CN206106057U - Precast concrete component battery mould - Google Patents
Precast concrete component battery mould Download PDFInfo
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- CN206106057U CN206106057U CN201621013264.1U CN201621013264U CN206106057U CN 206106057 U CN206106057 U CN 206106057U CN 201621013264 U CN201621013264 U CN 201621013264U CN 206106057 U CN206106057 U CN 206106057U
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- formwork erection
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Abstract
The utility model provides a precast concrete component battery mould, includes that guide rail system (1), battery mould system (2), actuating system (3), thick liquids pour mechanism (4), its characterized in that: battery mould system (2) including fixed stand the module system all (5), remove and stand module system all (6), guide rail system (1) sets up subaerial, fixed stand the module system all (5) with remove stand the module system all (6) set up in guide rail system (1), thick liquids are pour mechanism (4) and are set up and stand all lower parts of (6) side of module system removing, actuating system (3) are connected and are removed upright module system interconnected systems (5) to the drive is removed upright module system interconnected system (5) and is moved in guide rail system (1). Battery mould compact structure takes up an area of that the space is little, efficient, difficultly during concreting produce hollow or bubble, and the component board set precision of production is high.
Description
Technical field
The utility model is related to a kind of concrete prefabricated element manufacturing technology, more particularly to a kind of concrete prefabricated element into
Group formwork erection, belongs to house construction applications.
Background technology
Housing industry realizes high efficiency, high-quality, low consumption of resources and the low environment of dwelling construction by prefabricating technique
Affect, be the development trend of Current Housing construction with significant economic benefit and social benefit.In past half a century
In, the market of precast prestressed concrete structure be to save material and labour, improve product quality and artisan craftsmanship, and
Based on accelerating the advantages such as speed of application.
Now domestic building structure major part is designed as cast-in-place concrete structure, and its more typical version includes frame
Frame structure, shear wall structure, frame-shear structure, core wall structure, tube-in-tube structure etc., its common feature is exactly that most of component is
It is cast-in-place, only two secondary members such as minority such as lintel employ it is prefabricated, precast concrete technology bring one it is complete
New problem, it is proposed that the building in above version includes exterior wall, stair, kitchen and toilet, the beam slab even structure such as pillar
Part adopts ready-made component, and node processing is assembled together and carried out in construction, forms the design of complete building and applies
Work technology.
Housing industry precast concrete is divided into Side fascia, lining, stair, column, crossbeam, air-conditioning plate, balcony
Deng.It is in element factory production process to use flat-die or the production of many lamination types, i.e. horizontal layout template, single or multiple lift to put more
Put, along upper horizontal surface casting concrete component.The shortcoming of this production method is that production efficiency is low, floor space is big, needs
The template number to be prepared is more, and due to plane place bottom be template face upper surface be to pour face, the quality of upper surface is difficult
To control, surface roughness, flatness are all very poor, the single need that cannot complete diversification different structure concrete component of structure
Ask, all need during the die-filling and demoulding using manual assembly time-consuming and be unfavorable for pipeline system produce.
Utility model content
Solidifying soil prefabricated components battery mould is the method for the vertical forming concrete product in the metal pattern of fixed assembling.Into
Group formwork erection compact conformation is not likely to produce hollow or bubble when taking up an area little space, efficiency high, casting concrete, allows under concrete freedom
Fall or from bottom to top pump pressure is deposited in narrow space.Due to using die cavity double-faced forming principle, the panels collection of production
Close high precision especially surface smoothness and thickness and precision be other techniques it is incomparable, and thermal medium can be passed through in it
Heating chamber is formed in the pre-buried pipeline in portion or cavity, one or both sides heating curing is carried out to concrete product.Battery mould is used
Material ranges are wide in range, and the fluidity to material, slump are insensitive, and manufacturability number is easy to quality control and industrialized production.
Battery mould version adaptability extensively, can be according to the difference of technical requirements, use range and service object, structural difference
Heteroplasia produces different materials, different structure, the prefabricated components product of different performance.
According to the first embodiment of the present utility model, there is provided a kind of concrete prefabricated element battery mould：
A kind of concrete prefabricated element battery mould, including guide track system, battery mould system, drive system, slurry pour
Build mechanism, it is characterised in that：Battery mould system includes fixed formwork erection system, mobile formwork erection system.Guide track system is arranged on ground
On face.Fixed formwork erection system and mobile formwork erection system are arranged on guide track system.Slurry pours mechanism and is arranged on mobile formwork erection system
The bottom of system side.The mobile formwork erection system of drive system connection, and drive mobile formwork erection system to run on guide track system.
Preferably, battery mould system can include 1-20 mobile formwork erection system, preferred 2-10 is individual, more preferably position 3-
8.
In the utility model：The guide track system includes the track of two or more parallel installation.
In the utility model：The section of track is the raised H type structures in medial recess both sides.Intermediate recess position is row
Mechanism is walked, both sides boss is support mechanism.
In the utility model：The both sides of the track are provided with chute.
In the utility model：Chain pin engaging mechanism or carrier bar are provided with the walking mechanism at the track intermediate recess position
Engaging mechanism.
In the utility model：The fixed formwork erection system includes fixed formwork erection body.
In the utility model：Fix the both sides of formwork erection system or wherein side is provided with mobile formwork erection system.
In the utility model：The mobile formwork erection system include sprocket wheel or gear, weight bearing roller wheels, the body that moves moulds,
Bed die, piece side mould and backform.Sprocket wheel or gear are arranged on the bottom of the body that moves moulds, and nibble with the walking mechanism of track
Close.Weight bearing roller wheels are arranged on the bottom of the body that moves moulds, and contact with the support mechanism of track.Bed die, piece side mould and top
Mould is arranged on the surrounding of the body that moves moulds.
As preferred：Mobile formwork erection system also includes keel, barrier film.Keel is arranged on bed die and the body that moves moulds
It is middle.Barrier film is arranged on and moves moulds on body or bed die.
As preferred：The mobile formwork erection system also includes chimb roller.Chimb roller is arranged on the body that moves moulds
Bottom, and coordinate with the chute of track both sides.
In the utility model：Weight bearing roller wheels be the one kind in the chevron shaped BOGEY WHEEL of two-wheel or the chevron shaped BOGEY WHEEL of single-wheel or
Two kinds.
In the utility model：The bed die is fixedly connected with the body that moves moulds.The side of backform and the sheet that moves moulds
Body top is rotatably connected.The side of side mould is rotatably connected with the side of the body that moves moulds.
As preferred：The junction of bed die, Bian Mo, backform and the body that moves moulds is equipped with seal.
In the utility model：The drive system includes driving power source and kinematic link.The driving power source leads to
Sprocket wheel or pinion rotation that kinematic link drives mobile formwork erection system are crossed, sprocket wheel or gear are engaged with the chain pin of track running mechanism
Mechanism or carrier bar engaging mechanism are engaged.
In the utility model：The driving power source is mechanical reduction case or rod-pulling type rotary spanner.
As preferred：Described device also includes that backform hold down gag, bed die fixing device, side mould are fixed installing and put.
As preferred：Described device also includes tensioning apparatus.The tensioning apparatus is pushed away including connecting rod, fixed seat and oil cylinder
Tight mechanism.Fixed seat is arranged on the moving moulds on body of mobile formwork erection system.Oil cylinder push-tight mechanism is arranged on fixed formwork erection system
The both sides of system.Connecting rod connection fixing base and oil cylinder push-tight mechanism.
In the utility model：The slurry pours mechanism and is oriented to dress including feed pipe, Grouting Pipe, plug, screw mandrel push-tight
Put.Slurry pours mechanism and is arranged on the side mould lower end of mobile formwork erection system or bed die.Grouting Pipe connect feed pipe and Bian Mo or
Bed die.Plug is arranged in Grouting Pipe.Screw mandrel push-tight guider is connected with plug.
As preferred：The battery mould also includes that central layer is implanted into alignment system.Central layer implantation alignment system is arranged on shifting
On moving mold body.
As preferred：Battery mould also includes protector.Protector is arranged on the top of move moulds body or side mould
Portion.
As preferred：The battery mould also includes heating coagulation system.Heating coagulation system is arranged on and moves moulds this
On body.
As preferred：Battery mould also includes vibrations compacting apparatus.Vibrations compacting apparatus are arranged on described moving moulds originally
Internal portion.
As preferred：Battery mould also includes spraying releasing agent system.Spraying releasing agent system is arranged on mobile formwork erection system
The side of system.
In the utility model：The fixed formwork erection system, mobile formwork erection system are installed on guide track system, with fixation
Launch arrangement along the guide track system left and right sides centered on formwork erection.First mobile formwork erection is assembled with fixed formwork erection to form at least one
The molding cavity of prefabricated components, afterwards each movement formwork erection be spliced to form at least one prefabricated component with previous mobile formwork erection
Molding cavity.The discrete 5-10 mobile formwork erection in the formwork erection left and right sides is fixed, the molding cavity of 10-20 prefabricated components can be formed,
Constitute a set of high efficiency, high-precision battery mould.
In the utility model：Fixed formwork erection system, mobile formwork erection system are installed on guide track system, to fix formwork erection
Centered on launch to arrange along the guide track system left and right sides, the mobile formwork erection can move forward and backward on guide rail.Thus, applying
Cheng Zhong, mobile formwork erection can independently be opened or closed by drive system, be conducive to the spelling assembly and disassembly of mould, in unloading process
In can drive mobile formwork erection with single, dismantle and hang prefabricated components one by one in order, and fixed formwork erection is placed in the middle, it is mobile vertical
Mould to fix formwork erection centered on along the guide track system left and right sides launch arrangement design can utilize mould to greatest extent, composition
The molding cavity of more prefabricated components, improve production efficiency reduces production cost.
In the utility model：The body that moves moulds, bed die, Bian Mo, every mould, backform and fixed formwork erection or previous
The assembled molding cavity for forming at least one prefabricated components of the body that moves moulds.
In the utility model：Guide track system include more than two, equal length, the track of parallel installation.Rail section
The H type structure designs for taking medial recess both sides raised, this have the advantage that the load-bearing in mobile formwork erection system
Wheel is non-interference with sprocket wheel or gear, and load-supporting part is made a distinction with driver part, effectively prevents drive sprocket or gear
It is affected by gravity, cutting occurs, gnaw the phenomenons such as tooth, abrasion or latch, causes entirely to drive walking mechanism clamping stagnation to move in front and back
It is dynamic.
In the utility model：The both sides of track are provided with chute, and mobile formwork erection system is provided with chimb roller, the chimb
Roller can be rolled into and be arranged in the track runner.After chimb roller is located within chute, the chute side of chimb roller and track
Locking is formed, while have guide effect, chimb roller will not sideslip or stuck in chute again.So can increase substantially into
The translational speed and stability of group formwork erection system, makes the movement of battery mould system steady, safe and reliable.
In the utility model：The walking mechanism at track intermediate recess position be provided with detachably, lifting fine setting chain pin rodent
Mechanism or carrier bar engaging mechanism are closed, mobile formwork erection system is provided with sprocket wheel or gear, and the sprocket wheel or the engageable rolling of gear set
Put in the track chain pin engaging mechanism or carrier bar engaging mechanism, this design can effectively prevent occur cutting, gnaw tooth,
The phenomenon such as abrasion or latch, and chain pin engaging mechanism or carrier bar engaging mechanism can facilitate the peace of early stage using bolt mounting means
Dress and later period maintenance, are conveniently replaceable and maintenance, improve the service life of integral device.
In the utility model：The chevron shaped BOGEY WHEEL of two-wheel is mostly installed at mobile formwork erection head moulds (near fixed formwork erection
The mobile formwork erection of system) and move on tail mould (farthest away from the mobile formwork erection of fixed formwork erection system), this have the advantage that double
Wheel the moving stability more preferably, particular in that being provided with initial and end mould and being tensioned pull bar needs to bear bigger tensile force, double
BOGEY WHEEL significantly more efficient can share pressure and be easy to the overall operation and maintenance of equipment.Single chevron shaped BOGEY WHEEL is arranged on remaining
Move moulds on (the mobile formwork erection outside mobile formwork erection head moulds and mobile tail mould), BOGEY WHEEL erection is counted into into herringbone formula can have
Effect is supported and entirely moved moulds, and will not produce the problem toppled in front and back.When chevron shaped design can make to move moulds single mobile
Operate steadily, clamping is convenient and swift during multiple multiple spot clampings.The front-wheel of chevron shaped BOGEY WHEEL can be inserted into front-seat chevron shaped BOGEY WHEEL
The trailing wheel juxtaposed position of frame, make to move moulds it is overall rationally, clamping it is compact, it is again non-interference between wheel carrier and wheel carrier, be formed with
The mode that is movably walking of effect.
In the utility model：Backform is arranged at the top of molding cavity, and the side of backform can turn with mobile formwork erection top
Dynamic connection.Being so designed that can make backform be connected as a single entity with mobile formwork erection system, without the need for individually being removed and installed, rotate and install more
Plus it is convenient and reliable.Close after backform and component is carried using slip casting method production coagulation, backform can limit concrete component formation height, together
When, it is ensured that the smooth specification of top end face concrete component.
In the utility model：Backform length will slightly shorter than mobile formwork erection body both sides end distance (monolateral short 10-
200mm, preferred 20-15mm, more preferably position 50-100mm), backform rear and front end does not cover to be stayed at the total length of top does spout hole
Use.Being so designed that can to greatest extent utilize backform, and without the need for individually processing spout hole is opened up, and simplify Optimal Structure Designing.And
And spout hole is arranged on backform rear and front end, concrete component formation mould gas within the walls can all be discharged, operationally such as
It is full that spout hole has ororrhea outflow then can intuitively prove that cavity inner concrete is poured, and effectively ensures product quality.Such as pour
There is dividing plate to separate in Shi Limo systems to pour, open up before and after spout hole and be also independent of each other and individually overflow can ensure in molding cavity
Full, the improve production efficiency of concrete, expanding production Type Range.
In the utility model：Side mould is arranged at the two sides of molding cavity, the side of side mould and mobile formwork erection two side ends
It is rotatably connected.Side mould is vertical with the holding of formwork erection body end face after rotating, and side mould inner side end is combined sealing position with formwork erection end face
Putting will be slightly shorter than formwork erection body both sides end distance (monolateral short 10-200mm, preferred 20-15mm, more preferably position 50-100mm),
Form the molding cavity of prefabricated components.Being so designed that can be combined as a whole Bian Mo with mobile formwork erection, without the need for individually removing and installing.
Can conveniently rotate before pouring, after pouring dismounting side mould, recall concrete prefabricated element, facilitate operated by personnel and
Use.Side mould is vertical with the holding of formwork erection body end face after rotating, and side mould inner side end is combined sealing station outline with formwork erection end face
Formwork erection body both sides end distance (monolateral short 10-200mm, preferred 20-15mm, more preferably position 50-100mm) is shorter than, forms pre-
The molding cavity of component processed.Be so designed that the sealing of mainly useful for side mould, by the sideline Seal Design of corner be changed to
Formwork erection system moving direction is identical, and with oil cylinder direction of exerting pressure identical sealing means are tensed.Sealing area is converted to from linear sealing
Face seals, and sealing means are converted to oil cylinder working-pressure pinch seal from mechanical sealing.The performance of sealing is substantially increased, is reduced
The possibility of mould spillage.
In the utility model：Bed die is arranged at the bottom surface of molding cavity.Bed die length will be slightly shorter than formwork erection body end face
Length (monolateral short 10-200mm, preferred 20-15mm, more preferably position 50-100mm) forms prefabricated components in combination with side mould is rotated
Molding cavity.Bed die be provided with it is different types of can be according to the chi of the molding cavity of different prefabricated components every mould or other moulds
Very little requirement changes the outfit different types of every mould, mould.
In the utility model：The junction of bed die, Bian Mo, backform and die ontology is equipped with seal.Thus, bottom
Mould, Bian Mo, coagulation can will be effectively prevented in slip casting, whole compacting process in sealing state every the junction of mould or backform
The seepage of soil, makes cavity shaping pour fuller, improve product quality, improves product quality.
In the utility model：Backform hold down gag, including fixed seat, pressing plate and Fixed latches, one end of pressing plate is provided with
Connecting hole, Fixed latches are arranged in fixed seat, and fixed seat is arranged on the top end face of mobile formwork erection body, pressing plate one during work
End is pressed on backform, and the other end is plugged on the Fixed latches of fixed seat by connecting hole.Thus, the design of backform hold down gag
It is integrated with mold system, without the need for other aid operations when dismantling, installing, improves installation, the removal efficiency of backform.
In the utility model：Bed die fixing device is arranged on the lower section of mobile formwork erection body and bed die, and bed die fixes dress
The one end put is fixedly connected with the lower surface of mobile formwork erection body, and the other end is connected with keel, and keel is adopted with bed die
Bolt connection is detachable, the keel of the differing heights that can be changed the outfit according to the dimensional requirement of the molding cavity of different prefabricated components.
In the utility model：Side mould is fixed dress and is arranged on the both sides end face of mobile formwork erection body, side mould fixing device
Including fixed plate, connecting plate and reinforcing plate.Connecting plate is vertically installed in lateral connection in fixed plate, and reinforcing plate is vertically installed in solid
It is longitudinally connected in fixed board, flexible connection hole is provided with before, during and after connecting plate, it is provided with flexible connection hole and removably connects
Fitting, is attached between formwork erection body and Bian Mo by the side mould fixing device, and the connecting hole on connecting plate is mounting hole
Or elongate holes.This kind of design can to greatest extent optimize side mould fixing device so that edge mold system formed one kind can it is assembled, can
Dismounting, can independent assortment structure.Side mould fixing device makes Bian Mo form an entirety with formwork erection system, and rotating design can be very big
Simplify the installation and removal of side mould, two side holes are opened into mounting hole or elongate holes in formwork erection system pressure in the mould fixing device of side
The extruding injury that pore structure is produced to latch can be effectively prevented during tight, intermediate void is designed as latch putting hole, in dismounting
Latch is plugged in putting hole during latch, latch loss in use can be prevented effectively from, consolidate whole side mould
Determine the more succinct safety of device.
In the utility model：Tensioning apparatus includes connecting rod, fixed seat and the oil cylinder push-tight being arranged on fixed formwork erection
Mechanism.Fixed seat is arranged on the mobile formwork erection body of both sides outermost end, can be divided into upper and lower two groups it is transversely arranged.It is so designed that
Tensioning apparatus, makes connecting rod that placement, save space can be folded under not use state.In a state of use can hinging rotary to level
State completes to be tensioned operation.Oil cylinder push-tight mechanism outbound course is installed to fixed formwork erection system memory, can be compressed rubbish and be changed
For thrust compression, the cylinder thrust output specific thrust in equal state condition exports big by 30%, more safe and reliable.
In the utility model：Clamping system also includes the oil cylinder push-tight mechanism being arranged on fixed formwork erection body, oil cylinder
Push-tight mechanism is arranged on the fixed formwork erection body left and right sides, is divided to upper and lower two groups of installations, and every group of 2-4 high thrust oil cylinder, push rod is defeated
Outgoing direction is inwardly arranged.Horizontality is in tensioning working condition lower connecting rod, connecting rod is removable with oil cylinder push-tight mechanism
Connection is unloaded, oil cylinder inwardly releases the mobile formwork erection of number set for tensing from the inside to the outside.
In the utility model：Grouting device is arranged on the lowermost end of side die device or bed die, and Grouting Pipe can be rectangle
Or circular configuration, one end of Grouting Pipe is connected with side mould, and one is provided with the mould of side with Grouting Pipe sectional area size, shape
Identical hole is used for slip casting；The tube wall in the centre position of Grouting Pipe is provided with a charging aperture, the charging aperture of Grouting Pipe with it is described enter
The discharging opening of expects pipe is connected, and with Grouting Pipe as the oblique installation of level, angle of inclination is 30-55 ° of (preferred 35- to the feed pipe
50 °, more preferably 45 °).The sectional area of Grouting Pipe is equal with the sectional area of feed pipe；Plug is removably set in Grouting Pipe, is blocked up
The charging aperture or discharging opening of the feed pipe can be opened or blocked to head under predetermined state；The outer end of plug is connected to screw mandrel push-tight
On guider, the inwall that plug can be along Grouting Pipe in the presence of screw mandrel thrust moves back and forth, and the end of Grouting Pipe is provided with
Whether number row's peephole, the plug observed in Grouting Pipe deviates from Grouting Pipe.Grouting device, the grouting device include feed pipe,
Grouting Pipe, plug, screw mandrel push-tight guider.Grouting device is arranged on the lowermost end of side die device or bed die, is so designed that
The material feeding by prefabricated components molding cavity lowermost end can be made from the bottom to top, to exclude the air in molding cavity, to reduce milling
The generation of plane, improves the product quality of concrete prefabricated element.
In the utility model：Screw mandrel push-tight guider includes thrust screw mandrel, guide post, bearing, guide plate, fixation
Plate, fixing nut and tensioning bolt.Guide post is arranged on the both sides up and down of slip casting pipe end, be oriented to pole length according to screw mandrel with it is stifled
Head physical length determines, the end of guide post is provided with the plate that is connected and connects two guide posts, fixed plate centre position
It is provided with bearing to be connected with thrust screw mandrel, thrust screw mandrel end is set to turret head or four angle heads facilitate pneumatic hammer or other power to pull
Hand clamps rotation, and thrust screw mandrel may be configured as standard metric screw mandrel or T-shaped screw mandrel；Guide plate middle setting has fixing nut and consolidates
Fixed board upper bearing (metal) position with one heart, is connected by thrust screw mandrel with fixed plate, and guide plate can be in the presence of thrust screw mandrel along guiding
The direction of bar is done and is moved back and forth, and guide plate is connected by tensioning bolt with plug, promotes plug to do the folding of Grouting Pipe, close
Action.
In the utility model：Protector, protector piecemeal is arranged on formwork erection or side mould top.Concrete prefabricated structure
The multi-functional battery mould build of part is larger, and protector can be effectively protected the safety of operating personnel, prevents sending out for contingency
It is raw.
In the utility model：Heating coagulation system be arranged on the electric heat source of battery mould internal system, liquid or
Gaseous medium heating source.Heating coagulation system the concrete prefabricated element in molding cavity can be carried out within the most short time plus
Hot just solidification, has saved the production time, improves production efficiency.
In the utility model：Vibrations compacting apparatus are the shock club or vibrations electricity for being arranged on battery mould internal system
Machine.Shock club or arranging for vibration motor can exclude to tiny bubble vibrations in the concrete in molding cavity, improve concrete
Density, improve product quality.
In the utility model：Spraying releasing agent system is the mobile spraying device for being arranged on mobile formwork erection system side,
Can be movable along guide rail, to formwork erection host computer system spraying releasing agent, cleaning agent or water.
Compared with prior art, the utility model has following Advantageous Effects：
1st, the discrete 5-10 mobile formwork erection in the fixed formwork erection left and right sides, can form the molding cavity of 10-20 prefabricated components,
Constitute a set of high efficiency, high-precision battery mould.
2nd, rail section takes the raised H type structure designs in medial recess both sides, this have the advantage that installed in shifting
BOGEY WHEEL in dynamic formwork erection system is non-interference with sprocket wheel or gear, load-supporting part is made a distinction with driver part, effectively
Prevent drive sprocket or gear to be affected by gravity, cutting occur, gnaw the phenomenons such as tooth, abrasion or latch, cause whole driving to be walked
Mechanism's clamping stagnation cannot be moved forward and backward.
3rd, the both sides of track are provided with chute, and chimb roller will not sideslip or stuck in chute again.So can significantly carry
The translational speed and stability of high battery mould system, makes the movement of battery mould system steady, safe and reliable.
4th, the chevron shaped BOGEY WHEEL of two-wheel significantly more efficient can share the operation and maintenance that pressure is easy to equipment entirety.Single people
Font BOGEY WHEEL make to move moulds it is overall rationally, clamping it is compact, it is again non-interference between wheel carrier and wheel carrier, form effectively mobile
Walking manner.
5th, spout hole uses full, the improve production efficiency for ensureing molding cavity inner concrete, expanding production Type Range.
6th, being provided with seal makes cavity shaping pour fuller, improve product quality, improves product quality.Slip casting,
The seepage of concrete can be effectively prevented in whole compacting process,
7th, grouting device is arranged on the lowermost end of side die device or bed die, and being so designed that can make by prefabricated components shaping sky
Chamber lowermost end starts material feeding from the bottom to top, to exclude the air in molding cavity, reduces the generation of milling, improves concrete pre-
The product quality of component processed.
Description of the drawings
Fig. 1 is three-dimensional structure diagram of the present utility model；
Fig. 2 is front view of the present utility model；
Fig. 3 is three-dimensional structure diagram of the present utility model；
Fig. 4 is left view of the present utility model；
Fig. 5 is three-dimensional structure diagram of the present utility model；
Fig. 6 is top view of the present utility model；
Fig. 7 is track system configuration figure of the present utility model；
Fig. 8 is driving system structure figure of the present utility model；
Fig. 9 is the chevron shaped BOGEY WHEEL schematic diagram of two-wheel of the present utility model；
Figure 10 is the chevron shaped BOGEY WHEEL schematic diagram of single-wheel of the present utility model；
Figure 11 is mobile formwork erection system schematic of the present utility model；
Figure 12 is mobile formwork erection system schematic of the present utility model；
Figure 13 is mould schematic diagram in side of the present utility model；
Figure 14 is backform schematic diagram of the present utility model
Figure 15 is tensioning apparatus schematic diagram of the present utility model；
Figure 16 is that side mould of the present utility model and slurry pour structural scheme of mechanism；
Figure 17 is that side mould of the present utility model and slurry pour structural scheme of mechanism.
Reference：
1：Guide track system；101 tracks；102：Walking mechanism；103：Support mechanism；104：Chute；105：Chain pin engages machine
Structure or carrier bar engaging mechanism；2：Battery mould system；3：Drive system；301：Drive power source；302：Kinematic link；303：Machine
Tool formula reduction box or rod-pulling type rotary spanner；4：Slurry pours mechanism；401：Feed pipe；402：Grouting Pipe；403：Plug；404：
Screw mandrel push-tight guider；5：Fixed formwork erection system；501：Fixed formwork erection body；6：Mobile formwork erection system；601：Sprocket wheel or tooth
Wheel；602：Weight bearing roller wheels；603：Move moulds body；604：Bed die；605：Bian Mo；606：Backform；607：Keel；608：Every
Film；609：Chimb roller；610：Seal；7：Backform hold down gag；8：Bed die fixing device；9：Side mould fixing device；10：
Tight device；1001：Connecting rod；1002：Fixed seat；1003：Oil cylinder push-tight mechanism；11：Central layer is implanted into alignment system；12：Protection
Device；13：Heating coagulation system；14：Vibrations compacting apparatus；15：Spraying releasing agent system.
Specific embodiment
According to the first embodiment of the present utility model, there is provided a kind of concrete prefabricated element battery mould：
A kind of concrete prefabricated element battery mould, including guide track system 1, battery mould system 2, drive system 3, slurry
Pour mechanism 4, it is characterised in that：Battery mould system 2 includes fixed formwork erection 5,1 mobile formwork erection system 6 of system.Guide track system
1 is arranged on the ground.Fixed formwork erection system 5 and mobile formwork erection system 6 are arranged on guide track system 1.Slurry pours mechanism 4 and arranges
In the bottom of the mobile side of formwork erection system 6.The mobile formwork erection system 5 of the connection of drive system 3, and drive mobile formwork erection system 5 leading
Run in rail system 1.
In the utility model：The guide track system 1 includes the track 101 of two or more parallel installation.
In the utility model：The section of track 101 is the raised H type structures in medial recess both sides.Intermediate recess position
For walking mechanism 102, both sides boss is support mechanism 103.
In the utility model：The both sides of the track 101 are provided with chute 104.
In the utility model：Be provided with the walking mechanism 102 at the track intermediate recess position chain pin engaging mechanism or
Carrier bar engaging mechanism 105.
In the utility model：The fixed formwork erection system 5 includes fixed formwork erection body 501.
In the utility model：Fix the both sides of formwork erection system 5 or wherein side is provided with mobile formwork erection system 6.
In the utility model：The mobile formwork erection system 6 includes sprocket wheel or gear 601, weight bearing roller wheels 602, mobile mould
Tool body 603,604,2 side moulds 605 of bed die and backform 606.Sprocket wheel or gear 601 are arranged on the bottom of the body 603 that moves moulds
Portion, and engage with the walking mechanism 102 of track.Weight bearing roller wheels 602 are arranged on the bottom of body 603 of moving moulds, and with
The support mechanism 103 of track is contacted.604,2 side moulds 605 of bed die and backform 606 are arranged on the surrounding of the body 603 that moves moulds.
As preferred：Mobile formwork erection system 6 also includes keel 607, barrier film 608.Keel 607 is arranged on bed die 604
In the middle of the body 603 that moves moulds.Barrier film 608 is arranged on and moves moulds on body 603 or bed die 604.
As preferred：The mobile formwork erection system 6 also includes chimb roller 609.Chimb roller 609 is arranged on and moves moulds
The bottom of body 603, and coordinate with the chute 104 of track both sides.
In the utility model：Weight bearing roller wheels 602 are in the chevron shaped BOGEY WHEEL of two-wheel or the chevron shaped BOGEY WHEEL of single-wheel
Plant or two kinds.
In the utility model：The bed die 604 is fixedly connected with the body 603 that moves moulds.The side of backform 606 and shifting
The top of moving mold body 603 is rotatably connected.The side of side mould 605 is rotatably connected with the side of the body 603 that moves moulds.
As preferred：The junction of bed die 604, side mould 605, backform 606 and the body 603 that moves moulds is equipped with seal
610。
In the utility model：The drive system 3 includes driving power source 301 and kinematic link 302.Described driving is moved
Power source 301 drives the sprocket wheel or gear 601 of mobile formwork erection system 6 to rotate by kinematic link 302, sprocket wheel or gear 601 and rail
The chain pin engaging mechanism or carrier bar engaging mechanism 102 of road walking mechanism is engaged.
In the utility model：The driving power source is mechanical reduction case or rod-pulling type rotary spanner 303.
As preferred：Described device also includes that backform hold down gag 7, bed die fixing device 8, side mould fix installing and put 9.
As preferred：Described device also includes tensioning apparatus 10.The tensioning apparatus 10 includes connecting rod 1001, fixed seat
1002 and oil cylinder push-tight mechanism 1003.Fixed seat 1002 is arranged on the moving moulds on body 603 of mobile formwork erection system.Oil cylinder is pushed away
Tight mechanism 1003 is arranged on the both sides of fixed formwork erection system 5.The connection fixing base 1002 of connecting rod 1001 and oil cylinder push-tight mechanism
1003。
In the utility model：The slurry pours mechanism 4 including feed pipe 401, Grouting Pipe 402, plug 403, screw mandrel
Push-tight guider 404.Slurry pours mechanism 4 and is arranged on the lower end of side mould 605 of mobile formwork erection system 6 or bed die 604.Slip casting
Pipe 402 connects feed pipe 401 and Bian Mo 605 or bed die 604.Plug 403 is arranged in Grouting Pipe 402.Screw mandrel push-tight is oriented to dress
Put 404 to be connected with plug 403.
As preferred：The battery mould also includes that central layer is implanted into alignment system 11.Central layer implantation alignment system 11 is arranged
Moving moulds on body 603.
As preferred：Battery mould also includes protector 12.Protector 12 is arranged on move moulds body 603 or side
The top of mould 605.
As preferred：The battery mould also includes heating coagulation system 13.Heating coagulation system 13 is arranged on mobile mould
On tool body 603.
As preferred：Battery mould also includes vibrations compacting apparatus 14.Vibrations compacting apparatus 14 are arranged on the mobile mould
Inside tool body 603.
As preferred：Battery mould also includes spraying releasing agent system 15.Spraying releasing agent system 15 is arranged on mobile vertical
The side of modular system 6.
Embodiment 1
A kind of concrete prefabricated element battery mould, including guide track system 1, battery mould system 2, drive system 3, slurry
Pour mechanism 4, it is characterised in that：Battery mould system 2 includes fixed formwork erection system 5, mobile formwork erection system 6.Guide track system 1
Arrange on the ground.Fixed formwork erection system 5 and mobile formwork erection system 6 are arranged on guide track system 1.Slurry pours mechanism 4 and arranges
In the bottom of the mobile side of formwork erection system 6.The mobile formwork erection system 5 of the connection of drive system 3, and drive mobile formwork erection system 5 leading
Run in rail system 1.
Guide track system 1 includes the track 101 of two or more parallel installation.The section of track 101 is medial recess
The raised H type structures in both sides.Intermediate recess position is walking mechanism 102, and both sides boss is support mechanism 103.The rail
The both sides in road 101 are provided with chute 104.Chain pin engaging mechanism or carrier bar are provided with the walking mechanism 102 at track intermediate recess position
Engaging mechanism 105.
Fixed formwork erection system 5 includes fixed formwork erection body 501.Fix the both sides of formwork erection system 5 or wherein side is provided with shifting
Dynamic formwork erection system 6.
Mobile formwork erection system 6 includes sprocket wheel or gear 601, weight bearing roller wheels 602, the body 603 that moves moulds, bed die 604,2
Piece side mould 605 and backform 606.Sprocket wheel or gear 601 are arranged on the bottom of the body 603 that moves moulds, and with the walking of track
Mechanism 102 engages.Weight bearing roller wheels 602 are arranged on the bottom of the body 603 that moves moulds, and connect with the support mechanism 103 of track
Touch.604,2 side moulds 605 of bed die and backform 606 are arranged on the surrounding of the body 603 that moves moulds.Mobile formwork erection system 6 also includes
Keel 607, barrier film 608.Keel 607 is arranged on bed die 604 and moves moulds in the middle of body 603.Barrier film 608 is arranged on shifting
On moving mold body 603 or bed die 604.Mobile formwork erection system 6 also includes chimb roller 609.Chimb roller 609 is arranged on movement
The bottom of die ontology 603, and coordinate with the chute 104 of track both sides.Weight bearing roller wheels 602 be the chevron shaped BOGEY WHEEL of two-wheel or
One or two in the chevron shaped BOGEY WHEEL of single-wheel.Bed die 604 is fixedly connected with the body 603 that moves moulds.The side of backform 606
The top of body 603 is rotatably connected with moving moulds.The side of side mould 605 rotatably connects with the side of the body 603 that moves moulds
Connect.The junction of bed die 604, side mould 605, backform 606 and the body 603 that moves moulds is equipped with seal 610.
Drive system 3 includes driving power source 301 and kinematic link 302.The driving power source 301 passes through kinematic link
302 drive the sprocket wheel or gear 601 of mobile formwork erection system 6 to rotate, and sprocket wheel or gear 601 are engaged with the chain pin of track running mechanism
Mechanism or carrier bar engaging mechanism 102 are engaged.Power source is driven to be mechanical reduction case or rod-pulling type rotary spanner 303.
Slurry pours mechanism 4 including feed pipe 401, Grouting Pipe 402, plug 403, screw mandrel push-tight guider 404.Slurry
Pour mechanism 4 to be arranged on the lower end of side mould 605 of mobile formwork erection system 6 or bed die 604.Grouting Pipe 402 connects the He of feed pipe 401
Side mould 605 or bed die 604.Plug 403 is arranged in Grouting Pipe 402.Screw mandrel push-tight guider 404 is connected with plug 403.
Embodiment 2
Repeat embodiment 1, simply device also includes that backform hold down gag 7, bed die fixing device 8, side mould are fixed installing and put
9。
Device also includes tensioning apparatus 10.The tensioning apparatus 10 is pushed away including connecting rod 1001, fixed seat 1002 and oil cylinder
Tight mechanism 1003.Fixed seat 1002 is arranged on the moving moulds on body 603 of mobile formwork erection system.Oil cylinder push-tight mechanism 1003 sets
Put in the both sides of fixed formwork erection system 5.The connection fixing base 1002 of connecting rod 1001 and oil cylinder push-tight mechanism 1003.
Embodiment 3
Repeat embodiment 1, simply battery mould also includes that central layer is implanted into alignment system 11.Central layer implantation alignment system 11 sets
Put and moving moulds on body 603.Battery mould also includes protector 12.Protector 12 is arranged on the body that moves moulds
603 or the top of side mould 605.Battery mould also includes heating coagulation system 13.Heating coagulation system 13 is arranged on and moves moulds
On body 603.Battery mould also includes vibrations compacting apparatus 14.Vibrations compacting apparatus 14 are arranged on the body that moves moulds
Inside 603.Battery mould also includes spraying releasing agent system 15.Spraying releasing agent system 15 is arranged on mobile formwork erection system 6
Side.
Claims (31)
1. a kind of concrete prefabricated element battery mould, including guide track system (1), battery mould system (2), drive system (3),
Slurry pours mechanism (4), it is characterised in that：Battery mould system (2) includes fixed formwork erection system (5), mobile formwork erection system
(6), guide track system (1) is arranged on the ground, and fixed formwork erection system (5) and mobile formwork erection system (6) are arranged on guide track system (1)
On, slurry pours the bottom that mechanism (4) is arranged on mobile formwork erection system (6) side, the mobile formwork erection system of drive system (3) connection
(5), and mobile formwork erection system (5) is driven to run on guide track system (1).
2. a kind of concrete prefabricated element battery mould according to claim 1, it is characterised in that：The guide track system
(1) including the track (101) of two or more parallel installation, and/or
The section of track (101) is the raised H type structures in medial recess both sides, and intermediate recess position is walking mechanism (102), two
Side boss is support mechanism (103).
3. a kind of concrete prefabricated element battery mould according to claim 2, it is characterised in that：The track (101)
Both sides be provided with chute (104), and/or
Chain pin engaging mechanism or carrier bar engaging mechanism (105) are provided with the walking mechanism (102) at the track intermediate recess position.
4. a kind of concrete prefabricated element battery mould according to any one of claim 1-3, it is characterised in that：It is described
Fixed formwork erection system (5) includes fixed formwork erection body (501), and/or
Fix the both sides of formwork erection system (5) or wherein side is provided with mobile formwork erection system (6).
5. a kind of concrete prefabricated element battery mould according to claim 1, it is characterised in that：The mobile formwork erection system
System (6) is including sprocket wheel or gear (601), weight bearing roller wheels (602), the body that moves moulds (603), bed die (604), 2 side moulds
And backform (606) (605)；Sprocket wheel or gear (601) installed in the bottom of the body that moves moulds (603), and with the row of track
Walk mechanism (102) engagement；Weight bearing roller wheels (602) installed in the bottom of the body that moves moulds (603), and with the load-bearing machine of track
Structure (103) is contacted；Bed die (604), 2 side moulds (605) and backform (606) are arranged on the surrounding of the body that moves moulds (603)；
And/or
Mobile formwork erection system (6) also includes keel (607), barrier film (608), and keel (607) is arranged on bed die (604) and moves
In the middle of moving mold body (603), barrier film (608) is arranged on the body that moves moulds (603) or bed die (604).
6. a kind of concrete prefabricated element battery mould according to claim 5, it is characterised in that：The mobile formwork erection system
System (6) also includes chimb roller (609), and chimb roller (609) is arranged on the bottom of the body that moves moulds (603), and and rail
The chute (104) of road both sides coordinates, and/or
Weight bearing roller wheels (602) are one or two in the chevron shaped BOGEY WHEEL of two-wheel or the chevron shaped BOGEY WHEEL of single-wheel.
7. a kind of concrete prefabricated element battery mould according to claim 5 or 6, it is characterised in that：The bed die
(604) it is fixedly connected with the body that moves moulds (603), the side of backform (606) is rotatable with the body that moves moulds (603) top
Connection, and/or
The side of side mould (605) is rotatably connected with the side of the body that moves moulds (603).
8. a kind of concrete prefabricated element battery mould according to claim 7, it is characterised in that：Bed die (604), Bian Mo
(605), the junction of backform (606) and the body that moves moulds (603) is equipped with seal (610).
9. a kind of concrete prefabricated element battery mould according to any one of claim 5,6 or 8, it is characterised in that：
, including power source (301) and kinematic link (302) is driven, driving power source (301) is by transmission for the drive system (3)
Connecting rod (302) drives the sprocket wheel of mobile formwork erection system (6) or gear (601) rotation, sprocket wheel or gear (601) and track travel machine
The chain pin engaging mechanism of structure or carrier bar engaging mechanism (102) are engaged, and/or
The driving power source is mechanical reduction case or rod-pulling type rotary spanner (303).
10. a kind of concrete prefabricated element battery mould according to claim 7, it is characterised in that：The drive system
(3) including power source (301) and kinematic link (302) is driven, driving power source (301) is by kinematic link (302) band
The sprocket wheel or gear (601) of dynamic mobile formwork erection system (6) is rotated, the chain pin rodent of sprocket wheel or gear (601) and track running mechanism
Mechanism or carrier bar engaging mechanism (102) engagement are closed, and/or
The driving power source is mechanical reduction case or rod-pulling type rotary spanner (303).
A kind of 11. concrete prefabricated element battery moulds according to any one of claim 1-3,5-6,8 or 10, it is special
Levy and be：Described device also includes that backform hold down gag (7), bed die fixing device (8), side mould are fixed installing and put (9).
A kind of 12. concrete prefabricated element battery moulds according to claim 4, it is characterised in that：Described device is also wrapped
Include backform hold down gag (7), bed die fixing device (8), side mould fix installing put (9).
A kind of 13. concrete prefabricated element battery moulds according to claim 7, it is characterised in that：Described device is also wrapped
Include backform hold down gag (7), bed die fixing device (8), side mould fix installing put (9).
A kind of 14. concrete prefabricated element battery moulds according to claim 9, it is characterised in that：Described device is also wrapped
Include backform hold down gag (7), bed die fixing device (8), side mould fix installing put (9).
15. according to claim 1-3,5-6,8,10 or 12-14 any one of a kind of concrete prefabricated element stand in groups
Mould, it is characterised in that：Described device also includes tensioning apparatus (10), and the tensioning apparatus (10) includes connecting rod (1001), solid
Reservation (1002) and oil cylinder push-tight mechanism (1003)；Fixed seat (1002) is arranged on the body that moves moulds of mobile formwork erection system
(603) on, oil cylinder push-tight mechanism (1003) is arranged on the both sides of fixed formwork erection system (5)；Connecting rod (1001) connection fixing base
And oil cylinder push-tight mechanism (1003) (1002).
A kind of 16. concrete prefabricated element battery moulds according to claim 4, it is characterised in that：Described device is also wrapped
Tensioning apparatus (10) is included, the tensioning apparatus (10) includes connecting rod (1001), fixed seat (1002) and oil cylinder push-tight mechanism
(1003)；Fixed seat (1002) is arranged on the body that moves moulds (603) of mobile formwork erection system, oil cylinder push-tight mechanism (1003)
It is arranged on the both sides of fixed formwork erection system (5)；Connecting rod (1001) connection fixing base (1002) and oil cylinder push-tight mechanism (1003).
A kind of 17. concrete prefabricated element battery moulds according to claim 7, it is characterised in that：Described device is also wrapped
Tensioning apparatus (10) is included, the tensioning apparatus (10) includes connecting rod (1001), fixed seat (1002) and oil cylinder push-tight mechanism
(1003)；Fixed seat (1002) is arranged on the body that moves moulds (603) of mobile formwork erection system, oil cylinder push-tight mechanism (1003)
It is arranged on the both sides of fixed formwork erection system (5)；Connecting rod (1001) connection fixing base (1002) and oil cylinder push-tight mechanism (1003).
A kind of 18. concrete prefabricated element battery moulds according to claim 9, it is characterised in that：Described device is also wrapped
Tensioning apparatus (10) is included, the tensioning apparatus (10) includes connecting rod (1001), fixed seat (1002) and oil cylinder push-tight mechanism
(1003)；Fixed seat (1002) is arranged on the body that moves moulds (603) of mobile formwork erection system, oil cylinder push-tight mechanism (1003)
It is arranged on the both sides of fixed formwork erection system (5)；Connecting rod (1001) connection fixing base (1002) and oil cylinder push-tight mechanism (1003).
A kind of 19. concrete prefabricated element battery moulds according to claim 11, it is characterised in that：Described device is also wrapped
Tensioning apparatus (10) is included, the tensioning apparatus (10) includes connecting rod (1001), fixed seat (1002) and oil cylinder push-tight mechanism
(1003)；Fixed seat (1002) is arranged on the body that moves moulds (603) of mobile formwork erection system, oil cylinder push-tight mechanism (1003)
It is arranged on the both sides of fixed formwork erection system (5)；Connecting rod (1001) connection fixing base (1002) and oil cylinder push-tight mechanism (1003).
A kind of 20. concrete prefabricated elements according to any one of claim 5-6,8,10,13-14 or 17-18 are in groups
Formwork erection, it is characterised in that：The slurry pours mechanism (4) including feed pipe (401), Grouting Pipe (402), plug (403), screw mandrel
Push-tight guider (404)；Slurry pours side mould (605) lower end or the bed die that mechanism (4) is arranged on mobile formwork erection system (6)
(604) on, Grouting Pipe (402) connects feed pipe (401) and side mould (605) or bed die (604), and plug (403) is arranged on slip casting
On pipe (402), screw mandrel push-tight guider (404) is connected with plug (403).
A kind of 21. concrete prefabricated element battery moulds according to claim 7, it is characterised in that：The slurry is poured
Mechanism (4) includes feed pipe (401), Grouting Pipe (402), plug (403), screw mandrel push-tight guider (404)；Slurry casting machine
Structure (4) is arranged on side mould (605) lower end of mobile formwork erection system (6) or bed die (604), Grouting Pipe (402) connection feed pipe
(401) and side mould (605) or bed die (604), plug (403) is arranged in Grouting Pipe (402), screw mandrel push-tight guider
(404) it is connected with plug (403).
A kind of 22. concrete prefabricated element battery moulds according to claim 9, it is characterised in that：The slurry is poured
Mechanism (4) includes feed pipe (401), Grouting Pipe (402), plug (403), screw mandrel push-tight guider (404)；Slurry casting machine
Structure (4) is arranged on side mould (605) lower end of mobile formwork erection system (6) or bed die (604), Grouting Pipe (402) connection feed pipe
(401) and side mould (605) or bed die (604), plug (403) is arranged in Grouting Pipe (402), screw mandrel push-tight guider
(404) it is connected with plug (403).
The 23. a kind of concrete prefabricated structures according to any one of claim 5-6,8,10,13-14,17-18 or 21-22
Part battery mould, it is characterised in that：The battery mould also includes central layer implantation alignment system (11), central layer implantation alignment system
(11) it is arranged on the body that moves moulds (603), and/or
Battery mould also includes protector (12), and protector (12) is arranged on the body that moves moulds (603) or side mould (605)
Top.
A kind of 24. concrete prefabricated element battery moulds according to claim 7, it is characterised in that：The battery mould
Also include central layer implantation alignment system (11), central layer implantation alignment system (11) is arranged on the body that moves moulds (603), and/
Or
Battery mould also includes protector (12), and protector (12) is arranged on the body that moves moulds (603) or side mould (605)
Top.
A kind of 25. concrete prefabricated element battery moulds according to claim 9, it is characterised in that：The battery mould
Also include central layer implantation alignment system (11), central layer implantation alignment system (11) is arranged on the body that moves moulds (603), and/
Or
Battery mould also includes protector (12), and protector (12) is arranged on the body that moves moulds (603) or side mould (605)
Top.
A kind of 26. concrete prefabricated element battery moulds according to claim 20, it is characterised in that：The battery mould
Also include central layer implantation alignment system (11), central layer implantation alignment system (11) is arranged on the body that moves moulds (603), and/
Or
Battery mould also includes protector (12), and protector (12) is arranged on the body that moves moulds (603) or side mould (605)
Top.
A kind of 27. concrete according to any one of claim 5-6,8,10,13-14,17-18,21-22 or 24-26
Prefabricated components battery mould, it is characterised in that：The battery mould also includes heating coagulation system (13), heats coagulation system
(13) it is arranged on the body that moves moulds (603), and/or
Battery mould also includes vibrations compacting apparatus (14), and vibrations compacting apparatus (14) are arranged on the body that moves moulds
(603) it is internal, and/or
Battery mould also includes spraying releasing agent system (15), and spraying releasing agent system (15) is arranged on mobile formwork erection system (6)
Side.
A kind of 28. concrete prefabricated element battery moulds according to claim 7, it is characterised in that：The battery mould
Also include heating coagulation system (13), heating coagulation system (13) is arranged on the body that moves moulds (603), and/or
Battery mould also includes vibrations compacting apparatus (14), and vibrations compacting apparatus (14) are arranged on the body that moves moulds
(603) it is internal, and/or
Battery mould also includes spraying releasing agent system (15), and spraying releasing agent system (15) is arranged on mobile formwork erection system (6)
Side.
A kind of 29. concrete prefabricated element battery moulds according to claim 9, it is characterised in that：The battery mould
Also include heating coagulation system (13), heating coagulation system (13) is arranged on the body that moves moulds (603), and/or
Battery mould also includes vibrations compacting apparatus (14), and vibrations compacting apparatus (14) are arranged on the body that moves moulds
(603) it is internal, and/or
Battery mould also includes spraying releasing agent system (15), and spraying releasing agent system (15) is arranged on mobile formwork erection system (6)
Side.
A kind of 30. concrete prefabricated element battery moulds according to claim 20, it is characterised in that：The battery mould
Also include heating coagulation system (13), heating coagulation system (13) is arranged on the body that moves moulds (603), and/or
Battery mould also includes vibrations compacting apparatus (14), and vibrations compacting apparatus (14) are arranged on the body that moves moulds
(603) it is internal, and/or
Battery mould also includes spraying releasing agent system (15), and spraying releasing agent system (15) is arranged on mobile formwork erection system (6)
Side.
A kind of 31. concrete prefabricated element battery moulds according to claim 23, it is characterised in that：The battery mould
Also include heating coagulation system (13), heating coagulation system (13) is arranged on the body that moves moulds (603), and/or
Battery mould also includes vibrations compacting apparatus (14), and vibrations compacting apparatus (14) are arranged on the body that moves moulds
(603) it is internal, and/or
Battery mould also includes spraying releasing agent system (15), and spraying releasing agent system (15) is arranged on mobile formwork erection system (6)
Side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621013264.1U CN206106057U (en) | 2016-08-31 | 2016-08-31 | Precast concrete component battery mould |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621013264.1U CN206106057U (en) | 2016-08-31 | 2016-08-31 | Precast concrete component battery mould |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206106057U true CN206106057U (en) | 2017-04-19 |
Family
ID=58515903
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621013264.1U Active CN206106057U (en) | 2016-08-31 | 2016-08-31 | Precast concrete component battery mould |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206106057U (en) |
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| CN109676759A (en) * | 2019-01-28 | 2019-04-26 | 广州益群板业有限公司 | High-strength light assembles floor group standing mould machine and its application method |
| CN109849160A (en) * | 2019-01-30 | 2019-06-07 | 中建科技（深汕特别合作区）有限公司 | A kind of multifunctional concrete component battery mould production system |
| CN109849160B (en) * | 2019-01-30 | 2024-01-12 | 中建科技（深汕特别合作区）有限公司 | Multi-functional concrete member sets up formwork production system |
| CN109940737A (en) * | 2019-03-14 | 2019-06-28 | 南京东垚建筑科技研究院有限公司 | Mould group mold pours the mould and preparation method thereof that do not collapse of high-strength light foamed concrete |
| CN110509418A (en) * | 2019-08-06 | 2019-11-29 | 深圳市胜德建筑科技有限公司 | Frame drawer type concrete prefabricated element production system |
| CN112248196A (en) * | 2020-10-15 | 2021-01-22 | 王非凡 | Fire-retardant gypsum block casting molding manufacturing system |
| CN114516110A (en) * | 2021-12-29 | 2022-05-20 | 三能集成房屋股份有限公司 | Group formwork erection |
| CN114347229A (en) * | 2022-01-10 | 2022-04-15 | 秦皇岛和信基业建筑科技有限公司 | Vertical forging die for prefabricated wallboard of fabricated building and production process |
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