CN203430015U - Multifunctional building engineering construction support assembly - Google Patents
Multifunctional building engineering construction support assembly Download PDFInfo
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- CN203430015U CN203430015U CN201320487806.9U CN201320487806U CN203430015U CN 203430015 U CN203430015 U CN 203430015U CN 201320487806 U CN201320487806 U CN 201320487806U CN 203430015 U CN203430015 U CN 203430015U
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Abstract
The utility model relates to a multifunctional building engineering construction support assembly, comprising a vertical pipe, a horizontal pipe, straight dual-head connection screw rods and a universal connector; the multifunctional building engineering construction support assembly is characterized in that the vertical pipe and the horizontal pipe have the same diameter; nuts are arranged at two ends of the inner walls of the vertical pipe and the horizontal pipe; a first hexagonal nut is fixedly connected to the middle part of each straight dual-head connection screw rod; reversed threads are arranged at left and right parts of each straight dual-head connection screw rod; the universal connector comprises connectors in at least four directions; the axes of the connectors in all directions are crossed at one point; the nuts are arranged at the inner walls of the connectors in all directions; one end of each straight dual-head connection screw rod is connected with the universal connector while the other end is connected with one end of the vertical pipe or the horizontal pipe. The multifunctional building engineering construction support assembly is reasonable in structure, standard in geometrical shape, fast to mount, reliable in connection, strong in bearing capability, wide in suitable range, and capable of fully meeting the construction demands of various buildings such as a house, a bridge and culvert, a channel, a chimney and a water tower.
Description
Technical field
The utility model relates to building engineering construction facility, is specifically related to a kind of multifunction architecture engineering construction bracket assembly.
Background technology
In Building Construction, the shared ratio very high (more than 50%) of human casualty accident of collapsing and causing because of pin support for shuttering.These support for shuttering major accident of collapsing makes us startling, causes heavy losses ，Ye Gei enterprise to cause huge prestige and economic loss not only to the country and people's lives and properties.The reason that causes these accidents is many-sided, scaffolding is off quality, construction and installation are lack of standardization etc. all may be accidents caused, but some units in charge of construction do not design or fail and correctly design before scaffold building, only with oneself experience in the past, formulating scaffold construction scheme is also one of major reason.Because the improper meeting of working design causes the very large error of result of calculation, cause the mistake of scaffolding structure safety to be estimated, finally bring construction safety hidden danger.The height of modern architecture, span are in continuous increase, and structural form and form of structure are also more and more diversified, and this brings increasing challenge to construction technology, and the security reliability of traditional design of coupler scaffold has also been proposed to new problem and challenge.These problems can not be avoided, otherwise tragedy is repeat itself also.
Falsework and outer protected decoration support are facilities conventional in building operations, no matter are to build building, workshop, or build road, bridge, all be unable to do without falsework and outer protected decoration support.At present, general falsework and outer protected decoration support are 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 sometimes by steel pipe cutting, can meet the requirement of bearing height, and fastener easily loses when installation and removal support, cause unnecessary loss.Bracing frame vertical rod and transverse horizontal bar are to be connected with fastener is eccentric, antiskid low bearing capacity, and be subject to the restriction of screw-down torque.The vertical rod of bowl fastening type bracing frame and horizon bar can not be used mutually, poor to house practicality.Therefore, need to develop falsework and the outer protected decoration support of other structure.
Summary of the invention
The purpose of this utility model is to provide a kind of multifunction architecture engineering construction bracket assembly, and its structure is reasonable, geometry standard, quick for installation, connect reliably, supporting capacity is strong, applied widely, can fully meet the construction requirement of the multiple buildings such as house, bridges and culverts, tunnel, chimney, water tower.
Multifunction architecture engineering construction bracket assembly described in the utility model, comprises uprise, horizontal tube, in-line double end connecting screw rod and multidirectional connector, it is characterized in that:
The diameter of described uprise and horizontal tube is identical, and the two ends of inwall are equipped with nut or screw thread;
The middle part of described in-line double end connecting screw rod is fixedly connected with the first hex nut, left part and right part and is equipped with reverse thread;
Described multidirectional connector has the connector of four direction at least, and the axial line of all directions connector intersects at a point, and the inwall of all directions connector is equipped with nut or screw thread;
One end of described in-line double end connecting screw rod is connected with described multidirectional connector, and the other end of described in-line double end connecting screw rod is connected with one end of uprise or horizontal tube.
Described a kind of multifunction architecture engineering construction bracket assembly, also comprise down tube, the diameter of described down tube is identical with the diameter of uprise or horizontal tube, the two ends of described down tube inwall are equipped with nut or screw thread, and by in-line double end connecting screw rod, are connected with described multidirectional connector respectively.
Described a kind of multifunction architecture engineering construction bracket assembly, also comprises adjusting screw(rod) and adjusting screw jacking;
The equal diameters of the diameter of described adjusting screw(rod) and described in-line double end connecting screw rod, the middle part of described adjusting screw(rod) is also fixedly connected with the second hex nut, left part and right part and is equipped with reverse thread, and the left part of described adjusting screw(rod) and the length of right part are all greater than the left part of in-line double end connecting screw rod and the length of right part;
Described adjusting screw jacking consists of concave components, the screw rod that is vertically connected on center below concave components and the adjusting nut coordinating with screw rod, and the port straight up of the bottom of described screw rod and uprise or multidirectional connector is connected.
Described a kind of multifunction architecture engineering construction bracket assembly, described in it, multidirectional connector comprises that four-way connector, five is to connector, the or six to connector, the two or six to connector, seven to connector and nine to connector;
The axial line of the four direction connector of described four-way connector intersects at a point, wherein first upwards connects head and the first axial line to lower contact overlaps, first to front connector and the first axial line to right connector mutually vertical and with first upwards connect vertical to the axial line of lower contact with first.
Further, the axial line of described five five direction connectors to connector intersects at a point, wherein second upwards connects head and the coincidence of the second axial line to lower contact, second left joint overlap with the second axial line to right connector and with second upwards to connect head vertical to the axial line of lower contact with second, the second axial line to front connector both with second upwards connect head vertical to the axial line of lower contact with second, joint is vertical to the axial line of right connector with second left with second again.
Further, the axial line of the described the 1 six direction connector to connector intersects at a point, wherein the 3rd axial line that upwards connects head and three-dimensional lower contact overlaps, three-dimensional front connector with the 3rd backward the axial line of joint overlap and with the 3rd upwards to connect head vertical with the axial line of three-dimensional lower contact, the axial line of three-dimensional right connector is both with the 3rd upwards to connect head vertical with the axial line of three-dimensional lower contact, and the axial line of joint is vertical backward with the 3rd with three-dimensional front connector again; The axial line of the first oblique joint, the 3rd upwards connects the axial line of head and the axial line of three-dimensional front connector in a plane, the angle that the axial line of the first oblique joint and the 3rd upwards connects the axial line of head is 45 °, and the angle of the axial line of the first oblique joint and the axial line of three-dimensional front connector is also 45 °.
Further, the axial line of the described the 26 six direction connector to connector intersects at a point, the axial line that wherein connects head and four-way lower contact in four-way overlaps, the axial line of the left joint of four-way and four-way right connector overlaps and with to connect head in four-way vertical with the axial line of four-way lower contact, the axial line coincidence frame of four-way front connector and joint after four-way both with in four-way, connect head vertical with the axial line of four-way lower contact, vertical with the axial line of four-way right connector with the left joint of four-way again.
Further, the axial line of described seven seven direction connectors to connector intersects at a point, wherein the 5th upwards connects head and the coincidence of the 5th axial line to lower contact, the 5th left joint overlap with the 5th axial line to right connector and with the 5th upwards to connect head vertical to the axial line of lower contact with the 5th, the 5th axial line to front connector both with the 5th upwards connect head vertical to the axial line of lower contact with the 5th, joint is vertical to the axial line of right connector with the 5th left with the 5th again; The axial line and the 5th that the axial line of the second oblique joint, the 5th upwards connects head left the axial line of joint in a plane, the angle that the axial line of the second oblique joint and the 5th upwards connects the axial line of head is 45 °, and the axial line of the second oblique joint and the 5th left angle of the axial line of joint is also 45 °; The axial line of the 3rd oblique joint, the 5th upwards connect head axial line and the 5th axial line to right connector in a plane, the angle that the axial line of the 3rd oblique joint and the 5th upwards connects the axial line of head is 45 °, and the angle of the axial line of the 3rd oblique joint and the 5th axial line to right connector is also 45.
Further, the axial line of described nine nine direction connectors to connector intersects at a point, and wherein the 6th upwards connects head and the coincidence of the 6th axial line to lower contact; The 6th left joint overlap with the 6th axial line to right connector and with the 6th upwards to connect head vertical to the axial line of lower contact with the 6th; The 6th axial line to front connector both with the 6th upwards connect head vertical to the axial line of lower contact with the 6th, joint is vertical to the axial line of right connector with the 6th left with the 6th again; The axial line and the 6th that the axial line of the 4th oblique joint, the 6th upwards connects head left the axial line of joint in a plane, the angle that the axial line of the 4th oblique joint and the 6th upwards connects the axial line of head is 45 °, and the axial line of the 4th oblique joint and the 6th left angle of the axial line of joint is also 45 °; The axial line of the 5th oblique joint, the 6th upwards connect head axial line and the 6th axial line to right connector in a plane, the angle that the axial line of the 5th oblique joint and the 6th upwards connects the axial line of head is 45 °, and the angle of the axial line of the 5th oblique joint and the 6th axial line to right connector is also 45; The axial line of the 6th oblique joint, the 6th axial line to lower contact and the 6th left the axial line of joint in a plane, the angle of the axial line of the 6th oblique joint and the 6th axial line to lower contact is 45 °, and the axial line of the 6th oblique joint and the 6th left angle of the axial line of joint is also 45 °; The axial line of the 7th oblique joint, the 6th connect downwards head axial line and the 6th axial line to right connector in a plane, the angle that the axial line of the 7th oblique joint and the 6th connects the axial line of head is downwards 45 °, and the angle of the axial line of the 7th oblique joint and the 6th axial line to right connector is also 45.
The length of described uprise, horizontal tube and down tube is 200mm, 400mm, 600mm, 800mm, 1000mm, 1200mm, 1400mm or 1600mm; Uprise, horizontal tube and down tube are used interchangeably, and in the two ends of uprise, horizontal tube and down tube, are welded with nut, and nut is along silk tooth.The length of the first segment uprise of falsework and protected decoration support bottom is outside 200mm, and all the other select different uprises and horizontal tube to connect according to the constructure scheme of building structure different types and establishment.If any building structure pattern abnormity uprise and horizontal tube can not meet the demands, deviation can adopt adjusting screw to connect to meet the demands when being less than or equal to 150mm.The top of falsework can not meet the demands, and can adopt adjusting screw jacking to meet the demands.
Rationally, manufacture craft is simple for the utility model structure, has spelling and tears open rapid, laborsaving, Stability Analysis of Structures is reliable, be equipped with perfect, highly versatile, uprise, horizontal tube and down tube can be general, bearing capacity is large, safe and reliable, is easy to processing, be convenient to any spreading, can Reusability, save steel, be convenient to management, be easy to transportation; The scope of application is wide, can fully meet the construction requirement of the multiple buildings such as house, bridges and culverts, tunnel, chimney, water tower.
Accompanying drawing explanation
Fig. 1 is the structural representation of the in-line double end connecting screw rod in the utility model;
Fig. 2 is the structural representation of the four-way connector in the utility model;
Fig. 3 is the top view of Fig. 2;
Fig. 4 is the schematic diagram that four-way connector is connected with horizontal tube with uprise;
Fig. 5 is that five in the utility model is to the structural representation of connector;
Fig. 6 is the top view of Fig. 5;
Fig. 7 is five schematic diagrames that are connected with horizontal tube with uprise to connector;
Fig. 8 is the one or six structural representation to connector in the utility model;
Fig. 9 is the top view of Fig. 8;
Figure 10 is the one or six schematic diagram being connected with uprise, horizontal tube and down tube to connector;
Figure 11 is the two or six structural representation to connector in the utility model;
Figure 12 is the top view of Figure 11;
Figure 13 is the two or six schematic diagram being connected with horizontal tube with uprise to connector;
Figure 14 is that seven in the utility model is to the structural representation of connector;
Figure 15 is the top view of Figure 14;
Figure 16 is seven schematic diagrames that are connected with uprise, horizontal tube and down tube to connector;
Figure 17 is that nine in the utility model is to the structural representation of connector;
Figure 18 is the top view of Figure 17;
Figure 19 is nine schematic diagrames that are connected with uprise, horizontal tube and down tube to connector;
Figure 20 is the nut schematic diagram in the utility model;
Figure 21 is the nut-welding schematic diagram in uprise, horizontal tube or down tube in the utility model;
Figure 22 is the adjusting screw(rod) schematic diagram in the utility model;
Figure 23 is the schematic diagram that adjusting screw(rod) and uprise, horizontal tube or down tube are connected;
Figure 24 is the schematic diagram that adjusting screw jacking in the utility model and a multidirectional connector (five to) are connected;
Figure 25 is the partial sectional view of Figure 24;
Figure 26 is the falsework schematic diagram being assembled into part assembly of the present utility model;
Figure 27 is one of protected decoration support schematic diagram being assembled into part assembly of the present utility model;
Figure 28 is two of the protected decoration support schematic diagram that is assembled into part assembly of the present utility model.
The specific embodiment
Below in conjunction with drawings and Examples, the utility model is further described.
Referring to Fig. 1 to Figure 25, described multifunction architecture engineering construction bracket assembly, comprises uprise 1, horizontal tube 2, in-line double end connecting screw rod 3 and multidirectional connector;
Described uprise 1 is identical with the diameter of horizontal tube 2, and the two ends of inwall are equipped with nut 8;
The middle part of described in-line double end connecting screw rod 3 is fixedly connected with the first hex nut 31, left part and right part and is equipped with reverse thread;
Described multidirectional connector has the connector of four direction at least, and the axial line of all directions connector intersects at a point, and the inwall of all directions connector is equipped with nut 8;
One end of described in-line double end connecting screw rod 3 is connected with described multidirectional connector, and the other end of described in-line double end connecting screw rod 3 is connected with one end of uprise 1 or horizontal tube 2.
Described building engineering construction bracket component, also comprise down tube 10, the diameter of described down tube 10 is identical with the diameter of uprise 1 or horizontal tube 2, and the two ends of described down tube 10 inwalls are equipped with nut 8, and by in-line double end connecting screw rod 3, is connected with described multidirectional connector respectively.
Described a kind of multifunction architecture engineering construction bracket assembly, also comprises adjusting screw(rod) 11 and adjusting screw jacking;
The equal diameters of the diameter of described adjusting screw(rod) 11 and described in-line double end connecting screw rod 3, the middle part of described adjusting screw(rod) is also fixedly connected with the second hex nut 111, left part and right part and is equipped with reverse thread, and the left part of described adjusting screw(rod) and the length of right part are all greater than the left part of in-line double end connecting screw rod and the length of right part;
Described adjusting screw jacking consists of concave components 12, the screw rod 13 that is vertically connected on center below concave components and the adjusting nut 14 coordinating with screw rod, and the port straight up of the bottom of described screw rod and uprise 1 or multidirectional connector is connected.
Described a kind of multifunction architecture engineering construction bracket assembly, described in it, multidirectional connector comprises that four-way connector 4, five is to connector the 5, the 1 to connector the 61, the 26 to connector 62, seven to connector 7 and nine to connector 9;
Referring to Fig. 2, Fig. 3 and Fig. 4, the axial line of the four direction connector of described four-way connector 4 intersects at a point, wherein first upwards connects 41 and first axial line to lower contact 42 and overlaps, first to front connector 43 and axial line to right connector 44 mutually vertical and with first upwards connect 41 vertical to the axial line of lower contact 42 with first.
Referring to Fig. 5, Fig. 6 and Fig. 7, the axial line of described five five direction connectors to connector 5 intersects at a point, wherein second upwards connects 51 and second coincidence of the axial line to lower contact 52, second left joint 53 overlap with the second axial line to right connector 54 and with second upwards connect 51 vertical to the axial line of lower contact 52 with second, the second axial line to front connector 55 both upwards connected 51 vertically to the axial line of lower contact 52 with second with second, and joint 53 is vertical to the axial line of right connector 54 with second left with second again;
Referring to Fig. 8, Fig. 9 and Figure 10, the axial line of the described the 1 six direction connector to connector 61 intersects at a point, wherein the 3rd upwards connect 611 and the axial line of three-dimensional lower contact 612 overlap, three-dimensional front connector 613 with the 3rd backward the axial line of joint 614 overlap and with the 3rd upwards connect 611 vertical with the axial line of three-dimensional lower contact 612, the axial line of three-dimensional right connector 615 both upwards connected 611 vertically with the axial line of three-dimensional lower contact 612 with the 3rd, and the axial line of joint 614 is vertical backward with the 3rd with three-dimensional front connector 613 again; The axial line of the first oblique joint 616, the 3rd upwards connects the axial line of 611 axial line and three-dimensional front connector 613 in a plane, the angle that the axial line of the first oblique joint 616 and the 3rd upwards connects an axial line of 611 is 45 °, and the angle of first axial line of oblique joint 616 and the axial line of three-dimensional front connector 613 is also 45 °.
Referring to Figure 11, Figure 12 and Figure 13, the axial line of the described the 26 six direction connector to connector 62 intersects at a point, wherein in four-way, connect 621 and the axial line of four-way lower contact 622 overlap, the axial line of the left joint 623 of four-way and four-way right connector 624 overlaps and with to connect 621 in four-way vertical with the axial line of four-way lower contact 622, the axial line coincidence frame of four-way front connector 625 and joint 626 after four-way is both with to connect 621 in four-way vertical with the axial line of four-way lower contact 622, vertical with the axial line of four-way right connector 624 with the left joint 623 of four-way again.
Referring to Figure 14, Figure 15 and Figure 16, the axial line of described seven seven direction connectors to connector 7 intersects at a point, wherein the 5th upwards connects the 71 and the 5th coincidence of the axial line to lower contact 72, the 5th left joint 73 overlap with the 5th axial line to right connector 74 and with the 5th upwards connect 71 vertical to the axial line of lower contact 72 with the 5th, the 5th axial line to front connector 75 both upwards connected 71 vertically to the axial line of lower contact 72 with the 5th with the 5th, and joint 73 is vertical to the axial line of right connector 74 with the 5th left with the 5th again; The axial line of the second oblique joint 76, the 5th upwards connect an axial line and the 5th of 71 left the axial line of joint 73 in a plane, the angle that the axial line of the second oblique joint 76 and the 5th upwards connects an axial line of 71 is 45 °, and the axial line of the second oblique joint 76 and the 5th left angle of the axial line of joint 73 is also 45 °; The axial line of the 3rd oblique joint 77, the 5th upwards connects an axial line of 71 and the 5th axial line to right connector 74 in a plane, the angle that the axial line of the 3rd oblique joint 77 and the 5th upwards connects an axial line of 71 is 45 °, and the angle of the axial line of the 3rd oblique joint 77 and the 5th axial line to right connector 74 is also 45.
Referring to Figure 17, Figure 18 and Figure 19, the axial line of described nine nine direction connectors to connector 9 intersects at a point, and wherein the 6th upwards connects the 91 and the 6th coincidence of the axial line to lower contact 92; The 6th left joint 93 overlap with the 6th axial line to right connector 94 and with the 6th upwards connect 71 vertical to the axial line of lower contact 92 with the 6th; The 6th axial line to front connector 95 both upwards connected 91 vertically to the axial line of lower contact 92 with the 6th with the 6th, and joint 93 is vertical to the axial line of right connector 94 with the 6th left with the 6th again; The axial line of the 4th oblique joint 96, the 6th upwards connect an axial line and the 6th of 91 left the axial line of joint 93 in a plane, the angle that the axial line of the 4th oblique joint 96 and the 6th upwards connects an axial line of 91 is 45 °, and the axial line of the 4th oblique joint 96 and the 6th left angle of the axial line of joint 93 is also 45 °; The axial line of the 5th oblique joint 97, the 6th upwards connects an axial line of 71 and the 6th axial line to right connector 94 in a plane, the angle that the axial line of the 5th oblique joint 97 and the 6th upwards connects an axial line of 71 is 45 °, and the angle of the axial line of the 5th oblique joint 97 and the 6th axial line to right connector 94 is also 45; The axial line of the 6th oblique joint 98, the 6th axial line to lower contact 92 and the 6th left the axial line of joint 93 in a plane, the angle of the axial line of the 6th oblique joint 98 and the 6th axial line to lower contact 92 is 45 °, and the axial line of the 6th oblique joint 98 and the 6th left angle of the axial line of joint 93 is also 45 °; The axial line of the 7th oblique joint 99, the 6th connects an axial line of 92 and the 6th axial line to right connector 94 downwards in a plane, the angle that the axial line of the 7th oblique joint 99 and the 6th connects an axial line of 92 is downwards 45 °, and the angle of the axial line of the 7th oblique joint 99 and the 6th axial line to right connector 94 is also 45.
Described four-way connector, five to connector, the one or six to connector, the two or six to connector, seven to connector and nine to be welded with in connector nut, nut for along a silk tooth, cross and lead to fitting and adopt the moulding of ordinary steel pipe support material processing and fabricating.When adjusting screw and in-line double end connecting screw rod are anti-silk tooth use, according to the different position of support body, select different connectors.
Embodiment mono-: referring to Figure 26, with the uprise 1 in the utility model, horizontal tube 2, adjusting screw jacking, four-way connector the 4, the 26 falsework being assembled into connector 62.
Embodiment bis-: referring to Figure 27, with uprise 1 of the present utility model, horizontal tube 2, four-way connector the 4, the 26 to one of connector 62, protected decoration support of being assembled into
Embodiment tri-: referring to Figure 28, with uprise 1 of the present utility model, horizontal tube 2, down tube 10, four-way connector 4, five to connector the 5, the 1 to two of connector 61, the seven protected decoration supports that are assembled into connector 9 to connector 7 and nine.
The utlity model has following advantage:
1) multi-functional:, according to Specific construction requirement, to form not single, double row's scaffold of frame size, shape and supporting capacity on the same group, bracing frame, support column, material lifting frame, climbing scaffold, the construction equipment of the several functions such as suspension scaffold.Also can be used for the structure such as erection construction canopy, material shed, beacon.Be particularly suitable for setting up curved surface scaffold and heavily loaded bracing frame.
2) high effect: the longest in conventional pipe fitting is 1600mm, heavy 6.35kg.Whole the spelling speed of tearing open is torn fast power-saving open than the fast spelling of routine, and workman can complete whole operations, the inconvenience of having avoided many tool operations to bring with one fixing spanner.
3) highly versatile: main member all adopts common fastener type steel pipe scaffold steel pipe machine-shaping, available fitting and the in-line screw rod of respectively leading to connects with machine-shaping steel pipe, spreading arbitrarily, highly versatile.
4) bearing capacity is large: uprise connection is that the in-line double end connecting screw rod connection of concentric is fastening, has reliable bending resistance, shearing resistance, antitorque mechanical property.And each meets at a bit to the axial line at two, node is at framework in a plane, and therefore, stabilized structure is reliable, and bearing capacity is large.(whole bearing capacity improves, than the fastener type steel pipe scaffold of square one, improve more than 50%)
5) safe and reliable: during joint design, to consider the effect of screw rod rotating wire tooth power, make joint there is reliable self-lock ability.The load acting on cross bar passes to uprise by screw rod, has very strong shear resistance.Cross bar joint is also unlikely and causes the accident.Outrigger is equipped with safety net support, horizontal tube, down tube, scaffold floor, foot guard plate, ladder, the steel fine strain of millet of encorbelmenting simultaneously. the bar accessories such as wall connecting rod, and safe and reliable.
6) be easy to processing: each member is all used the Q 235 steel pipe blanking machine-shapings of Φ 48.3 * 3.6.Down tube two end nuts of adjusting screw, adjusting screw jacking, in-line double end connecting screw rod and uprise, horizontal tube, outer protected decoration frame etc. all adopt Q 235 to manufacture tapping and forming, and manufacturing process is simple, and cost is moderate, does not need complicated process equipment.
7) maintenance is few: this scaffold member has been eliminated bolt connection. and member is through touching resistance to knocking. and general corrosion does not affect to spell tears operation open, does not need special curing, maintenance.
8) be convenient to management: member is series standardized, and member appearance is coated with orange redness.Elegant in appearance, member is stacked neat, is convenient on site material management, meets civilized construction requirement.
9) good engineering quality: mould bases has higher strength and stiffness, has greatly improved concrete pouring quality, guarantees verticality, the planeness of wall, the vertical smooth error of metope.Outrigger has higher strength and stiffness, outrigger planeness, verticality, aesthetic property.
Claims (9)
1. multifunction architecture engineering construction bracket assembly, comprises uprise (1), horizontal tube (2), in-line double end connecting screw rod (3) and multidirectional connector, it is characterized in that:
Described uprise (1) is identical with the diameter of horizontal tube (2), and the two ends of inwall are equipped with nut (8) or screw thread;
The middle part of described in-line double end connecting screw rod (3) is fixedly connected with the first hex nut (31), left part and right part and is equipped with reverse thread;
Described multidirectional connector has the connector of four direction at least, and the axial line of all directions connector intersects at a point, and the inwall of all directions connector is equipped with nut (8) or screw thread;
One end of described in-line double end connecting screw rod (3) is connected with described multidirectional connector, and the other end of described in-line double end connecting screw rod (3) is connected with one end of uprise (1) or horizontal tube (2).
2. a kind of multifunction architecture engineering construction bracket assembly according to claim 1, it is characterized in that: also comprise down tube (10), the diameter of described down tube (10) is identical with the diameter of uprise (1) or horizontal tube (2), the two ends of described down tube (10) inwall are equipped with nut (8) or screw thread, and by in-line double end connecting screw rod (3), are connected with described multidirectional connector respectively.
3. a kind of multifunction architecture engineering construction bracket assembly according to claim 1 and 2, is characterized in that: also comprise adjusting screw(rod) (11) and adjusting screw jacking;
The equal diameters of the diameter of described adjusting screw(rod) (11) and described in-line double end connecting screw rod (3), the middle part of described adjusting screw(rod) is also fixedly connected with the second hex nut (111), left part and right part and is equipped with reverse thread, and the left part of described adjusting screw(rod) and the length of right part are all greater than the left part of in-line double end connecting screw rod and the length of right part;
Described adjusting screw jacking by concave components (12), be vertically connected on the screw rod (13) at center below concave components and the adjusting nut (14) that coordinates with screw rod forms, the port straight up of the bottom of described screw rod and uprise (1) or multidirectional connector is connected.
4. a kind of multifunction architecture engineering construction bracket assembly according to claim 1 and 2, is characterized in that: described multidirectional connector comprises that four-way connector (4), five is to connector (5), the or six to connector (61), the two or six to connector (62), seven to connector (7) and nine to connector (9);
The axial line of the four direction connector of described four-way connector (4) intersects at a point, wherein first upwards connects head (41) and the first axial line to lower contact (42) and overlaps, and first to front connector (43) with the first axial line to right connector (44) is mutual vertical and with first upwards to connect (41) vertical to the axial line of lower contact (42) with first.
5. a kind of multifunction architecture engineering construction bracket assembly according to claim 4, it is characterized in that: the axial line of described five five direction connectors to connector (5) intersects at a point, wherein second upwards connects head (51) and the coincidence of the second axial line to lower contact (52), second left joint (53) overlap with the second axial line to right connector (54) and with second upwards to connect head (51) vertical to the axial line of lower contact (52) with second, the second axial line to front connector (55) both with second upwards connect head (51) vertical to the axial line of lower contact (52) with second, joint (53) is vertical to the axial line of right connector (54) with second left with second again.
6. a kind of multifunction architecture engineering construction bracket assembly according to claim 4, it is characterized in that: the axial line of the described the 1 six direction connector to connector (61) intersects at a point, wherein the 3rd axial line that upwards connects head (611) and three-dimensional lower contact (612) overlaps, three-dimensional front connector (613) with the 3rd backward the axial line of joint (614) overlap and with the 3rd upwards to connect head (611) vertical with the axial line of three-dimensional lower contact (612), the axial line of three-dimensional right connector (615) both with the 3rd upwards connect head (611) vertical with the axial line of three-dimensional lower contact (612), the axial line of joint (614) is vertical backward with the 3rd with three-dimensional front connector (613) again, the axial line of the first oblique joint (616), the 3rd upwards connects the head axial line of (611) and the axial line of three-dimensional front connector (613) in a plane, the angle that the axial line of the first oblique joint (616) and the 3rd upwards connects the axial line of head (611) is 45 °, and the angle of first axial line of oblique joint (616) and the axial line of three-dimensional front connector (613) is also 45 °.
7. a kind of multifunction architecture engineering construction bracket assembly according to claim 4, it is characterized in that: the axial line of the described the 26 six direction connector to connector (62) intersects at a point, the axial line that wherein connects head (621) and four-way lower contact (622) in four-way overlaps, the axial line of the left joint of four-way (623) and four-way right connector (624) overlaps and with to connect head (621) in four-way vertical with the axial line of four-way lower contact (622), the axial line coincidence frame of four-way front connector (625) and joint (626) after four-way both with in four-way, connect head (621) vertical with the axial line of four-way lower contact (622), vertical with the axial line of four-way right connector (624) with the left joint of four-way (623) again.
8. a kind of multifunction architecture engineering construction bracket assembly according to claim 4, it is characterized in that: the axial line of described seven seven direction connectors to connector (7) intersects at a point, wherein the 5th upwards connects head (71) and the coincidence of the 5th axial line to lower contact (72), the 5th left joint (73) overlap with the 5th axial line to right connector (74) and with the 5th upwards to connect head (71) vertical to the axial line of lower contact (72) with the 5th, the 5th axial line to front connector (75) both with the 5th upwards connect head (71) vertical to the axial line of lower contact (72) with the 5th, joint (73) is vertical to the axial line of right connector (74) with the 5th left with the 5th again, the axial line and the 5th that the axial line of the second oblique joint (76), the 5th upwards connects head (71) left the axial line of joint (73) in a plane, the angle that the axial line of the second oblique joint (76) and the 5th upwards connects the axial line of head (71) is 45 °, and the axial line of the second oblique joint (76) and the 5th left angle of the axial line of joint (73) is also 45 °, the axial line of the 3rd oblique joint (77), the 5th upwards connects the head axial line of (71) and the 5th axial line to right connector (74) in a plane, the angle that the axial line of the 3rd oblique joint (77) and the 5th upwards connects the axial line of head (71) is 45 °, and the angle of the axial line of the 3rd oblique joint (77) and the 5th axial line to right connector (74) is also 45.
9. a kind of multifunction architecture engineering construction bracket assembly according to claim 4, it is characterized in that: the axial line of described nine nine direction connectors to connector (9) intersects at a point, wherein the 6th upwards connects head (91) and the coincidence of the 6th axial line to lower contact (92); The 6th left joint (93) overlap with the 6th axial line to right connector (94) and with the 6th upwards to connect head (71) vertical to the axial line of lower contact (92) with the 6th; The 6th axial line to front connector (95) both with the 6th upwards connect head (91) vertical to the axial line of lower contact (92) with the 6th, joint (93) is vertical to the axial line of right connector (94) with the 6th left with the 6th again; The axial line and the 6th that the axial line of the 4th oblique joint (96), the 6th upwards connects head (91) left the axial line of joint (93) in a plane, the angle that the axial line of the 4th oblique joint (96) and the 6th upwards connects the axial line of head (91) is 45 °, and the axial line of the 4th oblique joint (96) and the 6th left angle of the axial line of joint (93) is also 45 °; The axial line of the 5th oblique joint (97), the 6th upwards connects the head axial line of (71) and the 6th axial line to right connector (94) in a plane, the angle that the axial line of the 5th oblique joint (97) and the 6th upwards connects the axial line of head (71) is 45 °, and the angle of the axial line of the 5th oblique joint (97) and the 6th axial line to right connector (94) is also 45; The axial line of the 6th oblique joint (98), the 6th axial line to lower contact (92) and the 6th left the axial line of joint (93) in a plane, the angle of the axial line of the 6th oblique joint (98) and the 6th axial line to lower contact (92) be 45 ° of the 6th oblique joint (98) axial line and the 6th left the angle of the axial line of joint (93) be also 45 °; The axial line of the 7th oblique joint (99), the 6th connects the head axial line of (92) and the 6th axial line to right connector (94) downwards in a plane, the angle that the axial line of the 7th oblique joint (99) and the 6th connects the axial line of head (92) is downwards 45 °, and the angle of the axial line of the 7th oblique joint (99) and the 6th axial line to right connector (94) is also 45.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320487806.9U CN203430015U (en) | 2013-08-12 | 2013-08-12 | Multifunctional building engineering construction support assembly |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320487806.9U CN203430015U (en) | 2013-08-12 | 2013-08-12 | Multifunctional building engineering construction support assembly |
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| CN203430015U true CN203430015U (en) | 2014-02-12 |
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| CN201320487806.9U Expired - Fee Related CN203430015U (en) | 2013-08-12 | 2013-08-12 | Multifunctional building engineering construction support assembly |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103382768A (en) * | 2013-08-12 | 2013-11-06 | 周训银 | Multifunctional constructional engineering construction support assembly |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103382768A (en) * | 2013-08-12 | 2013-11-06 | 周训银 | Multifunctional constructional engineering construction support assembly |
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