CN2698897Y - Multifunctional construction formwork assembly - Google Patents
Multifunctional construction formwork assembly Download PDFInfo
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- CN2698897Y CN2698897Y CN 200420033590 CN200420033590U CN2698897Y CN 2698897 Y CN2698897 Y CN 2698897Y CN 200420033590 CN200420033590 CN 200420033590 CN 200420033590 U CN200420033590 U CN 200420033590U CN 2698897 Y CN2698897 Y CN 2698897Y
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Abstract
The utility model relates to a multifunctional construction mould rack assembly part which comprises a multifunctional construction mould frame assembly part, a multifunctional construction support frame assembly part and a hinge connector. The utility model is characterized in that the multifunctional construction mould frame assembly part comprises a loose pattern frame, a straight connecting piece and a corner connecting piece. The loose pattern frame is composed of a square pipe and more than one row of flat wings fixedly connected with the left and right sides of the square pipe. One side of each flat wing vertical with the side of the square pipe is provided with a connecting hole and the straight connecting piece is arranged in the lower square pipe. The multifunctional construction support frame assembly part comprises a vertical pipe, a horizontal pipe and a base. The hinge connector has two kinds of structure. The eye splice arranged on the loose pattern frame is the same as the eye splices arranged on the lower ends of three vertical pipes and both ends of three horizontal pipes. Moreover, the eye splice can be matched and connected with the vertical pipe or a hinge joint. The utility model has few assembly parts and multiple combination varieties, and various construction component mould frames and support frames supporting the mould frames can be assembled to realize the direct vertical connection or tilting connection of the mould frames and the support frames. The utility model improves the accuracy of the construction component, and has the advantage of conveniently mounting and demounting.
Description
Technical field
The utility model relates to the construction form and shoring member, is specifically related to multi-use architecture mould bases composite member.
Background technology
In construction work, need facilities such as job site casting reinforced concrete beam, post, platform and overhead road surface, because shape, big or small ever-changing, moulding form is used producing wood mostly, the timber that needs is many, almost can not make other purposes after the use.The amount of wood that building consumes is big, directly influences the protection of the forest reserves.In building operations, substitute the existing a lot of prior aries of timber with steel, as combined type punching block, typing punching block cast-in-situ steel reinforced concrete beam, post, platform and overhead road surface etc., though reduced the consumption of timber, but purposes is comparatively single, install and adjust difficulty, programming is slow, and the building unit precision of cast is not high, can not satisfy the needs of building operations fully.
Support is a facility commonly used in the building operations, no matter is to build building, workshop, or builds road, bridge, all be unable to do without the building support.At present, general building support is that fastener is formed by connecting steel pipe in length and breadth, can reclaim repeatedly and use.But because the length of steel pipe is lack of standardization, the installation site of fastener is unfixing, so installation rate is slow, the adjustment length that expends time in also needs steel pipe is cut off sometimes, can satisfy the requirement of bearing height, and fastener causes unnecessary loss installing and losing easily during striking.The steel pipe of existing building support bottom contacts with ground, discontinuity equalization, and contact area is little, and the pressure that bear on ground is big, requires ground smooth solid, perhaps uses a large amount of lumps of wood place mats, can meet the demands.Existing building support can only connect and compose the steel pipe vertical and horizontal building support, can not tilt to connect stand steel pipe, to increase the rigidity of building support, no doubt can adopt alternate manner to tilt to connect stand steel pipe, but operation inconvenience.
The top of existing building support can not directly be connected with building form frame, more can not directly be connected with the building form frame of bottom angled, and must can support framed at a large amount of lumps of wood of top place mat of building support.Not only the timber of Xiao Haoing is many, and consumed time is long.At present, also do not change the new technology of above situation.
Summary of the invention
The purpose of this utility model provides a kind of multi-use architecture mould bases composite member, and it can be combined into the support that multiple building unit is framed and support is framed, improves the precision of building unit; Can shorten the time of installing and removing, it is fast to speed up the work; The energy realization is framed directly vertically to be connected or the connection of tilting with support, adjusts easily, connects reliably; Component are combined as a whole and are difficult for losing, and reduce the consumption of timber and steel.
Multi-use architecture mould bases composite member described in the utility model comprises multifunction building form frame composite member, multi-use architecture rack assembly and connects building form frame and the hinge connector of building support, it is characterized in that:
The multifunction building form frame composite member comprises monomer mould bases, straight connector and Corner Link; The monomer mould bases is made of the square tube and the above flat wing of a row that is fixedly connected on the square tube left and right sides, the section of the flat wing is L-shaped, the flat wing mutual dislocation of left and right side, and one side of the flat wing with flush above the square tube, smooth to guarantee framed inwall, the one side of the flat wing and the lateral vertical of square tube; Below square tube, be provided with eye-splice, so that be connected with the building support; One side of the lateral vertical of every flat wing and square tube is provided with a row or two row's connecting holes, and the center of connecting hole, aperture and pitch of holes are identical, so that two monomer mould bases laterally connect combination or vertically connect combination; The another side of the every flat wing is provided with spacing spiral shell stalk hole and tapping screw hole, and the center in each spacing spiral shell stalk hole is identical with the aperture, so that spacing stay tube and spacing spiral shell stalk and tapping screw are installed, controls framed dimensional accuracy and fixing liner plate; Below the square tube right-hand member, be provided with bar hole, be provided with the straight connector that outer profile size is slightly less than square tube inwall size in this end, screw passes bar hole and is connected with straight connector, is provided with the stopping screw cap below the square tube left end, so that two monomer mould bases vertically connect combination; Corner Link is the pipe nipple square tube identical with the square tube outer profile size, and is fixedly connected with the little square tube that one section orthogonal outer profile size is slightly less than the square tube inwall in its adjacent both sides, so that be connected with two monomer mould bases, constitutes the vertical cartel mould bases.
Many monomer mould bases can vertically connect or laterally connect or connect into the plane combined formwork in length and breadth.Straight connector partly inserts in the square tube left end of another part monomer mould bases in the right-hand member of the square tube of a monomer mould bases, ends a screw and screws in the stopping screw cap of this end with the straight connector of insertion is close to, the vertical combined formwork in formation plane; The connecting hole of the flat wing of the connecting hole of the flat wing of a monomer mould bases on one side and another part monomer mould bases on one side overlaps, and connecting bolt passes the connecting hole of coincidence and fixes, formation flat transverse combined formwork; Many the vertical combined formworks in plane can laterally connect and compose plane combined formwork in length and breadth.
Two monomer mould bases or two planes flat wing of combined formwork or two flat transverse combined formworks in length and breadth vertically connect and compose the vertical cartel mould bases mutually, perhaps cooperate with Corner Link to constitute the vertical cartel mould bases.The little square tube of Corner Link horizontal direction is inserted a plane end of the square tube of combined formwork or flat transverse combined formwork and fixing in length and breadth, the little square tube of Corner Link vertical direction is inserted a plane end of the square tube of combined formwork or flat transverse combined formwork and fixing in length and breadth, constitutes the vertical cartel mould bases.
According to the designing requirement of building unit, can select loose pattern frame and straight connector or and Corner Link be combined into needed building form frame, framed as framed, the reinforced concrete beam of reinforced concrete post, or the like.
The multi-use architecture rack assembly comprises uprise, horizontal tube and pedestal; Uprise is three kinds of structures: first uprise, and its upper end is provided with unidirectional connector, so that be connected with other uprise, the middle part is provided with plane four-way connector, so that be connected with horizontal tube, the lower end is provided with the connection eye-splice, so that be connected with pedestal or other uprise; Second uprise, its upper end is provided with five to connector, is connected so that be connected with horizontal tube with other uprise, and the lower end is provided with the connection eye-splice, so that be connected with other uprise or pedestal; The 3rd uprise, its upper end is provided with five to connector, is connected so that is connected with horizontal tube with other uprise, and the middle part is provided with a highly adjusting stalk, so that the height of adjustment sectional construction support, the lower end is provided with the connection eye-splice, so that be connected with other uprise;
Horizontal tube is three kinds of structures: first horizontal tube, and its two ends are provided with the connection eye-splice, so that be connected with uprise; Second horizontal tube, its two ends are provided with the connection eye-splice, so that be connected with uprise, the middle part is provided with width adjusting silk stalk, so that adjust the distance between connected two uprises; The 3rd horizontal tube, its two ends are provided with the connection eye-splice, so that be connected with uprise, the middle part is provided with facade four-way connector, so that be connected with uprise or horizontal tube;
Pedestal is two kinds of structures: first pedestal is a fixed structure, is provided with unidirectional connector in the upper end of sole platform, so that be connected with uprise; Second pedestal is a hinge arrangement, and the retainer ring of hinge is fixedlyed connected with the table top of sole platform, and the swivel becket of hinge is fixedlyed connected with unidirectional connector bottom, to adapt to the ground of inclination; First pedestal and the second pedestal sole are the big square of size, with the contact area of increase with ground.
Above the unidirectional connector of first uprise of multi-use architecture rack assembly, pedestal upper end, be respectively equipped with socket, one side is provided with chute, be provided with bar hole above the chute, be provided with latch in the chute, the top bar hole that screw passes chute is connected with screw on the external part of latch, and latch can slidably reciprocate along chute, inserts or withdraw from unidirectional connector.
The four sides of the plane four-way connector at first uprise middle part of multi-use architecture rack assembly respectively is provided with socket and slide bolt, and each slide bolt is provided with trip bolt, so that be connected with horizontal tube, and makes connection fastening.
Second uprise of multi-use architecture rack assembly, the 3rd uprise top five to the upper end of connector socket, a side is provided with slide bolt, latch is provided with trip bolt; Five respectively are provided with mouthful and slide bolt to the four sides of connector, and each latch is provided with trip bolt, so that is connected with uprise with horizontal tube, and makes connection fastening.
The four sides of the facade four-way connector at second horizontal tube middle part of multi-use architecture rack assembly respectively is provided with mouth and slide bolt, and each latch is provided with trip bolt, so that be connected with uprise with horizontal tube, and makes connection fastening.
The unidirectional connector of the connection eye-splice of first uprise of multi-use architecture rack assembly, second uprise, the 3rd uprise lower end and uprise or pedestal upper end is connected, and perhaps is connected to connector with five of uprise upper end; On the level connection eye-splice at first horizontal tube, second horizontal tube, the 3rd horizontal tube two ends and the uprise five is connected to connector, and perhaps the plane four-way connector with the uprise middle part is connected, thereby is combined into the building support.
Hinge connector is two kinds of structures: first kind of structure be, the retainer ring of hinge is fixedlyed connected with eye-splice, and the swivel becket of hinge is fixedlyed connected with unidirectional connector; Second kind of structure, be hinge retainer ring with fixedly connected with unidirectional connector, another unidirectional connector of the swivel becket of hinge is fixedly connected.Above the unidirectional connector on the hinge connector, be respectively equipped with socket, one side is provided with chute, be provided with bar hole above the chute, be provided with latch in the chute, the top bar hole that screw passes chute is connected with screw on the external part of latch, and latch can slidably reciprocate along chute, inserts or withdraw from unidirectional connector.Hinge connector is one of composite member of multi-use architecture mould bases, be to realize the framed and direct critical component of support without chock, particularly when framed connection of support and bottom angled, perhaps need be on support and support with framed between when the support of inclination is installed, act on very obvious.
The eye-splice that the eye-splice that the square tube of monomer mould bases is provided with below and three kinds of uprise lower ends and three kinds of horizontal tube two ends are provided with is identical, and the unidirectional connector that can be provided with the uprise upper end or the socket above the five unidirectional connectors that are provided with to connector or with hinge connector are connected.
The utility model and prior art have the following advantages: structure is simple and clear compact, quantity is few and combination and variation is many, and it is framed and support framed support to be combined into multiple building unit, realizes framedly directly vertically being connected or the connection of tilting with support, and is applied widely; Connection is reliable, adjusts easily the framed size of the strict control combination of energy, the precision of raising building unit; Mount and dismount easy, can the reduction of erection time; Connector and main component are connected as a single entity, and keeping is convenient, and connector is difficult for losing, and is reusable, can reduce the consumption of timber and steel.Be applicable to engineerings such as building building, workshop, road, bridge.
Description of drawings
Fig. 1 (a) is the structural representation of monomer mould bases, (b) is (a) left view, (c) is (a) vertical view.
Fig. 2 (a) is the structural representation of straight connector, (b) is (a) left view.
Fig. 3 (a) is the structural representation of Corner Link, (b) is (a) left view.
Fig. 4 is the schematic diagram that two monomer mould bases vertically connect combination.
Fig. 5 is the schematic diagram that two monomer mould bases laterally connect combination.
Fig. 6 is the schematic diagram that two monomer mould bases vertically connect combination.
Fig. 7 is the schematic diagram that two monomer mould bases and Corner Link vertically are connected combination.
Fig. 8 (a) is the framed schematic diagram of reinforced concrete post that is connected combination by the monomer mould bases, (b) is (a) left view.
Fig. 9 is the framed schematic diagram of reinforced concrete beam by the combination of monomer mould bases.
Figure 10 is uprise and horizontal tube and the interconnective schematic diagram of pedestal.
Figure 11 (a) is the structure chart of first uprise, (b) is the left view of (a), and the A that (c) is (a) (d) is the B-B profile of (a) to view.
Figure 12 is the structure chart of second uprise, (b) is the left view of (a), and the A that (c) is (a) (d) is the B-B profile of (a) to view.
Figure 13 (a) is the structure chart of the 3rd uprise, (b) is the left view of (a), and the A that (c) is (a) (d) is the B-B profile of (a) to view.
Figure 14 (a) is the structure chart of first horizontal tube, (b) is the vertical view of (a).
Figure 15 (a) is the structure chart of second horizontal tube, (b) is the vertical view of (a).
Figure 16 (a) is the structure chart of the 3rd horizontal tube, (b) is the vertical view of (a).
Figure 17 (a) is the structure chart of first pedestal, (b) is the left view of (a), (c) is the vertical view of (a).
Figure 18 (a) is the structure chart of slide bolt, (b) is the left view of (a), (c) is the vertical view of (a).
Figure 19 (a) is the structural representation of second pedestal, (b) is the left view of (a), (c) is the vertical view of (a).
Figure 20 is the schematic diagram that second pedestal is connected with the uprise of sectional construction support in the sloping floor.
Figure 21 (a) is the hinge hinge connector structural representation parallel with the chute length direction of unidirectional connector one side, (b) is the left view of (a), (c) is the vertical view of (a).
Figure 22 (a) is the hinge hinge connector structural representation vertical with the chute length direction of unidirectional connector one side, (b) is the left view of (a), (c) is the vertical view of (a).
Figure 23 (a) is the hinge connector structural representation that retainer ring and the swivel becket of hinge fixedlyed connected with two unidirectional connector bases respectively, (b) is the left view of (a), (c) is the vertical view of (a).
Figure 24 is a hinge connector and the framed schematic diagram that is connected of support and bottom angled.
Figure 25 is that hinge connector connects the schematic diagram that tilts to support.
The specific embodiment
Below in conjunction with accompanying drawing structure of the present utility model and combination connecting mode are further described.
One: two monomer mould bases 1 of embodiment is combined into the fore-and-aft plane combined formwork.Referring to Fig. 1, Fig. 2 and Fig. 4, loosening screw 11, the interior straight connector 2 of square tube 4 right-hand members of a monomer mould bases 1 is stretched out to the right along bar hole 10, part is inserted in the left end of square tube 4 of another part monomer mould bases 1, ending the stopping screw cap 12 of a screw 13 these ends of screw-in is close to the straight connector 2 that inserts, screw structure screw 11 simultaneously, promptly constitute the vertical combined formwork in plane.According to the designing requirement of building unit, can connect into the vertical combined formwork in the plane that needs length with many monomer mould bases 1 by above-mentioned connected mode.
Two: two monomer mould bases 1 of embodiment are combined into the transverse plane combined formwork.Referring to Fig. 1 and Fig. 5, the flat wing 5 connecting hole 7 on one side of a monomer mould bases 1 is overlapped with the flat wing 5 connecting hole 7 on one side of another part monomer mould bases 1, connecting bolt 14 passes the connecting hole 7 of coincidence and also fixes, and promptly constitutes the flat transverse combined formwork.According to the designing requirement of building unit, can be with many monomer mould bases 1 by above-mentioned connected mode, connecting into needs the flat transverse of length combined formwork.
The flat wing 5 of three: two monomer mould bases 1 of embodiment vertically connects and composes the vertical cartel mould bases mutually.Referring to Fig. 1 and Fig. 6, with the flat wing 5 one side of a monomer mould bases 1 and vertical coincidence the in the flat wing 5 one side of another part monomer mould bases 1, and a connecting hole 7 of the two flat wings 5 is overlapped, connecting bolt 14 passes the connecting hole 7 of coincidence and fixes, and promptly constitutes plane vertical cartel mould bases.
Four: two monomer mould bases of embodiment 1 connect and compose the vertical cartel mould bases with Corner Link 3.Referring to Fig. 1, Fig. 3 and Fig. 7, the little square tube of Corner Link 3 horizontal directions is inserted an end of a monomer mould bases square tube 4 and is fixed, the little square tube of Corner Link 3 vertical direction is inserted an end of the square tube 4 of another monomer mould bases and is also fixed, and promptly constitutes the vertical cartel mould bases.
Embodiment five: being connected by monomer mould bases vertical and horizontal, to constitute reinforced concrete post framed.Referring to Fig. 4, Fig. 5 and Fig. 8, connected mode is identical with embodiment three.The following eye-splice 6 and the support and connection of the square tube 4 of the monomer mould bases 1 on framed are to guarantee the verticality of concrete column.
Embodiment six: be connected and to connect and compose reinforced concrete beam framed for Corner Link by monomer mould bases vertical and horizontal.Referring to Fig. 1, Fig. 4, Fig. 5 and Fig. 9, connected mode is identical with embodiment four.In order to prevent framedly to be out of shape when the placing of concrete, influence the dimensional accuracy of reinforced concrete beam, can paste liner plate in framed bottom and sidewall, pass tapping screw hole 9 with tapping screw, to paste liner plate fixes, paste on the liner plate in the two side afterwards and respectively bore a hole, the corresponding flat wing 5 with framed both sides in two holes is gone up spacing spiral shell stalk hole 8 on one side and is overlapped, again the spacing stay tube is contained in framed top, align with hole on the two side subsides liner plate in two ends, spacing spiral shell stalk penetrates from the spacing spiral shell stalk hole 8 on the flat wing 5 of a framed side, passes the spacing stay tube and passes from the spacing spiral shell stalk hole 8 on the flat wing 5 of framed opposite side, and two ends screw with nut and get final product.The following eye-splice 6 of the square tube 4 of the monomer mould bases 1 on framed is connected with the building support, to guarantee the concrete beam positional precision.
Embodiment seven is referring to Figure 10, Figure 11 and Figure 17, the connection eye-splice 18 of first uprise, 15 lower ends is inserted in the socket 33 of unidirectional connector 16 of first pedestal, 28 upper ends, unclamp the trip bolt 37 on the slide bolt 36, then, slide bolt 36 or trip bolt 37 hit with a hammer, make slide bolt 36 insert wedging in the connection eye-splice 18 of first uprise, 15 lower ends, promptly finish being connected of first uprise 15 and first pedestal 28; According to the needs of construction, adopting uses the same method is connected many first uprises respectively with first pedestal;
Referring to Figure 10, Figure 11 and Figure 14, the connection eye-splice 18 at first horizontal tube, 23 two ends is inserted respectively in the socket 33 of plane four-way connector 17 at first uprise, 15 middle parts, unclamp the trip bolt 37 on the corresponding slide bolt 36, then, slide bolt 36 or trip bolt 37 hit with a hammer, make slide bolt 36 insert wedging in the connection eye-splice 18 of first horizontal tube 23, promptly finish being connected of first horizontal tube 23 and first uprise 15; According to the needs of construction, adopting uses the same method is connected many first horizontal tubes the different directions of the plane four-way connector at many first uprise middle parts, promptly constitutes the footing part of sectional construction support;
Referring to Figure 10, Figure 12 and Figure 15, the connection eye-splice 18 at second horizontal tube, 24 two ends is inserted second uprise, 19 tops five respectively in the socket 33 of connector 20 side correspondences, unclamp and five trip bolts 37 on connector 20 corresponding slide bolts 36, then, trip bolt 37 hits with a hammer, make slide bolt 36 insert wedging in the connection eye-splice 18 at second horizontal tube, 24 two ends, promptly finish being connected of one second horizontal tube 24 and two second uprises 19; Rotate second horizontal tube, 24 middle part width adjusting silk stalks 25, make that distance equates between two first uprises 15 of two second distances between the uprise 19 and the footing part of building support, again the connection eye-splice 18 of two second uprise 19 lower ends is inserted respectively in the socket 33 of unidirectional connector 16 upper ends on two first uprise 15 tops of footing part of building support, unclamp the trip bolt 37 on the slide bolt 36 of unidirectional connector 16, then, trip bolt 37 hits with a hammer, make slide bolt 36 insert connection eye-splice 18 wedgings of two second uprise 19 lower ends, promptly finish being connected of second uprise 19 and first uprise 15; After the same method, many second horizontal tubes are connected with many second uprises, many second uprises again with being connected of many first uprises, a section of promptly finishing building support rising part; Needs according to construction can repeat to connect first uprise and first horizontal tube on this section, perhaps repeat to connect second uprise and second horizontal tube, and the building support is raise gradually;
Referring to Figure 10, Figure 13 and Figure 16, with the connection eye-splice 18 at the 3rd horizontal tube 26 two ends insert respectively two the 3rd uprise 21 upper ends five in the socket 33 of connector 20 opposite flanks, unclamp and five trip bolts 37 on connector 20 corresponding slide bolts 36, then, trip bolt 37 hits with a hammer, make slide bolt 36 insert wedging in the connection eye-splice 18 at the 3rd horizontal tube 26 two ends, promptly finish being connected of one the 3rd horizontal tube 26 and two the 3rd uprises 21; Again the connection eye-splice 18 of two the 3rd uprise 21 lower ends is inserted respectively building support rising part two second uprise 19 tops five in the socket 33 of connector 20 upper ends, unclamp five trip bolts 37 on the slide bolt 36 of connector 20 upper ends, then, trip bolt 37 hits with a hammer, make two slide bolts 36 insert wedging in the connection eye-splice 18 of two the 3rd uprise 21 lower ends respectively, promptly finish being connected of two the 3rd uprises 21 and two second uprises 19; Rotate the height at the 3rd uprise 21 middle parts and regulate silk stalk 22, to satisfy the requirement of bearing height; After the same method, many 3rd horizontal tubes are connected with many 3rd uprises, many 3rd uprises again with being connected of many second uprises, promptly finish the installation of sectional construction support.
First uprise with the building support is connected eight: the second pedestals of embodiment in the sloping floor, referring to Figure 19 Figure 20, in the socket 33 of the unidirectional connector 16 that the eye-splice 18 of the first uprise lower end is connected with hinge through ring 31 above inserting, fixed form and front are similar; When second pedestal 29 contacted with the ground that tilts, the sole of fixedlying connected with hinge retainer ring 30 promptly rotated automatically, kept excellent contact with ground.
Embodiment nine: hinge connector is connected with the building form frame of building support and bottom angled, referring to Figure 24.Unclamp the trip bolt 37 that passes bar hole 35 above the chute 34 of the unidirectional connector 16 on the hinge connector 32, socket 33 above the unidirectional connector 16 is cooperated with framed following eye-splice 6, then, knock trip bolt 37, make slide bolt 36 insert wedging in the framed following eye-splice 6, again the eye-splices below the hinge connector 32 are cooperated to connector 20 with five above the 3rd uprise 21, promptly realize framed with build being connected of support.
Embodiment ten: hinge connector connects to tilt to support, referring to Figure 25.Respectively connect a hinge connector 32 in the 3rd uprise 21 top and bottom, a hinge connector 32 of upper end is connected with the eye-splice 6 below framed, five of hinge connector 32 of lower end and second uprise, 19 tops are connected to connector 20, regulate the height at the 3rd uprise 21 middle parts and regulate silk stalk 22, make the 3rd uprise 21 stressed getting final product.
In addition, but connect according to four-way connector 27 other horizontal tubes at needs the 3rd horizontal tube 26 middle parts or the uprise of construction.
Claims (6)
1, multi-use architecture mould bases composite member comprises multifunction building form frame composite member, multi-use architecture rack assembly and connects building form frame and the hinge connector of building support, it is characterized in that:
(1) the multifunction building form frame composite member comprises monomer mould bases (1), straight connector (2) and Corner Link (3); The monomer mould bases is made of the square tube (4) and the above flat wing (5) of a row that is fixedly connected on the square tube left and right sides, the section of the flat wing (5) is L-shaped, the flat wing (5) mutual dislocation of left and right side, and one side of the flat wing (5) with flush above the square tube (4), the lateral vertical of another side and square tube (4), below square tube (4), be provided with eye-splice (6); The every flat wing (5) is provided with a row or two row's connecting holes (7) with one side of the lateral vertical of square tube (4), and center, aperture and the pitch of holes of connecting hole (7) are identical; Below square tube (4) right-hand member, be provided with bar hole (10), be provided with the straight connector (2) that outer profile size is slightly less than square tube (4) inwall size in this end, trip bolt (11) passes bar hole (10) and is connected with straight connector (2), is provided with stopping screw cap (12) below square tube (4) left end; Corner Link (3) is a pipe nipple and the identical square tube of square tube (4) outer profile size, and is fixedly connected with the little square tube that one section orthogonal outer profile size is slightly less than square tube (4) in its adjacent both sides;
(2) the multi-use architecture rack assembly comprises uprise, horizontal tube and pedestal; Uprise is three kinds of structures: first uprise (15), and its upper end is provided with unidirectional connector (16), and the middle part is provided with plane four-way connector (17), and the lower end is provided with and connects eye-splice (18); Second uprise (19), its upper end is provided with five to connector (20), and the lower end is provided with and connects eye-splice (18), the 3rd uprise (21), its upper end is provided with five to connector (20), and the middle part is provided with and highly regulates screw mandrel (22), and the lower end is provided with and connects eye-splice (18); Horizontal tube also is three kinds of structures: first horizontal tube (23), its two ends are provided with and connect eye-splice (18); Second horizontal tube (24), its two ends are provided with connection eye-splice (18), the middle part is provided with width adjusting screw mandrel (25); The 3rd horizontal tube (26), its two ends are provided with level connection eye-splice (18), the middle part is provided with facade four-way connector (27); Pedestal is two kinds of structures: be fixedly connected with unidirectional connector (16) on the table top of the sole platform of first pedestal (28); Second pedestal (29) is a hinge arrangement, and the retainer ring of hinge (30) is fixedlyed connected with the table top of sole platform, and the swivel becket of hinge (31) is fixedlyed connected with unidirectional connector (16) bottom;
(3) hinge connector (32) is two kinds of structures: first kind of structure be, the retainer ring of hinge (30) is fixedlyed connected with eye-splice (18), and the swivel becket of hinge (31) is fixedlyed connected with unidirectional connector (16); Second kind of structure, be hinge retainer ring (30) with fixedly connected with unidirectional connector (16), another unidirectional connector (16) of the swivel becket of hinge (31) is fixedly connected.
2, multi-use architecture mould bases composite member according to claim 1, the every flat wing (5) that it is characterized in that monomer mould bases (1) is provided with spacing screw hole (8) and tapping screw hole (9) with one side that square tube flushes above, and the center of each spacing screw hole (8) is identical with the aperture.
3, multi-use architecture mould bases composite member according to claim 1, it is characterized in that first uprise (15), first pedestal (28), be provided with socket (33) above the unidirectional connector (16) that second pedestal (29) is connected with hinge connector (32), the side that unidirectional connector connects box body is provided with chute (34), be provided with bar hole (35) above the chute (34), chute (34) is provided with slide bolt (36), the top bar hole (35) that screw (37) passes chute (34) is connected with slide bolt (36), slide bolt (36) can slidably reciprocate along chute (34), inserts or withdraw from unidirectional connector box body.
4, multi-use architecture mould bases composite member according to claim 1, it is characterized in that the plane four-way connector (17) at first uprise (15) middle part and the four sides of the facade four-way connector (27) in the middle part of the 3rd horizontal tube (26) respectively are provided with socket (33) and slide bolt (36), each slide bolt is provided with trip bolt (37).
5, multi-use architecture mould bases composite member according to claim 1, it is characterized in that five of second uprise (19), the 3rd uprise (21) top is provided with socket (33) to the upper end of connector (20), one side is provided with slide bolt (36), and slide bolt is provided with trip bolt (37); Five respectively are provided with socket (33) and slide bolt (36) to the four sides of connector (20), and each slide bolt is provided with trip bolt (37).
6, multi-use architecture mould bases composite member according to claim 1, it is characterized in that the eye-splice (18) that eye-splice (6) that the square tube (4) of monomer mould bases (1) is provided with below and three kinds of uprise lower ends and three kinds of horizontal tube two ends are provided with is identical, and the unidirectional connector (16) that can be provided with the uprise upper end or the socket (33) above the five unidirectional connectors (16) that are provided with to connector (20) or with hinge connector (32) are connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420033590 CN2698897Y (en) | 2004-04-03 | 2004-04-03 | Multifunctional construction formwork assembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420033590 CN2698897Y (en) | 2004-04-03 | 2004-04-03 | Multifunctional construction formwork assembly |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2698897Y true CN2698897Y (en) | 2005-05-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200420033590 Expired - Fee Related CN2698897Y (en) | 2004-04-03 | 2004-04-03 | Multifunctional construction formwork assembly |
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| Country | Link |
|---|---|
| CN (1) | CN2698897Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115788029A (en) * | 2022-11-18 | 2023-03-14 | 赣州蓉易建设工程有限公司 | Support frame with adjustable angle for stair construction |
-
2004
- 2004-04-03 CN CN 200420033590 patent/CN2698897Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115788029A (en) * | 2022-11-18 | 2023-03-14 | 赣州蓉易建设工程有限公司 | Support frame with adjustable angle for stair construction |
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| CF01 | Termination of patent right due to non-payment of annual fee |