CN208645656U - A kind of pouring mechanical device of three-dimensional automated production placing concrete - Google Patents
A kind of pouring mechanical device of three-dimensional automated production placing concrete Download PDFInfo
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- CN208645656U CN208645656U CN201820609476.9U CN201820609476U CN208645656U CN 208645656 U CN208645656 U CN 208645656U CN 201820609476 U CN201820609476 U CN 201820609476U CN 208645656 U CN208645656 U CN 208645656U
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Abstract
The utility model provides a kind of pouring mechanical device of three-dimensional automated production placing concrete, it includes base, rack, first lifting device platform, second lifting device platform, tamping equipment platform, bucket device is poured in lifting, pass by track, melt pit, hydraulic station system electric control case, the rack is vertically arranged on the base, the first lifting device platform, second lifting device platform and tamping equipment platform are set in turn in from top to bottom in the rack, the lifting is poured bucket device and is located in the melt pit below base, the track that passes by is set to the bottom of the base, the hydraulic station system electric control case is set to the side of the rack.The utility model energy automated three-dimensional formula pours reinforced concrete wall panel component, and high production efficiency reduces production cost and economizes the land resource again.
Description
Technical field
The utility model relates to assembled wallboard automated production fields more particularly to a kind of three-dimensional automated production to pour
Fill the pouring mechanical device of concrete.
Background technique
Currently, most domestic assembled wallboard production line also rests on manual operation or simply conveys sessions,
It can not achieve to Automatic Conveying, considerably increase production cost, labor intensity is big, production efficiency is low, and quality is uncontrollable.
Therefore, it is necessary to provide a kind of new mechanical device technique scheme of full-automatic pouring.
Utility model content
In order to overcome the defects of the prior art described above, the utility model provides a kind of three-dimensional automated production pouring coagulation
The pouring mechanical device of soil, high degree of automation, high production efficiency.
The pouring mechanical device of the three-dimensional automated production placing concrete of the utility model, it is characterised in that: described
Pouring mechanical device includes base, rack, the first lifting device platform, the second lifting device platform, tamping equipment platform, lifting
Bucket device, the track that passes by, melt pit, hydraulic station system electric control case are poured, the rack is vertically arranged on the base, and described the
One lifting device platform, the second lifting device platform and tamping equipment platform are set in turn in from top to bottom in the rack, institute
It states lifting pouring bucket device to be located in the melt pit below base, the track that passes by is set to the bottom of the base, the liquid
Pressure station system electric control case is set to the side of the rack.
Further, mould vehicle limiting device is provided on the base.
Further, the rack includes day beam, ground beam, guide post and rolled thread turbine rod, the day beam, ground beam, guide post and
The upper end of rolled thread turbine rod composition lifting space, the guide post and rolled thread turbine rod is connected and fixed with Tian Liang, lower end and ground
Beam is connected and fixed, and the guide post is separately positioned in rack or so on side elevation, forms a three-dimensional rack.
Further, the first lifting device platform includes turbine box, oil cylinder, lifting starter motor, transmission turning tooth
Roller box, transmission shaft,
The first lifting device platform is to surround a square box platform by 4 box beams, double in square box Platform center
To one rood beam of addition, forms plateau levels and be mounted in rack, on the left and right side elevation of the first lifting device platform
4 guide sleeves are installed, 4 guide sleeves are connected with rack upper guide post, are equipped on 4 angle plane of left and right of the first lifting device platform
4 turbine boxes, 4 turbine boxes are connected with the rolled thread turbine rod in rack respectively, and turbine box is connected to transmission turning by transmission shaft
Gear-box, then lifting starter motor is connected to by transmission shaft by transmission turning gear-box, the power supply line and letter in starter motor
Number line is connected to electric controller case, enables first lifting device platform space in rack is controlled to move up and down distance, 2 oil cylinder heads peaces
The center above two frames before and after the first lifting device platform, cylinder piston rod be passed down through the first lifting device platform with
Second lifting device platform is fixedly connected corresponding position up and down.
Further, the second lifting device platform includes that vibrate starter motor, transfer gear box, transmission is vibrated bias
Axis wheel and transmission are vibrated connecting rod,
The second lifting device stage+module is in the first lifting device platform lower layer, in the face of the second lifting device platform
Upper front and back is equipped with connecting rod, and the connecting rod is connect with oil cylinder piston knock-off joint, and the connecting rod is suspended in rack space,
The connecting rod under the action of the first lifting device platform upper oil cylinder, can in rack it is intracavitary up and down controlled movement, second liter
Starter motor of vibrating is filled on falling unit platform, the starter motor of vibrating is pivotally connected to transfer gear box by transmission, in speed change
Equipped with the eccentric shaft wheel that vibrates is driven on case transmission shaft, equipped with the connecting rod that vibrates is driven on eccentric shaft wheel, the connecting rod that vibrates is connected to vibration
Apparatus platform is smash, being driven the connecting rod that vibrates can drive the fluctuating of tamping equipment platform vibrate by transmission rotary drive eccentric shaft wheel.
Further, the tamping equipment platform includes stage apparatus grid beam, platform slider beam, connects mold core pin rod, connects
Mould lock tongue apertures and lock tongue pin cylinder,
Tamping equipment stage+module is to surround a rectangular landing beam by 4 box beams in the second lifting device platform lower layer
Frame, position of two box beam medial surfaces in two box beams is equipped with the long platform slider beam of system before and after stage apparatus grid beam
Head, the platform slider beam head are provided with mutually concave-convex dark stern notch, the horizontal T-shaped mounting platform slider on dark stern notch
Beam, stays to set on platform slider beam and connects core pin rod aperture, connects the installation of core pin rod aperture and connects mold core pin rod, in the case where connecing mold core pin rod
Head, which stays to set, connects mould lock tongue apertures, lock tongue pin steam-cylinder piston head is installed in dead bolt hole, by connecing mould lock tongue apertures and lock tongue cylinder
Mold core in locking or release mold, is vibrated by tamping equipment platform dipping and heaving, makes mold core in concrete while rising and falling
It vibrates, keeps concrete flowing unobstructed, closely knit.
Further, it includes storing up concrete bucket, agitating shaft wheel blade, stirring motor, lifting turbine to contain that bucket device is poured in the lifting
Screw rod turns to turbine gearbox, transmission shaft, lifting starting motor, charging interface tube and anti-pump feed and exhaust tube interface,
Lifting is poured bucket device and is arranged in melt pit, and lifting pours bucket device and melt pit in the corresponding vertical alignment of upper mounting plate
The heart, storage concrete bucket are the cone storage concrete buckets being made into steel plate, are equipped with agitating shaft on the conehead of cone storage concrete bucket and perforate, pass through
Agitating shaft wheel blade is installed up and down in perforation, stirring motor is installed in the lower end of agitating shaft, is equipped at 4 jiaos of storage concrete bucket
It goes up and down turbine and contains screw rod, be provided in lifting turbine containing screw lower end and turn to turbine rod gearbox, it is built-in to turn to turbine gearbox
There is transmission shaft, one end of the transmission shaft, which is mounted on, turns to turbine gearbox, and another end of transmission shaft is connected to lifting starting motor,
The bottom surface setting charging interface tube on rear side of storage concrete bucket, positive and negative pump feed and exhaust tube interface is arranged in bottom surface on front side of storage concrete bucket, works as pump line
It picks expects pipe access lifting and pours bucket device bottom surface charging interface tube, concrete, which is sent, to be pressed into the storage concrete bucket of lifting irrigation device, when
When mould vehicle is transferred to lifting pouring bucket device uppermost limit by the track that passes by, after the locking of mould vehicle limiting device, by going up and down
It pours bucket device to rise automatically, the beam locking that is harmonious corresponding with mould vehicle bottom send self-compacting concrete automatic-watering by pump pressure.
Further, the track that passes by includes track connection sheet, and the track that passes by setting is shelved solid on storage concrete bucket
It is scheduled in melt pit upper plane suitable for reading, the fixed perforation of the track that passes by docking corresponding to front and back track track connection sheet is used for mould vehicle
Perforation walking.
Further, the melt pit includes sump and water pump,
Melt pit is formed using steel inner wall reinforced concrete composite pouring, and melt pit bottom is provided with sump and the pre-buried fixation of under-chassis
Part is provided with water pump in sump, draws water for cleaning.
Further, the hydraulic system electric controller case includes electric-control system device and display screen,
The hydraulic system electric controller case forms shell by sheetmetal, the automatically controlled system of setting in the hydraulic system electric controller case
Bulk cargo sets route and contactor, for manually stirring or being automatically brought into operation irrigation system.
Compared with prior art, the utility model has the advantages that
The pouring mechanical device of the three-dimensional automated production placing concrete of the utility model, can be realized automatic metaplasia
Conveying is produced, production cost is greatly reduced and labor intensity is big, production efficiency is improved and effectively improves and control life
The guarantee of yield and quality.
Detailed description of the invention
It, below will be to required in embodiment description in order to illustrate more clearly of the technical solution of the utility model embodiment
The attached drawing used is briefly described, it should be apparent that, the accompanying drawings in the following description is only some implementations of the utility model
Example, for those of ordinary skill in the art, without any creative labor, can also be according to these attached drawings
Obtain other attached drawings.Wherein:
Fig. 1 is the structural schematic diagram of the pouring mechanical device of the three-dimensional automated production placing concrete of the utility model；
Fig. 2 is the portion A enlarged drawing in Fig. 1；
Fig. 3 is the portion B enlarged drawing in Fig. 1；
Fig. 4 is the portion C enlarged drawing in Fig. 1；
Fig. 5 is the portion D enlarged drawing in Fig. 1.
Specific embodiment
To keep the above objects, features, and advantages of the utility model more obvious and easy to understand, with reference to the accompanying drawing and have
Body embodiment is described in further detail the utility model.
" one embodiment " or " embodiment " referred to herein, which refers to, may be included at least one realization side of the utility model
A particular feature, structure, or characteristic in formula." in one embodiment " that different places occur in the present specification not refers both to
The same embodiment, nor the individual or selective embodiment mutually exclusive with other embodiments.
Fig. 1 to Fig. 5 is please referred to, Fig. 1 is that the pouring machinery of the three-dimensional automated production placing concrete of the utility model fills
The structural schematic diagram set；Fig. 2 is the portion A enlarged drawing in Fig. 1；Fig. 3 is the portion B enlarged drawing in Fig. 1；Fig. 4 is the portion C enlarged drawing in Fig. 1；Figure
5 be the portion D enlarged drawing in Fig. 1.
As shown in Figures 1 to 5.The pouring mechanical device of the utility model includes base 1, the lifting dress of rack 2, first
Horizontalization platform 3, the second lifting device platform 4, tamping equipment platform 5, lifting pour the bucket device 6, track 7 that passes by, melt pit 8, hydraulic
It stands system electric control case 9.
Mould vehicle limiting device 1.1 is provided on the base 1.
The rack 2 includes day beam 2.1, ground beam 2.2, guide post 2.3 and rolled thread turbine rod 2.4, the day beam 2.1, ground beam
2.2, the upper end of guide post 2.3 and the composition lifting of rolled thread turbine rod 2.4 space, the guide post and rolled thread turbine rod is connect with day beam
Fixed, lower end is connected and fixed with ground beam, and the guide post is separately positioned in rack or so on side elevation, forms a three-dimensional machine
Frame.
The first lifting device platform 3 includes turbine box 3.1, oil cylinder 3.2, lifting starter motor 3.3, transmission turning tooth
Roller box 3.4 and transmission shaft 3.5.
The first lifting device platform is to surround a square box platform by 4 box beams, double in square box Platform center
To one rood beam of addition, forms plateau levels and be mounted in rack, on the left and right side elevation of the first lifting device platform
4 guide sleeves are installed, 4 guide sleeves are connected with rack upper guide post 2.3, on 4 angle plane of left and right of the first lifting device platform
It is connected respectively with the rolled thread turbine rod 2.4 in rack equipped with 4 turbine boxes, 3.1,4 turbine boxes, turbine box 3.1 is by transmission shaft
3.5 are connected to transmission turning gear-box 3.4, then are connected to lifting starter motor by transmission shaft by transmission turning gear-box 3.4
3.3, power supply line and signal wire in starter motor are connected to electric controller case 9, enable first lifting device platform space in rack
Controlled to move up and down distance, 2 oil cylinder heads 3.2 are mounted on center above the first two frames in lifting device platform front and back, oil cylinder
Piston rod is passed down through the first lifting device platform and is fixedly connected corresponding position up and down with the second lifting device platform.
The second lifting device platform 4 includes that vibrate starter motor 4.1, transfer gear box 4.2, transmission is vibrated eccentric shaft
Wheel 4.3 and transmission are vibrated connecting rod 4.4.
The second lifting device stage+module is in the first lifting device platform lower layer, in second lifting device platform or so
4 guide sleeves are installed, 4 guide sleeves are connected with rack upper guide post 2.3, the front and back on the face of the second lifting device platform 4 on side elevation
Connecting rod is installed, the connecting rod is connect with oil cylinder piston knock-off joint 3.2, and the connecting rod is suspended in 2 space of rack, institute
Connecting rod is stated under the action of the first lifting device platform upper oil cylinder, it can intracavitary upper and lower controlled movement, the second lifting in rack
Starter motor 4.1 of vibrating is filled on apparatus platform, the starter motor of vibrating is pivotally connected to transfer gear box 4.2 by transmission,
Equipped with the eccentric shaft wheel 4.3 that vibrates is driven on jack shaft, it is equipped on eccentric shaft wheel and is driven the connecting rod 4.4 that vibrates, company of vibrating
Bar is connected to tamping equipment platform 5, and connecting rod 4.4 is vibrated in transmission can be flat by transmission rotary drive eccentric shaft wheel drive tamping equipment
Platform fluctuating is vibrated.
The tamping equipment platform 5 includes stage apparatus grid beam 5.1, platform slider beam 5.2, connects mold core pin rod 5.3, connects
Mould lock tongue apertures 5.4 and lock tongue pin cylinder 5.5.
Tamping equipment platform 5 is mounted on 4 lower layer of the second lifting device platform, is to surround a rectangular platform by 4 box beams
Beam frame 5.1 is equipped with the long platform of system in position of the 5.1 two box beam medial surfaces in front and back of stage apparatus grid beam in two box beams
Slider beam head, the platform slider beam head are provided with mutually concave-convex dark stern notch, and horizontal T-shaped installation is flat on dark stern notch
Platform slider beam 5.2, stays to set on platform slider beam and connects core pin rod aperture, connects the installation of core pin rod aperture and connects mold core pin rod 5.3,
Mould lock tongue apertures 5.4 is connect connecing mold core pin rod following and staying to set, lock tongue pin steam-cylinder piston head 5.5 is installed in dead bolt hole, by connecing
Mould lock tongue apertures and lock tongue cylinder lock or unclamp the mold core in mold, are vibrated by tamping equipment platform dipping and heaving, make mould
Core rises and falls simultaneously in concrete to vibrate, and keeps concrete flowing unobstructed, closely knit.
It includes storing up concrete bucket 6.1, agitating shaft wheel blade 6.2, stirring motor 6.3, lifting turbine to contain that bucket device 6 is poured in the lifting
Screw rod 6.4 turns to turbine gearbox 6.5, transmission shaft 6.6, lifting starting motor 6.7, charging interface tube 6.8 and counter pumps input and output material
Interface tube 6.9.
Lifting is poured bucket device 6 and is arranged in melt pit, and lifting pours bucket device 6 and melt pit with the corresponding vertical alignment of upper mounting plate
Center, storage concrete bucket 6.1 are the cone storage concrete buckets 6.1 being made into steel plate, are equipped with and stir on the conehead of cone storage concrete bucket 6.1
Axis perforation is mixed, passes through in perforation and agitating shaft wheel blade 6.2 is installed up and down, stirring motor 6.3 is installed in the lower end of agitating shaft,
Lifting turbine is installed containing screw rod 6.4 at 4 jiaos of storage concrete bucket 6.1, screw lower end is provided with steering turbine rod in lifting turbine
Gearbox 6.5 turns to turbine gearbox and is provided with transmission shaft 6.6, and one end of the transmission shaft, which is mounted on, turns to turbine gearbox,
Another end of transmission shaft is connected to lifting starting motor 6.7, in storage 6.1 rear side bottom surface of concrete bucket setting charging interface tube 6.8, in storage concrete
Positive and negative pump feed and exhaust tube interface 6.9 is arranged in bucket front side bottom surface, picks expects pipe access lifting when pump line and pours the charging of bucket device bottom surface
Interface tube 6.8, concrete, which is sent, to be pressed into the storage concrete bucket of lifting irrigation device, is poured when mould vehicle is transferred to lifting by the track 7 that passes by
When filling 6 uppermost limit of bucket device, after being locked by mould vehicle limiting device 1.1, bucket device is poured by lifting and is risen automatically, with mould vehicle
The corresponding beam locking that is harmonious in bottom, send self-compacting concrete automatic-watering by pump pressure.
The track 7 that passes by includes track connection sheet 7.1, and the track that passes by setting shelves fixation on storage concrete bucket 6.1
In melt pit upper plane suitable for reading, the fixed perforation of the track that passes by docking corresponding to front and back track track connection sheet 7.1 is used for mould vehicle
Perforation walking.
The melt pit 8 includes sump 8.1 and water pump 8.3,
Melt pit is formed using steel inner wall reinforced concrete composite pouring, and 8 bottom of melt pit is provided with sump 8.1 and under-chassis is pre-buried
Fixing piece 8.2 is provided with water pump 8.3 in sump, draws water for cleaning.
The hydraulic system electric controller case 9 includes electric-control system device 9.1 and display screen 9.2,
The hydraulic system electric controller case forms shell by sheetmetal, the automatically controlled system of setting in the hydraulic system electric controller case
Bulk cargo sets route and contactor, for manually stirring or being automatically brought into operation irrigation system.
The utility model has the advantages that
It is defeated to can be realized automation for the pouring mechanical device of the three-dimensional automated production placing concrete of the utility model
It send, greatly reduces production cost and labor intensity is big, improve production efficiency.
Above description sufficiently discloses specific embodiment of the present utility model.It should be pointed out that being familiar with the neck
Right of any change that the technical staff in domain does specific embodiment of the present utility model all without departing from the utility model
The range of claim.Correspondingly, the scope of the claims of the utility model is also not limited only to aforementioned specific embodiment party
Formula.
Claims (10)
1. a kind of pouring mechanical device of three-dimensional automated production placing concrete, it is characterised in that: the mechanical dress of the pouring
It sets including base (1), rack (2), the first lifting device platform (3), the second lifting device platform (4), tamping equipment platform
(5), bucket device (6), the track that passes by (7), melt pit (8), hydraulic station system electric control case (9) are poured in lifting, and the rack (2) is vertical
It is set on the base (1), the first lifting device platform (3), the second lifting device platform (4) and tamping equipment platform
(5) it is set in turn in from top to bottom on the rack (2), the lifting pours bucket device (6) and is located at the melt pit below base (1)
(8) in, the track that passes by (7) is set to the bottom of the base (1), and the hydraulic station system electric control case (9) is set to institute
State the side of rack (2).
2. the apparatus according to claim 1, it is characterised in that: be provided with mould vehicle limiting device on the base (1)
(1.1)。
3. the apparatus according to claim 1, it is characterised in that: the rack (2) include day beam (2.1), ground beam (2.2),
Guide post (2.3) and rolled thread turbine rod (2.4), the day beam (2.1), ground beam (2.2), guide post (2.3) and rolled thread turbine rod (2.4)
The upper end of composition lifting space, the guide post and rolled thread turbine rod is connected and fixed with Tian Liang, and lower end is connected and fixed with ground beam,
The guide post is separately positioned in rack or so on side elevation, forms a three-dimensional rack.
4. the apparatus according to claim 1, it is characterised in that: the first lifting device platform (3) includes turbine box
(3.1), oil cylinder, lifting starter motor (3.3), transmission turning gear-box (3.4) and the first transmission shaft (3.5), described first liter
Falling unit platform is to surround a square box platform by 4 box beams, in square box Platform center one rood beam of two-way addition, group
It is mounted in rack at plateau levels, 4 guide sleeves is installed on the left and right side elevation of the first lifting device platform, 4 are led
Set is connected with rack upper guide post (2.3), and 4 turbine boxes are housed on 4 angle plane of left and right of the first lifting device platform
(3.1), 4 turbine boxes are connected with the rolled thread turbine rod (2.4) in rack respectively, and turbine box (3.1) is by the first transmission shaft (3.5)
It is connected to transmission turning gear-box (3.4), then lifting starter motor is connected to by transmission shaft by transmission turning gear-box (3.4)
(3.3), the power supply line in starter motor and signal wire are connected to hydraulic station system electric control case (9), enable the first lifting device platform
Space is controlled in rack moves up and down distance, and 2 oil cylinder heads are mounted on above the first two frames in lifting device platform front and back
Center, cylinder piston rod are passed down through the first lifting device platform and the second lifting device platform fixed company in corresponding position up and down
It connects.
5. the apparatus according to claim 1, it is characterised in that: the second lifting device platform (4) includes starting of vibrating
Motor (4.1), transfer gear box (4.2), eccentric shaft wheel (4.3) is vibrated in transmission and transmission is vibrated connecting rod (4.4), and described second liter
Falling unit platform (4) is mounted on first lifting device platform (3) lower layer, on second lifting device platform (4) left and right side elevation
4 guide sleeves are installed, 4 guide sleeves are connected with rack upper guide post (2.3), the front and back installation on the face of the second lifting device platform (4)
There is connecting rod, the connecting rod is connect with oil cylinder piston knock-off joint (3.2), and the connecting rod is suspended in rack (2) space, institute
Connecting rod is stated under the action of the first lifting device platform upper oil cylinder, it can intracavitary upper and lower controlled movement, the second lifting in rack
Dress vibrates starter motor (4.1) on apparatus platform, and the starter motor of vibrating is pivotally connected to transfer gear box by transmission
(4.2), it vibrates eccentric shaft wheel (4.3) on jack shaft equipped with transmission, is equipped on eccentric shaft wheel and is driven the connecting rod that vibrates
(4.4), the connecting rod that vibrates is connected to tamping equipment platform (5), and connecting rod (4.4) is vibrated in transmission can be by transmission rotary drive eccentric shaft
Wheel drives the fluctuating of tamping equipment platform to vibrate.
6. the apparatus according to claim 1, it is characterised in that: the tamping equipment platform (5) includes stage apparatus grid beam
(5.1), platform slider beam (5.2), connect mold core pin rod (5.3), connect mould lock tongue apertures (5.4) and lock tongue pin cylinder, vibrate dress
Horizontalization platform (5) is mounted on second lifting device platform (4) lower layer, is that a rectangular landing beam frame is surrounded by 4 box beams, in platform
Position of two box beam medial surfaces in two box beams is equipped with the long platform slider beam head of system before and after device grid beam (5.1),
The platform slider beam head is provided with mutually concave-convex dark stern notch, the horizontal T-shaped mounting platform slider beam on dark stern notch
(5.2), run through to stay to set up and down on platform slider beam and connect core pin rod aperture, connect the installation of core pin rod aperture and connect mold core pin rod
(5.3), connect mold core pin rod following stay set laterally connect mould lock tongue apertures (5.4), in dead bolt hole install lock tongue pin steam-cylinder piston
Head (5.5) passes through the dress that vibrates by connecing mould lock tongue apertures and the locking of lock tongue cylinder or unclamping the mold core handle locking tongue apertures in mold
Horizontalization platform dipping and heaving vibrates, and makes mold core in concrete while rising and falling to vibrate, keep concrete flowing unobstructed, closely knit.
7. the apparatus according to claim 1, it is characterised in that: it includes storage concrete bucket that bucket device (6) are poured in the lifting
(6.1), agitating shaft wheel blade (6.2), stirring motor (6.3), lifting turbine are containing screw rod (6.4), steering turbine rod gearbox
(6.5), second driving shaft (6.6), lifting starting motor (6.7), charging interface tube (6.8) and anti-pump feed and exhaust tube interface
(6.9), lifting is poured bucket device (6) and is arranged in melt pit, and it is corresponding vertical right with upper mounting plate to melt pit that bucket device (6) are poured in lifting
Neat center, storage concrete bucket (6.1) is cone storage concrete bucket (6.1) being made into steel plate, on the conehead of cone storage concrete bucket (6.1)
It perforates equipped with agitating shaft, passes through in perforation and agitating shaft wheel blade (6.2) are installed up and down, stirring electricity is installed in the lower end of agitating shaft
Machine (6.3) is equipped with lifting turbine (6.4) containing screw rod at 4 jiaos of storage concrete bucket (6.1), sets in lifting turbine containing screw lower end
It is equipped with and turns to turbine rod gearbox (6.5), turn to turbine gearbox and be provided with second driving shaft (6.6), the one of the transmission shaft
End, which is mounted on, turns to turbine gearbox, and another end of transmission shaft is connected to lifting starting motor (6.7), on rear side of storage concrete bucket (6.1)
Bottom surface setting charging interface tube (6.8), positive and negative pump feed and exhaust tube interface (6.9) is arranged in bottom surface on front side of storage concrete bucket, when pump line connects
Bucket device bottom surface charging interface tube (6.8) is poured in feed pipe access lifting, and concrete, which is sent, to be pressed into the storage concrete bucket of lifting irrigation device,
When mould vehicle, which is transferred to lifting by the track that passes by (7), pours bucket device (6) uppermost limit, by mould vehicle limiting device (1.1)
After locking, bucket device is poured by lifting and is risen automatically, the beam locking that is harmonious corresponding with mould vehicle bottom send self-compacting concrete certainly by pump pressure
It is dynamic to pour feeding.
8. the apparatus according to claim 1, it is characterised in that: the track that passes by (7) includes track connection sheet (7.1),
The track that passes by setting is storing up concrete bucket (6.1) above, and shelves and be fixed in melt pit upper plane suitable for reading, and pass by track and front and back track
With track connection sheet (7.1) the accordingly fixed perforation of docking, it to be used for the perforation walking of mould vehicle.
9. the apparatus according to claim 1, it is characterised in that: the melt pit (8) includes that sump (8.1) and under-chassis are pre-buried
Fixing piece (8.2), water pump (8.3), melt pit are formed using steel inner wall reinforced concrete composite pouring, and melt pit (8) bottom is provided with collection
Well (8.1) and under-chassis embedded fixing component (8.2), water pump (8.3) are provided in sump, are drawn water for wash cycles.
10. the apparatus according to claim 1, it is characterised in that: the hydraulic station system electric control case (9) includes electric-control system
Device (9.1) and display screen (9.2), the hydraulic station system electric control case (9) form shell, the hydraulic station system by sheetmetal
Setting electric-control system device route and contactor, for manual operation or are automatically brought into operation irrigation system in electric cabinet (9).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820609476.9U CN208645656U (en) | 2018-04-26 | 2018-04-26 | A kind of pouring mechanical device of three-dimensional automated production placing concrete |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820609476.9U CN208645656U (en) | 2018-04-26 | 2018-04-26 | A kind of pouring mechanical device of three-dimensional automated production placing concrete |
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| Publication Number | Publication Date |
|---|---|
| CN208645656U true CN208645656U (en) | 2019-03-26 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201820609476.9U Active CN208645656U (en) | 2018-04-26 | 2018-04-26 | A kind of pouring mechanical device of three-dimensional automated production placing concrete |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108407070A (en) * | 2018-04-26 | 2018-08-17 | 南通联泷建筑材料有限公司 | A kind of pouring mechanical device of three-dimensional automated production placing concrete |
| CN110435003A (en) * | 2019-08-15 | 2019-11-12 | 东莞市交港建材有限公司 | A kind of concrete grouting equipment and grouting method |
-
2018
- 2018-04-26 CN CN201820609476.9U patent/CN208645656U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108407070A (en) * | 2018-04-26 | 2018-08-17 | 南通联泷建筑材料有限公司 | A kind of pouring mechanical device of three-dimensional automated production placing concrete |
| CN110435003A (en) * | 2019-08-15 | 2019-11-12 | 东莞市交港建材有限公司 | A kind of concrete grouting equipment and grouting method |
| CN110435003B (en) * | 2019-08-15 | 2020-04-03 | 东莞市交港建材有限公司 | Concrete grouting equipment and grouting method |
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Denomination of utility model: A three-dimensional automatic pouring mechanical device for producing and pouring concrete Effective date of registration: 20211223 Granted publication date: 20190326 Pledgee: Haimen sub branch of Bank of Nanjing Co.,Ltd. Pledgor: NANTONG LIANLONG ASSEMBLY CONSTRUCTION TECHNOLOGY Co.,Ltd. Registration number: Y2021320010595 |
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