CN110409825A - Connection jaw arrangement and its construction method for reinforcing template system - Google Patents
Connection jaw arrangement and its construction method for reinforcing template system Download PDFInfo
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- CN110409825A CN110409825A CN201910781514.8A CN201910781514A CN110409825A CN 110409825 A CN110409825 A CN 110409825A CN 201910781514 A CN201910781514 A CN 201910781514A CN 110409825 A CN110409825 A CN 110409825A
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- reinforcement
- fastener
- back cord
- fastenedly connected
- reinforcing
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- 230000003014 reinforcing effect Effects 0.000 title claims abstract description 86
- 238000010276 construction Methods 0.000 title claims abstract description 20
- 230000002787 reinforcement Effects 0.000 claims abstract description 128
- 229910000831 Steel Inorganic materials 0.000 claims description 55
- 239000010959 steel Substances 0.000 claims description 55
- 238000010521 absorption reaction Methods 0.000 claims description 12
- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical compound [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 claims 2
- 229910052742 iron Inorganic materials 0.000 claims 1
- 230000000694 effects Effects 0.000 description 5
- 230000006641 stabilisation Effects 0.000 description 4
- 238000011105 stabilization Methods 0.000 description 4
- 238000000034 method Methods 0.000 description 3
- 239000007787 solid Substances 0.000 description 2
- 230000015572 biosynthetic process Effects 0.000 description 1
- 230000000903 blocking effect Effects 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
Classifications
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
- E04G17/00—Connecting or other auxiliary members for forms, falsework structures, or shutterings
Abstract
The present invention relates to a kind of connection jaw arrangements and construction method for reinforcing template system, the connection jaw arrangement is fastenedly connected the reinforcement on the outside of template and reinforces back cord, it include: anchorage bar, it is attached at the side of reinforcement and partially passes through to reinforce back cord and then form first in the side of reinforcement and be fastenedly connected end, Yu Jiagu back cord forms second far from the side of reinforcement and is fastenedly connected end；It is rotatably connected at the first the first fastener for being fastenedly connected end, is adjusted by rotation and is arranged on reinforcement with the direction perpendicular with reinforcement；And it is rotatably connected at the second the second fastener for being fastenedly connected end, it adjusts to be snapped in the direction perpendicular with back cord is reinforced by rotation and reinforces side of the back cord far from reinforcement, and matched with the first fastener and be fastenedly connected reinforcement and reinforcing back cord.The present invention by reinforcement and reinforce back cord tightly it is clamping together, improve reinforcement and reinforce back cord bonding strength, to strengthen the stability of template system.
Description
Technical field
The present invention relates to construction engineering field, refers in particular to a kind of connection jaw arrangement for reinforcing template system and its apply
Work method.
Background technique
In template system, it is fastenedly connected between reinforcement and reinforcing back cord using the Screw arbor with nut at both-ends across template, it is right
The end of screw rod is drawn to be equipped with mountain type card, such reinforcement and reinforcing back cord tightly rely on the clamping force of mountain type card and connect, can not
Guarantee reinforcement and reinforce the stabilization of back cord relative position, so that the fastness of template system is affected.The prior art
In be reinforcing template system, propose it is a kind of for reinforcement by connection beam and reinforce back cord connection pawl, to improve reinforcement
And the bonding strength between reinforcing back cord, but since existing connection pawl is designed as the connector of fixed angle, it is only applicable to hang down
The reinforcement that is directly arranged and back cord is reinforced, it cannot achieve the effect being fastenedly connected for the reinforcing back cord that is obliquely installed.
Summary of the invention
It is an object of the invention to overcome the deficiencies of existing technologies, a kind of connection pawl dress for reinforcing template system is provided
Set and its construction method, the connection pawl for solving existing fixed angle be only applicable to vertically disposed reinforcement and reinforce back cord and
The problem of effect being fastenedly connected cannot achieve for the reinforcing back cord being obliquely installed.
Realizing the technical solution of above-mentioned purpose is:
The present invention provides a kind of connection jaw arrangement for reinforcing template system, it is fastenedly connected adding on the outside of template
Gu Liang and reinforcing back cord, the reinforcement and reinforcing back cord intersection setting, the connection jaw arrangement include:
Anchorage bar is attached at the side of the reinforcement and partially passes through the reinforcing back cord in turn in the reinforcement
Side forms first and is fastenedly connected end, forms second far from the side of the reinforcement in the reinforcing back cord and is fastenedly connected end；
Be rotatably connected at the described first the first fastener for being fastenedly connected end, by rotation adjust with the reinforcing
The perpendicular direction of beam is arranged on the reinforcement；And
Be rotatably connected at the described second the second fastener for being fastenedly connected end, by rotation adjust with the reinforcing
The perpendicular direction of back cord is snapped in the reinforcing side of the back cord far from the reinforcement, and matches with first fastener
It is fastenedly connected the reinforcement and the reinforcing back cord.
The present invention provides a kind of connection jaw arrangement, the first fastener and the second fastener are rotatably adjusted, and are adjusted by rotation
Save and make the first fastener and the second fastener be adjustable to reinforcement and reinforce the perpendicular direction of setting direction of back cord into
Row fixes, and the first fastener is arranged on reinforcement, and the second fastener, which is snapped in, reinforces side of the back cord far from reinforcement, to fasten
Bar, the first fastener and the second fastener are formd similar to split bolt to solid effect is tensed, and by reinforcement and reinforce back
It is stupefied tightly it is clamping together, improve reinforcement and reinforce back cord bonding strength, to strengthen the stabilization of template system
Property.
The present invention for reinforcing template system connection jaw arrangement further improvement lies in that, first fastener include set
The bottom plate for being fastenedly connected end set on described first and the first wing plate for being vertical at the bottom plate side；
The outside vertical of first wing plate is fixed with multiple snap-gauges, and the snap-gauge is arranged on the reinforcement.
The present invention for reinforcing template system connection jaw arrangement further improvement lies in that, first fastener further includes
The second wing plate for being vertical at the bottom plate other side and being oppositely arranged with first wing plate, second wing plate is in the card
When board is set on the reinforcement, end is resisted against the surface being affixed on the reinforcing back cord with the reinforcement.
The present invention for reinforcing template system connection jaw arrangement further improvement lies in that, the reinforcing back cord includes phase
Back to two channel steels of setting；
Second fastener includes being sheathed on the clamping plate and be vertical at the clamping plate that described second is fastenedly connected end
The first baffle and second baffle of opposite sides；
The clamping plate is tightly attached to the outside on two channel steels far from the reinforcement, the first baffle and described
Second baffle gear is set on two channel steels at the outer rim on the corresponding edge of a wing.
The present invention for reinforcing template system connection jaw arrangement further improvement lies in that, the first baffle and described
The first gap is installed on channel steel between the corresponding edge of a wing, the first magnet is equipped in first gap, first magnet is inhaled
It is attached connect the first baffle, the corresponding edge of a wing on the clamping plate and the channel steel；
The second gap is installed on the second baffle and the channel steel between the corresponding edge of a wing, is set in second gap
There is the second magnet, the second magnet absorption connects the second baffle, the corresponding wing on the clamping plate and the channel steel
Edge.
The present invention also provides a kind of construction methods of connection jaw arrangement for reinforcing template system, including walk as follows
It is rapid:
Supporting module system, being orderly arranged outside each reinforcement and reinforce back cord in template, the reinforcing back cord is sticked
In the side on the reinforcement far from the template and intersect setting with the reinforcement；
Above-mentioned connection jaw arrangement is provided, the anchorage bar is attached at the side of the reinforcement and is partially passed through described
Back cord is reinforced, so that the anchorage bar, which forms first in the side of the reinforcement, is fastenedly connected end, at the reinforcing back cord
It forms second and is fastenedly connected end；
First fastener is connected to described first and is fastenedly connected end, and is rotated and is adjusted first fastener and make institute
It states the first fastener to be arranged on the reinforcement with the direction perpendicular with the reinforcement, and is fastenedly connected first fastener
With the anchorage bar；
Second fastener is connected to described second and is fastenedly connected end, and is rotated and is adjusted second fastener and make institute
It states the second fastener and is snapped in one of the separate reinforcement on the reinforcing back cord with the direction perpendicular with the reinforcing back cord
It is described to which second fastener and first fastener are fastenedly connected to be fastenedly connected second fastener and the anchorage bar for side
Reinforcement and the reinforcing back cord.
Construction method of the present invention further improvement lies in that, first fastener includes being sheathed on described first and being fastenedly connected
The bottom plate at end and the first wing plate for being vertical at the bottom plate side, the outside vertical of first wing plate are fixed with multiple cards
Plate；
When the bottom plate being sheathed on described first being fastenedly connected end, the mobile bottom plate so that the snap-gauge to blocking
On the reinforcement, and in screwing togather a fastening nut on the anchorage bar, by screw the fastening nut press closer it is described
Bottom plate is fastenedly connected with realizing.
Construction method of the present invention further improvement lies in that, first fastener further includes that be vertical at the bottom plate another
Side and the second wing plate being oppositely arranged with first wing plate；
When the fastening nut presses closer the bottom plate, the end of second wing plate be resisted against on the reinforcing back cord with
The surface that the reinforcement is affixed.
Construction method of the present invention further improvement lies in that, it is described reinforce back cord include opposite facing setting two channel steels,
Second fastener includes being sheathed on the clamping plate and be vertical at the clamping plate opposite sides that described second is fastenedly connected end
First baffle and second baffle；
When the clamping plate being sheathed on described second being fastenedly connected end, the mobile clamping plate to the clamping plate is close to
In the outside of the reinforcement separate on two channel steels, and the first baffle and the second baffle keep off be set to institute respectively
It states on two channel steels at the outer rim on the corresponding edge of a wing.
Construction method of the present invention further improvement lies in that, further includes:
First magnet is provided, first magnet is filled on the first baffle and the channel steel between the corresponding edge of a wing
The first gap in, first magnet absorption connects corresponding on the first baffle, the clamping plate and the channel steel
The edge of a wing；
Second magnet is provided, second magnet is filled on the second baffle and the channel steel between the corresponding edge of a wing
The second gap in, second magnet absorption connects corresponding on the second baffle, the clamping plate and the channel steel
The edge of a wing.
Detailed description of the invention
Fig. 1 is schematic perspective view of the present invention for the connection jaw arrangement of reinforcing template system.
Fig. 2 is side view of the present invention for the first embodiment of the connection jaw arrangement of reinforcing template system.
Fig. 3 is side view of the present invention for the second embodiment of the connection jaw arrangement of reinforcing template system.
Fig. 4 is that the present invention is fastenedly connected reinforcement for the connection jaw arrangement of reinforcing template system and reinforces the side view of back cord
Figure.
Fig. 5 is that the present invention is fastenedly connected reinforcement for the connection jaw arrangement of reinforcing template system and reinforces the another of back cord
The side view of side.
Specific embodiment
The present invention will be further explained below with reference to the attached drawings and specific examples.
Refering to fig. 1, the present invention provides a kind of connection jaw arrangements and its construction method for reinforcing template system, are applicable in
In the template system of curved walls, it is particularly suitable for reinforcement and reinforces the condition of construction changed between back cord in multi-angle, improve
Connectivity robustness between reinforcement and reinforcing back cord, and then improve the stability of template system.With easy to operate, practicability
Strong advantage.Connection jaw arrangement of the invention can carry out multi-angle rotary, can promote the use of the multi-angle for the connection that needs reinforcement
In the engineering of template system.The connection jaw arrangement and its construction method of reinforcing template system are used for the present invention with reference to the accompanying drawing
It is illustrated.
Refering to fig. 1, it is shown that schematic perspective view of the present invention for the connection jaw arrangement of reinforcing template system.Refering to
Fig. 4, it is shown that the present invention is fastenedly connected reinforcement for the connection jaw arrangement of reinforcing template system and reinforces the side view of back cord.
Below with reference to Fig. 1 and Fig. 4, the present invention is illustrated for the structure of the connection jaw arrangement of reinforcing template system.
As shown in Figure 1 and Figure 4, the connection jaw arrangement for reinforcing template system of the invention, is fastenedly connected set on template
The reinforcement 11 and reinforcing back cord 12 in 10 outsides, the reinforcement 11 and the reinforcing intersection setting of back cord 12, connection pawl of the invention fill
It sets including anchorage bar 21, the first fastener 22 and the second fastener 23, as shown in connection with fig. 2, anchorage bar 21 is attached at reinforcement 11
Side simultaneously partially passes through reinforcing back cord 12 and then is fastenedly connected end 211, Yu Jiagu back cord in the side of reinforcement 11 formation first
12 sides far from reinforcement 11 form second and are fastenedly connected end 212；First fastener 22 is rotatably connected at the first fastening company
End 211 is connect, the first fastener 22 is adjusted by rotation, the first fastener 22 is arranged in the direction perpendicular with reinforcement 11
On reinforcement 11；Second fastener 23 is rotatably connected at second and is fastenedly connected end 212, adjusts the second fastener 23 by rotation
So that the second fastener 23 is snapped in the direction perpendicular with back cord 12 is reinforced reinforces side of the back cord 12 far from reinforcement 11, and
And second fastener 23 and the first fastener 22 match and be fastenedly connected reinforcement 11 and reinforce back cord 12.
Particularly, connection jaw arrangement of the invention is suitable for the reinforcing of the template 10 of curved surface, curved surface template 10 it is outer
It can be intersected between the reinforcement 11 and reinforcing back cord 12 of side setting with multiple angles and be arranged, correspondingly, the first fastener 22 and the second card
Part 23 can be adjusted by rotation to be realized the reinforcement 11 for adapting to various posture settings and reinforces back cord 12, anchorage bar, first
Fastener and the second fastener form the effect solid to tension of similar split bolt, effectively clamp reinforcement and reinforce back
It is stupefied, it realizes to reinforcement 11 and reinforces the effectively reinforcing connection of back cord 12, improve the fastening strength and firm stable of template
Property.
In a specific embodiment, the first fastener 22 includes being sheathed on the first 221 He of bottom plate for being fastenedly connected end 211
It is vertical at the first wing plate 222 of 221 side of bottom plate, the outside vertical of first wing plate 222 is fixed with multiple snap-gauges 224, should
Snap-gauge 224 is arranged on reinforcement 11.As shown in connection with fig. 4, the side of reinforcement 11, bottom plate are tightly attached in the side of anchorage bar 21
221 be sheathed on first be fastenedly connected on end 211 after towards mobile close to the direction for reinforcing back cord 12, and snap-gauge 224 is compressed
Reinforcement 11, and then the bottom plate 221 is fastened, so that snap-gauge 224 is tightly pressed against on reinforcement 11, realize to reinforcement 11
It is clamping.Preferably, snap-gauge 224 is equipped with double wedge with the surface that 11 phase of reinforcement is clamped, so that snap-gauge 224 and reinforcement 11
Mutually the surface of clamping is zigzag, improves the clamping intensity between snap-gauge 224 and reinforcement 11, it is ensured that the validity of clamping.
Further, the first fastener 22 further includes being vertical at 221 other side of bottom plate and being oppositely arranged with the first wing plate 222
The second wing plate 223, second wing plate 223 when the snap-gauge 224 is arranged on reinforcement 11, support by the end of the second wing plate 223
It is against the surface for reinforcing and being affixed on back cord 12 with reinforcement 11, is resisted by the second wing plate 223 and reinforces the corresponding surface of back cord 12,
So that the first wing plate 222 can be more stable be pressed on reinforcement 11, avoid and shake due to by stress.
In a specific embodiment, in conjunction with shown in Fig. 4 and Fig. 5, two that back cord 12 includes opposite facing setting are reinforced
Channel steel, a side wing edge of two channel steels are attached at reinforcement 11, and another side wing edge is arranged far from reinforcement 11；Second fastener 23 packet
It includes and is sheathed on the second clamping plate 231 and the first baffle for the opposite sides for being vertical at clamping plate 231 for being fastenedly connected end 212
232 and second baffle 233, so that first baffle 232, second baffle 233 and the connection of clamping plate 231 form a U-shaped part.It is clamping
Plate 221 is tightly attached to the outside on two channel steels far from reinforcement 11, namely on two channel steels far from the edge of a wing of reinforcement 11
Outer surface is mutually close to, and first baffle 232 and the gear of second baffle 233 are set on two channel steels at the outer rim on the corresponding edge of a wing.Two
The edge of a wing on channel steel far from reinforcement 11 is placed in first baffle 232 on the second fastener, second baffle 233 and clamping plate 221 and encloses
It closes in the space formed, realizes the second fastener and connect with reinforcing back cord close and firm.
Preferably, this as shown in Fig. 2, being installed with the first gap on first baffle 232 and channel steel between the corresponding edge of a wing
The first magnet 234 is equipped in one gap, first magnet 234 absorption connects on first baffle 232, clamping plate 231 and channel steel
The corresponding edge of a wing；The second gap is installed between the corresponding edge of a wing on second baffle 232 and channel steel, is equipped in second gap
Second magnet 235, second magnet 235 absorption connects the second baffle 232, the corresponding edge of a wing on clamping plate 231 and channel steel.
It is stayed between first baffle 232 and second baffle 233 and the edge of a wing of corresponding channel steel and sets the first gap and the second gap, can facilitated
Second fastener 23 is snapped in the side of two channel steels, and then corresponding first magnet is filled in the first gap and the second gap
234 and second magnet 235 further by the fixed stability for improving the second fastener 23 of absorption avoid the presence because of gap
And it shakes.
In another embodiment specific implementation mode, as shown in Figure 3 and Figure 5, the first magnet 234 and the second magnet 235 use L shape
Magnet, back-off is in the first gap and the second gap, so that a magnetic stripe plate of the first magnet 234 and the second magnet 235 pastes
Set on the inside on the corresponding edge of a wing of channel steel, realizes pressure and set the corresponding edge of a wing of channel steel, further increase the stabilization of the second fastener 23
Property.
First fastener 22 and the second fastener 23 are tight by the fastening nut 24 and anchorage bar 21 that are screwed together on anchorage bar 21
It is solidly connected, the outer surface of the anchorage bar 21 is equipped with external screw thread, and after the first fastener 22 is arranged on reinforcement 11, it is tight to screw togather one
Gu nut 24 is fastenedly connected end 211 first, screw the fastening nut 24 until the fastening nut 24 be tightly attached to the first fastener 22,
It is set on reinforcement 11 to which fastening nut 24 tightly presses the first fastener 22；Second fastener 22 is snapped in and reinforces back cord 12
Afterwards, it screws togather a fastening nut 24 and is fastenedly connected end 212 second, screw the fastening nut 24 until the fastening nut 24 is tightly attached to
Second fastener 23 realizes fastening so that the second fastener 23 is tightly pressed the outside for being set to and reinforcing back cord 12 by fastening nut 24
The fastening nut 24 of 21 two sides of bar tightly clamping reinforcement 11 and reinforces back cord 12, so that reinforcement 11 and reinforcing back cord 12 and having
Effect it is firmly attached.
The use process of the connection jaw arrangement for reinforcing template system of the invention is illustrated below.
As shown in Figure 4 and Figure 5, pass through connection wooden unit reinforcement by connection beam 11, the reinforcement in the outside of the template of curved surface 10
11 use I-shaped wooden frame, and connection wooden unit uses nail to connect, is sticked on the outside of I-beam and reinforces back cord 12 between reinforcement 11,
Back cord 12 is reinforced using two channel steels of opposite facing setting, back cord 12 is reinforced and intersects setting with I-beam, the angle of the two is according to mould
The curved surface radian of plate 10 is adjusted.It reinforces to fasten between back cord 12 and template 10 using the split bolt through template 10 and connect
It connects, split bolt is set between reinforcement 11, is shifted to install with reinforcement 11.It is located at the one of the flange plate in outside in reinforcement 11
Side is sticked anchorage bar 21, is fastenedly connected end 212 for the second of anchorage bar 21 and passes through between two channel steels, by 22 sets of the first fastener
It is located at first to be fastenedly connected on end 211, and the first fastener 22 is arranged on the flange plate of reinforcement 11, then screw togather a fastening
Nut 24 is fastenedly connected end 211 first, which presses closer the first fastener 22 and the first fastener 22 is pressed on reinforcing
On beam 11；Second fastener 23 is set in second to be fastenedly connected on end 212, and will
Second fastener 23 is snapped in the side of two channel steels, then screws togather a fastening nut 24 second and is fastenedly connected end
212, which presses closer the second fastener 23 and the second fastener 23 pressure is set on two channel steels, thus two fastening nuts
24, the first fastener 22 and the second fastener 23 tightly clamping reinforcement 11 and reinforce back cord 12.
The construction method of the connection jaw arrangement provided by the present invention for reinforcing template system is illustrated below.
A kind of construction method of connection jaw arrangement for reinforcing template system provided by the invention, includes the following steps:
As shown in Figure 4 and Figure 5, supporting module system has been orderly arranged outside each reinforcement 11 and reinforcing back in template 10
Stupefied 12, it reinforces back cord 12 and is attached at the side on reinforcement 11 far from template 10 and intersects setting with reinforcement 11；
Referring to figs. 1 and 2, above-mentioned connection jaw arrangement is provided, anchorage bar 21 is attached to the side of reinforcement 11
And partially pass through and reinforce back cord 12, so that anchorage bar 21, which forms first in the side of reinforcement 11, is fastenedly connected end 211, reinforcing
Second is formed at back cord 12 is fastenedly connected end 212；
First fastener 22 is connected to first and is fastenedly connected end 211, and is rotated and is adjusted the first fastener 22 and make the first card
Part 22 is arranged on reinforcement 11 with the direction perpendicular with reinforcement 11, and is fastenedly connected the first fastener 22 and anchorage bar 21；
Second fastener 23 is connected to second and is fastenedly connected end 212, and is rotated and is adjusted the second fastener 23 and make the second card
Part 23 with reinforce the perpendicular direction of back cord 12 and be snapped in the side reinforced on back cord 12 far from reinforcement 11, be fastenedly connected the
Two fasteners 23 and anchorage bar 21 are so that the second fastener 23 and the first fastener 22 are fastenedly connected reinforcement 11 and reinforce back cord 12.
In a specific embodiment, the first fastener 22 includes being sheathed on the first 221 He of bottom plate for being fastenedly connected end 211
It is vertical at the first wing plate 222 of 221 side of bottom plate, the outside vertical of the first wing plate 222 is fixed with multiple snap-gauges 224；
When bottom plate 221 being sheathed on first being fastenedly connected end 211, movable base plate 221 so that snap-gauge 224 to being arranged in
On reinforcement 11, and in screwing togather a fastening nut 24 on anchorage bar 21, bottom plate 221 is pressed closer to realize by screwing fastening nut 24
It is fastenedly connected.
Further, the first fastener 22 further includes being vertical at 221 other side of bottom plate and being oppositely arranged with the first wing plate 222
The second wing plate 223；
When fastening nut 24 presses closer bottom plate 221, the end of the second wing plate 223 is resisted against on reinforcing back cord 12 and reinforcement
11 surfaces being affixed.
In a specific embodiment, two channel steels that back cord 12 includes opposite facing setting, the second fastener 23 packet are reinforced
Include the clamping plate 231 and be vertical at the first baffle 232 of 231 opposite sides of clamping plate for being sheathed on that second is fastenedly connected end 212
With second baffle 233；
When clamping plate 231 being sheathed on second being fastenedly connected end 212, mobile clamping plate 231 to clamping plate 231 is tightly attached to two
Far from the outside of reinforcement 11 on root channel steel, and first baffle 232 and second baffle 233 keep off being set on two channel steels respectively and correspond to
The edge of a wing outer rim at.
Further, further includes: the first magnet 234 is provided, the first magnet 234 is filled on first baffle 232 and channel steel
In the first gap between the corresponding edge of a wing, on the first magnet 234 absorption connection first baffle 232, clamping plate 231 and channel steel
The corresponding edge of a wing；Second magnet 235 is provided, the second magnet 235 is filled on second baffle 233 and channel steel between the corresponding edge of a wing
The second gap in, the corresponding edge of a wing on the second magnet 235 absorption connection second baffle 233, clamping plate 231 and channel steel.
In another embodiment specific implementation mode, as shown in Figure 3 and Figure 5, the first magnet 234 and the second magnet 235 use L shape
Magnet, back-off is in the first gap and the second gap, so that a magnetic stripe plate of the first magnet 234 and the second magnet 235 pastes
Set on the inside on the corresponding edge of a wing of channel steel, realizes pressure and set the corresponding edge of a wing of channel steel, further increase the stabilization of the second fastener 23
Property.
The present invention has been described in detail with reference to the accompanying drawings, those skilled in the art can be according to upper
It states and bright many variations example is made to the present invention.Thus, certain details in embodiment should not constitute limitation of the invention, this
Invention will be using the range that the appended claims define as protection scope of the present invention.
Claims (10)
1. a kind of connection jaw arrangement for reinforcing template system, the reinforcement being fastenedly connected on the outside of template and reinforcing back
It is stupefied, the reinforcement and reinforcing back cord intersection setting, which is characterized in that the connection jaw arrangement includes:
Anchorage bar is attached at the side of the reinforcement and partially passes through the reinforcing back cord in turn in the side of the reinforcement
It forms first and is fastenedly connected end, form second far from the side of the reinforcement in the reinforcing back cord and be fastenedly connected end；
Be rotatably connected at the described first the first fastener for being fastenedly connected end, by rotation adjust with the reinforcement phase
Vertical direction is arranged on the reinforcement；And
Be rotatably connected at the described second the second fastener for being fastenedly connected end, by rotation adjust with the reinforcing back cord
Perpendicular direction is snapped in the reinforcing side of the back cord far from the reinforcement, and matches fastening with first fastener
Connect the reinforcement and the reinforcing back cord.
2. being used for the connection jaw arrangement of reinforcing template system as described in claim 1, which is characterized in that the first fastener packet
It includes and is sheathed on the bottom plate that described first is fastenedly connected end and the first wing plate for being vertical at the bottom plate side；
The outside vertical of first wing plate is fixed with multiple snap-gauges, and the snap-gauge is arranged on the reinforcement.
3. being used for the connection jaw arrangement of reinforcing template system as claimed in claim 2, which is characterized in that first fastener is also
Including the second wing plate for being vertical at the bottom plate other side and being oppositely arranged with first wing plate, second wing plate is in institute
When stating snap-gauge and being arranged on the reinforcement, end is resisted against the surface being affixed on the reinforcing back cord with the reinforcement.
4. being used for the connection jaw arrangement of reinforcing template system as described in claim 1, which is characterized in that the reinforcing back cord packet
Include two channel steels of opposite facing setting；
Second fastener include be sheathed on described second be fastenedly connected end clamping plate it is opposite with the clamping plate is vertical at
The first baffle and second baffle of two sides；
The clamping plate is tightly attached to the outside on two channel steels far from the reinforcement, the first baffle and described second
Baffle gear is set on two channel steels at the outer rim on the corresponding edge of a wing.
5. as claimed in claim 4 be used for reinforcing template system connection jaw arrangement, which is characterized in that the first baffle and
The first gap is installed on the channel steel between the corresponding edge of a wing, is equipped with the first magnet, first magnetic in first gap
The corresponding edge of a wing on the iron absorption connection first baffle, the clamping plate and the channel steel；
It is installed with the second gap on the second baffle and the channel steel between the corresponding edge of a wing, the is equipped in second gap
Two magnet, second magnet absorption connects the second baffle, the corresponding edge of a wing on the clamping plate and the channel steel.
6. a kind of construction method of the connection jaw arrangement for reinforcing template system, which comprises the steps of:
Supporting module system, being orderly arranged outside each reinforcement and reinforce back cord in template, the reinforcing back cord is attached at institute
It states the side on reinforcement far from the template and intersects setting with the reinforcement；
Connection jaw arrangement as described in claim 1 is provided, the anchorage bar is attached to side and the part of the reinforcement
Across the reinforcing back cord, so that the anchorage bar, which forms first in the side of the reinforcement, is fastenedly connected end, add described
Gu Beilengchu forms second and is fastenedly connected end；
First fastener is connected to described first and is fastenedly connected end, and is rotated and is adjusted first fastener and make described the
One fastener is arranged on the reinforcement with the direction perpendicular with the reinforcement, and is fastenedly connected first fastener and institute
State anchorage bar；
Second fastener is connected to described second and is fastenedly connected end, and is rotated and is adjusted second fastener and make described the
Two fasteners are snapped in the side far from the reinforcement on the reinforcing back cord with the direction perpendicular with the reinforcing back cord, tightly
Second fastener and the anchorage bar are solidly connected to which second fastener and first fastener are fastenedly connected the reinforcing
Beam and the reinforcing back cord.
7. construction method as claimed in claim 6, which is characterized in that first fastener includes being sheathed on first fastening
The bottom plate of connecting pin and the first wing plate for being vertical at the bottom plate side, the outside vertical of first wing plate is fixed with multiple
Snap-gauge；
When the bottom plate being sheathed on described first being fastenedly connected end, the mobile bottom plate so that the snap-gauge to being arranged in
On the reinforcement, and in screwing togather a fastening nut on the anchorage bar, the bottom plate is pressed closer by screwing the fastening nut
It is fastenedly connected with realizing.
8. construction method as claimed in claim 7, which is characterized in that first fastener further includes being vertical at the bottom plate
The other side and the second wing plate being oppositely arranged with first wing plate；
When the fastening nut presses closer the bottom plate, the end of second wing plate be resisted against on the reinforcing back cord with it is described
The surface that reinforcement is affixed.
9. construction method as claimed in claim 6, which is characterized in that described to reinforce two slots that back cord includes opposite facing setting
Steel, second fastener include being sheathed on the clamping plate and be vertical at the clamping plate with respect to two that described second is fastenedly connected end
The first baffle and second baffle of side；
When the clamping plate being sheathed on described second being fastenedly connected end, the mobile clamping plate to the clamping plate is tightly attached to institute
The outside on two channel steels far from the reinforcement is stated, and the first baffle and the second baffle keep off be set to described two respectively
On root channel steel at the outer rim on the corresponding edge of a wing.
10. construction method as claimed in claim 9, which is characterized in that further include:
First magnet is provided, first magnet is filled on the first baffle and the channel steel between the corresponding edge of a wing
In one gap, first magnet absorption connects the first baffle, the corresponding edge of a wing on the clamping plate and the channel steel；
Second magnet is provided, second magnet is filled on the second baffle and the channel steel between the corresponding edge of a wing
In two gaps, second magnet absorption connects the second baffle, the corresponding edge of a wing on the clamping plate and the channel steel.
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| CN111305562A (en) * | 2020-02-28 | 2020-06-19 | 中国建筑第八工程局有限公司 | Multi-angle template connecting device |
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