CN214787088U

CN214787088U - Three-glass two-cavity full-sealed external cavity built-in shutter glass

Info

Publication number: CN214787088U
Application number: CN202120332928.5U
Authority: CN
Inventors: 徐学保; 赵利民; 苗正权; 王永智
Original assignee: Jiangsu Zhiwei Doors And Windows Technology Co ltd
Current assignee: Jiangsu Zhiwei Glass Technology Co.,Ltd.
Priority date: 2021-02-05
Filing date: 2021-02-05
Publication date: 2021-11-19
Anticipated expiration: 2031-02-05

Abstract

The shutter glass is arranged in the three-glass two-cavity fully-sealed outer cavity and comprises a glass sheet, a glass cavity, shutters, hollow dry aluminum partition bars, butyl rubber, a driven magnetic slide block and a manual control magnetic slide block; the glass sheet comprises an outer glass sheet, a middle glass sheet and an inner glass sheet; the glass chamber comprises an outer glass chamber and an inner glass chamber; the method is characterized in that: the glass window is characterized by further comprising silica gel, wherein the silica gel is arranged on the inner layer of the butyl rubber, two air-proof glass chambers are formed by 3 glass sheets, a shutter, a hollow dry aluminum partition strip, the butyl rubber and the silica gel, and the interior of each outer glass chamber is sealed with the exterior of the outer glass chamber in an air-proof manner; the driven magnetic slide block of the inner glass cavity is in magnetic attraction connection with the driving magnetic slide block of the shutter of the outer glass cavity; the manual control magnetic slide block is magnetically connected with the driven magnetic slide block on the outer surface of the inner glass slide; the weather resistance and temperature difference resistance of the sealing can be increased, the sealing performance is better, and the service life is longer; the heat insulation and sound insulation device has the beneficial effects of long-term heat insulation and sound insulation, maintenance cost saving, energy saving and environment protection.

Description

Three-glass two-cavity full-sealed external cavity built-in shutter glass

Technical Field

The utility model relates to hollow glass, in particular to a three-glass two-cavity fully-sealed external cavity built-in shutter glass.

Background

Three glasss, two intracavity setting tripe cavity glass are on the basis of cavity shutter in addition a glass layer, can better give sound insulation and thermal-insulated, but the three glasss, two intracavity setting tripe cavity glass's of prior art give sound insulation and thermal-insulated effect not ideal, cause one of its defect's reason to be: although the three-glass two-cavity air-permeable heat-insulating wall has three glass cavities and two glass cavities, the two glass cavities are mutually ventilated and not sealed, and the air-insulating effect of the two glass cavities is lacked, so that the sound-insulating and heat-insulating effects are poor; the other reasons for the defects are: after the connecting sealant between the glass and the glass at the edge of the cavity is used for a period of time, the sealing performance of the connecting sealant is gradually reduced under the influence of the change of climate and temperature, so that the sound insulation and heat insulation performance is gradually reduced; another cause of the drawback is: because the control shutter structure between the two cavities of the three glasses is magnetically linked by the mutual glass isolation of the three magnetic sliding blocks, one surface of each magnetic sliding block is provided with a pulley, the friction force between the sliding block and the glass can be reduced under the action of the pulleys, the flexibility of control is improved, and the damage to the glass caused by the direct sliding of the sliding block on the glass is prevented; therefore, the problem of overcoming the defect of the hollow glass with the three glass cavities and the two glass cavities needs to be researched and overcome.

Disclosure of Invention

The utility model provides a tripe glass is put to three glasss two chamber totally enclosed exocoel can effectively solve the problem that above background art mentioned.

The technical proposal of the utility model for solving the technical problem is that: 1. three glass sheets with the same structure, specification and model, a shutter, a hollow dry aluminum partition strip, butyl rubber and silica gel are adopted to form real three-glass two-cavity glass with two independent glass cavities; the two glass chambers are sealed in a gas-isolated way; the two glass chambers are sealed from the outside in a gas-tight manner; the defect that two chambers are mutually ventilated and not sealed in the prior art is overcome; 2. the inner layer of the butyl rubber is sealed by adopting the silica gel with excellent weather resistance and sealing performance, so that the defect that the sound insulation and heat insulation performance of the connecting sealant between glass and glass in the prior art is influenced by the change of weather and temperature after the connecting sealant is used for a period of time is overcome; 3. the design has the driven magnetic slider of two-sided pulley structure, solves the magnetic slider of one in the middle of the prior art and only has a pulley and cause the damage to glass, produces the slip vestige easily, influences glass's transparency defect problem.

The utility model comprises a glass sheet, a glass chamber, a shutter, a hollow dry aluminum spacing strip, butyl rubber, a driven magnetic slider and a manual magnetic slider; the glass sheet comprises an outer glass sheet, a middle glass sheet and an inner glass sheet; the glass chamber comprises an outer glass chamber and an inner glass chamber; the louver comprises louver blades, a left winding wheel, a right winding wheel, a winding converter, a lifting line, a rotating blade line, a circulating pulley, a driving magnetic slider, a right frame structure frame, an upper frame structure strip, a transmission shaft, a left wire passing port and a right wire passing port; the method is characterized in that: the rubber gasket is arranged on the inner layer of the butyl rubber, and aims to further enhance the sealing performance and the ageing resistance and resist the influence of weather and temperature difference on the sealing performance and the service life; the utility model comprises 3 glass sheets, a shutter, a hollow dry aluminum parting strip, butyl rubber and silica gel to form two air-proof glass chambers, wherein the shutter and air are arranged in the outer glass chamber of the glass chamber, and the indoor and outdoor air-proof sealing of the outer glass chamber is realized; the driven magnetic slider and air are arranged in the inner glass cavity of the glass cavity, and the indoor and outdoor air-tight sealing of the inner glass cavity is realized; the outer glass cavity and the inner glass cavity of the glass cavity are sealed in a gas-isolating way; the driven magnetic slide block of the inner glass cavity is in magnetic attraction connection with the driving magnetic slide block of the shutter of the outer glass cavity; can slide synchronously; the manual control magnetic slide block is an independent free body, when the shutter needs to be controlled, the manual control magnetic slide block is placed on the outer surface of the inner glass slide and is in magnetic attraction connection with the driven magnetic slide block in the inner glass cavity of the glass cavity, and the manual control magnetic slide block is slid to link the driven magnetic slide block and the driving magnetic slide block to slide, so that the shutter is adjusted.

The driven magnetic slider consists of a driven slider main body, a left lower pulley, a left lower magnet, a left upper pulley, a right upper magnet, a right lower magnet and a right lower pulley; the method is characterized in that: the upper left magnet and the upper right magnet of the driven magnetic slider are mutually attracted in the driven slider main body; the left lower magnet and the right lower magnet are mutually attracted in the driven sliding block main body; the left lower pulley and the left upper pulley which protrude from one surface correspond to the right upper pulley and the right lower pulley which protrude from the other surface in position, so that the driven magnetic slider has double-sided sliding performance, the friction force of the driven magnetic slider during working is low, the glass cannot be damaged after long-term use, sliding traces cannot be easily generated, and the transparency of the glass is not influenced.

The utility model is provided with two glass chambers; the two glass chambers are sealed in a gas-isolated way; the two glass chambers are sealed from the outside in a gas-tight manner; the inner wall of the butyl rubber is provided with silica gel, the silica gel can keep sealing performance in an environment of-50-200 ℃, and the service life is long; can play the roles of long-term heat insulation and sound insulation.

The utility model has the advantages that: the air-proof structure can really realize the air-proof function of the two cavities, achieve the performances of further heat insulation and sound insulation, and has the advantages of weather resistance, temperature difference resistance, better sealing performance and longer service life; the air conditioner has the advantages of long-term heat insulation and sound insulation, energy saving, environment protection and immeasurable benefits to enterprises, families, society and countries, and achieves the effects of enabling the indoor air conditioner of a building to be more energy-saving and enabling the indoor environment to have less noise, saving maintenance cost and energy.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a front view of the structure of the present invention.

Fig. 3 is a sectional view taken along line a-a of fig. 2 according to the present invention.

Fig. 4 is a sectional view taken along line B-B of fig. 2 according to the present invention.

Fig. 5 is a cross-sectional view taken along line C-C of fig. 2 according to the present invention.

Fig. 6 is a schematic diagram of a prior art structure.

Fig. 7 is a front view of a prior art structure.

Fig. 8 is a sectional view taken along line E-E of fig. 7.

Fig. 9 is a sectional view taken along line F-F of fig. 7.

Fig. 10 is a cross-sectional view taken along the direction T-T of fig. 7.

Fig. 11 is a front view of the structure of the driven magnetic slider according to the present invention.

Fig. 12 is a left side view of the structure of the driven magnetic slider according to the present invention.

Fig. 13 is a sectional view taken along line G-G of fig. 12 according to the present invention.

In the figure, 1. glass sheet; 2. a glass chamber; 3. a blind window; 4. hollow drying the aluminum parting strips; 5. butyl rubber; 6. silica gel; 11. an outer slide; 12. a middle glass slide; 13. an inner glass slide; 21. an outer glass chamber; 22. an inner glass chamber; 30. louver blades; 31. a left take-up reel; 32. a right reel; 33. a winding converter; 34. a lifting line; 35. rotating the leaf line; 36. a circulating pulley; 37. an active magnetic slider; 38. a driven magnetic slider; 39. a manual magnetic slider; 60. a right frame structure frame; 61. an upper frame structure frame; 62. an upper frame structure strip; 63. a left frame; 64. a bottom frame; 65. a drive shaft; 66. a left wire passing port; 67. a right wire passing port; 381. a driven slider body; 382. a left lower pulley; 383. a lower left magnet; 384. an upper left magnet; 385. a left upper pulley; 386. a right upper pulley; 387. a right upper magnet; 388. a lower right magnet; 389. and a right lower pulley.

Detailed Description

The present invention will be described in detail with reference to the accompanying drawings.

In fig. 1, 2, 3, 4 and 5, the utility model comprises a glass sheet (1), a glass chamber (2), a louver (3), a hollow dry aluminum spacing strip (4), butyl rubber (5), a driven magnetic slider (38) and a manual control magnetic slider (39); the glass sheet (1) comprises an outer glass sheet (11), a middle glass sheet (12) and an inner glass sheet (13); the glass chamber (2) comprises an outer glass chamber (21) and an inner glass chamber (22); the louver (3) comprises a louver blade (30), a left winding wheel (31), a right winding wheel (32), a winding converter (33), a lifting wire (34), a rotating blade wire (35), a circulating pulley (36), a driving magnetic slider (37), a right frame structure frame (60), an upper frame structure frame (61), an upper frame structure strip (62), a transmission shaft (65), a left wire passing port (66) and a right wire passing port (67); the method is characterized in that: the sealing rubber further comprises silica gel (6), wherein the silica gel (6) is arranged on the inner layer of the butyl rubber (5) and is used for further enhancing the sealing performance and the ageing resistance and resisting the influence of weather and temperature difference on the sealing performance and the service life; the utility model is characterized in that two air-proof glass chambers (2) are composed of 3 glass sheets (1), a shutter (3), a hollow dry aluminum spacing strip (4), butyl rubber (5) and silica gel (6), the shutter (3) and air are arranged in an outer glass chamber (21) of the glass chamber (2), and the indoor and outdoor air-proof sealing of the outer glass chamber (21) is realized; a driven magnetic sliding block (38) and air are arranged in an inner glass cavity (22) of the glass cavity (2), and the interior of the inner glass cavity (22) is sealed with the exterior in an air-tight manner; the outer glass cavity (21) and the inner glass cavity (22) of the glass cavity (2) are sealed in a gas-isolated way; the driven magnetic slide block (38) of the inner glass chamber (22) is magnetically attracted with the driving magnetic slide block (37) of the shutter (3) of the outer glass chamber (21); can slide synchronously; the manual control magnetic slider (39) is an independent free body, when the shutter needs to be controlled, the manual control magnetic slider (39) is placed on the outer surface of the inner glass slide (13) and is in magnetic attraction connection with the driven magnetic slider (38) in the inner glass cavity (22) of the glass cavity (2), and the sliding manual control magnetic slider (39) is in linkage with the driven magnetic slider (38) and the driving magnetic slider (37) to slide, so that the shutter is adjusted.

In fig. 1, the utility model consists of three glass sheets (1), a shutter (3), a hollow dry aluminum spacing strip (4), butyl rubber (5) and silica gel (6), and is provided with two glass chambers (2); the two glass chambers (2) are sealed in a gas-isolated way; the two glass chambers (2) are sealed from the outside in a gas-tight manner; the method is characterized in that: the inner wall of the butyl rubber (5) is provided with silica gel (6), the silica gel (6) can keep sealing performance in an environment of-50-200 ℃, and the service life is long; will the utility model discloses the device can play for a long time separate temperature, syllable-dividing effect in the building window, reaches to enable the more energy-conserving and the less effect of indoor ambient noise of building room air conditioner.

In fig. 1 and 6, the difference between the present invention and the prior art is: the two glass chambers (2) of the utility model are sealed in a gas-isolated way; the two glass chambers (2) of the prior art are in gas communication with each other; therefore, the utility model discloses produced for prior art separate the temperature, soundproof effect is bigger, reaches to enable the more energy-conserving and the less effect of indoor ambient noise of building room air conditioner.

In fig. 2, hollow dry aluminum spacing strips (4) are arranged at the peripheral edges of the glass sheet (1), and butyl rubber (5) and silica gel (6) are arranged outside the hollow dry aluminum spacing strips (4) for sealing; the structure part of the shutter (3) is arranged in the frame of the hollow drying aluminum parting bead (4) at the periphery, a right frame structure frame (60) is arranged close to the hollow drying aluminum parting bead (4) at the right side, the lower part of the right frame structure frame (60) is provided with a circulating pulley (36), the upper part is provided with a winding converter (33), and the middle part is provided with a manual control magnetic slide block (39), a lifting wire (34) and a rotating vane wire (35); an upper frame structure frame (61) is arranged close to the upper hollow drying aluminum parting bead (4), a left winding wheel (31) is arranged at the left part of the upper frame structure frame (61), a right winding wheel (32) is arranged at the middle part, and a winding converter (33) is arranged at the right part of the upper frame structure frame; an upper frame structure strip (62) is arranged at the lower end of the upper frame structure frame (61), a left wire passing port (66) is formed in the left part of the upper frame structure strip (62), and a right wire passing port (67) is formed in the right part of the upper frame structure strip (62); a louver (30) is arranged below the upper frame structure strip (62).

In fig. 3, the structure, specification and model of the outer glass slide (11), the middle glass slide (12) and the inner glass slide (13) are the same, the outer glass slide (11) is arranged in the middle of the left and middle glass slides (12), and forms an outer glass chamber (21) with a hollow dry aluminum spacing strip (4), butyl rubber (5) and silica gel (6), and a shutter (3) structure is arranged in the outer glass chamber (21); an upper frame structure frame (61) of a louver (3) is arranged at the upper part of the outer glass cavity (21), a right coiling wheel (32) is arranged in the upper frame structure frame (61) of the louver (3), and a lifting wire (34) and a rotating blade wire (35) are arranged on the right coiling wheel (32) and are connected with a louver blade (30) below the upper frame structure frame (61); the middle glass slide (12) is arranged on the right side of the middle glass slide and the inner glass slide (13), and forms an inner glass chamber (22) with a hollow dry aluminum parting strip (4), butyl rubber (5) and silica gel (6), and the inner glass chamber (22) is provided with a driven magnetic slide block (38); and a manual control magnetic slide block (39) is arranged outside the inner glass cavity (22).

In fig. 4, the structure, specification and model of the outer glass slide (11), the middle glass slide (12) and the inner glass slide (13) are the same, the outer glass slide (11) is on the right, the middle glass slide (12) is in the middle, the inner glass slide (13) is on the left, and the outer glass chamber (21) and the inner glass chamber (22) are formed by the outer glass slide, the middle glass slide and the inner glass slide (12), the hollow dry aluminum spacing strips (4), the butyl rubber (5) and the silica gel (6); the inner device of the outer glass chamber (21) is provided with a right frame structure frame (60), the upper portion of the right frame structure frame (60) is provided with a winding converter (33), the lower portion of the right frame structure frame is provided with a circulating pulley (36), an active magnetic slider (37) is arranged between the winding converter (33) and the circulating pulley (36), the active magnetic slider (37) can freely slide up and down to drive a lifting wire (34) and a rotating blade wire (35) to adjust lifting and overturning of the louver blades (30), a driven magnetic slider (38) is arranged in the inner glass chamber (22), a manual control magnetic slider (39) is arranged outside the inner glass chamber (22), and the sliding manual control magnetic slider (39) is linked with the driven magnetic slider (38) and the active magnetic slider (37) to slide, so that lifting and overturning of the adjusting louver can be controlled freely.

In fig. 5, an upper frame structure strip (62) is arranged between the outer glass slide (11) and the middle glass slide (12), a left line passing port (66) is arranged in the left middle part of the upper frame structure strip (62), and a right line passing port (67) is arranged in the right middle part of the upper frame structure strip; the right end of the upper frame structure strip (62) is provided with butyl rubber (5) and silica gel (6), the left end of the upper frame structure strip (62) is provided with a hollow dry aluminum spacing strip (4), and the left side of the hollow dry aluminum spacing strip (4) is provided with the butyl rubber (5) and the silica gel (6); the upper side of the inner glass chamber (22) is provided with a middle glass slide (12), the lower side of the inner glass chamber is provided with an inner glass slide (13), the left side and the right side of the inner glass chamber are provided with hollow dry aluminum parting strips (4), and the left end of the left hollow dry aluminum parting strip (4) is provided with butyl rubber (5) and silica gel (6) to seal the middle glass slide (12) and the inner glass slide (13); the right end of the right hollow dry aluminum parting bead (4) is provided with butyl rubber (5) and silica gel (6) to seal the middle glass slide (12) and the inner glass slide (13); a driven magnetic slide block (38) is arranged in the inner glass chamber (22) and is magnetically connected with a manual control magnetic slide block (39) below the inner glass slide (13).

In fig. 11, 12 and 13, the driven magnetic slider (38) is composed of a driven slider main body (381), a left lower pulley (382), a left lower magnet (383), a left upper magnet (384), a left upper pulley (385), a right upper pulley (386), a right upper magnet (387), a right lower magnet (388) and a right lower pulley (389); the method is characterized in that: the upper left magnet (384) and the upper right magnet (387) of the driven magnetic slider (38) are mutually attracted in the driven slider main body (381); the left lower magnet (383) and the right lower magnet (388) are mutually attracted in the driven slide block main body (381); the left lower pulley (382) and the left upper pulley (385) with one convex surface correspond to the right upper pulley (386) and the right lower pulley (389) with the other convex surface in position, so that the driven magnetic slider (38) has double-sided sliding performance, the friction force of the driven magnetic slider (38) during working is low, the glass cannot be damaged after long-term use, sliding traces cannot be easily generated, and the transparency of the glass is not influenced.

In fig. 6, the three-glass two-cavity built-in shutter glass in the prior art is composed of three glass sheets (1), a shutter (3), a hollow dry aluminum spacing strip (4) and butyl rubber (5), and is provided with two glass cavities (2); the two glass chambers (2) are communicated with each other; the two glass chambers (2) are sealed from the outside.

In fig. 7, 8, 9 and 10, the middle glass slide (12) is shorter than the outer glass slide (11) and the inner glass slide (13), so that the outer glass chamber (21) and the upper end of the inner glass chamber (22) form a communicated gap in the prior art, and the left middle part of the upper frame structure strip (62) is provided with a left line passing port (66), and the right middle part is provided with a right line passing port (67); the outer glass cavity (21) and the inner glass cavity (22) lose the function of gas insulation, so that the outer glass cavity (21) and the inner glass cavity (22) lose the functions of heat insulation and sound insulation of double-cavity gas insulation, and only play a role of single-cavity gas insulation; therefore, the utility model discloses there are two independent glass cavity (2) that separate gas for prior art, produced separates temperature, syllable-dividing effect is bigger, reaches to enable the more energy-conserving and the less effect of indoor ambient noise of building room air conditioner.

In fig. 7, 8, 9, 10, the connection seal of the outer slide (11), the middle slide (12) and the inner slide (13) of the prior art is butyl rubber (5); compared with the prior art, the sealing of the silica gel (6) layer is lacked; therefore, the sealing performance, the weather resistance and the ageing resistance of the prior art are not as high as those of the utility model; therefore the utility model discloses it is better to have for prior art, long service life, and produced separates the temperature, the effect that gives sound insulation is bigger, reaches to enable the more energy-conserving and the less effect of indoor ambient noise of building room air conditioner.

Claims

1. The shutter glass is arranged in the three-glass two-cavity fully-sealed outer cavity and comprises a glass sheet (1), a glass cavity (2), a shutter (3), a hollow dry aluminum partition strip (4), butyl rubber (5), a driven magnetic slide block (38) and a manual control magnetic slide block (39); the glass sheet (1) comprises an outer glass sheet (11), a middle glass sheet (12) and an inner glass sheet (13); the glass chamber (2) comprises an outer glass chamber (21) and an inner glass chamber (22); the louver (3) comprises a louver blade (30), a left winding wheel (31), a right winding wheel (32), a winding converter (33), a lifting wire (34), a rotating blade wire (35), a circulating pulley (36), a driving magnetic slider (37), a right frame structure frame (60), an upper frame structure frame (61), an upper frame structure strip (62), a transmission shaft (65), a left wire passing port (66) and a right wire passing port (67); the method is characterized in that: the glass is characterized by further comprising silica gel (6), wherein the silica gel (6) is arranged on the inner layer of the butyl rubber (5), the three-glass two-cavity fully-sealed outer cavity is internally provided with 3 pieces of glass sheets (1), a shutter (3), a hollow dry aluminum partition strip (4), the butyl rubber (5) and the silica gel (6) to form two air-isolated glass chambers (2), the shutter (3) and air are arranged in an outer glass chamber (21) of each glass chamber (2), and the interior and exterior of the outer glass chamber (21) are sealed in an air-isolated manner; a driven magnetic sliding block (38) and air are arranged in an inner glass cavity (22) of the glass cavity (2), and the interior of the inner glass cavity (22) is sealed with the exterior in an air-tight manner; the outer glass cavity (21) and the inner glass cavity (22) of the glass cavity (2) are sealed in a gas-isolated way; the driven magnetic slide block (38) of the inner glass chamber (22) is magnetically attracted with the driving magnetic slide block (37) of the shutter (3) of the outer glass chamber (21); the manual control magnetic slide block (39) is an independent free body and is arranged on the outer surface of the inner glass slide (13) and is in magnetic attraction connection with the driven magnetic slide block (38) in the inner glass chamber (22) of the glass chamber (2).

2. The three-glass two-cavity fully-sealed external cavity built-in shutter glass according to claim 1, characterized in that: the driven magnetic slider (38) is composed of a driven slider main body (381), a left lower pulley (382), a left lower magnet (383), a left upper magnet (384), a left upper pulley (385), a right upper pulley (386), a right upper magnet (387), a right lower magnet (388) and a right lower pulley (389).

3. The three-glass two-cavity fully-sealed external cavity built-in shutter glass according to claim 1 or 2, characterized in that: the upper left magnet (384) and the upper right magnet (387) of the driven magnetic slider (38) are mutually attracted in the driven slider main body (381).

4. The three-glass two-cavity fully-sealed external cavity built-in shutter glass according to claim 1 or 2, characterized in that: the left lower magnet (383) and the right lower magnet (388) are mutually attracted in the driven slide block main body (381).

5. The three-glass two-cavity fully-sealed external cavity built-in shutter glass according to claim 1 or 2, characterized in that: the left lower pulley (382) and the left upper pulley (385) with one convex surface correspond to the right upper pulley (386) and the right lower pulley (389) with the other convex surface.