CN209211461U - Slope concrete pouring is from rising mould plate - Google Patents
Slope concrete pouring is from rising mould plate Download PDFInfo
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- CN209211461U CN209211461U CN201821812394.0U CN201821812394U CN209211461U CN 209211461 U CN209211461 U CN 209211461U CN 201821812394 U CN201821812394 U CN 201821812394U CN 209211461 U CN209211461 U CN 209211461U
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- backform
- side form
- track
- mould plate
- walking mechanism
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Abstract
A kind of slope concrete pouring is from rising mould plate, it includes side form, backform, track, walking mechanism and concrete vibrating mechanism, by in the fixed side form in concreting slope two sides, side form two sides attachment rail, side form top are arranged backform, are connect by walking mechanism with backform and cooperated with track, it is fixed by concrete vibrating mechanism and backform, walking mechanism drive backform along side form go up and down flatten, concrete vibrating mechanism simultaneously vibration compacting, track it is height-adjustable.Large labor intensity when the utility model overcomes former slope concrete pouring, it is closely knit uneven, the problem of out-of-flatness, simple with structure, the height for adjusting track can carry out multilayer and pour operation, and labor intensity is low, packed uniform, convenient for control flatness, feature simple to operate.
Description
Technical field
The utility model belongs to concreting technical field, is related to a kind of slope concrete pouring from rising mould plate.
Background technique
Traditional slope (side slope) concrete pouring construction uses template to have old-fashioned 3015 templates of use as side mode (lateral mould
Plate) wooden model conduct top template, manually matched using the drum-type jumping formwork for pouring mode or hoist engine promotion manually to vibrate
The problem of conjunction is paved, vibrated, flattened, casting process is:
Using manually vibrating, multiple personnel is needed to drag vibratory equipment operation, large labor intensity；
Using manually vibrating, the movement velocity being difficult to control in the unit time is closely knit uneven；
Using manually vibrating or mechanical stretching vibrates equipment, vibratory equipment is difficult to control from resedimentation when vibrating, and reduction is poured
Build flatness.
Summary of the invention
The technical problem to be solved by the utility model is to provide a kind of slope concrete pourings from rising mould plate, and structure is simple
Single, using in the fixed side form in concreting slope two sides, side form two sides attachment rail, backform, vehicle with walking machine is arranged in side form top
Structure is connect with backform to be cooperated with track, and concrete vibrating mechanism is fixed with backform, and walking mechanism drives backform to go up and down along side form and flattens, and is vibrated
Mechanism while vibration compacting, orbit altitude is adjustable, and labor intensity is low, packed uniform, convenient for control flatness, side easy to operate
Just.
A kind of in order to solve the above technical problems, the technical scheme adopted by the utility model is: slope concrete pouring from
Rising mould plate, it includes side form, backform, track, walking mechanism and concrete vibrating mechanism；The backform is located at two and is mutually perpendicular to corresponding side
Mould top is slidably matched, and track and side form are connected and fixed that height is adjustable, and walking mechanism connect with backform and track cooperation, vibrator
Structure is fixed on backform, and walking mechanism is moved along track driving backform.
The side form is the trench structure of opening, and the multiple vertical connecting holes of setting are connect with track in groove body, bottom
Multiple fixation holes, the lateral edge cooperation of backform and top are set in lateral edge.
The backform includes the screed connecting with level board, and multiple snap-gauges positioned at level board two sides, screed
Oblique upwards, snap-gauge is located at the two sides limit of side form.
The track is the rectilinear orbit of T-type structure, and the two sides of horizontal top are arranged through-hole, are mounted laterally on side form,
Linear gear rack is set on sideways lug boss and walking mechanism cooperates.
The walking mechanism include the transmission shaft being connected to motor, with the gearbox of transmission shaft cooperation, connect with gearbox
The axis of rolling, and the gear with the cooperation of axis of rolling both ends, gear and track cooperate.
The concrete vibrating mechanism is multiple mixed mud vibrators laid along backform central symmetry.
Idler wheel is set on the snap-gauge and side form rolls and cooperates.
From rising mould plate, it includes side form, backform, track, walking mechanism and concrete vibrating mechanism for a kind of slope concrete pouring；Top
Mould is located at two and is mutually perpendicular to corresponding side form top and is slidably matched, and it is adjustable that track and side form are connected and fixed height, walking mechanism and
Backform connection cooperates with track, and concrete vibrating mechanism is fixed on backform, and walking mechanism is moved along track driving backform.Structure is simple,
By the way that in the fixed side form in concreting slope two sides, side form two sides attachment rail, side form top is arranged backform, passes through vehicle with walking machine
Structure is connect with backform to be cooperated with track, is fixed by concrete vibrating mechanism and backform, and walking mechanism drives backform to go up and down along side form and flattens,
Concrete vibrating mechanism vibration compacting simultaneously, can carry out multilayer and pour operation by adjusting the height of track, and labor intensity is low, it is closely knit
It is even, it is simple to operate convenient for control flatness.
In the preferred scheme, side form is the trench structure of opening, setting multiple vertical connecting holes and track in groove body
It connects, multiple fixation holes, the lateral edge cooperation of backform and top is set in the lateral edge of bottom.Structure is simple, and when installation, two side forms are opened
Towards outside, two mutual corresponding burnishing surfaces are contacted with the concrete poured for the two sides of mouth, smooth after pouring molding, convenient for tearing open
Mould, fixation hole can be used insertion reinforcing bar or lower margin fastener fixed for being connected and fixed with basis, easy for installation, two lateral edges to
Outer trench structure side form structural strength outstanding is high, and the snap-gauge of upper lateral edge and backform, which cooperates, to be limited, and limits backform horizontal looseness, slot
Intracorporal vertical vias is laid at modulus, and spacing is corresponding with the through-hole on track, and when the height of track adjusts, being lifted up makes
Modulus is corresponding, is connected and fixed using fastener, adjustment is convenient and fast, and adaptability is good.
In the preferred scheme, backform includes the screed connecting with level board, and positioned at the multiple of level board two sides
Snap-gauge, screed is oblique upwards, and snap-gauge is located at the two sides limit of side form.Structure is simple, and when installation, backform is located at side form
Top, snap-gauge and the cooperation of side form outer limit, in use, level board contact compacting with concrete slurry, screed edge is upwards
The direction of motion is bulldozed concrete, and level board and side form support will not be because from resedimentation, the concrete model flatness after pouring be good.
In the preferred scheme, track is the rectilinear orbit of T-type structure, and through-hole is arranged in the two sides of horizontal top, lateral to pacify
Linear gear rack is set on side form, on sideways lug boss and walking mechanism cooperates.Structure is simple, straight line T-type structure
Track structure intensity is high, and when installation, horizontal top is contacted with the slot bottom of side form, and fastener, which passes through top and connect with side form, to be consolidated
Fixed, lug boss directed downwardly is horizontal raised to side form notch, and linear gear rack is arranged on lug boss and the gear of walking mechanism is matched
It closes, stable, vibrate frequency equilibrium, and dense effect is good.
In the preferred scheme, walking mechanism include the transmission shaft being connected to motor, with transmission shaft cooperation gearbox, with
The axis of rolling of gearbox connection, and the gear with the cooperation of axis of rolling both ends, gear and track cooperate.Structure is simple, in use,
Motor task driven transmission shaft drives gearbox work, and gearbox controls the revolving speed of the axis of rolling, the tooth with the cooperation of axis of rolling both ends
Wheel cooperates with the linear gear rack on track, and walking mechanism drives backform orbital motion, and backform contacts compacting with concrete, is not necessarily to
Operator pulls roller compaction, and labor intensity is low, and motor can be clockwise and drive backform is reversed to move back and forth along side form, compacting vibration
It smashes conveniently, it is easy to operate.
In the preferred scheme, concrete vibrating mechanism is multiple mixed mud vibrators laid along backform central symmetry.Structure letter
Single, the concrete vibrating mechanism being made of multiple mixed mud vibrators, when work, starts simultaneously, the uniformly distributed vibrator production on backform
Raw frequency is high, and dense effect is good, and easy for installation using general mixed mud vibrator, versatility is good, convenient for safeguarding.
In the preferred scheme, idler wheel is set on snap-gauge and side form rolls and cooperates.Structure is simple, the idler wheel connecting with snap-gauge
It is in rolling contact with side form, frictional resistance is small, and backform movement is more flexible.
From rising mould plate, it includes side form, backform, track, walking mechanism and concrete vibrating mechanism, is led to for a kind of slope concrete pouring
It crosses and backform is set at the top of the fixed side form in concreting slope two sides, side form two sides attachment rail, side form, pass through walking mechanism
It connect with backform and cooperates with track, fixed by concrete vibrating mechanism and backform, walking mechanism drives backform to go up and down along side form and flattens, vibration
Stamper structure simultaneously vibration compacting, track it is height-adjustable.Labour is strong when the utility model overcomes former slope concrete pouring
The problem of degree is big, closely knit uneven, out-of-flatness, has structure simple, the height for adjusting track can carry out multilayer and pour operation, labor
Fatigue resistance is low, packed uniform, convenient for control flatness, feature simple to operate.
Detailed description of the invention
The utility model is described in further detail with reference to the accompanying drawings and examples:
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the structural schematic diagram of the utility model side form.
Fig. 3 is the structural schematic diagram of the utility model side form junction.
Fig. 4 is the structural schematic diagram of the utility model backform.
Fig. 5 is the connection schematic diagram of the utility model walking mechanism.
Fig. 6 is the structural schematic diagram that the utility model track is connect with side form.
In figure: side form 1, fixation hole 11, backform 2, level board 21, screed 22, snap-gauge 23, track 3, walking mechanism 4, electricity
Machine 41, transmission shaft 42, gearbox 43, the axis of rolling 44, gear 45, concrete vibrating mechanism 5.
Specific embodiment
In Fig. 1 ~ Fig. 6, from rising mould plate, it includes side form 1, backform 2, track 3, vehicle with walking machine for a kind of slope concrete pouring
Structure 4 and concrete vibrating mechanism 5；The backform 2 is mutually perpendicular to corresponding 1 top of side form positioned at two and is slidably matched, and track 3 and side form 1 connect
It is adjustable to connect fixed height, walking mechanism 4 is connect with backform 2 to be cooperated with track 3, and concrete vibrating mechanism 5 is fixed on backform 2, vehicle with walking machine
Structure 4 drives backform 2 to move along track 3.Structure is simple, by the fixed side form 1 in concreting slope two sides, 1 two sides of side form
Backform 2 is arranged at the top of side form 1 for attachment rail 3, connect by walking mechanism 4 with backform 2 and the cooperation of track 3, passes through concrete vibrating mechanism
5 is fixed with backform 2, and walking mechanism 4 drives backform 2 to go up and down along side form 1 and flattens, the vibration compacting simultaneously of concrete vibrating mechanism 5, by adjusting
The height of track 3 can carry out multilayer and pour operation, and labor intensity is low, packed uniform, convenient for control flatness, side easy to operate
Just.
In preferred scheme, the side form 1 is the trench structure of opening, setting multiple vertical connecting holes and rail in groove body
Road 3 connects, and multiple fixation holes 11, the lateral edge cooperation of backform 2 and top are arranged in the lateral edge of bottom.Structure is simple, when installation, two
The two sides that side form 1 is open are contacted towards outside, two mutual corresponding burnishing surfaces with the concrete poured, are put down after pouring molding
It is whole, it is convenient for demoulding, fixation hole 11 can be used insertion reinforcing bar or lower margin fastener is fixed, installation side for being connected and fixed with basis
Just, outwardly projecting 1 structural strength of trench structure side form of two lateral edges is high, and the snap-gauge 23 of upper lateral edge and backform 2, which cooperates, to be limited, limitation
2 horizontal looseness of backform, the intracorporal vertical vias of slot are laid at modulus, and spacing is corresponding with the through-hole on track 3, the height of track 3
When degree adjustment, being lifted up keeps modulus corresponding, is connected and fixed using fastener, adjustment is convenient and fast, and adaptability is good.
In preferred scheme, the backform 2 includes the screed 22 connecting with level board 21, and is located at 21 liang of level board
Multiple snap-gauges 23 of side, screed 22 is oblique upwards, and snap-gauge 23 is located at the two sides limit of side form 1.Structure is simple, installation
When, backform 2 is located at the top of side form 1, and snap-gauge 23 and the cooperation of 1 outer of side form limit, in use, level board 21 and concrete slurry
Contact compacting, screed 22 are bulldozed concrete along the upward direction of motion, and level board 21 and the support of side form 1 will not be heavy because being self-possessed
Drop, the concrete model flatness after pouring are good.
In preferred scheme, the track 3 is the rectilinear orbit of T-type structure, and through-hole is arranged in the two sides of horizontal top, laterally
It is mounted on side form 1, linear gear rack is set on sideways lug boss and walking mechanism 4 cooperates.Structure is simple, straight line T junction
Track 3 structural strength of structure is high, and when installation, horizontal top is contacted with the slot bottom of side form 1, and fastener passes through top and side form 1
It is connected and fixed, lug boss directed downwardly is horizontal raised to 1 notch of side form, setting linear gear rack and walking mechanism 4 on lug boss
Gear 45 cooperate, stable, vibrate frequency equilibrium, and dense effect is good.
In preferred scheme, the walking mechanism 4 includes that the transmission shaft 42 connecting with motor 41 and transmission shaft 42 cooperate
Gearbox 43, the axis of rolling 44 being connect with gearbox 43, and the gear 45 with the cooperation of 44 both ends of the axis of rolling, gear 45 and track
3 cooperations.Structure is simple, in use, 41 task driven transmission shaft 42 of motor drives gearbox 43 to work, the control of gearbox 43 is rolled
Linear gear rack on the revolving speed of axis 44, with the gear 45 and track 3 of the cooperation of 44 both ends of the axis of rolling cooperates, and walking mechanism 4 drives top
Mould 2 is moved along track 3, and backform 2 contacts compacting with concrete, pulls roller compaction without operator, labor intensity is low, motor
41 clockwise can drive backform 2 to move back and forth along side form 1 with reverse, and compacting is vibrated conveniently, easy to operate.
In preferred scheme, the concrete vibrating mechanism 5 is multiple mixed mud vibrators laid along 2 central symmetry of backform.Knot
Structure is simple, the concrete vibrating mechanism 5 being made of multiple mixed mud vibrators, and when work starts simultaneously, the uniformly distributed vibration on backform 2
The frequency for smashing device generation is high, and dense effect is good, and easy for installation using general mixed mud vibrator, versatility is good, convenient for safeguarding.
Idler wheel is set in preferred scheme, on the snap-gauge 23 and side form 1 rolls and cooperates.Structure is simple, connects with snap-gauge 23
The idler wheel connect is in rolling contact with side form 1, and frictional resistance is small, and backform 2 moves more flexible.
Slope concrete pouring as described above when installing and using, is fixed from rising mould plate in concreting slope two sides
Backform 2 is arranged at the top of side form 1 for side form 1,1 two sides attachment rail 3 of side form, and walking mechanism 4 connect with backform 2 and the cooperation of track 3,
Concrete vibrating mechanism 5 is fixed with backform 2, and walking mechanism 4 drives backform 2 to go up and down along side form 1 and flattens, concrete vibrating mechanism 5 while vibration compacting,
The height of adjustment track 3 can carry out multilayer and pour operation, and labor intensity is low, packed uniform, easy to operate convenient for control flatness
It is convenient.
When installation, towards outside, two mutual corresponding burnishing surfaces connect with the concrete poured for the two sides of two side forms 1 opening
It touches, it is smooth after pouring molding, it is convenient for demoulding, fixation hole 11 can be used insertion reinforcing bar or lower margin is tight for being connected and fixed with basis
Firmware is fixed, easy for installation, and outwardly projecting 1 structural strength of trench structure side form of two lateral edges is high, the snap-gauge of upper lateral edge and backform 2
23 cooperation limits, limit 2 horizontal looseness of backform, and the intracorporal vertical vias of slot is laid at modulus, the through-hole in spacing and track 3
Corresponding, when the height of track 3 adjusts, being lifted up keeps modulus corresponding, is connected and fixed using fastener, easy to adjust fast
Victory, adaptability are good.
When installation, backform 2 is located at the top of side form 1, and snap-gauge 23 and the cooperation of 1 outer of side form limit, in use, level board 21
Compacting is contacted with concrete slurry, screed 22 is bulldozed concrete along the upward direction of motion, and level board 21 and side form 1 support not
It can be because from resedimentation, the concrete model flatness after pouring be good.
Track 3 structural strength of straight line T-type structure is high, and when installation, horizontal top is contacted with the slot bottom of side form 1, is fastened
Part passes through top and is connected and fixed with side form 1, and lug boss directed downwardly is horizontal raised to 1 notch of side form, and setting is straight on lug boss
Line rack gear and the gear 45 of walking mechanism 4 cooperate, and stable, vibrate frequency equilibrium, and dense effect is good.
In use, 41 task driven transmission shaft 42 of motor drives gearbox 43 to work, gearbox 43 controls the axis of rolling 44
Linear gear rack on revolving speed, with the gear 45 and track 3 of the cooperation of 44 both ends of the axis of rolling cooperates, and walking mechanism 4 drives backform 2 along rail
Road 3 moves, and backform 2 contacts compacting with concrete, pulls roller compaction without operator, labor intensity is low, and motor 41 can be suitable
Turn and reverse that backform 2 is driven to move back and forth along side form 1, compacting is vibrated conveniently, easy to operate.
The concrete vibrating mechanism 5 being made of multiple mixed mud vibrators, when work, start simultaneously, uniformly distributed on backform 2
The frequency that vibrator generates is high, and dense effect is good, and easy for installation using general mixed mud vibrator, versatility is good, convenient for dimension
Shield.
The idler wheel connecting with snap-gauge 23 is in rolling contact with side form 1, and frictional resistance is small, and backform 2 moves more flexible.
The above embodiments are only the optimal technical scheme of the utility model, and are not construed as the limit for the utility model
System, the features in the embodiments and the embodiments of the present application in the absence of conflict, can mutual any combination.This is practical new
The protection scope of type should be with the technical solution of claim record, technical characteristic in the technical solution recorded including claim
Equivalents are protection scope.Equivalent replacement i.e. within this range is improved, also the protection scope of the utility model it
It is interior.
Claims (7)
1. a kind of slope concrete pouring is from rising mould plate, it is characterized in that: it includes side form (1), backform (2), track (3), walking
Mechanism (4) and concrete vibrating mechanism (5)；The backform (2) is mutually perpendicular to corresponding side form (1) top positioned at two and is slidably matched, track
(3) it is adjustable that height is connected and fixed with side form (1), walking mechanism (4) is connect with backform (2) to be cooperated with track (3), concrete vibrating mechanism
(5) it is fixed on backform (2), walking mechanism (4) is moved along track (3) driving backform (2).
2. slope concrete pouring according to claim 1 is from rising mould plate, it is characterized in that: the side form (1) is opening
Trench structure, the interior multiple vertical connecting holes of setting of groove body are connect with track (3), and multiple fixation holes are arranged in the lateral edge of bottom
(11), the lateral edge on backform (2) and top cooperates.
3. slope concrete pouring according to claim 1 is from rising mould plate, it is characterized in that: the backform (2) includes and water
The screed (22) of plate (21) connection, and it is located at multiple snap-gauges (23) of level board (21) two sides, screed (22) is upward
Obliquely, snap-gauge (23) is located at the two sides limit of side form (1).
4. slope concrete pouring according to claim 1 is from rising mould plate, it is characterized in that: the track (3) is T-type structure
Rectilinear orbit, the two sides of horizontal top are arranged through-hole, are mounted laterally on side form (1), are arranged on sideways lug boss straight
Line rack gear and walking mechanism (4) cooperate.
5. slope concrete pouring according to claim 1 is from rising mould plate, it is characterized in that: the walking mechanism (4) includes
The transmission shaft (42) that is connect with motor (41), with the gearbox (43) of transmission shaft (42) cooperation, the rolling being connect with gearbox (43)
Moving axis (44), and the gear (45) with the cooperation of the axis of rolling (44) both ends, gear (45) and track (3) cooperate.
6. slope concrete pouring according to claim 1 is from rising mould plate, it is characterized in that: the concrete vibrating mechanism (5) is more
A mixed mud vibrator laid along backform (2) central symmetry.
7. slope concrete pouring according to claim 3 is from rising mould plate, it is characterized in that: rolling is arranged on the snap-gauge (23)
Wheel is rolled with side form (1) to be cooperated.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821812394.0U CN209211461U (en) | 2018-11-05 | 2018-11-05 | Slope concrete pouring is from rising mould plate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821812394.0U CN209211461U (en) | 2018-11-05 | 2018-11-05 | Slope concrete pouring is from rising mould plate |
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| Publication Number | Publication Date |
|---|---|
| CN209211461U true CN209211461U (en) | 2019-08-06 |
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ID=67458405
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| Application Number | Title | Priority Date | Filing Date |
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| CN201821812394.0U Active CN209211461U (en) | 2018-11-05 | 2018-11-05 | Slope concrete pouring is from rising mould plate |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109339071A (en) * | 2018-11-05 | 2019-02-15 | 中国三峡建设管理有限公司 | Slope concrete pouring is from rising mould plate |
| CN113463667A (en) * | 2021-07-19 | 2021-10-01 | 福州市建筑设计院有限责任公司 | Side slope supporting structure |
| CN113482354A (en) * | 2021-08-03 | 2021-10-08 | 中国建筑第二工程局有限公司 | Large-area dense upper reversed beam construction equipment |
-
2018
- 2018-11-05 CN CN201821812394.0U patent/CN209211461U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109339071A (en) * | 2018-11-05 | 2019-02-15 | 中国三峡建设管理有限公司 | Slope concrete pouring is from rising mould plate |
| CN113463667A (en) * | 2021-07-19 | 2021-10-01 | 福州市建筑设计院有限责任公司 | Side slope supporting structure |
| CN113482354A (en) * | 2021-08-03 | 2021-10-08 | 中国建筑第二工程局有限公司 | Large-area dense upper reversed beam construction equipment |
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