CN209723684U - A kind of civil construction ruggedized construction - Google Patents

Abstract

The utility model discloses a kind of civil construction ruggedized constructions, including support column and top beam, the top beam is installed on the top of support column, the corner that the support column is connected with top beam has been bolted to connection corner bracket, the corner bracket is L-type structure, and the both ends of corner bracket offer link slot, lower-edge beam and roof side rail are embedded on the side outer wall of the support column, the roof side rail is between corner bracket and lower-edge beam, and the inside of roof side rail and lower-edge beam is embedded with transverse reinforcing tendons and longitudinal reinforcing tendons, the utility model is provided with corner bracket, lower-edge beam, roof side rail and support keel, when carrying out reinforcing operation, lower-edge beam and roof side rail are embedded in the inside of support column, both it avoids causing extensive damage to prototype structure, the a degree of occupied space for reducing ruggedized construction of energy again, and connect between lower-edge beam and roof side rail It is connected to load-bearing reinforcing bar, to guarantee that the side rail configuration built has certain load-bearing effect.

Description

A kind of civil construction ruggedized construction

Technical field

The utility model belongs to building reinforcement technique field, and in particular to a kind of civil construction ruggedized construction.

Background technique

It is to carry out reinforcement reinforcing to building using carbon fiber, steel bonding and high-pressure grouting that building, which is reinforced, wherein reinforcing mode point For directly reinforce with two kinds of indirect strengthening, by taking indirect strengthening as an example, principle be increase on the basis of original building structure it is corresponding Component, strenthening member can carry out certain preload, undertaken by preload effect and disperse the fractional load on original structure, to reach To reinforcement effect, but existing strenthening member is installed on the surface of original structure mostly, so that the surface location of original structure extends out, The inner space of original building is affected greatly, and is also not easy to carry out dismounting and change after reinforcing, as building uses The growth of time can only carry out continuing reinforcing in outside, cause the influence to original structure appearance increasing.

Utility model content

The purpose of this utility model is to provide a kind of civil construction ruggedized constructions, to solve existing ruggedized construction pair The problem of existing building inside configuration space has larger impact and is not easy to dismounting and change.

To achieve the above object, the utility model provides the following technical solutions: a kind of civil construction ruggedized construction, including Support column and top beam, the top beam are installed on the top of support column, and the corner that the support column is connected with top beam passes through bolt It is fixedly connected with corner bracket, the corner bracket is L-type structure, and the both ends of corner bracket offer link slot, the side of the support column Lower-edge beam and roof side rail are embedded on outer wall, the roof side rail is between corner bracket and lower-edge beam, and roof side rail and lower-edge beam Inside is embedded with transverse reinforcing tendons and longitudinal reinforcing tendons, and waling described in two groups extends through roof side rail and lower-edge beam One end, and one end of two groups of walings is connected with the first connector, two first connectors by steel wire wrapping One end be respectively connected with the second connector, second connector and the first connector are U-shaped structure, and two second connections It is connected with load-bearing reinforcing bar between part, is arranged with fixed steel wire between first connector, the second connector and load-bearing reinforcing bar, The roof side rail is welded with bottom plate on the side outer wall of corner bracket, and connection reinforcing bar, the connection steel are welded on the bottom plate Muscle is U-shaped structure, and connects reinforcing bar and be connected together with link slot.

Preferably, the corner bracket is connected together far from one end of connection reinforcing bar the first fagging, and first fagging is separate One end of corner bracket is connected with the second fagging by support keel, and first fagging and the second fagging engage company with support keel It connects.

Preferably, the bottom end of the support keel offers card slot, and the card slot is T-type structure, first fagging One end and the both ends of the second fagging are welded with buckle, and the buckle is L-type structure, and buckle is connected together with card slot.

Preferably, the top of the support keel is provided with arc convex, the top surface of the arc convex and the bottom of top beam Face connection.

Preferably, it is located on the bottom plate at the position of connection reinforcing bar side and is welded with limit base, the connection reinforcing bar Movable end is welded with fixed end, and the fixed end is fixedly connected by bolt with limit base.

The utility model compared with prior art, has the advantages that

(1) the utility model is provided with corner bracket, lower-edge beam, roof side rail and support keel, when carrying out reinforcing operation, below Beam and roof side rail are embedded in the inside of support column, have not only avoided causing prototype structure extensive damage, but also can be a degree of The occupied space of ruggedized construction is reduced, and is connected with load-bearing reinforcing bar between lower-edge beam and roof side rail, to guarantee the side built Girder construction has certain load-bearing effect, realizes the effect shared to support column load-bearing, corner bracket is installed on support column and top beam connects The influence to original structure inner space is equally also effectively reduced in the corner connect, and is connected between corner bracket and roof side rail Connect reinforcing bar, connection reinforcing bar be semi-active U-shaped structure, have the effect of certain reversal deformation, not only acted as corner bracket with it is upper Connection effect between side bar also effectively makes corner bracket have the function of reversely supporting, thus enable corner bracket to the load-bearing of top beam into Row is shared, and in addition beam structure biggish for span, can also add several support keels between two corner brackets, pass through branch The setting of support keel further supports top beam, while overall structure is located at top beam bottom surface, so that overall structure is to building Inner space influence it is smaller.

(2) the utility model is provided with the first connector, the second connector, the first fagging and the second fagging, whole in progress When the installation of body ruggedized construction, lower-edge beam, load-bearing reinforcing bar can effectively be realized by the cooperation of the first connector and the second connector Fixation between roof side rail, fixed form is wrapped using steel wire, easy to operate and easy to disassemble, and corner bracket with Connection between support keel realizes that connection type passes through buckle and card slot further through the cooperation of the first fagging and the second fagging It is connected together, and a card slot is able to cooperate two buckles of engaging, so as to form the continuous fixation of support keel, connection Operation is same relatively simple and easy to disassemble, thus when needing replacing or increasing the intensity of ruggedized construction, it is only necessary to disassembly corresponds to Connector and fagging, be easy to implement the replacement of load-bearing reinforcing bar and support keel, enable the fast quick-detach of the ruggedized construction Replacement is needed with being suitable for different degrees of reinforcing.

Detailed description of the invention

Fig. 1 is the front view of the utility model first embodiment；

Fig. 2 is enlarged drawing at the A of the utility model；

Fig. 3 is the structural schematic diagram of the utility model roof side rail；

Fig. 4 is enlarged drawing at the B of the utility model；

Fig. 5 is the front view of the utility model second embodiment；

Fig. 6 is enlarged drawing at the C of the utility model；

Fig. 7 is the structural schematic diagram of the utility model support keel；

In figure: 1- support column, 2- top beam, 3- corner bracket, 4- lower-edge beam, 5- load-bearing reinforcing bar, 6- roof side rail, 7- link slot, 8- Fixed end, 9- limit base, 10- bottom plate, 11- connection reinforcing bar, 12- cross reinforcing, 13- waling, the connection of 14- first Part, the second connector of 15-, the first fagging of 16-, the second fagging of 17-, 18- buckle, 19- support keel, 20- card slot, 21- arc Protrusion.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

It please refers to shown in Fig. 1-Fig. 7, the utility model provides a kind of technical solution: a kind of civil construction reinforcing knot Structure, including support column 1 and top beam 2, top beam 2 are installed on the top of support column 1, and the corner that support column 1 and top beam 2 connect passes through Bolt is fixedly connected with corner bracket 3, and corner bracket 3 is L-type structure, and the both ends of corner bracket 3 offer link slot 7, the side of support column 1 Lower-edge beam 4 and roof side rail 6 are embedded on outer wall, roof side rail 6 is between corner bracket 3 and lower-edge beam 4, and roof side rail 6 and lower-edge beam 4 Inside be embedded with cross reinforcing 12 and waling 13, pass through the cooperation of cross reinforcing 12 and waling 13 The structural strength of roof side rail 6 and lower-edge beam 4 is effectively improved, to improve the service life and load-bearing effect of roof side rail 6 and lower-edge beam 4 Fruit, and one end of waling 13 is in through setting, and in order to realize the quick connection of the first connector 14, two groups are longitudinal Reinforcing rib 13 extends through one end of roof side rail 6 and lower-edge beam 4, and one end of two groups of walings 13 is wrapped by steel wire It is connected with the first connector 14, one end of two the first connectors 14 is respectively connected with the second connector 15,15 He of the second connector First connector 14 is U-shaped structure, not only ensure that load-bearing steel by the cooperation of the first connector 14 and the second connector 15 The stabilization that muscle 5 connects, also effectively reduces the installation difficulty of load-bearing reinforcing bar 5, and be connected with and hold between two the second connectors 15 Weight reinforcing bar 5 is arranged with fixed steel wire between first connector 14, the second connector 15 and load-bearing reinforcing bar 5, and roof side rail 6 is close It is welded with bottom plate 10 on the side outer wall of corner bracket 3, connection reinforcing bar 11 is welded on bottom plate 10, connection reinforcing bar 11 is U-shaped structure, is led to The deformation for crossing connection reinforcing bar 11 provides certain reversed support, enables corner bracket 3 effectively to share the load on top beam 2, reaches Stable consolidation effect, and connect reinforcing bar 11 and be connected together with link slot 7.

Please refer to shown in Fig. 5-Fig. 7, the utility model provides another technical solution: corner bracket 3 is far from connection reinforcing bar 11 One end be connected together and have the first fagging 16, the one end of the first fagging 16 far from corner bracket 3 is connected with second by support keel 19 Fagging 17, the first fagging 16 and the second fagging 17 are connected together with support keel 19, pass through the first fagging 16 and the second fagging The connection installation of support keel 19 is effectively realized in 17 connection, and 19 energy top beam 2 of support keel generates certain reversed support, reaches To the effect of further additional reinforcement.

In order to realize the continuously coupled of the first fagging 16 and the second fagging 17, in the present embodiment, it is preferred that support keel 19 Bottom end offer card slot 20, card slot 20 is T-type structure, and the both ends of one end of the first fagging 16 and the second fagging 17 are welded with Buckle 18, buckle 18 are L-type structure, and buckle 18 and be connected together with card slot 20.

In order to make support keel 19 that there is certain reversed support, in the present embodiment, it is preferred that the top of support keel 19 It is provided with arc convex 21, the top surface of arc convex 21 is connect with the bottom surface of top beam 2.

It is reversely supported to guarantee that connection reinforcing bar 11 can be formed, in the present embodiment, it is preferred that be located at connection steel on bottom plate 10 Limit base 9 is welded at the position of 11 side of muscle, the movable end of connection reinforcing bar 11 is welded with fixed end 8, and fixed end 8 passes through Bolt is fixedly connected with limit base 9.

The working principle and process for using of the utility model:

Step 1 is bolted corresponding corner bracket 3 at the position that support column 1 and top beam 2 join；

Step 2, opens up two inside grooves on the side outer wall that support column 1 is equipped with corner bracket 3, and two inside grooves are located at At the bottom end of support column 1 and the position of close corner bracket 3；

Step 3 is respectively embedded into roof side rail 6 and lower-edge beam 4 in two inside grooves, and utilizes concrete or cement structures Realize the fixation between side bar and support column 1；

Step 4 is fixedly connected with reinforcing bar 11 between roof side rail 6 and corner bracket 3, chooses formed centainly first in the process The connection reinforcing bar 11 of preload connects between the movable end and limit base 9 of reinforcing bar 11 as stationary state at this time, then passes through bottom plate Connection reinforcing bar 11 is welded in the top of roof side rail 6 by 10, while guaranteeing that the U-shaped connection reinforcing bar 11 pre-tightened is caught in 3 one end of corner bracket In link slot 7, so as to form attended operation, then by the disassembling bolts between fixed end 8 and limit base 9, so that connection steel Muscle 11 is sprung back, to generate support to corner bracket 3, so that corner bracket 3 generates support to top beam 2, reaches certain load bearing effect；

Step 5 connects the first connector 14 with one end of roof side rail 6 in lower-edge beam 4 respectively by steel wire, and at this time first Connector 14 is formed with one end of waling 13 to be engaged, and is wound fixation by steel wire；

Step 6 fixes the second connector 15 in the side of two the first connectors 14, and fixed form is identical as step 5；

Step 7 is caught in load-bearing reinforcing bar 5 between two the second connectors 15, and is fixed, fixed form and step Five or step 6 it is identical；

The installation of integral reinforcing structure is completed with this；

In addition, certain top beam 2 also can be used and reinforce knot when carrying out reinforcing operation to the biggish building of 2 span of top beam Structure:

Step 8 fixes several support keels 19 between two adjacent corner brackets 3, and in fixed support keel 19 When, it is caught in the first fagging 16 far from one end of connection reinforcing bar 11 in corner bracket 3 first, and is fixed by bolt, then the It is caught in support keel 19 at one position of the fagging 16 far from corner bracket 3, so that the card slot 20 and the first fagging of 19 bottom end of support keel Buckle 18 on 16 forms engaging, the second fagging 17 is then caught in into same card slot 20, and carry out by the second fagging 17 The restriction of next support keel 19, so that the connection between several support keels 19 is completed, to form adding for 2 bottom end of top beam Fixing structure.

Step 9 can carry out load-bearing reinforcing bar 5 and support when ruggedized construction aging occurs or supports hypodynamic phenomenon The isostructural replacement of keel 19, in replacement, it is only necessary to dismantle the first connector 14 and the second connector 15 and the first fagging 16 and The structures such as the second fagging 17, disassembly mode is simple, and replacement has the load-bearing reinforcing bar 5 and support keel of bigger support strength after disassembly 19, without dismantling other structures, influence when greatly reducing replacement ruggedized construction to original structure.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (5)

1. a kind of civil construction ruggedized construction, including support column (1) and top beam (2), the top beam (2) are installed on support column (1) top, it is characterised in that: the corner of the support column (1) and top beam (2) connection has been bolted to connection corner bracket (3), the corner bracket (3) is L-type structure, and the both ends of corner bracket (3) offer link slot (7), the side of the support column (1) Lower-edge beam (4) and roof side rail (6) are embedded on outer wall, the roof side rail (6) is located between corner bracket (3) and lower-edge beam (4), and on The inside of side bar (6) and lower-edge beam (4) is embedded with cross reinforcing (12) and waling (13), longitudinally adds described in two groups Strengthening tendons (13) extend through one end of roof side rail (6) and lower-edge beam (4), and one end of two groups of walings (13) passes through steel Silk wrapping is connected with the first connector (14), and one end of two first connectors (14) is respectively connected with the second connector (15), second connector (15) and the first connector (14) are U-shaped structure, and are connected between two the second connectors (15) It is connected to load-bearing reinforcing bar (5), is arranged between first connector (14), the second connector (15) and load-bearing reinforcing bar (5) solid Determine steel wire, the roof side rail (6) is welded with bottom plate (10) on the side outer wall of corner bracket (3), welds on the bottom plate (10) Have connection reinforcing bar (11), the connection reinforcing bar (11) is U-shaped structure, and connects reinforcing bar (11) and be connected together with link slot (7).

2. a kind of civil construction ruggedized construction according to claim 1, it is characterised in that: the corner bracket (3) is far from even The one end for connecing reinforcing bar (11), which is connected together, to be had the first fagging (16), and first fagging (16) passes through far from the one end of corner bracket (3) Support keel (19) is connected with the second fagging (17), first fagging (16) and the second fagging (17) with support keel (19) It is connected together.

3. a kind of civil construction ruggedized construction according to claim 2, it is characterised in that: the support keel (19) Bottom end offers card slot (20), and the card slot (20) is T-type structure, one end of first fagging (16) and the second fagging (17) Both ends be welded with buckle (18), the buckle (18) be L-type structure, and buckle (18) be connected together with card slot (20).

4. a kind of civil construction ruggedized construction according to claim 3, it is characterised in that: the support keel (19) Top is provided with arc convex (21), and the top surface of the arc convex (21) is connect with the bottom surface of top beam (2).

5. a kind of civil construction ruggedized construction according to claim 1, it is characterised in that: be located on the bottom plate (10) It connects and is welded with limit base (9) at the position of reinforcing bar (11) side, the movable end of connection reinforcing bar (11) is welded with fixing end Head (8), the fixed end (8) are fixedly connected by bolt with limit base (9).