CN203594212U - Prefabricated building supporting frame - Google Patents
Prefabricated building supporting frame Download PDFInfo
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- CN203594212U CN203594212U CN201320730469.1U CN201320730469U CN203594212U CN 203594212 U CN203594212 U CN 203594212U CN 201320730469 U CN201320730469 U CN 201320730469U CN 203594212 U CN203594212 U CN 203594212U
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Abstract
The utility model relates to building tools, and provides a prefabricated building supporting frame which is stable and safe in structure, convenient to transport and high in frame building efficiency and frame building speed, saves a large amount of preparation time for building preconstruction, and accelerates the building construction progress. The prefabricated building supporting frame comprises a plurality of supporting units which are detachably connected with one another through connecting pieces in the transverse direction. Each supporting unit comprises an adjustable base, two or more layers of supporting platforms, a plurality of length-fixed vertical rods and a top frame, and two or more layers of supporting platforms which are mutually connected detachably in a sleeved mode through the corresponding length-fixed vertical rods are arranged between each adjustable base and each top frame in the vertical direction. Each layer of supporting platform comprises a bearing frame and a bearing plate. Each bearing frame is composed of a rectangular framework and four short rods arranged on the four corners of the corresponding rectangular framework. The bearing plates are detachably installed in the rectangular frameworks, the upper ends of the four short rods arranged on the corresponding bearing frame connected with the one adjustable base are connected with the lower ends of the corresponding four length-fixed vertical rods in a sleeved mode, and the upper ends of the four length-fixed vertical rods are connected with the lower ends of the corresponding four short rods of an upper-layer supporting platform in a sleeved mode.
Description
Technical field
The utility model relates to building implement, particularly a kind of assembled architecture bracing frame.
Background technology
Along with economic fast development, domestic building trade is also developed rapidly, and all will build a large amount of highrise buildings every year, as dam, bridge, high building etc., often need to use bracing frame and carry out auxiliary construction in engineering construction.Conventional bracing frame now, not only complex structure, and also floor space is large, fastness is inadequate, cannot meet the requirement of present construction.Traditional support system and operating platform conventionally all adopt fasteners to carry out connecting rod, and complicated operation, due to quality and the artificial unpredictable factor of fastener, often occurs that local rod member slippage caves in even, and safety and stability are difficult to guarantee.Simultaneously existing bracing frame is removed dangerous greatly, then assembling utilizes inconveniently, and its member is oversize, transportation inconvenience, and assembling is slow, and its built efficiency is low has taken a large amount of building site engineering times, has delayed construction speed.
Summary of the invention
Therefore, for above-mentioned problem, the utility model proposes a kind of Stability Analysis of Structures, safety, convenient transportation, bracing frame built efficiency is high, speed is fast, has saved the time of a large amount of buildings while constructing in advance, has accelerated the assembled architecture bracing frame of Construction Schedule.
For solving this technical problem, the utility model is taked following scheme: a kind of assembled architecture bracing frame, comprise that multiple horizontal transverse direction are through the dismantled and assembled support unit being coupled to each other of connector, described in each, support unit comprises adjustable base, two-layer above support platform, many fixed length vertical rods and upper frame, between described adjustable base and upper frame, vertical direction is provided with support platform more than be mutually socketed through fixed length vertical rod removably two-layer, every layer of described support platform comprises bearing frame and bearing plate, described bearing frame is made up of rectangular frame and four quarter butts that are vertical at four corners of rectangular frame, described bearing plate is located in rectangular frame removably, four quarter butt lower ends on the bearing frame of the described support platform being connected with adjustable base are connected with adjustable base is dismantled and assembled, four quarter butt upper ends on the described bearing frame being connected with adjustable base are socketed respectively four fixed length vertical rod lower ends, four quarter butt lower ends of the bearing frame of described four fixed length vertical rod upper ends and last layer support platform socket-connect, four quarter butt upper ends of the bearing frame of the described support platform being connected with upper frame are connected with upper frame is dismantled and assembled.
Further, also comprise many diagonal members, on every described bearing frame, the top and bottom of quarter butt are at least provided with a fixing hangers, and described diagonal member is located on the fixing hangers of quarter butt upper end between two-layer bearing frame and quarter butt lower end removably.
Further, described adjustable base comprises four for fixing to ground base, four adjusting handles and is located at the screw rod on each base, described adjusting handle is located at respectively on screw rod, four quarter butt lower ends on the bearing frame of the described support platform being connected with adjustable base respectively with dismantled and assembled connection of screw rod on adjustable base.
Further, described adjustable base also comprises chock or collet, and the base of described adjustable base is fixedly arranged on ground through chock or collet.
Further, described upper frame comprises a rectangular shaped rim and is located at four sleeving connecting rods of below, four corners of rectangular shaped rim, four quarter butt upper ends of the bearing frame of the described support platform being connected with upper frame and four dismantled and assembled connections of sleeving connecting rod of upper frame.
Further, the top, four corners of rectangular shaped rim of described upper frame is also provided with the short screw of four adjustable upper frame level levelling degree.
Further, described bearing plate comprises multiple fasteners, gauze wire cloth and steel wire screen frame, and described gauze wire cloth is located in steel wire screen frame, and described each fastener is located on steel wire screen frame, and described bearing plate is fastened on the rectangular frame of bearing frame removably through fastener.
Further, also comprise connection box, described connection box is provided with draw-in groove, and described connector two ends are provided with buckle, described connection box is fastened on four quarter butts of four corners of bearing frame, and the buckle of described each support unit on connector cooperatively interacts dismantled and assembled connection with the draw-in groove on connection box.
Further, also comprise the fixing wall connecting rod that one end is connected with building wall wall construction, on described connection box, be also provided with draw-in groove towards building walls structure one end, the other end of described fixing wall connecting rod is connected through connection box and each support unit.
Further, described connection box is positioned on two corner faces of corner and is equipped with draw-in groove, and described in each, support unit connects through coordinating of connector and connection box the support system that forms a multiple lines and multiple rows.
The utility model another technical scheme based under same design is: a kind of assembled architecture bracing frame, comprise that multiple horizontal transverse direction are through the dismantled and assembled support unit being coupled to each other of connector, described in each, support unit comprises adjustable base, two-layer above support platform, many fixed length vertical rods and upper frame, between described adjustable base and upper frame, vertical direction is provided with support platform more than be mutually socketed through fixed length vertical rod removably two-layer, every layer of described support platform comprises at least two bearing frames, at least two connecting rods and more than one bearing plate, described bearing frame comprises Connection Block, cross bar and two quarter butts that are vertical at cross bar two ends, described Connection Block is located at the infall of cross bar and quarter butt, described every two bearing frames connect formation rectangular frame with the Connection Block on bearing frame through connecting rod, each bearing plate is located in this rectangular frame removably, quarter butt lower end on the bearing frame of the described support platform being connected with adjustable base is connected with adjustable base is dismantled and assembled, quarter butt upper end on the described bearing frame being connected with adjustable base is socketed respectively fixed length vertical rod lower end, described fixed length vertical rod upper end socket-connects with the quarter butt lower end of bearing frame corresponding on last layer support platform vertical direction, the quarter butt upper end of the bearing frame of the described support platform being connected with upper frame is connected with upper frame is dismantled and assembled.
Further, also comprise many diagonal members, on every described bearing frame, the top and bottom of quarter butt are at least provided with a fixing hangers, and described diagonal member is located on the fixing hangers of quarter butt upper end between two-layer bearing frame and quarter butt lower end removably.
Further, described adjustable base comprises multiple for fixing to ground base, multiple adjusting handle be located at the screw rod on each base, described adjusting handle is located at respectively on screw rod, the quarter butt lower end on the bearing frame of the described support platform being connected with adjustable base respectively with dismantled and assembled connection of screw rod on adjustable base.
Further, described adjustable base also comprises chock or collet, and the base of described adjustable base is fixedly arranged on ground through chock or collet.
Further, described upper frame comprises a rectangular shaped rim and is located at four sleeving connecting rods of below, four corners of rectangular shaped rim, the dismantled and assembled connection of sleeving connecting rod of the quarter butt upper end of the bearing frame of the described support platform being connected with upper frame and upper frame.
Further, described bearing plate comprises multiple fasteners, wire rope net and wire rope screen frame, described wire rope net is located in wire rope screen frame, and described each fastener is located on wire rope screen frame, and described bearing plate is fastened on the rectangular frame of two bearing frames and connecting rod formation removably through fastener.
By adopting aforementioned techniques scheme, the beneficial effects of the utility model are: adopt ease of assembly by above two kinds, multiple support units that can splice are fast assembled into through connector complicated support system and the operating platform that building-supporting frame replaces traditional employing fastener connecting rod to form, make building-supporting frame of the present utility model there is Stability Analysis of Structures, safety, built efficiency is high, dismantle fireballing remarkable advantage, saved the time of a large amount of buildings while constructing in advance simultaneously, accelerate Construction Schedule, because building-supporting frame of the present utility model is to be made up of multiple multiple support units that are spliced, and support unit is by adjustable base, two-layer above support platform, many fixed length vertical rods and upper frame are spliced, thereby transportation convenient transportation while forming the member of whole building-supporting frame, fast, constructability team disassembles building-supporting frame to be transported to another building operations and again to build can repeatedly have enough to meet the need use building-supporting frame, save the cost loss of construction corps.By further improvement, it is the setting of diagonal member, the further firm package assembly of building-supporting frame, by building-supporting frame is connected with building, again the safety and firmness of building-supporting frame is increased to defence together, the utility model build building-supporting frame fast, safety, can wide popularization and application in the building site such as housing construction, bridge construction.
Accompanying drawing explanation
Fig. 1 is the part-structure schematic diagram of the utility model embodiment;
Fig. 2 is the A place enlarged drawing of Fig. 1;
Fig. 3 is the B place enlarged drawing of Fig. 1;
Fig. 4 is adjustable base part-structure schematic diagram in the utility model embodiment;
Fig. 5 is the structural representation of bearing frame in the utility model embodiment.
The specific embodiment
Now with the specific embodiment, one of them scheme of the present utility model is further illustrated by reference to the accompanying drawings.
Referring to figs. 1 to Fig. 5, assembled architecture bracing frame of the present utility model, comprise that two horizontal transverse direction are through the dismantled and assembled support unit being coupled to each other 2 of connector 1, 3 and horizontal longitudinal direction through the dismantled and assembled support unit being coupled to each other 4 of connector 1, support unit 2 described in each, 3, 4 include adjustable base, two-layer support platform, many fixed length vertical rods 7, upper frame 8, many diagonal members 9 and connection box 10, between described adjustable base and upper frame 8, vertical direction is provided with removably through the fixed length vertical rod 7 two-layer support platform of socket mutually, every layer of described support platform comprises bearing frame and bearing plate, described bearing frame is made up of rectangular frame 611 and four quarter butts 612 that are vertical at 611 4 corners of rectangular frame, described bearing plate comprises 8 fasteners 621, wire rope net 622 and wire rope screen frame 623, described wire rope net 622 is located in wire rope screen frame 623, described each fastener 621 is located on wire rope screen frame 623, described bearing plate is fastened on removably through fastener 621 on the rectangular frame 611 of bearing frame, described adjustable base comprises chock 51, four for fixing to ground base 52, four regulate handle 53 and are located at the screw rod 54 on each base 52, base 52 is fixedly arranged on ground through chock 51, described adjusting handle 53 is located at respectively on screw rod 54, four quarter butt 612 lower ends on the bearing frame of the described support platform being connected with adjustable base respectively with dismantled and assembled connection of screw rod 54 on adjustable base, four quarter butt 612 upper ends on the bearing frame being connected with adjustable base are socketed respectively four fixed length vertical rod 7 lower ends, four quarter butt 612 lower ends of the bearing frame of described four fixed length vertical rod 7 upper ends and last layer support platform socket-connect, described upper frame 8 comprises a rectangular shaped rim 81 and is located at four sleeving connecting rods 82 of below, 81 4 corners of rectangular shaped rim, the top, 81 4 corners of rectangular shaped rim of described upper frame 8 is also provided with the short screw 83 of four adjustable upper frame 8 level levelling degree, four quarter butt 612 upper ends of the bearing frame of the described support platform 6 being connected with upper frame 8 and four dismantled and assembled connections of sleeving connecting rod 82 of upper frame 8, on every described bearing frame, the top and bottom of quarter butt 612 are equipped with a fixing hangers 6121, described diagonal member 9 is located on the fixing hangers 6121 of lower floor's bearing frame quarter butt 612 upper ends between two-layer bearing frame and bearing frame quarter butt 612 lower ends, upper strata removably, described connection box 10 is provided with draw-in groove 101, described connector 1 two ends are provided with buckle, described connection box 10 is fastened on four quarter butts 612 of four corners of bearing frame, described each support unit 2, 3, 4 respectively the buckle on connector 1 cooperatively interact dismantled and assembled connection with the draw-in groove on connection box 10, also comprise the fixed bar that one end is connected with building walls, on described connection box 10, be also provided with draw-in groove towards building walls one end, the other end of described fixed bar is through connection box and each support unit 2, 3, 4 are connected, described connection box is positioned on two corner faces of corner and is equipped with draw-in groove, support unit 2 described in each, 3, 4 connected and form a support system that 2 row 1 are listed as through connector 1 and coordinating of connection box 10.
The assembly method of assembled architecture bracing frame of the present utility model is: chock is positioned over (chock can save application) on the ground of building building-supporting frame, the base of adjustable base is fixed on the ground through chock, again bearing frame is enclosed within on four screw rods of adjustable base, adjust the level levelling degree of bearing frame by regulating handle, after regulating, on four quarter butts of bearing frame, put perpendicular type connection box, bearing plate is placed on bearing frame, again fixed length vertical rod sleeve is connected to four quarter butt upper ends, and then the lower end of four quarter butts of another bearing frame is socketed in to the upper end of fixed length vertical rod, again another bearing plate is installed on second bearing frame, and install diagonal member between two-layer bearing frame, install according to demand Multi-layer supporting platform, on four quarter butts of the support platform of top layer, cover connects upper frame, complete the assembling of a support unit, connector one end is placed on the connection box of first support unit, second support unit connecting snaps onto the other end of connector in the draw-in groove of connection box of second support unit when mounted, the assembling of support unit is all identical, thereby be assembled into a building-supporting frame that contains multiple lines and multiple rows support unit.
Horizontal cross length and the horizontal longitudinal length of the utility model to whole building-supporting frame in such scheme can connect multiple support units formations according to building operations building site demand combinations, and whole building-supporting frame longitudinally highly also can be according to demand between the adjustable base of each support unit and upper frame, accept Multi-layer supporting platform by fixed length vertical rod, thereby meet construction demand, wherein the chock of adjustable base also can adopt collet substitute or directly save base is fixedly arranged on ground, the utility model another technical scheme based under same design is from the different utility model points of technique scheme: the combining structure difference of support platform, be that every layer of described support platform comprises at least two bearing frames, at least two connecting rods and more than one bearing plate, described bearing frame comprises Connection Block, cross bar and two quarter butts that are vertical at cross bar two ends, described Connection Block is located at the infall of cross bar and quarter butt, described every two bearing frames connect formation rectangular frame with the Connection Block on bearing frame through connecting rod, each bearing plate is located in this rectangular frame removably, quarter butt lower end on the bearing frame of the described support platform being connected with adjustable base is connected with adjustable base is dismantled and assembled, quarter butt upper end on the described bearing frame being connected with adjustable base is socketed respectively fixed length vertical rod lower end, described fixed length vertical rod upper end socket-connects with the quarter butt lower end of bearing frame corresponding on last layer support platform vertical direction, the quarter butt upper end of the bearing frame of the described support platform being connected with upper frame is connected with upper frame is dismantled and assembled, realizes the technical solution of the utility model thereby form another.
The utility model is by adopting ease of assembly, multiple support units that can splice are fast assembled into through connector complicated support system and the operating platform that building-supporting frame replaces traditional employing fastener connecting rod to form, make building-supporting frame of the present utility model there is Stability Analysis of Structures, safety, built efficiency is high, dismantle fireballing remarkable advantage, saved the time of a large amount of buildings while constructing in advance simultaneously, accelerate Construction Schedule, because building-supporting frame of the present utility model is to be made up of multiple multiple support units that are spliced, and support unit is by adjustable base, two-layer above support platform, many fixed length vertical rods and upper frame are spliced, thereby transportation convenient transportation while forming the member of whole building-supporting frame, fast, constructability team disassembles building-supporting frame to be transported to another building operations and again to build can repeatedly have enough to meet the need use building-supporting frame, save the cost loss of construction corps.By further improvement, it is the setting of diagonal member, the further firm package assembly of building-supporting frame, by building-supporting frame is connected with building, again the safety and firmness of building-supporting frame is increased to defence together, the utility model build building-supporting frame fast, safety, can wide popularization and application in the building site such as housing construction, bridge construction.
Although specifically show and introduced the utility model in conjunction with preferred embodiment; but those skilled in the art should be understood that; not departing from the spirit and scope of the present utility model that appended claims limits; can make a variety of changes the utility model in the form and details, be protection domain of the present utility model.
Claims (16)
1. an assembled architecture bracing frame, it is characterized in that: comprise that multiple horizontal transverse direction are through the dismantled and assembled support unit being coupled to each other of connector, described in each, support unit comprises adjustable base, two-layer above support platform, many fixed length vertical rods and upper frame, between described adjustable base and upper frame, vertical direction is provided with support platform more than be mutually socketed through fixed length vertical rod removably two-layer, every layer of described support platform comprises bearing frame and bearing plate, described bearing frame is made up of rectangular frame and four quarter butts that are vertical at four corners of rectangular frame, described bearing plate is located in rectangular frame removably, four quarter butt lower ends on the bearing frame of the described support platform being connected with adjustable base are connected with adjustable base is dismantled and assembled, four quarter butt upper ends on the described bearing frame being connected with adjustable base are socketed respectively four fixed length vertical rod lower ends, four quarter butt lower ends of the bearing frame of described four fixed length vertical rod upper ends and last layer support platform socket-connect, four quarter butt upper ends of the bearing frame of the described support platform being connected with upper frame are connected with upper frame is dismantled and assembled.
2. a kind of assembled architecture bracing frame according to claim 1, it is characterized in that: also comprise many diagonal members, on every described bearing frame, the top and bottom of quarter butt are at least provided with a fixing hangers, and described diagonal member is located on the fixing hangers of quarter butt upper end between two-layer bearing frame and quarter butt lower end removably.
3. a kind of assembled architecture bracing frame according to claim 1, it is characterized in that: described adjustable base comprises four for fixing to ground base, four adjusting handles and is located at the screw rod on each base, described adjusting handle is located at respectively on screw rod, four quarter butt lower ends on the bearing frame of the described support platform being connected with adjustable base respectively with dismantled and assembled connection of screw rod on adjustable base.
4. a kind of assembled architecture bracing frame according to claim 3, is characterized in that: described adjustable base also comprises chock or collet, and the base of described adjustable base is fixedly arranged on ground through chock or collet.
5. a kind of assembled architecture bracing frame according to claim 1, it is characterized in that: described upper frame comprises a rectangular shaped rim and be located at four sleeving connecting rods of below, four corners of rectangular shaped rim four quarter butt upper ends of the bearing frame of the described support platform being connected with upper frame and four dismantled and assembled connections of sleeving connecting rod of upper frame.
6. a kind of assembled architecture bracing frame according to claim 5, is characterized in that: the top, four corners of rectangular shaped rim of described upper frame is also provided with the short screw of four adjustable upper frame level levelling degree.
7. a kind of assembled architecture bracing frame according to claim 1, it is characterized in that: described bearing plate comprises multiple fasteners, gauze wire cloth and steel wire screen frame, described gauze wire cloth is located in steel wire screen frame, described each fastener is located on steel wire screen frame, and described bearing plate is fastened on the rectangular frame of bearing frame removably through fastener.
8. a kind of assembled architecture bracing frame according to claim 1, it is characterized in that: also comprise connection box, described connection box is provided with draw-in groove, described connector two ends are provided with buckle, described connection box is fastened on four quarter butts of four corners of bearing frame, and the buckle of described each support unit on connector cooperatively interacts dismantled and assembled connection with the draw-in groove on connection box.
9. a kind of assembled architecture bracing frame according to claim 8, it is characterized in that: also comprise the fixing wall connecting rod that one end is connected with building wall wall construction, on described connection box, be also provided with draw-in groove towards building walls structure one end, the other end of described fixing wall connecting rod is connected through connection box and each support unit.
10. a kind of assembled architecture bracing frame according to claim 8, it is characterized in that: described connection box is positioned on two corner faces of corner and is equipped with draw-in groove, described in each, support unit connects through coordinating of connector and connection box the support system that forms a multiple lines and multiple rows.
11. 1 kinds of assembled architecture bracing frames, it is characterized in that: comprise that multiple horizontal transverse direction are through the dismantled and assembled support unit being coupled to each other of connector, described in each, support unit comprises adjustable base, two-layer above support platform, many fixed length vertical rods and upper frame, between described adjustable base and upper frame, vertical direction is provided with support platform more than be mutually socketed through fixed length vertical rod removably two-layer, every layer of described support platform comprises at least two bearing frames, at least two connecting rods and more than one bearing plate, described bearing frame comprises Connection Block, cross bar and two quarter butts that are vertical at cross bar two ends, described Connection Block is located at the infall of cross bar and quarter butt, described every two bearing frames connect formation rectangular frame with the Connection Block on bearing frame through connecting rod, each bearing plate is located in this rectangular frame removably, quarter butt lower end on the bearing frame of the described support platform being connected with adjustable base is connected with adjustable base is dismantled and assembled, quarter butt upper end on the described bearing frame being connected with adjustable base is socketed respectively fixed length vertical rod lower end, described fixed length vertical rod upper end socket-connects with the quarter butt lower end of bearing frame corresponding on last layer support platform vertical direction, the quarter butt upper end of the bearing frame of the described support platform being connected with upper frame is connected with upper frame is dismantled and assembled.
12. a kind of assembled architecture bracing frames according to claim 11, it is characterized in that: also comprise many diagonal members, on every described bearing frame, the top and bottom of quarter butt are at least provided with a fixing hangers, and described diagonal member is located on the fixing hangers of quarter butt upper end between two-layer bearing frame and quarter butt lower end removably.
13. a kind of assembled architecture bracing frames according to claim 11, it is characterized in that: described adjustable base comprises multiple for fixing to ground base, multiple adjusting handle be located at the screw rod on each base, described adjusting handle is located at respectively on screw rod, the quarter butt lower end on the bearing frame of the described support platform being connected with adjustable base respectively with dismantled and assembled connection of screw rod on adjustable base.
14. a kind of assembled architecture bracing frames according to claim 13, is characterized in that: described adjustable base also comprises chock or collet, the base of described adjustable base is fixedly arranged on ground through chock or collet.
15. a kind of assembled architecture bracing frames according to claim 11, it is characterized in that: described upper frame comprises a rectangular shaped rim and be located at four sleeving connecting rods of below, four corners of rectangular shaped rim dismantled and assembled connection of sleeving connecting rod of the quarter butt upper end of the bearing frame of the described support platform being connected with upper frame and upper frame.
16. a kind of assembled architecture bracing frames according to claim 11, it is characterized in that: described bearing plate comprises multiple fasteners, wire rope net and wire rope screen frame, described wire rope net is located in wire rope screen frame, described each fastener is located on wire rope screen frame, and described bearing plate is fastened on the rectangular frame of two bearing frames and connecting rod formation removably through fastener.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320730469.1U CN203594212U (en) | 2013-11-18 | 2013-11-18 | Prefabricated building supporting frame |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320730469.1U CN203594212U (en) | 2013-11-18 | 2013-11-18 | Prefabricated building supporting frame |
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| Publication Number | Publication Date |
|---|---|
| CN203594212U true CN203594212U (en) | 2014-05-14 |
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ID=50675107
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320730469.1U Withdrawn - After Issue CN203594212U (en) | 2013-11-18 | 2013-11-18 | Prefabricated building supporting frame |
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| CN (1) | CN203594212U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103590593A (en) * | 2013-11-18 | 2014-02-19 | 何国忠 | Assembly type building supporting frame |
| CN109469305A (en) * | 2018-10-24 | 2019-03-15 | 黄培康 | A vehicle-mounted spliced assembly platform structure for building installation |
| CN112324139A (en) * | 2020-09-17 | 2021-02-05 | 上海宝冶冶金工程有限公司 | Disk buckle type assembly jig frame for sliding net rack |
| CN120759420A (en) * | 2025-09-01 | 2025-10-10 | 中铁九局集团第四工程有限公司 | Construction method of modular bracket and prefabricated base plate |
-
2013
- 2013-11-18 CN CN201320730469.1U patent/CN203594212U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103590593A (en) * | 2013-11-18 | 2014-02-19 | 何国忠 | Assembly type building supporting frame |
| CN103590593B (en) * | 2013-11-18 | 2016-06-29 | 何国忠 | A kind of assembled architecture bracing frame |
| CN109469305A (en) * | 2018-10-24 | 2019-03-15 | 黄培康 | A vehicle-mounted spliced assembly platform structure for building installation |
| CN112324139A (en) * | 2020-09-17 | 2021-02-05 | 上海宝冶冶金工程有限公司 | Disk buckle type assembly jig frame for sliding net rack |
| CN120759420A (en) * | 2025-09-01 | 2025-10-10 | 中铁九局集团第四工程有限公司 | Construction method of modular bracket and prefabricated base plate |
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| C14 | Grant of patent or utility model | ||
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| AV01 | Patent right actively abandoned |
Granted publication date: 20140514 Effective date of abandoning: 20160629 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |