CN208604980U - A kind of architectural engineering bracket - Google Patents
A kind of architectural engineering bracket Download PDFInfo
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- CN208604980U CN208604980U CN201821224599.7U CN201821224599U CN208604980U CN 208604980 U CN208604980 U CN 208604980U CN 201821224599 U CN201821224599 U CN 201821224599U CN 208604980 U CN208604980 U CN 208604980U
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- rod
- support
- sliding slot
- fixedly connected
- adjusting
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Abstract
The utility model discloses a kind of architectural engineering brackets, are related to architectural engineering appliance technology.It includes adjusting block and upper and lower two stressed plates；The stressed plate top of lower part and the stressed plate bottom end on top are provided with sliding slot；Left and right two is slidably fitted with sliding block in sliding slot；Left and right two is fixedly installed with restricted spring in the sliding slot on top；The restricted spring left end of right part is fixedly connected with the sliding block right end of right part, and right end is fixedly connected with right end in sliding slot；Two-way lead screw is installed in the middle part of adjusting block；Telescopic rod is fixedly installed between two support rods；Support rod is fixedly connected with a slide block respectively；Feed screw nut left and right ends are rotatably equipped with adapter rod；The adapter rod other end is rotatablely connected with adjusting rod top.The beneficial effects of the utility model are: bracket is when in use, the stressed plate and contact area of ground of lower part are big, stronger, and it is more convenient when support to adjust, more time saving and energy saving when being supported position adjustment, more convenient.
Description
Technical field
The utility model relates to architectural engineering appliance technologies.
Background technique
Architectural engineering usually requires to do in construction shuttering supporting for carrying out concrete construction, and tradition is carrying out coagulation
Earth forming generallys use rod, steel pipe, wood chip, fastener etc. and is combined composition bracket to be supported when supporting, and in group
It closes and constitutes during bracket is supported, the complex installation process of bracket is time-consuming and laborious, and is easy that there are security risks.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of building work for above-mentioned technical deficiency
Journey bracket.When in use, the stressed plate and contact area of ground of lower part are big for bracket, stronger, and adjust when supporting more just
Victory, it is more time saving and energy saving when being supported position adjustment, it is more convenient.
The technical solution adopted in the utility model is: providing a kind of architectural engineering bracket, including adjusting block and upper and lower two
A stressed plate；The stressed plate top of lower part and the stressed plate bottom end on top are provided with sliding slot；The sliding peace of left and right two in sliding slot
Equipped with sliding block；Left and right two is fixedly installed with restricted spring in the sliding slot on top；In the restricted spring left end of left part and sliding slot
Left end is fixedly connected, and right end is fixedly connected with the sliding block left end of left part；The restricted spring left end of right part and the sliding block right end of right part
It is fixedly connected, right end is fixedly connected with right end in sliding slot；Two-way lead screw is installed in the middle part of adjusting block；Adjusting block or so
Both ends are mounted on support device；Two-way lead screw is mounted on regulating device for two up and down；
The support device of the right part includes being rotatably equipped with adjusting rod with two above and below adjusting block right end；Adjusting rod
The other end is rotatably equipped with support rod；Telescopic rod is fixedly installed between two support rods；Telescopic rod top end and top
Support rod bottom end is fixedly connected, and bottom end is fixedly connected with the supporting bar top of lower part；The support device of left part and the support of right part
Apparatus structure is identical, and bilateral symmetry；The supporting bar top on top and the support rod bottom end of lower part are fixedly connected with a slide block respectively；
The regulating device on the top includes the feed screw nut being threadedly coupled with two-way lead screw lateral surface top；Lead screw spiral shell
Female left and right ends are rotatably equipped with adapter rod；The adapter rod other end is rotatablely connected with adjusting rod top；The adjusting of lower part fills
It sets identical and symmetrical above and below as the regulating device structure on top.
Advanced optimize the technical program, a kind of stressed plate rear wall of the lower part of architectural engineering bracket is provided with adjusting
Slot；Regulating tank and sliding slot are connected；Left and right two is slidably fitted with adaptation screw rod in regulating tank；Be adapted to screw front end respectively with cunning
Block is fixedly connected；Adaptation screw rod lateral surface, which is threaded with, holds out against nut.
Advanced optimize the technical program, a kind of adjusting rod of architectural engineering bracket, support rod, adapter rod lateral surface are equal
It is coated with one layer of teflon coatings.
The utility model has the beneficial effects that:
1, when in use, the stressed plate and ground face contact of lower part increase contact area because being face contact to bracket,
And then frictional force is increased, so that it is more firm to make support, and by adjusting the position of support plate so as to adjust the stress on top
The position of plate, and be supported, being similarly face in support supports, and bearing area is bigger, and stronger, use is safer；
2, when adjusting the position of stressed plate on top, occur that feed screw nut along two-way lead screw by rotating two-way lead screw
The movement of position, when supporting work, the feed screw nut on top is moved up along two-way lead screw, and the feed screw nut of lower part is along two-way
Lead screw moves down, to make the adapter rod at feed screw nut both ends rotate to pull adjusting rod that angle occurs on adjusting block
The variation of degree, so as to adjust the position of stressed plate, becomes the distance between stressed plate to pull support rod to slide in sliding slot
Greatly, to be supported, adjustment is easy, quickly, convenient；
3, when adjusting the position of stressed plate, for support rod when change in location occurs, telescopic rod is by upper and lower two supports
Bar is attached to limit rotation of the support rod to other directions, and use is safer, convenient, and in adjustment stressed plate branch
Support position when, the position for adjusting stressed plate makes its support that do not stress, then sliding lower part support rod make its slide along the chute from
And position is adjusted, and the support rod of lower part will drive support rod and the stressed plate sliding on top, the support rod on top passes through about
Stressed plate is linked to be entirety by beam spring, so that it is more uniformly stressed support, and the adjustment of position is more convenient, and it is time saving and energy saving；
4, when adjusting rod pulls support rod simultaneously with the movable slider position of interior sliding adjustment stressed plate along the chute, in stress
After plate plays a supportive role, holding out against nut by rotation contacts it with stressed plate, and then stress positions fastening screw, thus will
Sliding block positioning, so that support rod be made to position, avoids the random sliding of support rod, causes support unstable, increases its stability, make
With safer.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the support device and regulating device structural schematic diagram of the utility model；
Fig. 3 is the stressed plate structural schematic diagram of the lower part of the utility model；
Fig. 4 is the stressed plate structural schematic diagram on the top of the utility model.
In figure, 1, adjusting block；2, stressed plate；3, sliding slot；4, sliding block；5, restricted spring；6, two-way lead screw；7, adjusting rod；
8, support rod；9, telescopic rod；10, feed screw nut；11, adapter rod；12, regulating tank；13, it is adapted to screw rod；14, nut is held out against.
Specific embodiment
Utility model will be further described in detail below with reference to the attached drawings and specific embodiments.
As shown in Figs 1-4, a kind of architectural engineering bracket, including adjusting block 1 and upper and lower two stressed plates 2；Lower part by
2 bottom end of stressed plate on 2 top of power plate and top is provided with sliding slot 3；Left and right two is slidably fitted with sliding block 4 in sliding slot 3；Top
Sliding slot 3 in left and right two be fixedly installed with restricted spring 5；Left end is fixed in 5 left end of restricted spring of left part and sliding slot 3 connects
It connects, right end is fixedly connected with 4 left end of sliding block of left part；5 left end of restricted spring of right part and the fixed company of 4 right end of sliding block of right part
It connects, right end is fixedly connected with right end in sliding slot 3；Two-way lead screw 6 is installed in the middle part of adjusting block 1；Adjusting block 1 or so two
End is mounted on support device；Two-way lead screw about 6 two is mounted on regulating device；The support device of the right part includes
Adjusting rod 7 is rotatably equipped with two above and below 1 right end of adjusting block；7 other end of adjusting rod is rotatably equipped with support rod 8；?
Telescopic rod 9 is fixedly installed between two support rods 8；9 top of telescopic rod is fixedly connected with 8 bottom end of support rod on top, bottom end
It is fixedly connected with 8 top of support rod of lower part；The support device of left part and the support device structure of right part are identical, and left and right pair
Claim；Support rod (8) top on top and support rod (8) bottom end of lower part are fixedly connected with sliding block (4) respectively；The top
Regulating device includes the feed screw nut 10 being threadedly coupled with two-way 6 lateral surface top of lead screw；10 left and right ends of feed screw nut turn
It is dynamic that adapter rod 11 is installed；11 other end of adapter rod is rotatablely connected with 7 top of adjusting rod；The regulating device of lower part and top
Regulating device structure is identical, and symmetrical above and below；2 rear wall of stressed plate of lower part is provided with regulating tank 12；Regulating tank 12 connects with sliding slot 3
It is logical；Left and right two is slidably fitted with adaptation screw rod 13 in regulating tank 12；It is adapted to 13 front end of screw rod and is fixed respectively with sliding block 4 and connected
It connects；Adaptation 13 lateral surface of screw rod, which is threaded with, holds out against nut 14；Adjusting rod 7, support rod 8,11 lateral surface of adapter rod apply
There are one layer of teflon coatings.
When being supported using bracket, stressed plate 2 is placed on suitable ground first, because stressed plate 2 is with ground
Face contact to increase frictional force, keeps support more stable, then by turning so increasing the contact area with ground
Two-way lead screw 6 in dynamic adjusting block 1 adjusts the position of stressed plate 2, to be supported；
When supporting, rotating two-way lead screw 6 rotates it in adjusting block 1, so that feed screw nut 10 is engaged, to make
Upper and lower two feed screw nuts 10 move along two-way lead screw 6 and position occur and moves, and the feed screw nut of middle and upper part is with two-way silk
The rotation of thick stick 6 and engage feed screw nut 10 and moved up along feed screw nut 10, and the feed screw nut 10 of lower part is along two-way lead screw 6
Move down, and feed screw nut 10 along two-way lead screw 6 sliding when, feed screw nut 10 pull adapter rod 11 and pass through adapter rod 11
Adjusting rod 7 is pulled, to make adapter rod 11 rotate on feed screw nut 10, while adapter rod 11 pulls adjusting rod 7 adjusting
It rotates in locking nub 1, so that adjusting rod 7 is made to pull support rod 8, and the meeting forced belt movable slider 4 of support rod 8 is sliding in sliding slot 3
It is dynamic, and when the support rod 8 on top slides in sliding slot 3 with movable slider 4, restricted spring 5 can be stretched, restricted spring 5 is by stressed plate 2
It is connected as an entirety with support rod 8, with the movement of support rod 8, the distance between upper and lower two stressed plates 2 become larger, thus
It is supported stressed plate 2；
Support rod 8 push stressed plate 2 be supported when, with the distance between two support plates up and down become
Change, to pull telescopic rod 9, telescopic rod 9 limits the random rotation between two support plates to make the stress of stressed plate 2 more
Add uniformly；
When bracket is supported, when the Support Position of stressed plate 2 is improper, two-way lead screw 6 is rotated backward, to make
Feed screw nut 10 rotates backward, so that stressed plate 2 be made to lose the support to building, then pushes the support rod 8 of lower part along cunning
Slot 3 slides, and the support rod 8 of lower part drives the support rod 8 on top and stressed plate 2 to slide, so as to adjust the position of top stressed plate 2
It sets, because support rod 8 and stressed plate 2 are linked as entirety by restricted spring 5, stressed plate 2 is moved integrally, and makes the stressed plate on top
2 are more uniformly stressed, support it is stronger, with support rod 8 will 2 position of stressed plate adjustment after it is again that stressed plate 2 is right
Building is supported；
When adjusting rod 7 rotates along adjusting block 1 and pulls support rod 8 to move to play a supportive role, support rod 8 is with movable slider 4
It is slided in sliding slot 3, sliding block 4 drives adjusting screw rod to slide in regulating tank 12, is moved to suitable position in support rod 8 and supports
Later, adjusting screw rod slides into suitable position and then passes through rotation and holds out against nut 14, makes to hold out against nut 14 and connects with 2 side wall of stressed plate
Touching holds out against nut 14 and holds out against adjusting screw rod position, thus by sliding block 4 with engaging for nut 14 and adjusting screw rod is held out against
Fixation is set, to keep support more firm, use is safer, convenient；
And when not in use, make to hold out against nut 14 and lose constraint to adjusting screw rod, slide sliding block 4 arbitrarily, so
After rotate backward two-way lead screw 6, to make feed screw nut 10 move backward, thus by two stressed plates 2 of separation to interposition
Movement is set, support force is lost, convenient disassembly is more easier to recycle.
Claims (3)
1. a kind of architectural engineering bracket, it is characterised in that: including adjusting block (1) and upper and lower two stressed plates (2)；Lower part by
Stressed plate (2) bottom end on power plate (2) top and top is provided with sliding slot (3)；Left and right two is slidably fitted with cunning in sliding slot (3)
Block (4)；Left and right two is fixedly installed with restricted spring (5) in the sliding slot (3) on top；Restricted spring (5) left end of left part with
Sliding slot (3) interior left end is fixedly connected, and right end is fixedly connected with sliding block (4) left end of left part；Restricted spring (5) left end of right part with
Sliding block (4) right end of right part is fixedly connected, and right end is fixedly connected with sliding slot (3) interior right end；Rotational installation peace in the middle part of adjusting block (1)
Equipped with two-way lead screw (6)；Adjusting block (1) left and right ends are mounted on support device；Two-way lead screw (6) is mounted on for two up and down
Regulating device；The support device of the right part includes being rotatably equipped with adjusting rod for two up and down with adjusting block (1) right end
(7)；Adjusting rod (7) other end is rotatably equipped with support rod (8)；Telescopic rod is fixedly installed between two support rods (8)
(9)；Telescopic rod (9) top is fixedly connected with support rod (8) bottom end on top, and support rod (8) top of bottom end and lower part is fixed
Connection；The support device of left part and the support device structure of right part are identical, and bilateral symmetry；Support rod (8) top on top and
Support rod (8) bottom end of lower part is fixedly connected with sliding block (4) respectively；
The regulating device on the top includes the feed screw nut (10) being threadedly coupled with two-way lead screw (6) lateral surface top；Silk
Thick stick nut (10) left and right ends are rotatably equipped with adapter rod (11)；Adapter rod (11) other end turns with adjusting rod (7) top
Dynamic connection；The regulating device of lower part and the regulating device structure on top are identical and symmetrical above and below.
2. a kind of architectural engineering bracket according to claim 1, it is characterised in that: stressed plate (2) rear wall of lower part
It is provided with regulating tank (12)；Regulating tank (12) and sliding slot (3) are connected；Left and right two is slidably fitted with adaptation spiral shell in regulating tank (12)
Bar (13)；Adaptation screw rod (13) front end is fixedly connected with sliding block (4) respectively；Adaptation screw rod (13) lateral surface is threaded with top
Tight nut (14).
3. a kind of architectural engineering bracket according to claim 1, it is characterised in that: adjusting rod (7), is fitted at support rod (8)
One layer of teflon coatings are coated with bar (11) lateral surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821224599.7U CN208604980U (en) | 2018-07-31 | 2018-07-31 | A kind of architectural engineering bracket |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821224599.7U CN208604980U (en) | 2018-07-31 | 2018-07-31 | A kind of architectural engineering bracket |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208604980U true CN208604980U (en) | 2019-03-15 |
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ID=65671024
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821224599.7U Active CN208604980U (en) | 2018-07-31 | 2018-07-31 | A kind of architectural engineering bracket |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208604980U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112412010A (en) * | 2019-08-22 | 2021-02-26 | 上海久佩科技有限公司 | Support for building engineering |
-
2018
- 2018-07-31 CN CN201821224599.7U patent/CN208604980U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112412010A (en) * | 2019-08-22 | 2021-02-26 | 上海久佩科技有限公司 | Support for building engineering |
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