CN103452466A - Built-in sunshade high-performance energy-saving aluminum alloy window system - Google Patents
Built-in sunshade high-performance energy-saving aluminum alloy window system Download PDFInfo
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- CN103452466A CN103452466A CN201310304028XA CN201310304028A CN103452466A CN 103452466 A CN103452466 A CN 103452466A CN 201310304028X A CN201310304028X A CN 201310304028XA CN 201310304028 A CN201310304028 A CN 201310304028A CN 103452466 A CN103452466 A CN 103452466A
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Abstract
The invention relates to a built-in sunshade high-performance energy-saving aluminum alloy window system. The outdoor plane of an aluminum sash and the outdoor plane of an aluminum frame form a step. The outdoor plane of aluminum sash protrudes out of that of the aluminum frame. The indoor plane of the aluminum sash extends towards one side of a wall. One side, facing glass, of the outdoor plane aluminum sash extends to form a pressing strip, an outdoor adhesive strips are disposed at the tips of the pressing strip, and a protruding strip is disposed on a side wall vertical to the pressing strip. A U-shaped groove is fastened to the inner opening of the outdoor sash through screws. Adhesive strip clamping openings are formed on two sides of the U-shaped groove. One edge of the U-shaped groove is abutted against the protruding groove. A shutter is mounted in the U-shaped groove. Single glass is fixed between the pressing strip of the aluminum sash and the left edge of the U-shaped groove. Due to the fact that the shutter and the bridge-cut aluminum alloy section frame form a unit independently, the window system can directly combine with existing bridge-cut aluminum alloy door-window products. By integrated design, sunshade performance is increased while thermal insulation performance of doors and windows is increased, the shutter can be wound and unwound easily, and angle of the shutter can be adjusted easily.
Description
Technical field
The present invention relates to window and door system, relate in particular to a kind of built-in sunshade high-performance energy-saving aluminium alloy window system.
Technical background
Be accompanied by developing rapidly of China's economic, urbanization more deep, the energy consumption total amount also increases year by year.In China, building energy conservation has become the emphasis of energy-saving and emission-reduction work.One of emphasis of door and window building energy conservation, along with the requirement of each department to the door and window heat insulating coefficient improves constantly, the heat-insulating property of door and window self has obtained very large raising.But the two poles of the earth, Chinese north and south temperature contrast is larger, particularly high in southern area outside in summer temperature, for better realizing the energy-saving effect in summer, on the basis of insulation, need further realize the shading performance of door and window.
For the regulation of height insulation and high-sunshade standard, develop a set of built-in sunshade high-performance energy-saving aluminium alloy door and window new range product, make up and to overcome the defect of various shading products on the market very urgent.
Summary of the invention
The deficiency that the object of the invention is to exist for prior art provides a kind of built-in sunshade high-performance energy-saving aluminium alloy window system.
In order to realize above-mentioned purpose; the present invention has adopted following technical scheme: a kind of built-in sunshade high-performance energy-saving aluminium alloy window system; comprise aluminium frame material, aluminium fan material, line ball, hollow glass, blinds and single glass; described aluminium frame material is connected and composed by heat insulation connector by indoor side frame material and outdoor side frame material, and extend to glass one side on the plane, outside of described aluminium frame material; Described aluminium fan material is connected and composed by heat insulation connector by outside fan material and indoor fan material, and the plane, outside of the plane, outside of described aluminium fan material and aluminium frame material is a step, and the plane, outside of aluminium frame material is protruded on the plane, outside of aluminium fan material; Extend to body of wall one side on the plane, indoor of described aluminium fan material, and the plane, outside extends to form press strip to a side of glass, and the termination of press strip is provided with the outside adhesive tape, with press strip, becomes the sidewall of 90 ° to be provided with raised line; The internal orifice of described outside fan material has the U groove by screw fastening, the both sides of U groove are provided with the adhesive tape bayonet socket, one side of U groove offsets with raised line, blinds is installed in the U groove, single glass is fixed between the press strip and limit, U groove left side of aluminium fan material, the internal orifice of described indoor fan material is equipped with line ball, and hollow glass is positioned at indoor, and hollow glass is fixed by the right edge of line ball and U groove.
As preferably: described indoor fan material is provided with the C groove towards glass one side, described line ball one end is provided with the support card article, an end that supports card article is step surface, the other end is C type bayonet socket, one side of described step surface and C groove offsets, and C type bayonet socket is stuck in the another side of C groove, and the other end of described line ball extends to the glass chamber inboard, and be provided with the support block slope in end, the support block slope card inner seal adhesive tape of having family.
As preferably: the elongated end card of described outdoor side frame material has the frame sealing joint strip, and the step surface of frame sealing joint strip and outside fan material offsets; Outdoor side frame material and indoor side frame material card have large mouth duck adhesive tape, and the extended spot of the heat insulation connector on large mouth duck adhesive tape and aluminium fan material offsets; The elongated end card of indoor fan material has the fan sealing joint strip, the contacted inner surfaces of fan sealing joint strip and indoor side frame material.
As preferably: be provided with glass isolator between described single glass and outside fan material, described hollow glass surrounding is provided with support member and glass isolator.
As preferably: the surrounding of described single glass adopts frosted or colored glaze processing mode.
As preferably: what described blinds adopted that manual, electronic, three kinds of patterns of intelligence control blinds liftings and 180 degree turns over the leaf angular adjustment.
As preferably: described aluminium frame material is connected by hinge through with the aluminium fan material, and hinge is screwed on a side room inner side frame material and indoor fan material, and is provided with locking device on the indoor side frame material of opposite side and indoor fan material.
Beneficial effect of the present invention is: due to blinds separately and a unit of bridge-cut-off aluminium alloy framework formation, can be direct and existing broken-bridge aluminum alloy door and window product combine.By integrated design, make it when promoting shading performance, also improved the heat-insulating property of door and window, and blinds folding and unfolding easily, adjusting angle.
The present invention has also improved that sunshade, energy saving, the preventing dust oil smoke of built-in sunshade high-performance energy-saving aluminium alloy window is anti-pollution greatly, fire line, sound insulation value and easy installation and removal, and concrete effect is as follows:
1, sunshade: integrated door and window and sunshade Unit Design, bring systematized insulation construction and shaded effects.But coordinate hollow glass, single glass and centre folding and unfolding shutter device to form.Adjust just withstand heat exposure and daylighting of blinds but open, reach shaded effects.Can effectively stop the solar radiation that summer is strong, and the direct sunlight caused improves indoor luminous environment to indoor.Thereby the reduction interior temperature, reduce energy consumption of air conditioning system in buildings.
2, energy saving: the energy saving of modern architecture is one of outstanding feature of its scientific and technological content.In summer, direct irradiation that can block sunlight when louvre blade is adjusted to closed condition, intercept the convection current of cold and hot air, the energy consumption of decrease room conditioning.In the winter time, louvre blade can be mentioned, make the sunlight direct irradiation, fully absorb heat energy, add the use of triplex glass, reduce scattering and disappearing of indoor hot gas flow, thereby reach purpose energy-conservation, that save operating cost.3, dustproof, lampblack-preventing, antipollution performance: this built-in sunshade high-performance energy-saving aluminium alloy window, adopting blinds to install is positioned between hollow glass and single glass, single glass is positioned over outside, and hollow glass is positioned at indoor, and two blocks of glass are fixed by the both sides of press strip, line ball and U groove.This way has guaranteed that blinds is not subject to outside contamination, and louvre blade need not clean, reach save time, laborsaving, economical effect.
4, fire line: in any building, traditional blinds is all inflammable thing, once and breaking out of fire, the blinds of being made by materials such as cloth yarn, chemical fibres can discharge a large amount of poisonous dense smoke in when burning, causes indoor occupant to be choked to death.Blinds is installed and is positioned between hollow glass and single glass, not burnt by naked light, nor can in big fire, discharge dense smoke.Hollow glass and single Bo Neijia aluminum louvre blade also have certain obstruct flame pass combustion effect, effectively reduce the Probability of fire, be a kind of good fire-proof product.
5, sound insulation value: the penetration power of sound wave is more intense, and its sound insulation value of abundant body of wall is better, but the glass of door and window has often become the weakest link of blocking noise.The application of built-in sunshade high-performance energy-saving aluminium alloy window triplex glass, guaranteed that the airborne sound sound insulation value of whole window is controlled at 35 > between Rw >=30 decibel.
6, easy installation and removal: if blinds is arranged in hollow glass, when blinds easy-maintaining not just when going wrong qualitatively, whole hollow glass and blinds are just done and are scrapped processing.If blinds is when going wrong qualitatively when blinds is arranged between hollow glass and single glass, the indoor hollow glass can be realized disassembling function by line ball, is convenient to clean and keep in repair inner sunshade metal louvres sheet.
The accompanying drawing explanation
Fig. 1 is the horizontal schematic diagram of structure of the invention process.
Fig. 2 is the vertical schematic diagram of structure of the invention process.
The structural representation that Fig. 3 is aluminium frame material of the present invention.
The structural representation that Fig. 4 is aluminium fan material of the present invention.
The structural representation that Fig. 5 is line ball of the present invention.
the specific embodiment
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is made a detailed explanation.
A kind of built-in sunshade high-performance energy-saving aluminium alloy window system as shown in Figure 1 and Figure 2; comprise aluminium frame material 1, aluminium fan material 2, line ball 3, hollow glass 11, blinds 13 and single glass 12; described aluminium frame material 1 is connected and composed by heat insulation connector 16 by indoor side frame material 101 and outdoor side frame material 102, and extend to glass one side on the plane, outside of described aluminium frame material 1; Described aluminium fan material 2 is connected and composed by heat insulation connector 16 by outside fan material 202 and indoor fan material 201, the plane, outside of the plane, outside of described aluminium fan material 2 and aluminium frame material 1 is a step, and the plane, outside of aluminium frame material 1 is protruded on the plane, outside of aluminium fan material 2; Extend to body of wall one side on the plane, indoor of described aluminium fan material 2, and the plane, outside extends to form press strip 203 to a side of glass, and the termination of press strip 203 is provided with outside adhesive tape 8, with press strip, becomes the sidewall of 90 ° to be provided with raised line 205; The internal orifice of described outside fan material 201 has U groove 4 by screw fastening, the both sides of U groove 4 are provided with the adhesive tape bayonet socket, one side of U groove offsets with raised line 205, and described indoor fan material 201 is provided with the C groove towards glass one side, and support member 9 is established in another checkpost of C groove outside raised line and U groove 4; Blinds 13 is installed in U groove 4, and single glass 12 is fixed between the press strip 203 and U groove 4 limits, left side of aluminium fan material 2, and the internal orifice of described indoor fan material 201 is equipped with line ball 3, and hollow glass 11 is positioned at indoor, and hollow glass 11 is fixed by the right edge of line ball 3 and U groove.
Described indoor fan material 201 is provided with the C groove towards glass one side, described line ball 3 one ends are provided with and support card article 301, an end that supports card article 301 is step surface 304, the other end is C type bayonet socket 303, described step surface 304 offsets with one side of C groove, and C type bayonet socket is stuck in the another side of C groove, and the other end of described line ball 3 extends to the glass chamber inboard, and being provided with support block slope 302 in end, the inner seal adhesive tape 10 of having family is blocked on support block slope 302.
The elongated end card of described outdoor side frame material 102 has frame sealing joint strip 7, and frame sealing joint strip 7 offsets with the step surface 204 of outside fan material 202; Outdoor side frame material 102 and indoor side frame material 101 cards have large mouth duck adhesive tape 5, and the extended spot of the heat insulation connector 16 on large mouth duck adhesive tape 5 and aluminium fan material 2 offsets; The elongated end card of indoor fan material 201 has fan sealing joint strip 6, the contacted inner surfaces of fan sealing joint strip 6 and indoor side frame material 101.
Be provided with glass isolator between described single glass 12 and outside fan material 201, between described hollow glass 11 and support member 9, be provided with glass isolator, the surrounding of described single glass 12 adopts frosted or colored glaze processing mode.
That described blinds 13 adopts is manual, electronic, three kinds of patterns of intelligence are controlled blinds 13 liftings and 180 degree turns over the leaf angular adjustment.Described aluminium frame material 1 is rotationally connected by hinge 14 with aluminium fan material 2, and hinge 14 is screwed on a side room inner side frame material 101 and indoor fan material 201, and is provided with locking device 15 on the indoor side frame material 101 of opposite side and indoor fan material 201.
Described single glass 12 glass used is doubling glass, in the middle of two sheet glass, is stained with one deck colloid, and the surrounding of this doubling glass adopts frosted or the multiple processing mode of colored glaze.The surrounding of described single glass 12 and hollow glass 11 is provided with glass isolator and fixes.That described blinds 13 adopts is manual, electronic, three kinds of patterns of intelligence are controlled blinds 13 liftings and 180 degree turns over the leaf angular adjustment.
A kind of built-in sunshade high-performance energy-saving aluminium alloy window system as shown in Figure 1, adopt that intensity is good, rich color, aluminium alloys that weatherability is strong be main body, indoor hollow glass 11 can be realized disassembling function by line ball 3, is convenient to clean and keep in repair inner sunshade metal louvres sheet.This product mainly refers to that adjustable blinds 13 can be arranged on the window and door system between hollow glass 11 and one deck list glass 12, what it can control that blinds 13 in triplex glass carries out lifting and 180 degree turns over the leaf angular adjustment, reaches natural lighting and the function of sunshade fully.Between blinds 13 and section bar U groove 4, with the weather strip sealing, when Air Flow, the effective block heat of energy, make the hollow blind inner air relatively static, and, aspect flashing back the sunlight, also can be blocked in the outside to heat.This blinds can adopt the various modes such as manual, electronic, intelligent, and blinds 13 is arranged in triplex glass the performance that has not only guaranteed blinds 13, and does not destroy all technical of hollow glass 11.
Be connected by bridge insulation thermal resistance connector 16 between described aluminium frame material 1, aluminium fan material 2 outside section bars and indoor section bar, can utilize the length that changes bridge insulation thermal resistance connector 16 to carry out the adjustment of product line.Adopted the structure of bridge cutoff type simultaneously, can effectively reduce the heat conduction of aluminium alloy extrusions, had and implement conveniently, to reach the effect of environmental protection and energy saving.
The half of section bar internal orifice in described aluminium frame material 1 outside adopts the step difference design, and the one, increased water retention capacity, the 2nd, prevented that the phenomenon flow backwards when excessive rainfall from producing.
Described aluminium frame material 1, aluminium fan material 2 bights adopt respectively aluminium alloys corner brace+plastic corner brace+angle plug-in unit, then are equipped with special-purpose polyurethane adhesive group frame, have increased again bight intensity when having guaranteed the sealing performance in bight.
Described aluminium fan material 2 adopts the stepped ramp type design, be a step with aluminium frame material 1 plane, outside, aluminium fan material 2 is protruded aluminium frame material 1 surface, be convenient to draining on the one hand, when extraneous blast is large, it is inboard that rainwater compressing frame sealing joint strip 7 enters fan, equivalent pressure cavity between can not fanning by frame directly is discharged to the external world, in the situation that assurance aluminium frame material 1 thickness is constant, increase the thickness of aluminium fan material 2 on the other hand, enough space mounting sun-shading louver assemblies are arranged.
Designing and arranging water route in described sunshade, be arranged on press strip and single glass 12 access sections of aluminium fan material 2 outside section bars, and U groove 4 and aluminium fan material 2 connecting places, can effectively the dew that is created in blinds 13 inside, unit be fanned to equivalent pressure cavity by frame and directly be discharged to outside, thereby dew can not enter into indoor fully.The design of drainage path is when considering that dew is discharged, and watertightness when also having considered high blast, guaranteed the watertightness of door and window.Simultaneously, there is isobaric lumen pore blinds 13 mounting layers and outside, prevent blinds stronger solar light irradiation and cause air pressure bigger than normal for a long time, even large Decrepitation Phenomena.
Described built-in sunshade high-performance energy-saving aluminium alloy window adopts three seals to process, be respectively the frame sealing joint strip 7 of outside, the fan sealing joint strip 6 of indoor, the large duckbilled adhesive tape 5 in the middle of the frame fan, can effectively intercept the propagation of sound, build good indoor noise environment quality.Guarantee the high grade requirements of energy saving door and window to tightness, watertightness simultaneously, improved greatly insulation, heat-proof quality.
Described integrated door and window and sunshade Unit Design, bring systematized insulation construction and shaded effects.But coordinate hollow glass 11, single glass 12 and centre folding and unfolding blinds 13 devices to form.Adjust just withstand heat exposure and daylighting of louvre blade but open, reach shaded effects.Can effectively stop the solar radiation that summer is strong, and the direct sunlight caused improves indoor luminous environment to indoor.Thereby the reduction interior temperature, reduce energy consumption of air conditioning system in buildings.
Described built-in sunshade high-performance energy-saving aluminium alloy window, adopting blinds 13 to install is positioned between hollow glass 11 and single glass 12, the outside adhesive tape 8 of aluminium fan material 2 is pressed in the press strip notch of aluminium fan material 2 outside section bars, U groove adhesive tape is pressed into the both sides of U groove 4, single glass 12 is positioned between the outside adhesive tape 8 and U groove adhesive tape of aluminium fan material 2, and the single-glass surrounding is firm with the glass isolator pad.U groove 4 is the internal orifice in aluminium fan material 2 by screw fastening, and blinds 13 is installed in U groove 4, and hollow glass 11 is positioned at indoor, and hollow glass 11 is fixed by the another side of line ball 3 and U groove 4, finally fills in indoor sealing joint strip 10.This way has guaranteed that blinds is not subject to outside contamination, and louvre blade need not clean, reach save time, laborsaving, economical effect, and also played good effect for replacing, the maintenance of blinds in the future, be convenient to installing/dismounting.
Described aluminium frame material 1 is rotationally connected by hinge 14 with aluminium fan material 2, by locking device 15, realizes the unlatching of door and window and closes, and can certainly be slidably matched by pulley, makes slide door or window.
Direct irradiation that can block sunlight when described blinds 13 is adjusted to closed condition by louvre blade, intercept the convection current of cold and hot air, the energy consumption of decrease room conditioning.In the winter time, louvre blade can be mentioned, make the sunlight direct irradiation, fully absorb heat energy, add the use of triplex glass, reduce scattering and disappearing of indoor hot gas flow, thereby reach purpose energy-conservation, that save operating cost.
Described blinds 13 is aluminum alloy beancurd leaf, and this blinds is not burnt by naked light not only, nor can in big fire, discharge dense smoke.In double layer glass 11 and single glass 12, add the aluminum louvre blade also have certain obstruct flame pass combustion effect, effectively reduce the Probability of fire, be a kind of good fire-proof product.
Claims (7)
1. a built-in sunshade high-performance energy-saving aluminium alloy window system; it is characterized in that: comprise aluminium frame material (1), aluminium fan material (2), line ball (3), hollow glass (11), blinds (13) and single glass (12); described aluminium frame material (1) is connected and composed by heat insulation connector (16) by indoor side frame material (101) and outdoor side frame material (102), and extend to glass one side on the plane, outside of described aluminium frame material (1); (2) described aluminium fan material is connected and composed by heat insulation connector (16) by outside fan material (202) and indoor fan material (201), the plane, outside of described aluminium fan material (2) and aluminium frame material plane, outside (1) are a step, and aluminium frame material plane, outside is (1) protruded on aluminium fan material plane, outside (2); Extend to body of wall one side on the plane, indoor of described aluminium fan material (2), and the plane, outside extends to form press strip (203) to a side of glass, and the termination of press strip (203) is provided with outside adhesive tape (8), with press strip, becomes the sidewall of 90 ° to be provided with raised line (205); (4) the internal orifice of described outside fan material (202) has the U groove by screw fastening, the both sides of U groove (4) are provided with the adhesive tape bayonet socket, one side of U groove offsets with raised line (205), blinds (13) be installed on the U groove (4) in, (12) single glass is fixed between aluminium fan material press strip (203) and limit, U groove (4) left side (2), the internal orifice of described indoor fan material (201) is equipped with line ball (3), and (11) hollow glass is positioned at indoor, and (3) (11) hollow glass fixed with the right edge of U groove by line ball.
2. a kind of built-in sunshade high-performance energy-saving aluminium alloy window system according to claim 1, it is characterized in that: described indoor fan material (201) is provided with the C groove towards glass one side, described line ball (3) one ends are provided with and support card article (301), an end that supports card article (301) is step surface (304), the other end is C type bayonet socket (303), described step surface (304) offsets with one side of C groove, C type bayonet socket is stuck in the another side of C groove, the other end of described line ball (3) extends to the glass chamber inboard, and be provided with support block slope (302) in end, the inner seal adhesive tape (10) of having family is blocked on support block slope (302).
3. a kind of built-in sunshade high-performance energy-saving aluminium alloy window system according to claim 1, it is characterized in that: the elongated end card of described outdoor side frame material (102) has frame sealing joint strip (7), and frame sealing joint strip (7) offsets with the step surface (204) of outside fan material (202); Outdoor side frame material (102) and indoor side frame material (101) card have large mouth duck adhesive tape (5), and the extended spot of the heat insulation connector (16) on large mouth duck adhesive tape (5) and aluminium fan material (2) offsets; (6) the elongated end card of indoor fan material (201) has the fan sealing joint strip, the contacted inner surfaces of fan sealing joint strip (6) and indoor side frame material (101).
4. a kind of built-in sunshade high-performance energy-saving aluminium alloy window system according to claim 1, it is characterized in that: be provided with glass isolator between described single glass (12) and outside fan material (201), described hollow glass (11) surrounding is provided with support member (9) and glass isolator.
5. a kind of built-in sunshade high-performance energy-saving aluminium alloy window system according to claim 1, is characterized in that: surrounding employing frosted or the colored glaze processing mode of described single glass (12).
6. a kind of built-in sunshade high-performance energy-saving aluminium alloy window system according to claim 1 is characterized in that: what described blinds (13) adopted that manual, electronic, three kinds of patterns of intelligence control blinds (13) liftings and 180 degree turns over the leaf angular adjustment.
7. a kind of built-in sunshade high-performance energy-saving aluminium alloy window system according to claim 1, it is characterized in that: (14) (2) (1) described aluminium frame material be rotationally connected by hinge with the aluminium fan material, hinge (14) is screwed in a side room inner side frame material (101) and indoor fan material (201) is upper, and is provided with locking device (15) on the indoor side frame material of opposite side (101) and indoor fan material (201).
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| CN201310304028.XA CN103452466B (en) | 2013-07-16 | 2013-07-16 | A kind of built-in sunshade high-performance energy-saving aluminium alloy window system |
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| CN105822209A (en) * | 2016-05-23 | 2016-08-03 | 沈阳乐道铝建筑系统有限公司 | Double-layer inward-opened blind window |
| CN116498196A (en) * | 2023-05-12 | 2023-07-28 | 江苏格瑞节能建材有限公司 | Hollow shutter |
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| CN116498196A (en) * | 2023-05-12 | 2023-07-28 | 江苏格瑞节能建材有限公司 | Hollow shutter |
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| CN103452466B (en) | 2016-05-11 |
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Effective date of registration: 20211223 Address after: 313200 no.328, Yixian Road, Fuxi street, Deqing County, Huzhou City, Zhejiang Province Patentee after: Zhejiang Ruiming energy saving door and window Technology Co.,Ltd. Address before: 313200 69 Changhong West Street, Wukang Town, Deqing County, Huzhou City, Zhejiang Province Patentee before: ZHEJIANG ROOMEYE ENERGY-SAVING TECHNOLOGY Co.,Ltd. |
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Denomination of invention: A built-in sunshade high-performance energy-saving aluminum alloy window system Effective date of registration: 20211230 Granted publication date: 20160511 Pledgee: Zhejiang Deqing rural commercial bank Limited by Share Ltd. Pledgor: Zhejiang Ruiming energy saving door and window Technology Co.,Ltd. Registration number: Y2021330002760 |
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Date of cancellation: 20230830 Granted publication date: 20160511 Pledgee: Zhejiang Deqing rural commercial bank Limited by Share Ltd. Pledgor: Zhejiang Ruiming energy saving door and window Technology Co.,Ltd. Registration number: Y2021330002760 |