the second horizontal louver frame (H), the first vertical louver frame (G) and the second vertical louver frame (I) It is a thermal break bridge type aluminum profile.

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