CN208100688U - Precast concrete wall panel production mould system - Google Patents
Precast concrete wall panel production mould system Download PDFInfo
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- CN208100688U CN208100688U CN201820197776.0U CN201820197776U CN208100688U CN 208100688 U CN208100688 U CN 208100688U CN 201820197776 U CN201820197776 U CN 201820197776U CN 208100688 U CN208100688 U CN 208100688U
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Abstract
The utility model relates to a kind of precast concrete wall panel production mould systems, it includes die station and is equipped in the first wallboard mould system in the die station, the first wallboard mould system includes multiple first gear side mode tools, at least one described first gear side mode tool is steel-wood structure mold, the steel-wood structure mold includes punching block bracket and plank sheathing, and the punching block bracket and the plank sheathing are detachably connected.The precast concrete wall panel production mould system of the utility model embodiment, by using steel-wood structure mold as rib mold, not only alleviate mold weight, reduce the labor intensity of worker, and the versatility of the precast concrete wall panel production mould system is made to be greatly improved, it can satisfy the production requirement of a variety of wallboards, so that the die cost of factory be greatly reduced.
Description
Technical field
The utility model relates to assembled architecture technical fields, in particular to a kind of precast concrete wall panel production mould system
System.
Background technique
In assembled arthitecutral structure, precast concrete wall panel is determined as vertical wallboard by its design feature, is suitble to flow
Waterline operation manufacture, therefore the suitable generalization of production mould and standardization.Current common precast concrete wall panel production mould has
Steel die, wooden die etc..The advantage of steel die is that integral strength is high, rigidity is big, production precision is high, is unlikely to deform,
Mostly etc., disadvantage is that weight is big, at high cost to the number of turnover.Wood mold coupled advantage is that light weight and cost is lower, and disadvantage is turnover time
Number less, production precision it is low, easily-deformable etc..And steel die and wood mold coupled disadvantage all poor there is also versatility, it is right
In the concrete panel of different muscle modes out, need to remake different molds, the number of molds for using factory is more, mould
Has higher cost.
Utility model content
In view of the deficiencies of the prior art, the utility model aim is to provide that a kind of versatility is high, mold weight is relatively light
Precast concrete wall panel production mould system.
In order to solve the above-mentioned technical problem, the utility model embodiment provides a kind of precast concrete wall panel production mould system
System comprising die station and be equipped in the first wallboard mould system in the die station, the first wallboard mould system includes more
A first gear side mode tool, at least one described first gear side mode tool is steel-wood structure mold, and the steel-wood structure mold includes steel
Mould holder and plank sheathing, the punching block bracket and the plank sheathing are detachably connected.
As the further improvement of above-described embodiment, it is equipped in the first wallboard mould system by multiple first ribs
At least two first gear side modes tool of the hole die assembly that mold surrounds, described hole die assembly is the steel-wood structure mould
Tool.
As the further improvement of above-described embodiment, described hole die assembly is equipped in rectangle, is located at described hole mould
The first gear side mode tool of the two sides and top margin that have component is steel-wood structure mold；Or positioned at the two of described hole die assembly
The first gear side mode tool of relative side is steel-wood structure mold.
As the further improvement of above-described embodiment, the first gear of two adjacent outer side edges in the first wallboard mould system
Side mode tool is steel-wood structure mold.
As the further improvement of above-described embodiment, the first wallboard mould system includes four and surrounds the first of rectangle
Rib mold, one of first gear side mode tool is fixed punching block, and the fixed punching block is connect by bolt with the die station, two
A to be pressed in the die station for the first gear side mode tool of steel-wood structure mold by magnetic weight, another first gear side mode tool is
Magnetic rib mold is simultaneously adsorbed in the die station.
As the further improvement of above-described embodiment, the punching block bracket includes two bracket bent plates and is equipped with described two
Multiple connecting plates between a bracket bent plate, the multiple connecting plate are separately connected described two bracket bent plates, and the bracket is curved
Plate has bending edges, and multiple connecting holes of the length direction distribution along the bracket bent plate, institute are offered on the bending edges
The bending direction for stating the bending edges of two bracket bent plates is opposite, and the plank sheathing pours side bending with described two bracket bent plates
Side is by screw or is bolted, and the screw or bolt pass through the connecting hole on the bending edges.
As the further improvement of above-described embodiment, the precast concrete wall panel production mould system further include be equipped in
The second wallboard mould system in the die station, the second template mold system include that multiple second gear side modes have, and at least one
A second gear side mode tool is anti-side structure mold, and the anti-side structure mold includes lower die and upper mold, and the lower die is fixed
In in the die station, the upper mold includes muscle bracket, going out muscle beam and multiple gussets out, and the muscle bracket out is fixed on the mould
On platform, the muscle beam out is fixedly connected and hangs with the muscle bracket out and is formed in the die station, and the multiple link of boards out exists
It is described go out muscle beam on and along it is described go out muscle beam length direction distribution, it is the multiple go out gusset from it is described go out muscle beam extend downwardly and
Outstanding to be formed in the die station, the multiple gusset out extends relative to the lower die to the side that pours of the lower die.
As the further improvement of above-described embodiment, the upper mold includes multiple fabric along the muscle beam length direction out
Muscle bracket out, the muscle beam out are connected on the multiple muscle bracket out, and the side that pours of the muscle beam out is equipped with mounting groove, institute
It states multiple gussets out to be fixed on the muscle beam out by clamping screw, the clamping screw is matched with the mounting groove.
As the further improvement of above-described embodiment, the multiple gusset out is arranged closely on the muscle beam out, and phase
Adjacent two go out between gusset to be formed with out muscle slot；Or the multiple gusset compartment of terrain out is distributed on the muscle beam out, and institute
It states multiple gussets out to connect with a wooden muscle template out, multiple muscle slots out and/or out muscle is offered in the wooden muscle template out
Hole, it is described it is wooden go out muscle template be connected to it is the multiple go out gusset pour side.
As the further improvement of above-described embodiment, the muscle bracket out includes muscle pedestal, vertical support rod, going out muscle folder
Tool, horizontal support bar and muscle mounting rack out, it is described go out muscle pedestal there is magnetic holder, one end of the vertical support rod is fixed on described
Out on muscle pedestal, the muscle fixture out includes vertical folder hole and horizontal folder hole, and the vertical support rod is detachably clamped at institute
It states in vertical folder hole, the horizontal support bar is detachably clamped in the horizontal folder hole, and the muscle mounting rack out is connected to
The horizontal support bar is located at the one end for pouring side, and the muscle beam out passes through clamping screw and the fixed company of muscle mounting rack out
It connects.
As the further improvement of above-described embodiment, the lower die is pressed in the die station by magnetic weight, it is described go out
Muscle bracket has magnetic and is adsorbed in the die station, and the muscle bracket out is connected to the outside of the lower die.
As the further improvement of above-described embodiment, the second wallboard mould system includes four and surrounds the second of rectangle
Rib mold, one of second gear side mode tool is fixed punching block, and the fixed punching block is connect by bolt with the die station, two
The second gear side mode tool of a adjacent side is anti-side structure mold, and another second gear side mode tool is steel-wood structure mold.
As the further improvement of above-described embodiment, one of first gear side mode of the first wallboard mould system has
Also it is fixed punching block, and is equipped in the same direction for the first gear side mode tool and second gear side mode tool of fixed punching block.
As the further improvement of above-described embodiment, the fixed punching block includes punching block bottom plate, punching block top plate, steel mould side board
With multiple support plates, the punching block bottom plate is parallel with punching block top plate to be equipped with, the multiple support plate be located at the punching block bottom plate and
It between punching block top plate, and is fixedly connected respectively with the punching block bottom plate and punching block top plate, the steel mould side board and the punching block bottom
Plate is fixedly connected with the side that pours of punching block top plate, and the punching block bottom plate is bolted with the die station.
As the further improvement of above-described embodiment, it is spaced along its length on the steel mould side board and/or punching block top plate
Offer multiple waist typed through hole.
As the further improvement of above-described embodiment, the side that pours of the steel mould side board is connected with tongue and groove mold, the enterprise
Mouth mold has from the die station pre-determined distance.
It is that the first gear side mode tool of steel-wood structure mold passes through magnetic weight pressure as the further improvement of above-described embodiment
In the die station.
As the further improvement of above-described embodiment, the magnetism weight includes fixed magnetic holder and is fixed on the fixed magnetic
One end of pressing plate on box, the pressing plate from the fixed magnetic holder extends outwardly, the outstanding system in the free end of the pressing plate, and the pressure
The free ending tool of plate has downwardly projecting pushing protrusion.
The precast concrete wall panel production mould system of the utility model embodiment, by using steel-wood structure mold conduct
Rib mold, not only alleviates mold weight, reduces the labor intensity of worker, and the precast concrete wall panel is made to produce mould
The versatility of tool system is greatly improved, and can satisfy the production requirement of a variety of wallboards, so that factory be greatly reduced
Die cost.
Detailed description of the invention
It is more particularly described by the preferred embodiment in the utility model shown in the drawings, the above and other mesh of the utility model
, feature and advantage will become more fully apparent.Identical appended drawing reference indicates identical part in all the attached drawings, and does not carve
Meaning draws attached drawing by actual size equal proportion scaling, it is preferred that emphasis is shows this purport.
Fig. 1 is the structural schematic diagram of precast concrete wall panel production mould system.
Fig. 2 is the structural schematic diagram of the first wallboard mould system.
Fig. 3 is the partial enlarged view of the first wallboard mould system.
Fig. 4 is the structural schematic diagram of the second wallboard mould system.
Fig. 5 is the partial enlarged view of the second wallboard mould system.
Fig. 6 is the structural schematic diagram of fixed punching block.
Fig. 7 is the structural schematic diagram of tongue and groove mold.
Fig. 8 is the scheme of installation of fixed punching block.
Fig. 9 is that fixed punching block pours status diagram.
Figure 10 is the structural schematic diagram of punching block bracket.
Figure 11 is the structural schematic diagram of bracket bent plate.
Figure 12 is the scheme of installation of punching block bracket.
Figure 13 is the structural schematic diagram of steel-wood structure mold.
Figure 14 is another viewing angle constructions schematic diagram of steel-wood structure mold.
Figure 15 is the structural schematic diagram of magnetic rib mold.
Figure 16 is the structural schematic diagram of magnetic weight.
Figure 17 is the use state diagram of magnetic weight.
Figure 18 is the portion the A enlarged drawing of Figure 17.
Figure 19 is the structural schematic diagram of the lower die of anti-side structure mold.
Figure 20 is the assembling process schematic diagram of anti-side structure mold.
Figure 21 is the partial enlarged view of Figure 20.
Figure 22 is the structural schematic diagram for muscle bracket.
Figure 23 is the structural schematic diagram for muscle fixture.
Figure 24 is the structural schematic diagram for muscle beam.
Figure 25 is the structural schematic diagram for gusset.
Figure 26 is the structural schematic diagram of anti-side structure mold.
Figure 27 is the partial enlarged view of Figure 26.
Figure 28 pours status diagram for anti-side structure mold.
Figure 29 is the assembling process schematic diagram of anti-side structure mold in another embodiment.
Figure 30 is the partial structural diagram of anti-side structure mold in another embodiment.
Figure 31 is the explosive view of clamping screw.
Figure 32 is the perspective view of clamping screw.
Specific embodiment
For the ease of understanding the utility model, below with reference to relevant drawings to being originally described more fully.
It should be noted that it can be directly to separately when an element is considered as " connection " another element
One element and it is in combination be integrated, or may be simultaneously present centering elements.Term as used herein " installation ", " one
End ", " other end " and similar statement are for illustrative purposes only.
Unless otherwise defined, the technology of all technical and scientific terms used herein and the technical field for belonging to this
The normally understood meaning of personnel is identical.Term used in book described herein is intended merely to the mesh of description specific embodiment
, it is not intended that in limitation the utility model.Term " and or " used herein includes one or more relevant institute's lists
Any and all combinations of purpose.
Fig. 1 to Figure 32 is please referred to, the utility model embodiment provides a kind of precast concrete wall panel production mould system,
Including die station 1 and it is equipped in the first wallboard mould system 3 in die station 1.Die station 1 can be the rectangular plate structure of large area,
The upper surface of die station 1 is plane steel plate, and the long side bottom of die station 1 can be then uninterrupted fashioned iron, allows die station 1 in flowing water
It is moved between the back-up roller wheel of line.First wallboard mould system 3 has including multiple first gear side modes, and multiple first gear side mode tools surround
At the casting area of wallboard, then in casting area casting concrete, the first wallboard 7 is formed after solidification.First gear side mode tool
Both included the mold for forming each side of the first wallboard 7, and be also included within the mould for forming door opening or window opening on the first wallboard 7
Tool.Referring to FIG. 2, at least one first gear side mode tool is steel-wood structure mold 32.Please refer to Figure 10 to Figure 14, steel-wood structure mould
Tool 32 includes punching block bracket and plank sheathing 324, and punching block bracket and plank sheathing 324 are detachably connected.By by punching block bracket and wood
Template 324 is detachably connected into steel-wood structure mold 32, can both mitigate the weight of mold, and cost is also relatively low, and
It can according to need and replace different plank sheathings, so that the versatility of steel-wood structure mold 32 is greatly improved, reduce the whole series
The cost of precast concrete wall panel production mould system.
Fig. 2 and Fig. 3 are please referred to, in a preferred embodiment, is equipped in the first wallboard mould system 3 by multiple first ribs
At least two first gear side modes tool of the hole die assembly that mold surrounds, hole die assembly is steel-wood structure mold 32.?
In the present embodiment, hole die assembly is for forming door opening, and in other embodiments, hole die assembly can be used for forming
Window opening.Each first gear side mode tool of hole die assembly surrounds enclosed construction, not casting concrete in the enclosed construction, thus shape
At hole, and between each first gear side mode of hole die assembly tool and the first gear side mode tool for forming wall side of outside then
It is formed with the casting area of the first wallboard 7.
In a further preferred embodiment, hole die assembly be equipped in rectangle namely hole die assembly each
One rib mold constitutes a line of the rectangle.Referring to FIG. 2, in some embodiments, positioned at the two sides of hole die assembly
Side is steel-wood structure mold 32, and the spacing between two sides is wider, therefore connects the first gear side mode of the top margin of two sides
Tool also uses steel-wood structure mold 32.The hole die assembly is for forming door opening on the first wallboard 7.In other embodiments
In, hole die assembly can be used for forming window opening, and the first gear side mode tool positioned at the two opposite sides side of hole die assembly is
Steel-wood structure mold, and the spacing between the side of two opposite sides is smaller, therefore the top margin for connecting two sides can be directly with fixed dress
Make fixed plank sheathing.Structure for forming the hole die assembly of window opening can be with reference to shown in Fig. 4 and Fig. 5.
Referring to FIG. 2, the first gear side mode tool of two adjacent outer side edges is steel-wood structure mold in the first wallboard mould system 3
32.Specifically, the first gear side mode tool for forming 7 a side of the first wallboard and top margin of the first wallboard mould system 3
For steel-wood structure mold 32.In a further preferred embodiment, the first wallboard mould system 3 includes four and surrounds the of rectangle
One rib mold.One of first gear side mode tool is fixed punching block 31, and fixed punching block 31 is connect by bolt with die station 1, Gu
Determining punching block 31 can be used for forming the bottom edge of the first wallboard 7.Two pass through magnetism for the first gear side mode tool of steel-wood structure mold 32
Weight 11 is pressed in die station 1, another first gear side mode tool is magnetic rib mold 33 and is adsorbed in die station 1.Two steel wood
Structure mold 32 is respectively used to form a side of the first wallboard 7 and a top margin opposite with bottom edge.Magnetic rib mould
The substantially strip rectangular beam shape of tool 33, for forming another side of the first wallboard 7.Fixed punching block 31 can be fixed on
In die station 1, generally just no longer remove.And two steel-wood structure molds 32 and magnetic rib mold 33 are then in demoulding from die station 1
On removed, when forming again, and be installed in die station 1.Magnetic rib mold 33 can have the magnetic that machine starts automatically
Iron series system when needing mobile, first by magnetic 33 demagnetization of rib mold, is then lifted again with suspender and is moved.It puts and makes to institute in die station 1
When needing position, then so that magnetic rib mold 33 is generated magnetism, be adsorbed onto die station 1.It is steel-wood structure mold 32 for two
First gear side mode tool is then pressed in die station 1 by magnetic weight 11, and magnetic weight 11 pushes down the punching block branch of steel-wood structure mold 32
Frame, and with die station 1 by magnetic-adsorption, so that steel-wood structure mold 32 is fixed.When demoulding, make magnetic 11 demagnetization of weight, first
Magnetic weight 11 is removed, then again removes steel-wood structure mold 32.
Figure 16 and Figure 17 are please referred to, in a preferred embodiment, magnetic weight 11 includes fixed magnetic holder 111 and is fixed on fixation
One end of pressing plate 112 on magnetic holder 111,112 self-retaining magnetic holder 111 of pressing plate extends outwardly, when freely putting, pressing plate 112
The outstanding system in free end 1121.The free end 1121 of pressing plate 112 has downwardly projecting pushing protrusion 1122.It is solid using magnetic weight 11
When determining steel-wood structure mold 32,111 demagnetization of magnetic holder will be first fixed, appropriate position system is then moved in die station 1, and make fixed magnetic
The outside (other side opposite with side is poured) of punching block bracket is supported in one end of box 111 towards the free end of pressing plate 112 1121, pressure
The outside of plank sheathing 324 is then supported in the free end 1121 of plate 112, while pushing protrusion 1122 and being pressed on punching block bracket, finally makes
Fixed magnetic holder 111 restores magnetic, so that it is adsorbed on fixed magnetic holder 111 in die station 1, steel-wood structure mold 32 is fixed.Excellent
Select in embodiment, one end of fixed magnetic holder 111 towards the free end of pressing plate 112 1121 support positioned at bottom (namely with 1 phase of die station
Contact) bracket bent plate 321 outside.
Figure 10 to Figure 14 is please referred to, in a preferred embodiment, punching block bracket includes two bracket bent plates 321 and is equipped with two
Multiple connecting plates 322 between a bracket bent plate 321, multiple connecting plates 322 are separately connected two bracket bent plates 321.It is specific next
It says, the substantially strip U-shaped board of bracket bent plate 321, bracket bent plate 321 has main part and is connected to two of main part two sides
Bending edges 3211 offer the mounting hole 3213 that multiple length directions along bracket bent plate are distributed, bending edges 3211 on main part
On offer the connecting hole 3212 that multiple length directions along bracket bent plate 321 are distributed.It is curved that connecting plate 322 is held on two brackets
Between plate 321, and the bolt by passing through mounting hole 3213 is connect with the main part of bracket bent plate 321.Two bracket bent plates 321
It is equipped with opposite to each other namely the bending direction of the bending edges 3211 of two bracket bent plates 321 is opposite.Plank sheathing 324 and two brackets are curved
Being located at for plate 321 pours the bending edges 3211 of side by screw or is bolted, and screw or bolt pass through on bending edges 3211
Connecting hole 3212.The length of plank sheathing 324 can be identical as the length of bracket bent plate 321, can also be longer than bracket bent plate 321
It spends longer.It can be opened up on plank sheathing 324 and go out muscle hole 3241 for what reinforcing bar passed through, so that the reinforcing bar on the side of the first wallboard 7
Muscle hole 3241 and punching block bracket can be passed through, stretched out in outside steel-wood structure mold 32.It is curved to be located at two brackets for muscle hole 3241 out
Between plate 321, namely if will go out muscle hole 3241 along its axial direction to the extension of punching block bracket, muscle hole 3241 is located at two brackets out
Between bent plate 321, the reinforcing bar stretched out from muscle hole 3241 out also is located between two bracket bent plates 321.Connecting plate 322 or
The main part of bending plate, flanging and bracket bent plate 321 is bolted.Figure 12 is please referred to, in installation steel-wood structure mold
When 32, two stands bent plate 321 is equipped with opposite to each other first, is aligned and is spaced apart, a connecting plate 322 is then formed on two
Between one end of bracket bent plate 321, and it is bolted with one end of two stands bent plate 321, then again at a certain distance,
One connecting plate 322 is connect with two stands bent plate 321, until the other end of two bracket bent plates 321 also connects with a connecting plate 322
It connects, obtains assembled punching block bracket.Figure 13 is please referred to, then punching block bracket is turned over and is turn 90 degrees, by plank sheathing 324 and two branch
The same side bending edges 3211 of frame bent plate 321 bolt or screw connect, and obtain steel-wood structure mold 32.
Fig. 1, Fig. 4 and Fig. 5 are please referred to, in a preferred embodiment, which further includes
It is equipped in the second wallboard mould system 5 in die station 1, the second wallboard mould system 5 is for forming another second wallboard 9.The
Two template mold systems 5 have including multiple second gear side modes, similar with the first wallboard mould system 3, which has both
Mold including each side for forming the second wallboard 9 is also included within the mold that door opening or window opening are formed on the second wallboard 9.
At least one second gear side mode tool is anti-side structure mold 52, and anti-side structure mold 52 is used in the second wallboard 9
At least one while it is upper form anti-while 91.Anti- side structure mold 52 includes lower die and upper mold, and lower die is fixed in die station 1.It please refers to
Figure 19, lower die include lower mould holder 525 and lower template 526, and lower mould holder 525 can be the U-shaped board of steel, and can pass through
Magnetic weight 11 is fixed in die station 1.Die station 1, lower die and upper mold together constitute the concrete formation mold of the utility model
A part of component.Lower template 526 can be wooden template, and lower template 526 can pass through bolt or screw and lower die branch
The inside of frame 525 connects.The upper end of lower template 526 is relative to lower mould holder 525 is protruding upward namely the height of lower template 526
Greater than the height of lower mould holder 525.When lower die fixed with magnetic weight 11, make the free end of the pressing plate 112 of magnetic weight 11
1121 support outside (i.e. with the pour side opposite other side) of the lower template 526 relative to lower mould holder 525 part protruding upward,
And it is located at the top of lower mould holder 525.Pushing protrusion 1122 on pressing plate 112 compresses lower mould holder 525 from top to bottom.Fixed magnetic
The outside of lower mould holder 525 is supported in one end of box 111 towards the free end of pressing plate 112 1121, positions fixed magnetic holder 111.
Figure 20 to Figure 30 is please referred to, upper mold includes muscle bracket 521, going out muscle beam 522 and multiple gussets 523 out.Muscle branch out
Frame 521 is fixed in die station 1, out muscle beam 522 be fixedly connected with muscle bracket 521 out and it is outstanding be formed in die station 1, out muscle beam 522 with
Lower die (namely lower template 526) extends along identical length direction namely the length direction of the two is parallel.Multiple gussets 523 out
It is connected to out on muscle beam 522 and is distributed along the length direction for going out muscle beam 522, multiple gussets 523 out are extended downwardly from muscle beam 522 out
And hang and be formed in die station 1, multiple gussets 523 out extend relative to lower die to the side that pours of lower die.Figure 24 is please referred to, out muscle beam
522 include two rectangular steel pipes 5221 and two semi-open type rectangular tubes 5222 being held between two rectangular steel pipes 5221, and two
A rectangular steel pipe 5221 is located at upper and lower ends, and two semi-open type rectangular tubes 5222 are connect with two rectangular steel pipes 5221, position
In offering opening along its length on the lateral wall that muscle beam 522 out pours the semi-open type rectangular tube 5222 of side, thus at this
Mounting groove 5223 is formed on semi-open type rectangular tube 5222, on the lateral wall of another semi-open type rectangular tube 5222 along its length
It offers opening and forms mounting groove 5223.Figure 25 is please referred to, gusset 523 includes bending plate 5231 and checkered steel plate 5232 out,
The bending part of bending plate 5231 is hung over out on the rectangular steel pipe 5221 on 522 top of muscle beam, and checkered steel plate 5232 is attached to bending plate
5231 pour side surface, for forming the wall side rough surface of the second wallboard 9.Connecting hole 5234 is formed on bending plate 5231.
Gusset 523 is extended downwardly from muscle beam 522 out out, and the distance of upper surface of the lower edge of gusset 523 apart from die station 1 is substantially under out
The height of mould is equal.Figure 20 is please referred to, gusset 523 extends relative to lower die to the side that pours of lower die out, namely gusset 523 compares out
Lower die is closer to the middle part of the second wallboard 9, and concrete can be across the gap gusset 523 and die station 1 be gone out, until filling out when pouring
It is charged at lower template 526, forms the anti-side 91 of the second wallboard 9 after concrete curing.The water of gusset 523 and lower template 526 out
Flat distance determines the width on anti-side 91.
Figure 22 to Figure 28 is please referred to, in a further preferred embodiment, upper mold includes that multiple edges go out 522 length side of muscle beam
Go out muscle bracket 521 to fabric, muscle beam 522 is connected on multiple muscle brackets 521 out out, and the side that pours of muscle beam 522 is equipped with out
Mounting groove, multiple gussets 523 out are fixed on out on muscle beam 522 by clamping screw 524, and clamping screw 524 passes through connecting hole
5234, it is matched with mounting groove 5223, gusset 523 out is locked.Specifically, multiple muscle brackets 521 out are spaced apart,
Muscle beam 522 is fixedly connected also by clamping screw 524 with muscle bracket 521 out out.
Figure 31 and 32 are please referred to, clamping screw 524 includes screw head 5241, screw rod 5242, backing plate 5243, compresses round nut
5244 and locking nut 5246.Screw head 5241 is connected to one end of screw rod 5242.Backing plate 5243 is in disk-shaped, intermediate aperture, pad
The diameter of plate 5243 is greater than the maximum outside diameter of screw head 5241.5243 sets of backing plate on screw rod 5242, compress round nut 5244 and spiral shell
Bar 5242 is threadedly coupled, and compresses side of the backing plate 5243 far from screw head 5241, and locking nut 5246 and 5242 screw thread of screw rod connect
It connects, and compresses and compress side of the round nut 5244 far from screw head 5241.When clamping screw 524 is locked, it will be formed on to locking member
Between screw head 5241 and backing plate 5243, round nut 5244 is then rotatably compressed, makes to compress the promotion of round nut 5,244 5243 court of backing plate
Screw head 5241 is mobile, makes screw head 5241 that will be locked to locking member with backing plate 5243, then rotates locking nut 5246, makes
Locking nut 5246, which abuts, compresses side of the round nut 5244 far from screw head 5241, prevents from compressing round nut 5244 under dynamic loading
It loosens.Figure 21 is please referred to, in the present embodiment, goes out muscle beam 522 to locking member and gusset 523, screw head 5241 is caught in out out
In the mounting groove 5223 of muscle beam 522, screw rod 5242 passes through the connecting hole 5234 on gusset 523, and backing plate 5243 is by mounting groove
5223 side wall is clamped with gusset 523 out, is locked at out on muscle beam 522 to will go out gusset 523.In a preferred embodiment, it locks
Tight nut 5246 and compress and be also clamped with spring washer 5247 between round nut 5244,5247 sets of spring washer on screw rod 5242, for
Locking nut 5246 and compression round nut 5244 apply elastic force, prevent locking nut 5246 and compression round nut 5244 from loosening.
It is further preferred that the side for compressing round nut 5244 towards locking nut 5246 is equipped with annular groove, spring washer 5247 is stored
In annular groove.In another preferred embodiment, it compresses between round nut 5244 and backing plate 5243 and is also clamped with one or more
A plain washer 5245,5245 sets of plain washer on screw rod 5242.
Figure 25 to Figure 28 is please referred to, in a further preferred embodiment, multiple gussets 523 out are arranged closely in out muscle beam
On 522, and muscle slot 5233 is formed with out between two neighboring gusset 523 out.Specifically, gusset 523 is connected to out muscle beam out
Bending part on 522 is arranged closely in out on muscle beam 522, and from the part and corresponding flower that muscle beam 522 extends downwardly out out
The width of line steel plate 5232 is less than the width of its bending part, therefore is formed with out muscle slot between two neighboring gusset 523 out
5233.Before pouring, needs the stirrup 92 examined to stretch out from muscle slot 5233 out the second wallboard 9, then carry out pouring for concrete again
It builds.
Figure 29 and Figure 30 are please referred to, in another preferred embodiment, multiple 523 compartment of terrain of gusset out are distributed in out muscle beam
On 522, and multiple gussets 523 out are connect with a wooden muscle template 527 out, and multiple muscle out are offered in wooden muscle template 527 out
Die cavity 5271 and/or out muscle die hole 5272, it is wooden go out muscle template 527 be connected to it is multiple go out gussets 523 pour side.It is specific next
It says, 3-5 can be installed on muscle beam 522 by clamping screw 524 out and go out gusset 523, interval is certain between adjacent gusset 523 out
Distance, can open up hole out on gusset 523, wooden muscle template 527 out passes through screw or bolt and multiple gussets 523 out
It is fixedly connected.Muscle die cavity 5271 is consistent with the effect of muscle slot 5233 out in previous embodiment out, for stretching out stirrup 92, out
Muscle die hole 5272 is then stretched out for making the joint bar on the second wallboard 9 go out muscle die hole 5272 from this.
Figure 20 to Figure 25 is please referred to, in a preferred embodiment, muscle bracket 521 includes muscle pedestal 5211, vertical support out
Bar 5212 goes out muscle fixture 5214, horizontal support bar 5213 and muscle mounting rack 5215 out.Muscle pedestal 5211 has magnetic holder out, can be with
It is adsorbed in die station 1.One end of vertical support rod 5212 is fixed on out on muscle pedestal 5211.Muscle fixture 5214 includes vertical folder out
The axial direction of hole 5216 and horizontal folder hole 5217, vertical folder hole 5216 and horizontal folder hole 5217 is orthogonal.Vertical support rod 5212
It is detachably clamped in vertical folder hole 5216, horizontal support bar 5213 is detachably clamped in horizontal folder hole 5217.Vertically
It is all parallel to the axial opening in hole on the side wall of folder hole 5216 and horizontal folder hole 5217, is then set respectively in the two sides of opening
Threaded joints are formed with, bolt passes through two threaded joints, when bolt is locked, by closure of openings, to make vertical folder hole
5216 and horizontal folder hole 5217 vertical support rod 5212 and horizontal support bar 5213 can be fixedly clamped respectively.When bolt unclamps
When, then be open opening, and vertical support rod 5212 and horizontal support bar 5213 are not clamped, can be relative to vertical 5216 He of folder hole
Horizontal folder hole 5217 is mobile, carries out height or length adjustment, can also take out from vertical folder hole 5216 and horizontal folder hole 5217.
Muscle mounting rack 5215, which is connected to horizontal support bar 5213 and is located at, out pours one end of side, out muscle beam 522 by clamping screw 524 with
Muscle mounting rack 5215 is fixedly connected out.
Figure 27 and Figure 28 are please referred to, in a preferred embodiment, lower die passes through magnetic weight 11 and is pressed in die station 1, out muscle branch
Frame 521 has magnetic and is adsorbed in die station 1, and muscle bracket 521 is connected to the outside of lower die out.Specifically, magnetic weight 11
Fixation magnetic holder 111 be connected to lower die lower mould holder 525 outside, the free end 1121 of pressing plate 112 is connected to lower template 525
Outside, and push protrusion and 1122 push down lower mould holder 525, lower die is fixed in die station 1.
Fig. 4 and Fig. 5 are please referred to, in a preferred embodiment, the second wallboard mould system 5 includes four and surrounds the second of rectangle
Rib mold, four second gear side mode tools are for forming four sides of the second wallboard 9.One of second gear side mode tool is solid
Determine punching block 51, fixed punching block 51 is connect by bolt with die station 1, for forming the bottom edge of the second wallboard 9.The knot of fixed punching block 51
Structure can be identical as the structure of fixation punching block 31 in the first wallboard mould system 3.The second gear side mode tool of two adjacent sides
For anti-side structure mold 52, a side and a top margin, another second gear side mode tool for forming the second wallboard 9 are steel wood
Structure mold 53, for forming another side of the second wallboard 9.The structure of the steel-wood structure mold 53 can be with the first formwall
The structure of fixation punching block 32 in tool system 3 is identical, and is fixed in die station 1 by magnetic weight 11.
In a further preferred embodiment, one of first gear side mode tool of the first wallboard mould system 3 is also solid
Determine punching block, and is equipped in the same direction for the first gear side mode tool and second gear side mode tool of fixed punching block.Namely the first wallboard mould system 3
Fixation punching block 31 and the fixation punching block 51 of the second wallboard mould system 5 be equipped in same direction, be specifically all equipped in Fig. 1
Shown in lower section, for forming the bottom edge of the first wallboard 7 and the second wallboard 9.In a preferred embodiment, the first wallboard mould system
3 fixation punching block 31 and the fixation punching block 51 of the second wallboard mould system 5 link together, and the two pours side surface substantially
It is in the same plane.After being installed to die station 1 for the first time, the fixation punching block 31 and the second wallboard of the first wallboard mould system 3
Or else the fixation punching block 51 of mold system 5 is generally just removed.
Referring to FIG. 6, fixed punching block 31 includes punching block bottom plate 311, punching block top plate 312, steel mould side board 313 and multiple supports
Plate 314.Punching block bottom plate 311 is parallel with punching block top plate 312 to be equipped with.Multiple support plates 314 are located at punching block bottom plate 311 and punching block top plate
It between 312, and is fixedly connected respectively with punching block bottom plate 311 and punching block top plate 312, in punching block bottom plate 311 and punching block top plate
Supporting role is formed between 312, reinforces the intensity of fixed punching block 31.Steel mould side board 313 and punching block bottom plate 311 and punching block top plate
312 side that pours is fixedly connected, and is also connect with multiple support plates 314.Punching block bottom plate 311, punching block top plate 312, steel mould side board 313
Connection type between support plate 314 can be welded connecting.Multiple punching block bottom outlets 3111 are offered on punching block bottom plate 311,
Bolt passes through the location hole in punching block bottom outlet 3111 and die station 1, and punching block bottom plate 311 and die station 1 are linked together.Second wallboard
The structure of the fixation punching block 51 of mold system can be identical as the structure of fixation punching block 31 of the first wallboard mould system.
In a further preferred embodiment, it is spaced apart along its length on steel mould side board 313 and/or punching block top plate 312
Equipped with multiple waist typed through hole 315.Waist typed through hole 315 on steel mould side board 313 be for the ease of by steel mould side board 313 and be equipped in
Tongue and groove mold 317 thereon is attached.If the bottom edge of wallboard does not need to be equipped with tongue and groove, the company of being not necessarily on steel mould side board 313
The waist typed through hole 315 on steel mould side board 313 need to be blocked when connecing tongue and groove mold 317, therefore pouring, in case concrete leaks.Steel
Waist typed through hole 315 on mould top plate 312 is equipped with for the ease of being superimposed other widening parts on fixed punching block 313.
Fig. 7 to Fig. 9 is please referred to, the side that pours of steel mould side board 313 is connected with tongue and groove mold 317, and tongue and groove mold 317 is from die station
1 pre-determined distance.The general rectangular long tube shape of tongue and groove mold 317, it is multiple fixed to be equipped on the surface opposite with side is poured
Position screw rod 3171, multiple positioning screws 3171 are inserted into the waist typed through hole 315 on steel mould side board 313, then connect with nut, from
And it is fixed on the pouring on side surface of steel mould side board 313.Tongue and groove mold 317 is that outstanding make pours side surface in steel mould side board 313
On namely tongue and groove mold 317 upper surface certain distance of the bottom edge apart from die station 1, when pouring, concrete can be filled to tongue and groove mould
Gap location between tool 317 and die station 1, to form tongue and groove.
The precast concrete wall panel production mould system of the utility model embodiment, by using steel-wood structure mold conduct
Rib mold, not only alleviates mold weight, reduces the labor intensity of worker, and the precast concrete wall panel is made to produce mould
The versatility of tool system is greatly improved, and can satisfy the production requirement of a variety of wallboards, so that factory be greatly reduced
Die cost.
Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned reality
It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, all should be considered as described in this specification.
The several embodiments of utility model above described embodiment only expresses, the description thereof is more specific and detailed, but
It cannot be understood as the limitations to utility model patent range.It should be pointed out that for the ordinary skill of this field
For personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these belong to this
The protection scope of utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (10)
1. a kind of precast concrete wall panel production mould system, which is characterized in that including die station and be equipped in the die station
First wallboard mould system, the first wallboard mould system include multiple first gear side mode tools, at least one described first gear
Side mode tool is steel-wood structure mold, and the steel-wood structure mold includes punching block bracket and plank sheathing, the punching block bracket and described
Plank sheathing is detachably connected.
2. precast concrete wall panel production mould system according to claim 1, which is characterized in that first formwall
It is equipped in tool system and has the hole die assembly that surrounds by multiple first gear side modes, at least two of described hole die assembly
First gear side mode tool is the steel-wood structure mold, it is further preferred that described hole die assembly is equipped in rectangle, is located at institute
The first gear side mode tool of the two sides and top margin of stating hole die assembly is steel-wood structure mold；Or it is located at described hole mold
The first gear side mode tool on the two opposite sides side of component is steel-wood structure mold.
3. precast concrete wall panel production mould system according to claim 1, which is characterized in that first formwall
The first gear side mode tool of two adjacent outer side edges is steel-wood structure mold in tool system, it is further preferred that first formwall
Tool system includes four first gear side mode tools for surrounding rectangle, and one of first gear side mode tool is fixed punching block, the fixation
Punching block is connect by bolt with the die station, and two are pressed in institute by magnetic weight for the first gear side mode tool of steel-wood structure mold
It states in die station, another first gear side mode tool is magnetic rib mold and is adsorbed in the die station.
4. precast concrete wall panel production mould system according to claim 1, which is characterized in that the punching block bracket packet
The multiple connecting plates for including two bracket bent plates and being equipped between described two bracket bent plates, the multiple connecting plate are separately connected
Described two bracket bent plates, the bracket bent plate has bending edges, and is offered on the bending edges along the bracket bent plate
Length direction distribution multiple connecting holes, the bending direction of the bending edges of described two bracket bent plates is opposite, the plank sheathing with
The side bending edges that pour of described two bracket bent plates pass through screw or are bolted, and the screw or bolt pass through the bending edges
On connecting hole.
5. precast concrete wall panel production mould system according to claim 1, which is characterized in that further include being equipped in institute
The second wallboard mould system in die station is stated, the second template mold system includes multiple second gear side mode tools, at least one
The second gear side mode tool is anti-side structure mold, and the anti-side structure mold includes lower die and upper mold, and the lower die is fixed on
In the die station, the upper mold includes muscle bracket, going out muscle beam and multiple gussets out, and the muscle bracket out is fixed on the die station
On, the muscle beam out is fixedly connected and hangs with the muscle bracket out and is formed in the die station, and the multiple link of boards out is in institute
It states out on muscle beam and along the length direction distribution of the muscle beam out, the multiple gusset out is extended downwardly and hanged from the muscle beam out
It is formed in the die station, the multiple gusset out extends relative to the lower die to the side that pours of the lower die.
6. precast concrete wall panel production mould system according to claim 5, which is characterized in that the upper mold includes more
A out muscle bracket fabric along the muscle beam length direction out, the muscle beam out is connected on the multiple muscle bracket out, described
The side that pours of muscle beam is equipped with mounting groove out, and the multiple gusset out is fixed on the muscle beam out by clamping screw, described
Clamping screw is matched with the mounting groove；
Alternatively, the multiple gusset out is arranged closely on the muscle beam out, and muscle is formed with out between two neighboring gusset out
Slot；Or the multiple gusset compartment of terrain out is distributed on the muscle beam out, and the multiple gusset out and a wooden muscle mould out
Plate connects, and multiple muscle slots out and/or out muscle hole are offered in the wooden muscle template out, and the wooden muscle template out is connected to institute
That states multiple gussets out pours side；
Alternatively, it is described go out muscle bracket include muscle pedestal, vertical support rod, going out muscle fixture, horizontal support bar and muscle mounting rack out,
The muscle pedestal out has magnetic holder, and one end of the vertical support rod is fixed on the muscle pedestal out, the muscle fixture packet out
Vertical folder hole and horizontal folder hole are included, the vertical support rod is detachably clamped in the vertical folder hole, described horizontally-supported
Bar is detachably clamped in the horizontal folder hole, it is described go out muscle mounting rack be connected to the horizontal support bar be located at pour side
One end, the muscle beam out are fixedly connected by clamping screw with the muscle mounting rack out；
Alternatively, the lower die is pressed in the die station by magnetic weight, the muscle bracket out has magnetic and is adsorbed on described
In die station, the muscle bracket out is connected to the outside of the lower die；
Alternatively, the second wallboard mould system includes four second gear side mode tools for surrounding rectangle, one of them second rib
Mold is fixed punching block, and the fixed punching block is connect by bolt with the die station, the second gear side mode tool of two adjacent sides
For anti-side structure mold, another second gear side mode tool is steel-wood structure mold；It is further preferred that first wallboard mould system
One of first gear side mode tool of system is also fixed punching block, and is the first gear side mode tool and second gear side mode tool of fixed punching block
It is equipped in the same direction.
7. the precast concrete wall panel production mould system according to claim 3 or 6, which is characterized in that the fixed steel
Mould includes punching block bottom plate, punching block top plate, steel mould side board and multiple support plates, and the punching block bottom plate is parallel with punching block top plate to be equipped with,
The multiple support plate is solid with the punching block bottom plate and punching block top plate between the punching block bottom plate and punching block top plate, and respectively
Fixed connection, the steel mould side board are fixedly connected with the side that pours of the punching block bottom plate and punching block top plate, the punching block bottom plate and institute
Die station is stated to be bolted.
8. precast concrete wall panel production mould system according to claim 7, which is characterized in that the steel mould side board
And/or it is spaced apart along its length on punching block top plate and is equipped with multiple waist typed through hole；
Alternatively, the side that pours of the steel mould side board is connected with tongue and groove mold, the tongue and groove mold is from the die station pre-determined distance.
9. precast concrete wall panel production mould system according to claim 1, which is characterized in that be steel-wood structure mold
First gear side mode tool by magnetism weight be pressed in the die station.
10. precast concrete wall panel production mould system according to claim 9, which is characterized in that the magnetism weight
Including fixed magnetic holder and the pressing plate being fixed on the fixed magnetic holder, the pressing plate is from one end of the fixed magnetic holder to extension
It stretches, the outstanding system in the free end of the pressing plate, and the free ending tool of the pressing plate has downwardly projecting pushing protrusion.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820197776.0U CN208100688U (en) | 2018-02-05 | 2018-02-05 | Precast concrete wall panel production mould system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820197776.0U CN208100688U (en) | 2018-02-05 | 2018-02-05 | Precast concrete wall panel production mould system |
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| CN208100688U true CN208100688U (en) | 2018-11-16 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108372581A (en) * | 2018-02-05 | 2018-08-07 | 维拓客科技（深圳）有限公司 | Precast concrete wall panel production mould system |
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2018
- 2018-02-05 CN CN201820197776.0U patent/CN208100688U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108372581A (en) * | 2018-02-05 | 2018-08-07 | 维拓客科技（深圳）有限公司 | Precast concrete wall panel production mould system |
| CN108372581B (en) * | 2018-02-05 | 2024-03-19 | 维拓客科技（深圳）有限公司 | Prefabricated concrete wallboard production mould system |
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