CN210948322U - Glass and copper plate combined facing door supported by steel skeleton - Google Patents
Glass and copper plate combined facing door supported by steel skeleton Download PDFInfo
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- CN210948322U CN210948322U CN201921471540.2U CN201921471540U CN210948322U CN 210948322 U CN210948322 U CN 210948322U CN 201921471540 U CN201921471540 U CN 201921471540U CN 210948322 U CN210948322 U CN 210948322U
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Abstract
The utility model discloses a glass and copper combination veneer door that steel skeleton supported. The door comprises a door or two symmetrically installed doors which can be opened in half; each door comprises a door leaf main body, an upper door shaft, a lower door shaft and a door handle; the door leaf main body comprises a main supporting framework, a door leaf large-surface decoration panel and a door leaf edge sealing strip; the main supporting framework is an integrally welded steel door frame; the upper door shaft and the lower door shaft are respectively installed and fixed at the upper part and the lower part of the door shaft side vertical steel pipe of the steel door frame; the door leaf large-face decoration panel is fixedly arranged outside the steel door frame, the middle layer of the door leaf large-face decoration panel is a toughened glass plate, and a layer of copper hollowed-out pattern plate is fixedly decorated inside the glass plate and outside the glass plate respectively; the door leaf edge banding strips at the upper end, the lower end and the door shaft side are made of copper plates; the edge banding strip of the door leaf at the handle side adopts an etched carved copper plate; the door handle is a modeling handle and is fixedly arranged on a frame at the handle side; the door leaf edge strip on the handle side is wider than the door spindle side. The door is safe and firm, not easy to deform, rich in vertical face effect and capable of being made to be very large.
Description
Technical Field
The utility model belongs to the technical field of the building, a building owner's entrance door is related to, in particular to glass and copper combination veneer door that steel skeleton supported.
Background
The main entrance of modern large buildings is used as the most important area of the buildings, bears multiple functions of personnel passing, indoor and outdoor space transition, fire fighting evacuation and the like, and is the point of the facade effect of the buildings. At present, the method that glass is embedded in an aluminum alloy frame is mainly used for a door of a main entrance of a large building, so that basic functional requirements of personnel passing and the like can be met, but because of the bearing capacity limitation of hardware, the door is difficult to manufacture in a large size and cannot meet the requirement that large passenger flows smoothly pass; the door style is single, and the effects of smooth transition of indoor and outdoor space effects and eye clicking of the building elevation are difficult to achieve; in addition, in frequent opening and closing use, the aluminum alloy door frame is easy to deform, and certain adverse effects are caused on the use safety and the vertical surface effect of the door.
Therefore, there is a need to develop a glass and copper plate combined decorative door which is safe, firm, not easy to deform, has rich facade effect and can be supported by a large steel framework.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to overcome prior art's not enough, provide a safe firm, non-deformable, facade effect is abundant, and can make very big glass and copper combination veneer door that the steel skeleton supported.
The utility model aims at realizing through the following technical scheme:
the utility model relates to a glass and copper plate combined decorative door supported by a steel skeleton, which comprises a door or two symmetrically installed doors which can be opened in two opposite directions; each door comprises a door leaf main body, an upper door shaft, a lower door shaft and a door handle; the door leaf main body comprises a main supporting framework, a door leaf large-surface decoration panel and a door leaf edge sealing strip; the main supporting framework is a rectangular integrally welded steel structure door frame (namely a steel door frame) which is formed by welding steel pipes; the steel door frame is composed of an upper end transverse steel pipe, a lower end transverse steel pipe, a door spindle side vertical steel pipe and a handle side vertical steel pipe which are welded together; the number of the handle side vertical steel pipes is two, and a plurality of connecting steel pipes are arranged between the two vertical steel pipes; the upper door shaft and the lower door shaft are respectively installed and fixed at the upper part and the lower part of the door shaft side vertical steel pipe of the steel door frame; the door leaf large-surface decoration panel is fixedly arranged outside the steel door frame and is positioned at the door leaf large-surface position in the middle of the door leaf, a toughened glass plate is arranged in the middle of the door leaf large-surface decoration panel, and a layer of copper hollow-out pattern plate is fixedly decorated in the glass plate and outside the glass plate respectively; the door leaf edge banding strips are fixedly installed outside the steel door frame and are positioned on the periphery of the door leaf large-surface decoration panel, namely, the door frame on the periphery of the door leaf is edged by adopting a copper plate and an etched and carved copper plate which are customized according to the size of the door leaf (the edge banding is carried out by the door leaf edge banding strips); the door leaf edge banding strips at the upper end, the lower end and the door spindle side are made of copper plates and are respectively installed and fixed on the upper end transverse steel pipe, the lower end transverse steel pipe and the door spindle side vertical steel pipe; the edge banding strip of the door leaf at the handle side is made of an etched and carved copper plate and is fixedly arranged on the vertical steel pipe at the handle side; the door handle is a modeling handle and is fixedly arranged on a frame at the handle side (namely, the door handle is fixedly arranged on two vertical steel pipes at the handle side or a connecting steel pipe between the two vertical steel pipes); the width of the door leaf edge banding at the handle side is 2-4 times of that of the door leaf edge banding at the door shaft side, and is wider than that of the door leaf edge banding at the door shaft side.
Furthermore, the door leaf large-surface decoration panel is embedded into steel pressing strips fixedly connected with the inner sides of the four sides of the steel door frame.
Further, the copper hollowed-out pattern plate of the door leaf large-surface decoration panel, the copper plate of the door leaf edge sealing strip and the etching carved copper plate are subjected to color processing, and fluorocarbon paint is coated outside the door leaf large-surface decoration panel.
Furthermore, the main supporting framework is a rectangular integrally welded steel structural door frame (namely a steel door frame) which is welded by hot-dip galvanized steel pipes (large square steel pipes and hollow pipes); and a hot-dip galvanized bent steel plate is welded below the lower end transverse steel pipe.
Furthermore, the middle layer of the door leaf large-surface decorative panel is a 6+1.52SGP +6mm laminated Low-e toughened glass plate customized according to the size of the door leaf, and a layer of copper hollowed-out pattern plate with the thickness of 3mm is fixedly decorated inside the glass plate and outside the glass plate respectively.
Further, the door leaf edge banding strips at the upper end, the lower end and the door shaft side adopt copper plates with the thickness of 2mm customized according to the size of the door leaf; the door leaf edge banding strip at the handle side adopts an etched carved copper plate with the thickness of 2mm customized according to the size of the door leaf.
The door in the utility model can be a single door or two doors which are opened in two opposite directions; the door can be used for a vertical hinged door and a ground spring door; that is, the door may be a side hung door that can be opened only in one direction, or a floor spring door that can be opened in both directions.
The utility model discloses a preparation mounting method of glass and copper combination veneer door that steel skeleton supported is as follows: firstly, manufacturing a main support framework of the door by adopting a hot-dip galvanized steel pipe; after the main support framework is straightened and leveled, the door is wrapped outside the main support framework: the door leaf large-surface decoration panel is characterized in that a middle layer of glue-sandwiched toughened glass plate which is customized according to the size of a door leaf is arranged at the door leaf large-surface position in the middle of a door frame, and a layer of copper hollow pattern plate is fixedly decorated in each of the inner side of the glass plate and the outer side of the glass plate; the door frame around the door leaf (namely around the door leaf large-surface decoration panel) is edged by adopting a copper plate customized according to the size of the door leaf and an etched and carved copper plate (namely edge banding is carried out by using a door leaf edge banding strip); after the door leaf is manufactured, the door leaf is transported to the site to be integrally installed, and then the modeling handle is fixed on a door frame at the handle side (fixed on two vertical steel pipes at the handle side or a connecting steel pipe between the two vertical steel pipes); after the installation is finished, the copper plate of the door leaf edge sealing strip and the etched carved copper plate are subjected to color and luster unified treatment, fluorocarbon paint is coated, and after the fluorocarbon paint is completely dried, finished product protection is well performed.
The method for installing the door leaf large-surface decoration panel on the door frame comprises the following steps: firstly, adhering copper hollowed-out pattern plates on two sides (inside and outside) of a toughened glass plate by adopting transparent structural adhesive, clamping a copper plate and the glass plate by using a clamp, and assembling into an integral door leaf large-surface decoration panel; then embedding the door leaf large-face decorative panel assembled into a whole into a steel pressing strip fixedly connected with the steel door frame, wherein the embedding method comprises the following steps: after the two surfaces of the large-surface decorative panel of the door leaf are clamped tightly by steel pressing strips, the steel pressing strips are fixed on the steel door frame by self-tapping screws.
The utility model has the advantages that:
compared with the prior art, the utility model, have following advantage:
1. the door bearing structure is the integral welding steel frame (promptly the main supporting framework of this door is integral welding steel structure door frame), and safe firm, the durability is good, uses indeformable for a long time.
2. The thickness of the large-surface material of the door leaf main body is more than that of the door leaf edge strip, so that the door leaf main body edge strip protrudes outwards more than the door leaf frame edge strip, the width of the door leaf edge strip on the handle side is more than that of the door shaft side, the whole door facade effect is rich, and the indoor and outdoor space transition is natural and smooth.
3. The door can be made into a large size and can be made into a large size, and the problem that the main entrance door body of a large building is ultrahigh and overlarge can be solved.
3. All components are welded and assembled in a factory, the processing precision is high, the quality is stable, and the industrialization degree is high.
4. The die sinking cost of aluminum profiles with different specifications is saved, and the seamless connection of the decorative surfaces is ensured.
Drawings
FIG. 1 is a schematic structural view of a main supporting framework (steel door frame) of a glass and copper plate combined decorative door supported by a steel framework according to the present invention;
FIG. 2 is a schematic structural view of a glass and copper plate composite faced door supported by a steel frame according to the present invention;
FIG. 3 is a schematic side view of the glass and copper plate composite facing door supported by the steel frame of the present invention;
fig. 4 is a schematic top view of the glass and copper plate combined decorative door supported by the steel frame according to the present invention.
In the figure: 1. the steel door frame 2, the glass plate 3, the copper hollowed-out checkered plate 4, the copper plate 5, the etched and carved copper plate 6, the steel pressing strip 7, the upper door spindle 8, the lower door spindle 9, the door handle 10, the hot-dip galvanized bent steel plate 11, the upper-end horizontal steel pipe 12, the lower-end horizontal steel pipe 13, the door spindle side vertical steel pipe 14, the handle side vertical steel pipe 15, and the connecting steel pipe
Detailed Description
The present invention will be further described with reference to the accompanying drawings and examples.
Examples
As shown in fig. 1, 2, 3 and 4, the glass and copper plate combined decorative door supported by a steel skeleton of the present invention comprises two symmetrically installed door leaves which can be opened in two opposite directions; each door comprises a door leaf main body, an upper door shaft, a lower door shaft and a door handle; the door leaf main body comprises a main supporting framework, a door leaf large-surface decoration panel and a door leaf edge sealing strip; the main supporting framework is a rectangular integrally welded steel structure door frame (namely a steel door frame 1) which is made by welding steel pipes; the steel door frame 1 is composed of an upper end transverse steel pipe 11, a lower end transverse steel pipe 12, a door spindle side vertical steel pipe 13 and a handle side vertical steel pipe 14 which are welded together; the number of the handle side vertical steel tubes 14 is two, and a plurality of connecting steel tubes 15 are arranged between the two vertical steel tubes 14; the upper door shaft and the lower door shaft (an upper door shaft 7 and a lower door shaft 8) are respectively installed and fixed at the upper part and the lower part of the door shaft side vertical steel pipe of the steel door frame; the door leaf large-surface decorative panel is fixedly arranged outside a main supporting framework (namely the steel door frame 1) and is positioned at the door leaf large-surface position in the middle of a door leaf, the middle layer of the door leaf large-surface decorative panel is a laminated toughened glass plate 2 customized according to the size of the door leaf, and a layer of copper hollow-out pattern plate 3 is fixedly decorated inside the glass plate 2 and outside the glass plate 2 respectively; the door leaf edge banding strips are fixedly installed outside the main support framework and are positioned around the door leaf large-surface decoration panel, namely, the door frame around the door leaf is edged by adopting a copper plate and an etched and carved copper plate which are customized according to the size of the door leaf (the edge banding is carried out by the door leaf edge banding strips); the door leaf edge banding strips at the upper end, the lower end and the door spindle side are made of copper plates 4 and are respectively fixedly arranged on an upper-end transverse steel pipe 11, a lower-end transverse steel pipe 12 and a door spindle side vertical steel pipe 13; the edge banding strip of the door leaf at the handle side is made of an etched carved copper plate 5 and is fixedly arranged on the vertical steel pipe 14 at the handle side; the door handle 9 is a modeling handle and is fixedly arranged on two vertical steel pipes 14 at the side of the handle or a connecting steel pipe 15 between the two vertical steel pipes 14; the width of the door leaf edge banding at the handle side is 2-4 times of that of the door leaf edge banding at the door shaft side, and is wider than that of the door leaf edge banding at the door shaft side.
The door leaf large-face decorative panel is embedded in steel pressing strips 6 fixedly connected with the inner sides of the steel pipes at the four sides of the steel door frame 1.
The copper hollowed-out pattern plate 3 of the door leaf large-surface decoration panel, the copper plate 4 of the door leaf edge sealing strip and the etching carved copper plate 5 are subjected to color processing, and fluorocarbon paint is coated outside.
The main support framework of the door is an integrally welded steel structure door frame, and is a rectangular integrally welded steel structure door frame (namely a steel door frame) welded by hot-dip galvanized steel pipes (large square steel pipes and hollow steel pipes); wherein, the upper end horizontal steel pipe 11, the door spindle side vertical steel pipe 13, the lower end horizontal steel pipe 12, the handle side vertical steel pipe 14 and the connecting steel pipe 15 between the two vertical steel pipes 14 are all 60x60x4 hot dip galvanized steel pipes (large square steel pipes, hollow); a hot-dip galvanized bent steel plate 10 with the thickness of 4cm is welded below the lower-end transverse steel pipe 12, so that a space for mounting the door spindle is reserved, and the lower door spindle 8 can be conveniently mounted; the door leaf large-face decoration panel is arranged outside the main support framework (namely the steel door frame 1), the door leaf large-face decoration panel is arranged in the middle of the door leaf, the middle layer of the door leaf large-face decoration panel is a 6+1.52SGP +6mm laminated Low-e toughened glass plate customized according to the size of the door leaf, and a layer of copper hollow-out pattern plate with the thickness of 3mm is fixedly decorated in each of the inner side of the glass plate and the outer side of the glass plate; the periphery of the door leaf (namely the periphery of the large-surface decorative panel of the door leaf) is edged (edge banding) by adopting a copper plate 4 with the thickness of 2mm customized according to the size of the door leaf and an etching carved copper plate 5; namely, the door leaf edge banding strips at the upper end, the lower end and the door shaft side adopt copper plates with the thickness of 2mm customized according to the size of the door leaf; the door leaf edge banding strip at the handle side adopts an etched carved copper plate with the thickness of 2mm customized according to the size of the door leaf. After the door leaf is manufactured, the door leaf is transported to the site to be integrally installed, and then the modeling handle is fixed on the door frame; and after the installation is finished, carrying out uniform treatment on the color of the copper plate and brushing fluorocarbon paint, and after the fluorocarbon paint is completely dried, well protecting a finished product.
The utility model discloses a manufacturing and mounting method of glass and copper plate combined decorative door supported by a steel skeleton, which is carried out according to the following steps:
measuring and paying-off (namely measuring the size of the door opening)
Door entrance to a cave measurement is the important process of this engineering, and the entrance to a cave dimensional measurement is inaccurate will lead to the door to normally open and close or the door leaf leads to the leakproofness poor with the entrance to a cave interval too big, influences pleasing to the eye and use comfort. The measurement should include the width and height of the door opening, the levelness and verticality of the door frame, and the size of two diagonal lines of the opening. Such as poor verticality and levelness (over 5mm), the correction should be made according to the theoretical size.
(II) deepening design and placing decorative surface material
And determining the width and height of the door leaf according to the measured size of the door opening, and carrying out steel, glass and copper facing plate deepening design, typesetting and blanking according to the size.
a. Manufacturing a steel door frame: welding the galvanized steel pipe cut and formed according to the size into an integrally welded steel structure door frame (main support framework) according to the typesetting drawing; during welding, spot welding is firstly carried out, and then welding is gradually carried out to reduce the thermal stress and welding deformation of the welding seam. After welding, all spot welding positions are polished by the louver wheels, the 60# louver wheels are used for rough grinding, then the 320# louver wheels are used for fine grinding, after the welding seam positions are polished smoothly, anti-rust paint is brushed on the welding seam positions twice, and anti-corrosion treatment is well carried out.
b. Installing a door leaf main body large-surface material: the method comprises the steps of bonding a copper hollowed-out pattern plate with the thickness of 3mm on two sides (the inside and the outside) of a 6+1.52SGP +6mm laminated Low-e toughened glass plate through transparent structural adhesive, clamping the copper plate and the glass plate through a clamp, and removing the clamp and cleaning the residual adhesive at the hollowed-out position after the structural adhesive is completely dried. When cleaning the residual glue (residual structural glue), attention is needed to be paid, and the surfaces of the copper plate and the glass are forbidden to be scratched. Embedding the door leaf large-surface decorative panel assembled into a whole into a steel pressing strip 6 fixedly connected with the steel door frame 1, wherein the embedding method comprises the following steps: a steel pressing strip 6 (a small square steel pipe and a hollow square steel pipe) is adopted, after the large-face decorative panel of the door leaf is clamped by the steel pressing strips 6 on two faces, the steel pressing strips 6 are fixed on a steel door frame 1 (a main supporting framework) by self-tapping screws.
c. And (3) mounting accessories and door frame decoration panels: fixing hardware fittings such as upper and lower door shafts, door locks and the like on a steel door frame according to the position of a deepened drawing, then adhering door frame decoration panels (thick copper plates and etched and carved copper plates, namely door leaf edge sealing strips) in all areas to the steel door frame by adopting structural adhesive according to a typesetting drawing, clamping the copper plates and the door frame (the steel door frame) by using a clamp after adhesion, and removing the clamp after the structural adhesive is completely dried. And finally, penetrating brush strips around the door frame, completely wrapping the whole door leaf by using a protective adhesive tape, packaging the whole door leaf by using a wooden box, and transporting the door leaf to the site.
(IV) door leaf and handle mounting
After the door leaf is transported to the site, the wooden box package is removed, the door leaf is erected and positioned, and the upper and lower door shafts are fixed with the main keels of the main body (curtain wall) above and below the door frame. After the door leaf is fixed, the door handle (copper modeling handle) is fixed on the door frame by adopting countersunk head process screws, and then the whole door is installed.
(V) color treatment and cleaning of the panel, and protection of the finished product
Because of the copper surface is easy to oxidize and discolor, the colors of the door leaves are different due to different installation time, the copper plate needs to be subjected to uniform oxidation color treatment after all the door leaves and the handles are installed, and the fluorocarbon finishing paint is integrally sprayed for protection after the color treatment is finished. The finishing paint is required to be sprayed uniformly, has excellent glossiness, fine hand feeling and no phenomena of missing coating and flowing drop. And (4) after the finishing paint is completely dried, removing glue marks by using a degumming agent, cleaning the board surface by using a neutral cleaning agent, and well protecting a finished product.
The glass and copper plate combined decorative door supported by the steel frame has the advantages that the door supporting structure is an integrally welded steel frame, is safe and firm, has good durability, and does not deform after long-term use; the thickness of the large-surface material of the door leaf main body is larger than that of the door leaf edge banding, so that the door leaf main body decorative surface protrudes outwards than the door leaf frame decorative surface, and the door leaf edge banding on the handle side is wider than that on the door shaft side, so that the whole door facade is rich in effect, and the indoor space and the outdoor space are transited naturally and smoothly; the door can be made into a large size and can be made into a large size, and the problem that the main entrance door body of a large building is ultrahigh and overlarge can be solved.
Claims (6)
1. A glass and copper plate combined decorative door supported by a steel skeleton is characterized by comprising a door or two symmetrically installed doors which can be opened in half; each door comprises a door leaf main body, an upper door shaft, a lower door shaft and a door handle; the door leaf main body comprises a main supporting framework, a door leaf large-surface decoration panel and a door leaf edge sealing strip; the main supporting framework is a rectangular integrally welded steel structure door frame which is formed by welding steel pipes, namely a steel door frame; the steel door frame is composed of an upper end transverse steel pipe, a lower end transverse steel pipe, a door spindle side vertical steel pipe and a handle side vertical steel pipe which are welded together; the number of the handle side vertical steel pipes is two, and a plurality of connecting steel pipes are arranged between the two vertical steel pipes; the upper door shaft and the lower door shaft are respectively installed and fixed at the upper part and the lower part of the door shaft side vertical steel pipe of the steel door frame; the door leaf large-surface decoration panel is fixedly arranged outside the steel door frame and is positioned at the door leaf large-surface position in the middle of the door leaf, a toughened glass plate is arranged in the middle of the door leaf large-surface decoration panel, and a layer of copper hollow-out pattern plate is fixedly decorated in the glass plate and outside the glass plate respectively; the door leaf edge banding strips are fixedly arranged outside the steel door frame and are positioned around the door leaf large-surface decoration panel; the door leaf edge banding strips at the upper end, the lower end and the door spindle side are made of copper plates and are respectively installed and fixed on the upper end transverse steel pipe, the lower end transverse steel pipe and the door spindle side vertical steel pipe; the edge banding strip of the door leaf at the handle side is made of an etched and carved copper plate and is fixedly arranged on the vertical steel pipe at the handle side; the door handle is a modeling handle and is fixedly arranged on a frame at the handle side; the width of the door leaf edge banding at the handle side is 2-4 times of that of the door leaf edge banding at the door shaft side, and is wider than that of the door leaf edge banding at the door shaft side.
2. The steel frame supported glass and copper plate composite decorative door of claim 1, wherein the door leaf large face decorative panel is embedded in steel battens fixedly connected to the inner sides of four sides of the steel door frame.
3. The steel frame supported glass and copper plate combination door as claimed in claim 1, wherein the copper hollowed pattern plate of the door leaf large face decoration panel, the copper plate of the door leaf edge strip and the etched carved copper plate are treated with color and coated with fluorocarbon paint.
4. The steel frame supported glass and copper plate composite decorative door as claimed in claim 1, 2 or 3, wherein the main supporting frame is a rectangular integrally welded steel structural door frame, i.e. steel door frame, made by welding hot-dip galvanized steel pipes; and a hot-dip galvanized bent steel plate is welded below the lower end transverse steel pipe.
5. The steel frame supported glass and copper plate composite decorative door of claim 4, wherein the door leaf large face decorative panel is a 6+1.52SGP +6mm laminated Low-e toughened glass plate customized according to the door leaf size, and a layer of 3mm thick copper hollowed-out pattern plate is respectively fixed on the inner side of the glass plate and the outer side of the glass plate.
6. The steel frame supported glass and copper plate composite decorative door according to claim 5, wherein the door leaf edge banding at the upper end, the lower end and the door shaft side is made of copper plate with thickness of 2mm customized according to the door leaf size; the door leaf edge banding strip at the handle side adopts an etched carved copper plate with the thickness of 2mm customized according to the size of the door leaf.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201921471540.2U CN210948322U (en) | 2019-09-05 | 2019-09-05 | Glass and copper plate combined facing door supported by steel skeleton |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201921471540.2U CN210948322U (en) | 2019-09-05 | 2019-09-05 | Glass and copper plate combined facing door supported by steel skeleton |
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| CN210948322U true CN210948322U (en) | 2020-07-07 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110439438A (en) * | 2019-09-05 | 2019-11-12 | 中建八局装饰工程有限公司 | The glass of steel skeleton support combines veneer doors and its fabrication and installation method with copper sheet |
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2019
- 2019-09-05 CN CN201921471540.2U patent/CN210948322U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110439438A (en) * | 2019-09-05 | 2019-11-12 | 中建八局装饰工程有限公司 | The glass of steel skeleton support combines veneer doors and its fabrication and installation method with copper sheet |
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