CN106476133A - A kind of steam pressure sand aerated concrete preparation of plates method and device - Google Patents

A kind of steam pressure sand aerated concrete preparation of plates method and device Download PDF

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Publication number
CN106476133A
CN106476133A CN201610885741.1A CN201610885741A CN106476133A CN 106476133 A CN106476133 A CN 106476133A CN 201610885741 A CN201610885741 A CN 201610885741A CN 106476133 A CN106476133 A CN 106476133A
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CN
China
Prior art keywords
frame
keel
gripper
sheet material
crawl
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
CN201610885741.1A
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Chinese (zh)
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CN106476133B (en
Inventor
孙春光
徐洋晨
胡蓉
詹中冰
周杰
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Chu Feng Jian Ke Group Jing Zhou Hubei Katyuan Green Wood Co Ltd
Original Assignee
Chu Feng Jian Ke Group Jing Zhou Hubei Katyuan Green Wood Co Ltd
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Application filed by Chu Feng Jian Ke Group Jing Zhou Hubei Katyuan Green Wood Co Ltd filed Critical Chu Feng Jian Ke Group Jing Zhou Hubei Katyuan Green Wood Co Ltd
Priority to CN201610885741.1A priority Critical patent/CN106476133B/en
Publication of CN106476133A publication Critical patent/CN106476133A/en
Application granted granted Critical
Publication of CN106476133B publication Critical patent/CN106476133B/en
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Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B28—WORKING CEMENT, CLAY, OR STONE
    • B28B—SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
    • B28B23/00—Arrangements specially adapted for the production of shaped articles with elements wholly or partly embedded in the moulding material; Production of reinforced objects
    • B28B23/02—Arrangements specially adapted for the production of shaped articles with elements wholly or partly embedded in the moulding material; Production of reinforced objects wherein the elements are reinforcing members
    • B28B23/022—Means for inserting reinforcing members into the mould or for supporting them in the mould
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
    • B23K31/00—Processes relevant to this subclass, specially adapted for particular articles or purposes, but not covered by only one of the preceding main groups
    • B23K31/02—Processes relevant to this subclass, specially adapted for particular articles or purposes, but not covered by only one of the preceding main groups relating to soldering or welding
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
    • B23K37/00—Auxiliary devices or processes, not specially adapted to a procedure covered by only one of the preceding main groups
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
    • B23P15/00—Making specific metal objects by operations not covered by a single other subclass or a group in this subclass
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B28—WORKING CEMENT, CLAY, OR STONE
    • B28B—SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
    • B28B13/00—Feeding the unshaped material to moulds or apparatus for producing shaped articles; Discharging shaped articles from such moulds or apparatus
    • B28B13/04—Discharging the shaped articles
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B28—WORKING CEMENT, CLAY, OR STONE
    • B28B—SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
    • B28B17/00—Details of, or accessories for, apparatus for shaping the material; Auxiliary measures taken in connection with such shaping
    • B28B17/0018—Separating articles from each other
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B28—WORKING CEMENT, CLAY, OR STONE
    • B28B—SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
    • B28B23/00—Arrangements specially adapted for the production of shaped articles with elements wholly or partly embedded in the moulding material; Production of reinforced objects
    • B28B23/02—Arrangements specially adapted for the production of shaped articles with elements wholly or partly embedded in the moulding material; Production of reinforced objects wherein the elements are reinforcing members
    • B28B23/022—Means for inserting reinforcing members into the mould or for supporting them in the mould
    • B28B23/024—Supporting means
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B28—WORKING CEMENT, CLAY, OR STONE
    • B28B—SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
    • B28B7/00—Moulds; Cores; Mandrels
    • B28B7/38—Treating surfaces of moulds, cores, or mandrels to prevent sticking
    • B28B7/382—Devices for treating, e.g. sanding
    • C—CHEMISTRY; METALLURGY
    • C04—CEMENTS; CONCRETE; ARTIFICIAL STONE; CERAMICS; REFRACTORIES
    • C04B—LIME, MAGNESIA; SLAG; CEMENTS; COMPOSITIONS THEREOF, e.g. MORTARS, CONCRETE OR LIKE BUILDING MATERIALS; ARTIFICIAL STONE; CERAMICS; REFRACTORIES; TREATMENT OF NATURAL STONE
    • C04B28/00—Compositions of mortars, concrete or artificial stone, containing inorganic binders or the reaction product of an inorganic and an organic binder, e.g. polycarboxylate cements
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
    • B23K2103/00—Materials to be soldered, welded or cut
    • B23K2103/02—Iron or ferrous alloys
    • B23K2103/04—Steel or steel alloys
    • C—CHEMISTRY; METALLURGY
    • C04—CEMENTS; CONCRETE; ARTIFICIAL STONE; CERAMICS; REFRACTORIES
    • C04B—LIME, MAGNESIA; SLAG; CEMENTS; COMPOSITIONS THEREOF, e.g. MORTARS, CONCRETE OR LIKE BUILDING MATERIALS; ARTIFICIAL STONE; CERAMICS; REFRACTORIES; TREATMENT OF NATURAL STONE
    • C04B2111/00—Mortars, concrete or artificial stone or mixtures to prepare them, characterised by specific function, property or use
    • C04B2111/40—Porous or lightweight materials

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  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Ceramic Engineering (AREA)
  • Mechanical Engineering (AREA)
  • Manufacturing & Machinery (AREA)
  • Materials Engineering (AREA)
  • Inorganic Chemistry (AREA)
  • Structural Engineering (AREA)
  • Organic Chemistry (AREA)
  • Physics & Mathematics (AREA)
  • Optics & Photonics (AREA)
  • Chemical Kinetics & Catalysis (AREA)
  • On-Site Construction Work That Accompanies The Preparation And Application Of Concrete (AREA)
  • Load-Engaging Elements For Cranes (AREA)

Abstract

The present invention relates to a kind of steam pressure sand aerated concrete preparation of plates method and device, belongs to construction material production technical field.The present invention be with river sand, lime, cement, reclaimed materials, additive as raw material, by stirring, foaming and setting, the demoulding, cut, steam pressure, break point, packaging process obtains steam pressure sand aerated concrete sheet material finished product.The present invention can effectively improve operating efficiency and product quality, reduce labour intensity, solve existing steam pressure sand aerated concrete sheet material in preparation process, not only high labor intensive, and efficiency is low, and the board quality uniformity for preparing is poor, it is impossible to fully meet the problem that market uses；There is positive dissemination to improving enterprise's productivity effect and product quality, reducing labour intensity.

Description

A kind of steam pressure sand aerated concrete preparation of plates method and device
Technical field
The present invention relates to a kind of steam pressure sand aerated concrete preparation of plates method and device, belongs to construction material production technology Field.
Background technology
Concrete slab is had a wide range of applications in field of civil engineering as the basic raw material of building trade.Traditional Concrete slab（Prefabricated board）It is by after in cement concrete mould of the injection with keel, cement concrete is entered using oscillating column pump Row vibration processing, and carry out standing, form removal can be just put into production use after processing.Have long the production cycle, manufacturing cost high and The problem of structure bulky.A kind of steam pressure sand aerated concrete sheet material is occurred in that in the market（Foamed board）Not only solve tradition The problems referred to above that cement concrete slab has；Also there is light weight, insulation, heat-insulated, sound insulation, antidetonation, fire prevention, can follow closely and easy construction Advantage.Therefore steam pressure sand aerated concrete sheet material is basic with replacing conventional cement concrete slab to become field of civil engineering The trend of raw material, with the huge market demand potential.
But due to existing production technology and equipments reasons in structure, prepared by current steam pressure sand aerated concrete sheet material Cheng Zhong, needs substantial amounts of manual intervention, not only high labor intensive, and efficiency is low, simultaneously because the aerating of steam pressure sand is mixed at present The keel of concrete board material be by the frame body of reinforcement welding；As keel are in welding process, the welded stress of generation, Which can be forced to produce deformation.And then keel are made through often there is intensity after parcel steam pressure sand aerated concrete layer makes concrete slab Uneven problem, causes the board quality uniformity for preparing poor, it is impossible to fully meet the requirement that market uses.
Content of the invention
It is an object of the invention to：One kind is provided operating efficiency and product quality can be effectively improved, reduce labour intensity, with Existing steam pressure sand aerated concrete sheet material is solved in preparation process, not only high labor intensive, and efficiency is low, and prepare Board quality uniformity poor, it is impossible to fully meet market using problem steam pressure sand aerated concrete preparation of plates method And device.
The technical scheme is that：
A kind of steam pressure sand aerated concrete preparation of plates method, it is characterised in that：It comprises the following steps：
1）, weigh raw material by following weight parts first：
14 reclaimed materials of river sand 65 lime, 14 cement, 2 additive 5
The water of river sand, lime, cement, reclaimed materials and quantitation is added to stirred tank and is stirred, to be prepared into premix, stirring Time is 10 minutes,
2）, after the completion of stirrings in 10 minutes, add additive in stirred tank, then proceed to stir 15 20 minutes；To be prepared into Premix slurry；
3）, stirred tank premix slurry prepare while, by keel welding equipment by wire rod reinforcing bar through stretching, shearing, weld Operation is prepared into the sheet material keel of frame body；
4）, the multiple sheet material keel being welded are positioned over side by side below keel crawl lift, by setting between each sheet material keel The thickness requirement of meter sheet material keeps certain spacing, then captures lift by keel and drives keel crawl frame descending, so as to Multiple sheet material keel are made to be fixed on keel crawl frame,
5）, sheet material keel be fixed on keel crawl frame on after, by eliminate rust row hang to keel capture frame crawl, by sheet material keel Hanging by the immersion of rust removing solution in pond, the corrosion on sheet material keel surface is removed in rust cleaning pond, and sheet material keel are in rust cleaning Soak time in pond is 35 minutes；
6）, complete the sheet material keel after eliminating rust, hang again by rust cleaning row that to be integrally placed in drying together with keel crawl frame indoor, So that sheet material keel to be dried；Drying temperature is 45 °, and the time is 35 minutes；Rust cleaning row hangs and is integrally placed in keel crawl frame Reset after drying chamber, to carry out subsequent work circulation；
7）, complete dry sheet material keel, by transport row hang together with keel capture frame be integrally placed on transmission frame, by which Transmit to steam pressure sand aerated concrete sheet material and pour station；Transhipment row hangs after completing above-mentioned action and resets, to carry out subsequent work Circulation；
8）, pour station when sheet material keel are transmitted to steam pressure sand aerated concrete sheet material by transmission frame（That is, the transmission frame other end Termination）When, the preparation of premix slurry in stirred tank is completed, and is poured in sheet material moulding box, is hung dragon now by row is poured Bone crawl frame is placed on sheet material moulding box, and the upper edge hole by sheet material moulding box forms support to keel crawl frame, while making sheet material Keel are dipped in premix slurry, after the completion of above-mentioned work, are poured row and are hung the up reset of release keel crawl frame, to carry out next work Circulate；
9）, sheet material keel be dipped in premix slurry after sheet material moulding box by moulding box ferry bus enter sizing drying room, in temperature be 45 °, the time be 150 minutes under conditions of foaming and setting；
10）, after the completion of foaming and setting, sheet material moulding box sends sizing drying room again by moulding box ferry bus, then by taking frame row Crawl keel crawl frame is hung, keel crawl frame is separated in sheet material moulding box, as the premix slurry in sheet material moulding box solidifies Sizing, premix slurry in sheet material keel be wrapped solidification, take frame row hang crawl keel crawl frame during, keel crawl Therefore movable buckle on frame, its grasp force, are taking the up power effect that frame row hangs less than the up power that frame row hangs much is taken Under, the movable buckle on keel crawl frame is flicked and is separated with sheet material keel, is thus taken out keel crawl frame, and the keel of taking-up are grabbed Frame is taken with frame row handling row being taken to return transmission frame station；
11）, in return transmission frame station, after the cleaned case cleaning of the keel crawl frame of taking-up and baster oiling, pass through return Defeated frame is transmitted to keel and captures lift station, to carry out subsequent work circulation；
12）, take out keel crawl frame sheet material moulding box run to demoulding station in the presence of moulding box ferry bus, by ingot stripper Complete the demoulding；Complete the sheet material moulding box after the demoulding and mould oil spray station is transferred into, the demoulding is sprayed through mould oil spraying equipment After oil, return pours station in steam pressure sand aerated concrete sheet material, to carry out next pouring working cycles；
13）, complete the steam pressure sand aerated concrete sheet material stock of the demoulding and cut station and be divided into by guillotine by being transported to The steam pressure sand aerated concrete sheet material semi-finished product of multiple design specifications；
14）, steam pressure sand aerated concrete sheet material semi-finished product are positioned in still kettle, temperature be 190 °, the time be 12 hours Under conditions of carry out steam pressure；
15）, after the completion of steam pressure, take out steam pressure sand aerated concrete sheet material semi-finished product, mixed to the aerating of each steam pressure sand by breaking extension set Concrete board material semi-finished product carry out breaking point, to prevent which inter-adhesive, then transported to multiple package position by transfer car(buggy) carry out packing, Warehouse-in；, steam pressure sand aerated concrete sheet material finished product.
Described keel welding equipment is by wire rod support, guiding shunting frame, swage, cross bar bonding machine, guillotine, mesh sheet Pull machine, mesh sheet gripper and mesh sheet connection welding machine to constitute；One end symmetry shape for being oriented to shunting frame is provided with wire rod support, is oriented to The other end of shunting frame is provided with swage, and one end of swage is provided with guillotine, is provided between swage and guillotine Cross bar bonding machine, one end of guillotine are provided with mesh sheet and pull machine, and mesh sheet is pulled above machine and is provided with mesh sheet gripper, and mesh sheet is grabbed Take the mesh sheet below machine pull the first side of generator terminal be provided with mesh sheet connection welding machine.
Described wire rod support is made up of base and support plate, is movably installed with support plate by rotating shaft on base, is supported The centre of disk is provided with the wire rod fix bar of taper.
Described guiding shunting frame is constituted by pole, mounting rod and guide cylinder is oriented to, and the two ends of mounting rod are fixed with guiding Pole, interruption-like on mounting rod be fixed with multiple guide cylinders, described guide cylinder is cone.
Described swage is made up of alignment support, straightening-wheel installing plate and straightening-wheel, in interval side by side on alignment support Shape is provided with multiple straightening-wheel installing plates, and the two ends of each straightening-wheel installing plate are respectively arranged with alignment guide plate, alignment guide plate Between straightening-wheel installing plate in up and down dislocation shape multiple straightening-wheels are installed.Described straightening-wheel installing plate obliquely sets Put.Guide through hole is respectively arranged with described alignment guide plate.
Described cross bar bonding machine is deposited by cross bar welder base, stretching and drawing mechanism, guiding delivery pipe, welding head and cross bar Storage frame is constituted, and the middle part of cross bar welder base is provided with welding head, is provided with stretching and drawing on the base of welding head one end Mechanism, is provided with multiple guiding delivery pipes on the bar welder base between stretching and drawing mechanism and welding head；The welding head other end Base on be provided with cross bar storage rack.
Described stretching and drawing mechanism by stretch driving motor, stretching support, stretching compression cylinder, stretching driving gear and Stretching driven pulley is constituted, and the side for stretching driving motor is set side by side with multiple stretching supports, is passed by stretching on stretching support Moving axis is provided with by stretching compression cylinder with equipped with multiple stretching driving gears, stretching on the stretching support above driving gear Installation axle, equipped with stretching driven pulley in installation axle, is arranged in corresponding shape between stretching driven pulley and stretching driving gear, described Stretching power transmission shaft is connected with stretching driving motor by being driven idle wheel.
Described cross bar storage rack is made up of hopper, feeding wheel and splicing guided plate, and the bottom of hopper is provided with feeding wheel, Feeding groove is evenly equipped with the circumference of feeding wheel, and the side of feeding wheel is provided with splicing guided plate, and one end of splicing guided plate is prolonged Extend at welding head.
Described splicing guided plate is obliquely arranged.
Described mesh sheet pulls machine by pulling machine frame, pull bar, pull bar mounting rod, mesh sheet gripper shoe and pull machine driving-chain Constitute, the middle part for pulling machine frame is provided with pull bar mounting rod, is provided with slide rail on pull bar mounting rod, by sliding on slide rail Block is provided with pull bar, and one end of slide rail is provided with transmission main wheel by pulling motor, and the other end of slide rail is provided with transmission from wheel, , between wheel and slide block by pulling the connection of machine driving-chain, the termination of pull bar is movably installed with by bearing pin for transmission main wheel, transmission Drag hook, pulling on machine frame for pull bar mounting rod both sides are symmetrically installed with mesh sheet gripper shoe.
Described drag hook front end is provided with drag hook locating part.
It is domatic that described mesh sheet supports front edge of board.
Described mesh sheet gripper is by gripper bracing frame, gripper slide rail, gripper lifting motor, gripper electric rotating Machine, crawl framework, gripper installation axle, gripper installing rack, gripper elevating lever and gripper conveyer chain are constituted, and gripper is propped up The top of support is movably installed with gripper slide plate by gripper slide rail, is fixed with traction in the frame of gripper slide plate side Cylinder, traction cylinder are connected with gripper slide plate by piston rod；Gripper elevating lever, gripper is provided with gripper slide plate The bottom of elevating lever is extended to below gripper slide plate, is fixed with driving rack, gripper elevating lever one on gripper elevating lever Gripper lifting motor is fixed with the gripper slide plate of side, travelling gear is housed on the power transmission shaft of gripper lifting motor, pass Moving gear is connected with driving rack engagement, and the bottom of gripper elevating lever is fixed with gripper installing rack, living on gripper installing rack Move and gripper installation axle is installed, gripper electric rotating machine is fixed with the gripper installing rack of gripper installation axle side, grabs Take machine electric rotating machine to be connected with gripper installation axle, crawl framework in gripper installation axle, is fixed with, capture the bottom two of framework Side is provided with mesh sheet jaw by jaw cylinder symmetry shape；Gripper biography is installed on the gripper bracing frame of crawl framework side Send chain.
On described gripper conveyer chain, interval shape is provided with mesh sheet hook.
Described keel crawl lift is made up of lifting pedestal, lift strut, lift cylinder and crane, lifting pedestal Two ends be symmetrically installed with lift strut, on the lifting pedestal between the lift strut at two ends be equipped with lift cylinder, lift cylinder Crane is movably installed with by lifting frame sliding track on the lift strut of top, lift cylinder is by piston rod and the bottom of crane Portion is fixedly connected, and the top of crane is provided with keel crawl frame sliding track.
The lift strut top of described crane side is provided with block.
Described keel crawl frame is constituted by installation frame, crawl drill rod, drill rod fixed plate and installing plate is transported；Transhipment peace The top both sides symmetry shape of frame of framing up is provided with hanger；The two bottom sides symmetry shape of transhipment installation frame is provided with the spacing edge of a wing, Shape is spaced by fastening bolt on transhipment installation frame between the spacing edge of a wing and multiple installing plates are installed；Shape is spaced on installing plate Multiple installing holes are provided with, in the hole are installed multiple crawl drill rods is fitted with by drill rod fixed plate activity.
The top of described crawl drill rod is provided with the assembling edge of a wing；Crawl drill rod side below the assembling edge of a wing is welded and has bullet The R shape active card that property steel wire bends.
Described rust cleaning pond is made up of casing, stirring motor and paddle, is contained by rust removing solution, the bead of casing in casing Both sides are provided with track, are movably installed with rust cleaning slide plate by track on casing, and the centre of the slide plate that eliminates rust is provided with stirring motor, The power transmission shaft of stirring motor is extended in casing, is extended to equipped with paddle on the power transmission shaft of the stirring motor in casing, described Drive sprocket is equipped with by motor on the casing at track two ends, is connected by driving-chain between drive sprocket and rust cleaning slide plate.
Described ingot stripper is made up of demoulding frame, demoulding coaster, lifting arm, jaw body, drive link, snap fit and drive cylinder, The top of demoulding frame is provided with lifting arm by demoulding coaster, and the bottom of lifting arm extends to below demoulding coaster, extends to de- Lifting arm termination below mould coaster is provided with jaw body by bearing pin, and jaw body is connected with lifting arm by overturning cylinder；Claw The two ends of body are respectively arranged with draw-in groove, are provided with snap fit by bearing pin in the jaw body of draw-in groove side, and jaw body top is fixed with Mounting seat, is equipped with drive cylinder in mounting seat, is provided with drive link below drive cylinder, the two ends of drive link by bearing pin respectively with card Hook and be flexibly connected；Drive cylinder is fixedly connected with drive link by contiguous block；Lifter rack is provided with the lifting arm, lifting Demoulding lifting motor is housed on the demoulding coaster of arm side, lifter wheel, lifting tooth are housed on the power transmission shaft of demoulding lifting motor Wheel is connected with lifter rack engagement.
Baster is made up of fuel tank, collection fuel tank, delivery pump, mounting seat, oiling cylinder, overflow pipe and bearing；Bearing One end termination is provided with collection fuel tank；Collect fuel tank side and be provided with fuel tank；Fuel tank is by oil pipe and delivery pump and collection fuel tank Connection；Oil guide groove is provided with bearing, and oil guide groove is connected with fuel tank is collected；It is provided with by mounting seat interval shape in oil guide groove many Individual overflow pipe, the oiling cylinder that is made equipped with sponge material by bearing holder (housing, cover) on overflow pipe；Each overflow pipe is total by oil transportation respectively Pipe is connected with fuel tank.
Described break extension set by break extension set frame, on break a point framework, under break point framework and framework lift cylinder is constituted, break point Be movably installed with down by guided way in machine frame and break a point framework, under break to be movably installed with point framework and break a point framework, under break The two ends of point framework are symmetrically installed with breaks a point lift cylinder, breaks point lift cylinder and is connected with a point framework is above broken by piston rod, breaks The top of extension set frame is provided with framework lift cylinder, framework lift cylinder and on break between point framework and be provided with mast-up, frame Frame lift cylinder is connected with mast-up, mast-up by lift rope with break a point framework and be connected.
Break on described point framework inner lower edge and under break the inner side top of point framework and be symmetrically spaced shape respectively and be provided with Multiple break sub-cylinder, break on the piston rod of sub-cylinder equipped with breaking a point plate.
The beneficial effects of the present invention is：
The present invention can effectively improve operating efficiency and product quality, reduce labour intensity, solve existing steam pressure sand aerating coagulation Native sheet material in preparation process, not only high labor intensive, and efficiency is low, and the board quality uniformity for preparing is poor, The problem that market uses can not be fully met；To improving enterprise's productivity effect and product quality, and reduction labour intensity has Positive dissemination.
Description of the drawings
Fig. 1 is the overlooking the structure diagram of the keel welding equipment of the present invention；
Fig. 2 is the structural representation of the wire rod support of the keel welding equipment of the present invention；
Fig. 3 is the structural representation of the guiding shunting frame of the keel welding equipment of the present invention；
Fig. 4 is the side structure schematic view of the swage of the keel welding equipment of the present invention；
Fig. 5 is the cross section structure diagram of the cross bar bonding machine of the keel welding equipment of the present invention；
Fig. 6 is the cross section structure diagram that the mesh sheet of the keel welding equipment of the present invention pulls machine；
Fig. 7 is the structural representation of the mesh sheet gripper of the keel welding equipment of the present invention；
Fig. 8 is the side structure schematic view of the mesh sheet gripper of the keel welding equipment of the present invention；
Fig. 9 is the keel crawl elevator structure schematic diagram of the present invention；
Figure 10 is the structural representation of the keel crawl frame of the present invention；
Figure 11 is the overlooking the structure diagram of the keel crawl frame of the present invention；
Figure 12 is the structural representation of the R shape active card of keel of the present invention crawl frame；
Figure 13 captures the operating diagram of frame for keel of the present invention；
Figure 14 is the structural representation of the pond by casing that eliminate rust of the present invention；
Figure 15 is the structural representation of the ingot stripper of the present invention；
Figure 16 is the structural representation of the jaw body of ingot stripper of the present invention；
Figure 17 is the structural representation of oil brushing device of the present invention；
Figure 18 is the overlooking the structure diagram of oil brushing device of the present invention；
Figure 19 breaks the structural representation of extension set for the present invention；
Figure 20 breaks the side structure schematic view of extension set for the present invention.
In figure：1st, wire rod support, 2, be oriented to shunting frame, 3, swage, 4, cross bar bonding machine, 5, guillotine, 6, mesh sheet draws Take machine, 7, mesh sheet gripper, 8, mesh sheet connection welding machine, 9, be oriented to pole, 10, mounting rod, 11, guide cylinder, 12, base, 13, Support plate, 14, wire rod fix bar, 15, alignment support, 16, straightening-wheel installing plate, 17, straightening-wheel, 18, alignment guide plate, 19, horizontal Bar welder base, 20, be oriented to delivery pipe, 21, welding head, 22, stretching driving motor, 23, stretching support, 24, stretching compression gas Cylinder, 25, stretching driving gear, 26, stretching driven pulley, 27, hopper, 28, feeding wheel, 29, splicing guided plate, 30, connection cross bar, 31st, machine frame is pulled, 32, pull bar, 33, pull bar mounting rod, 34, mesh sheet gripper shoe, 35, pull machine driving-chain, 36, slide block, 37, Transmission main wheel, 38, transmission from wheel, 39, drag hook, 40, gripper bracing frame, 41, gripper slide rail, 42, gripper lifting electricity Machine, 43, gripper electric rotating machine, 44, crawl framework, 45, gripper installation axle, 46, gripper installing rack, 47, gripper liter Drop bar, 48, gripper conveyer chain, 49, gripper slide plate, 50, traction cylinder, 51, driving rack, 52, mesh sheet jaw, 53, net Piece is linked up with, and 54, lifting pedestal, 55, lift strut, 56, lift cylinder, 57, crane, 58, lifting frame sliding track, 59, keel grab Frame sliding track is taken, 60, block, 61, sheet material keel, 62, sheet material keel base, 63, transhipment installation frame, 64, crawl drill rod, 65, Drill rod fixed plate, 66, installing plate, 67, hanger, 68, the spacing edge of a wing, 69, active card, 70, casing, 71, stirring motor, 72, stir Oar is mixed, 73, rust cleaning slide plate, 74, drive sprocket, 75, driving-chain, 76, fuel tank, 77, collect fuel tank, 78, delivery pump, 79, install Seat, 80, oiling cylinder, 81, overflow pipe, 82, bearing, 83, oil guide groove, 84, oil transportation house steward, 85, demoulding frame, 86, demoulding coaster, 87th, lifting arm, 88, jaw body, 89, drive link, 90, snap fit, 91, drive cylinder, 92, upset cylinder, 93, draw-in groove, 94, lifting tooth Bar, 95, demoulding lifting motor, 96, break extension set frame, 97, on break a point framework, 98, under break a point framework, 99, framework lift cylinder, 100th, guided way, 101, break a point lift cylinder, 102, mast-up, 103, break sub-cylinder, 104, break a point plate.
Specific embodiment
Raw material are weighed first by following weight parts：
14 reclaimed materials of river sand 65 lime, 14 cement, 2 additive 5
The water of river sand, lime, cement, reclaimed materials and quantitation is added to stirred tank and is stirred, to be prepared into premix, stirring Time is 10 minutes.After the completion of stirring in 10 minutes, additive 5 is added in stirred tank, then proceed to stir 15 20 minutes；With It is prepared into premix slurry.
Stirred tank premix slurry prepare while, by keel welding equipment by wire rod reinforcing bar through stretching, shearing, weld Operation is prepared into the sheet material keel 61 of frame body.
Keel welding equipment is by wire rod support 1, guiding shunting frame 2, swage 3, cross bar bonding machine 4, guillotine 5, mesh sheet Pull machine 6, mesh sheet gripper 7 and mesh sheet connection welding machine 8 to constitute.Shunting frame 2 is oriented to by guiding pole 9, mounting rod 10 and is oriented to Cylinder 11 is constituted, and the two ends of mounting rod 10 are fixed with guiding pole 9, interruption-like on mounting rod 10 is fixed with multiple flaring lead To cylinder 1.One end symmetry shape for being oriented to shunting frame 2 is provided with wire rod support 1.Wire rod support 1 is made up of base 12 and support plate 13, Support plate 13 is movably installed with by rotating shaft on base 12, the centre of support plate 13 is provided with the wire rod fix bar of taper 14.Wire rod support 1 is used for the placement of wire rod reinforcing bar to be straightened, and the effect for being oriented to shunting frame 2 is the process in wire rod reinforcement metal straightening In separated in an orderly manner, to avoid mutually winding.
The other end for being oriented to shunting frame 2 is provided with swage 3.Swage 3 is by alignment support 15,16 and of straightening-wheel installing plate Straightening-wheel 17 is constituted, and is provided with multiple straightening-wheel installing plates 16 being obliquely installed, each school in interval shape side by side on alignment support 15 The two ends of through ship installing plate 16 are respectively arranged with alignment guide plate 18, are respectively arranged with guide through hole on alignment guide plate 18.School Multiple straightening-wheels 17 are installed in dislocation shape up and down on straightening-wheel installing plate 16 between straight guide plate 18.The circumference of straightening-wheel 17 On be provided with steel bar groove.When swage 3 works, wire rod reinforcing bar to be straightened by passing through between the straightening-wheel 17 of dislocation shape up and down, And drive each straightening-wheel 17 to rotate, so as to progressively by the reinforcing bar straightening of bending, be achieved in the purpose of reinforcing bar alignment.
One end of swage 3 is provided with guillotine 5, is provided with cross bar bonding machine 4 between swage 3 and guillotine 5.Cross bar Bonding machine 4 is made up of cross bar welder base 19, stretching and drawing mechanism, guiding delivery pipe 20, welding head 21 and cross bar storage rack, horizontal The middle part of bar welder base 19 is provided with welding head 21, is provided with stretching and drawing mechanism on the base of 21 one end of welding head.
Stretching and drawing mechanism by stretch driving motor 22, stretching support 23, stretching compression cylinder 24, stretching driving gear 25 Constitute with stretching driven pulley 26, the side for stretching driving motor 22 is set side by side with multiple stretching supports 23, each stretching support 23 On by stretch power transmission shaft equipped with stretching driving gear 25, stretching power transmission shaft by be driven idle wheel with stretch driving motor 22 connect Connect.Installation axle, installation axle are installed by multiple stretching compression cylinders 24 on the stretching support 23 of 25 top of stretching driving gear Above equipped with multiple stretching driven pulleys 26, it is in that corresponding shape is arranged between stretching driven pulley 26 and stretching driving gear 25.
Multiple guiding delivery pipes 20 are provided with bar welder base between stretching and drawing mechanism and welding head 21；Welding head Cross bar storage rack is provided with the base of 21 other ends.Cross bar storage rack is by hopper 27, feeding wheel 28 and 29 structure of splicing guided plate Become, the bottom of hopper 27 is provided with feeding wheel 28, on the circumference of feeding wheel 28, be evenly equipped with feeding groove, an inclination of feeding wheel 28 Ramp-like be provided with splicing guided plate 29, one end of splicing guided plate 29 is extended at welding head 21.
The effect of cross bar bonding machine 4 is many reinforcing bars that will be stretched by connecting the lateral connection each other of cross bar 30（Weldering Connect）, the stretching and drawing mechanism of cross bar bonding machine 4 can provide one to the reinforcing bar to be straightened of its front end and stretch power, and to thereafter The reinforcing bar at end provides a push power.When cross bar bonding machine 4 works, first connection cross bar 30 is positioned in hopper 27, In the presence of feeding wheel 28, connection cross bar 30 is removed and is rolled to welding head 21 by splicing guided plate 29, is then passed through Welding head 21 completes the preliminary welding of mesh sheet, during this, due to being evenly equipped with feeding groove on the circumference of feeding wheel 28, therefore Connection cross bar 30 can equidistantly be placed.
When completing the mesh sheet of preliminary welding and running to guillotine 5,5 action of guillotine, thus cut into by design requirement The consistent mesh sheet finished product of length.
One end of guillotine 5 is provided with mesh sheet and pulls machine 6.Mesh sheet pulls machine 6 by pulling machine frame 31, pull bar 32, pull bar Mounting rod 33, mesh sheet gripper shoe 34 and pull machine driving-chain 35 and constitute, the middle part for pulling machine frame 31 is provided with pull bar peace Dress bar 33, is provided with slide rail on pull bar mounting rod 33, be provided with pull bar 32 by slide block 36 on slide rail, and one end of slide rail is by drawing Power taking machine is provided with transmission main wheel 37, and the other end of slide rail is provided with and is driven from wheel 38, and transmission main wheel 37, transmission from wheel 38 and are slided Connected by pulling machine driving-chain 35 between block 36, the termination of pull bar 32 is movably installed with drag hook 39 by bearing pin, before drag hook 39 End is provided with drag hook locating part.Pulling for 33 both sides of pull bar mounting rod is symmetrically installed with mesh sheet gripper shoe 34 on machine frame 1；Mesh sheet 34 front end of gripper shoe is domatic.During work, as the mesh sheet finished product for completing to cut has lost the power for moving ahead, now pulling Under the positive and negative rotation effect of motor, transmission main wheel 37 can carry movable slider 36 to come and go fortune on slide rail by pulling machine driving-chain 35 Dynamic, and then 32 stretching motion of pull bar can be driven, pull bar 32 is contacted with mesh sheet finished product during protracting, as the termination of pull bar 32 leads to Cross bearing pin and drag hook 39 is movably installed with, 39 front end of drag hook is provided with drag hook locating part so that drag hook 39 can only be counter-clockwise around bearing pin Rotate, when 39 contact screen of drag hook, under the barrier effect of mesh sheet drag hook 39 around bearing pin counterclockwise, with pull bar 32 Continue extension, mesh sheet is eliminated to the barrier effect of drag hook 39, drag hook 39 resets under own wt effect, so as to be formed to mesh sheet Hook, and then so that mesh sheet is moved ahead with the retraction of pull bar 32, and be placed in mesh sheet gripper shoe 34, thus complete the drawing of mesh sheet Take.
Mesh sheet pulls 6 top of machine and is provided with mesh sheet gripper 7.Mesh sheet gripper 7 is slided by gripper bracing frame 40, gripper Rail 41, gripper lifting motor 42, gripper electric rotating machine 43, crawl framework 44, gripper installation axle 45, gripper installing rack 46th, gripper elevating lever 47 and gripper conveyer chain 48 are constituted, and the top of gripper bracing frame 40 is lived by gripper slide rail 41 Move and gripper slide plate 49 is installed, traction cylinder 50 in the frame of 49 side of gripper slide plate, is fixed with, traction cylinder 50 passes through Piston rod is connected with gripper slide plate 49；Gripper elevating lever 47 is provided with gripper slide plate 49, gripper elevating lever 47 Bottom extends to 49 lower section of gripper slide plate, is fixed with driving rack 51, gripper elevating lever 47 1 on gripper elevating lever 47 Gripper lifting motor 42 is fixed with the gripper slide plate 49 of side, and driving cog is housed on the power transmission shaft of gripper lifting motor 42 Wheel, travelling gear are connected with the engagement of driving rack 51, and the bottom of gripper elevating lever 47 is fixed with gripper installing rack 46, gripper Gripper installation axle 45 is movably installed with installing rack 46, is fixed with the gripper installing rack 46 of 45 side of gripper installation axle Gripper electric rotating machine 43, gripper electric rotating machine 43 are connected with gripper installation axle 45, are fixed with gripper installation axle 45 Crawl framework 44, the two bottom sides for capturing framework 44 are provided with mesh sheet jaw 52 by jaw cylinder symmetry shape；Crawl framework 44 Gripper conveyer chain 48 is installed on the gripper bracing frame 40 of side；On gripper conveyer chain 48, interval shape is provided with mesh sheet extension Hook 53.When mesh sheet pulls the work of machine 6, in the presence of gripper lifting motor 42, drive gripper elevating lever 47 descending, so as to The mesh sheet jaw 52 of 44 bottom of crawl framework is made to contact with the mesh sheet of horizontal positioned in mesh sheet gripper shoe 34；And pass through jaw cylinder 52 action of mesh sheet jaw is driven to clamp mesh sheet, subsequent gripper lifting motor 42 drives gripper elevating lever 47 up, makes net Piece departs from mesh sheet gripper shoe 34.When gripper elevating lever 47 up certain highly after, 43 action of gripper electric rotating machine, so as to The rotation for capturing that framework 44 does 90 degree is driven by gripper installation axle 45, the mesh sheet of horizontal positioned is thus made in longitudinal perpendicular. After the completion of above-mentioned action, traction cylinder 50 drives gripper slide plate 49 to move to 48 direction of gripper conveyer chain, when straight in longitudinal direction When vertical mesh sheet is contacted with mesh sheet hook 53, jaw cylinder drives mesh sheet jaw 52, and mesh sheet is unclamped by action again, thus by net Piece is hooked on mesh sheet hook 53, and now each action component resets, to enter subsequent work circulation.Mesh sheet is hooked on mesh sheet hook After on 53, thus mesh sheet is transmitted by 48 action of gripper conveyer chain to next station.
The mesh sheet of 7 lower section of mesh sheet gripper pulls 6 termination side of machine and is provided with mesh sheet connection welding machine 8.When mesh sheet gripper 7 When mesh sheet being sent to mesh sheet connecting 8 station of welding machine, by manually mesh sheet being removed, and the requirement by sheet material keel to mesh sheet quantity Which is placed into mesh sheet connection welding machine 8 be welded on frame one by one, is connected welding machine 8 from there through mesh sheet and mesh sheet is welded into sheet material dragon Bone 61（Referring to Figure of description 18）.
The multiple sheet material keel 61 being welded are positioned over the sheet material keel base 62 below keel crawl lift side by side On, certain spacing is kept by the thickness requirement of design sheet material between each sheet material keel, then capture elevator belts by keel Dynamic keel crawl frame is descending, so that multiple sheet material keel are fixed on keel crawl frame.Keel crawl lift is by lifting bottom Seat 54, lift strut 55, lift cylinder 56 and crane 57 are constituted, and the two ends of lifting pedestal 54 are symmetrically installed with lift strut 55, lift cylinder 56, the lift strut 55 of 56 top of lift cylinder are housed on the lifting pedestal 54 between two ends lift strut 55 On by lift frame sliding track 58 be movably installed with crane 57, bottom of the lift cylinder 56 by piston rod with crane 57 is fixed Connection, the top of crane 57 are provided with keel crawl frame sliding track 59；55 top of lift strut of 57 side of crane is provided with Block 60（Referring to Figure of description 9）.There is certain drop due to reclaiming transmission line and ground, keel capture the work of lift With being that the keel crawl frame reclaimed on transmission line is removed, and during descending, the plate on sheet material keel base 62 is captured Material keel 61.The effect of block 60 is to erect a position-limiting action to keel crawl.
Keel crawl frame is constituted by installation frame 63, crawl drill rod 64, drill rod fixed plate 65 and installing plate 66 is transported；Transhipment The top both sides symmetry shape of installation frame 63 is provided with hanger 67；The two bottom sides symmetry shape of transhipment installation frame 63 arranges limited The position edge of a wing 68, is spaced shape by fastening bolt on the transhipment installation frame 63 between the spacing edge of a wing 68 and is provided with multiple installing plates 66；On installing plate 66, interval shape is provided with multiple installing holes, installs in the hole and is fitted with multiple grabbing by 65 activity of drill rod fixed plate Take drill rod 64.The top of crawl drill rod 64 is provided with the assembling edge of a wing；64 side of crawl drill rod below the assembling edge of a wing is welded and has bullet The R shape active card 69 that property steel wire bends.
During use, keel crawl frame is descending with crawl lift, in this course, activity on crawl drill rod 64 When card 69 is contacted with the sheet material keel 61 on keel base 62, due to sheet material keel 61 to the extruding force of active card 69 more than activity The elastic deformation power of card 69, active card 69 will outwards occur elastic deformation under the extruding of sheet material keel 61, and most plate at last Material keel 61 are blocked.It is achieved in keel crawl crawl of the frame to sheet material keel 61（Referring to Figure of description 10 13）.
After sheet material keel 61 are fixed on keel crawl frame, the crawl that keel are captured with frame is hung by the row that eliminates rust, by sheet material 61 hanging of keel by the immersion of rust removing solution in pond, the corrosion on 61 surface of sheet material keel is removed in rust cleaning pond, sheet material dragon Soak time of the bone 61 in rust cleaning pond is 35 minutes.Rust cleaning pond is made up of casing 70, stirring motor 71 and paddle 72, case Contain by rust removing solution in body 70, the bead both sides of casing 70 are provided with track, rust cleaning is movably installed with by track on casing and slides Plate 73, the centre of the slide plate 73 that eliminates rust are provided with stirring motor 71, and the power transmission shaft of stirring motor 71 is extended in casing 70, extended to Paddle 72 is housed on the power transmission shaft of the stirring motor 71 in casing 70, by motor equipped with transmission on the casing 70 at track two ends Sprocket wheel 74, is connected by driving-chain 75 between drive sprocket 74 and rust cleaning slide plate 73；In drive sprocket 74 and the work of driving-chain 75 With under, rust cleaning slide plate 73 can drive stirring motor 71 and paddle 72 to move left and right in casing 70, and then can be to rust removing solution in pond It is sufficiently stirred for, to prevent its precipitation.
The sheet material keel 61 after eliminating rust are completed, and are hung again by rust cleaning row and drying chamber are integrally placed in together with keel crawl frame Interior, sheet material keel 61 are dried；Drying temperature is 45 °, and the time is 35 minutes；Rust cleaning row hangs and integrally hangs keel crawl frame Reset after being placed in drying chamber, to carry out subsequent work circulation.
The sheet material keel 61 for completing to dry integrally are placed on transmission frame together with keel crawl frame by transporting capable hanging, will Which transmits to steam pressure sand aerated concrete sheet material and pours station；Transhipment row hangs to reset after completing above-mentioned action and carries out subsequent work and follow Ring.
Station is poured when sheet material keel 61 are transmitted to steam pressure sand aerated concrete sheet material by transmission frame（That is, transmission frame is another One end termination）When, the preparation of premix slurry in stirred tank is completed, and is poured in sheet material moulding box, is hung now by row is poured Keel crawl frame is placed on sheet material moulding box, the upper edge hole by sheet material moulding box forms support to keel crawl frame, while making Sheet material keel 61 are dipped in premix slurry, after the completion of above-mentioned work, are poured row and are hung the up reset of release keel crawl frame.
Sheet material moulding box after sheet material keel 61 are dipped in premix slurry enters sizing drying room by moulding box ferry bus, in temperature is 45 °, the time be 150 minutes under conditions of foaming and setting.After the completion of foaming and setting, sheet material moulding box is sent again by moulding box ferry bus Go out drying room of shaping, then crawl keel crawl frame is hung by taking frame row, keel crawl frame is separated in sheet material moulding box, due to plate Premix slurry in material moulding box has solidified sizing, and the sheet material keel premixed in slurry have been wrapped solidification, takes frame row and hangs crawl dragon During bone crawl frame, keel capture the active card 69 on frame, and its holding power far smaller than takes the up power that frame row hangs, because This, under the up power effect that frame row hangs is taken, the active card 69 on keel crawl frame is flicked and is separated with sheet material keel 61, thus will Keel crawl frame takes out, and the keel of taking-up crawl frame is with taking frame row handling row to return transmission frame station.
In return transmission frame station, after the keel of taking-up capture the cleaned case cleaning of frame and baster oiling, pass through return Defeated frame is transmitted to keel and captures lift station, to carry out subsequent work circulation.Baster by fuel tank 76, collect fuel tank 77, defeated Pump 78, mounting seat 79, oiling cylinder 80, overflow pipe 81 and bearing 82 is sent to constitute；One end termination of bearing 82 is provided with collection oil Case 77；Collect 77 side of fuel tank and be provided with fuel tank 76；Fuel tank 76 is connected with fuel tank 77 is collected with delivery pump 78 by oil pipe；Bearing Oil guide groove 83 is provided with 82, and oil guide groove 83 is connected with fuel tank 77 is collected；Shape is spaced by mounting seat 79 in oil guide groove 83 to install There are multiple overflow pipes 81, the oiling cylinder 80 that makes equipped with sponge material on overflow pipe 81 by bearing holder (housing, cover)；81 points of each overflow pipe Not Tong Guo oil transportation house steward 84 connect with fuel tank 76（Referring to Figure of description 17 18）.The baster is installed in return when working The middle part of transmission frame, when keel crawl frame is run with return transmission frame, the fluid in fuel tank 76 is in the effect of self gravitation Under, it is flowed in overflow pipe 81 by oil transportation house steward 5；Fluid can be overflowed from the top of overflow pipe 81 after overflow pipe 81 is filled. A fluid part for spilling will from top to bottom infiltrate oiling cylinder 80, and another part is flowed through oil guide groove 83 by oiling cylinder is after 80s Enter in collection fuel tank 77.After the fluid in fuel tank 77 is collected in certain liquid level, control system starts delivery pump 78, will receive Fluid in oil sump tank 77 is delivered in fuel tank 76, after the fluid in fuel tank 77 is collected less than certain liquid level, delivery pump 78 Shut down.With in return transmission frame running, each crawl drill rod 64 on keel crawl frame is rolled keel crawl frame from oiling Pass through between cylinder 80, during this, crawl drill rod 64 will extrude oiling cylinder 80 and drive its rotation；Oiling cylinder 80 exists The oiling work of drill rod is completed in rotation process, and the oiling purpose for capturing drill rod 64 is easy for extracting out from sheet material moulding box；Keel After crawl frame is run to keel crawl lift station with return transmission frame, you can carry out the crawl work of next sheet material keel 61 Make.
The sheet material moulding box for taking out keel crawl frame is run to demoulding station in the presence of moulding box ferry bus, is completed by ingot stripper The demoulding.Ingot stripper is by demoulding frame 85, demoulding coaster 86, lifting arm 87, jaw body 88, drive link 89, snap fit 90 and drive cylinder 91 Constitute, the top of demoulding frame 85 is provided with lifting arm 87 by demoulding coaster 86, and the bottom of lifting arm 87 extends to demoulding coaster 86 lower sections, 87 termination of lifting arm for extending to 86 lower section of demoulding coaster are provided with jaw body 88,88 one end of jaw body by bearing pin It is connected with lifting arm 87 by overturning cylinder 92；The two ends of jaw body 88 are respectively arranged with draw-in groove 93, the jaw body of 93 side of draw-in groove Snap fit 90 is provided with by bearing pin on 88,88 top of jaw body is fixed with mounting seat, drive cylinder 91, drive cylinder are housed in mounting seat 91 lower sections are provided with drive link 89, and the two ends of drive link 89 are flexibly connected with snap fit 90 respectively by bearing pin；Drive cylinder 91 passes through Contiguous block is fixedly connected with drive link 89.Lifter rack 94, the demoulding coaster 86 of 87 side of lifting arm is provided with lifting arm 87 On equipped with demoulding lifting motor 95, on the power transmission shaft of demoulding lifting motor 95 be equipped with lifter wheel, lifter wheel and lifter rack 94 engagement connections（Referring to Figure of description 15 16）.In the ingot stripper course of work, jaw body 88 is in the presence of lifting arm 87 Descending, so that the rotating shaft on sheet material moulding box is smoothly entered in draw-in groove 93.When the rotating shaft on sheet material moulding box smoothly enters to card After in groove 93,91 action of drive cylinder, thus the rotating shaft on sheet material moulding box is sealed so as to drive snap fit 90 to rotate by drive link 89 Get lodged in draw-in groove 93, realize the firm crawl to sheet material moulding box rotating shaft.After the completion of above-mentioned action, lifting arm 87 drives sheet material moulding box Certain altitude is gone upward to, now 92 action of cylinder is overturn, drive sheet material moulding box that the rotation of an angle of 90 degrees degree is pressed, during this；Due to card 90 are hooked by the cooperation with draw-in groove 93, the rotating shaft to sheet material moulding box forms held tight, so which is put down in switching process Steady operation.After the completion of the rotation of an angle of 90 degrees degree pressed by sheet material moulding box, lifting arm 87 drives sheet material moulding box descending and places it in cutting Can which be carried out disassembling the demoulding on car.
Complete the sheet material moulding box after the demoulding and mould oil spray station is transferred into, mould oil is sprayed through mould oil spraying equipment Afterwards, it is repositioned to steam pressure sand aerated concrete sheet material and station is poured, carries out next pouring working cycles.
The steam pressure sand aerated concrete sheet material stock for completing the demoulding is transported to by cutting car and cuts station by guillotine It is divided into the steam pressure sand aerated concrete sheet material semi-finished product of multiple design specifications.（Steam pressure sand aerated concrete sheet material embryo before the demoulding Sheet material keel 61 in material are in longitudinal perpendicular shape, and in knockout course, the rotation of an angle of 90 degrees degree pressed by sheet material moulding box, so that steam pressure sand adds Sheet material keel 61 in gas concrete plate stock are horizontal, cut in order to guillotine level.）
Steam pressure sand aerated concrete sheet material semi-finished product are positioned in still kettle, temperature be 190 °, the time be the bar of 12 hours Steam pressure is carried out under part；After the completion of steam pressure, steam pressure sand aerated concrete sheet material semi-finished product are taken out, during steam pressure, is easily made Become inter-adhesive between sheet material semi-finished product, so as to board quality is affected, therefore, it is necessary to by extension set being broken to each steam pressure sand aerating Concrete plate semi-finished product carry out breaking point, to prevent which inter-adhesive.
Break extension set by break extension set frame 96, on break point framework 97, under break point framework 98 and framework lift cylinder 99 is constituted, break Be movably installed with down by guided way 100 in extension set frame 96 and break point framework 98, under break to be movably installed with down on point framework 98 and break Point framework 97, under break the two ends of point framework 98 and be symmetrically installed with and break point lift cylinder 101, break point lift cylinder 101 and pass through piston Bar is connected with point framework 97 is above broken, and the top for breaking extension set frame 96 is provided with framework lift cylinder 99, framework lift cylinder 99 with On break between point framework 97 and be provided with mast-up 102, framework lift cylinder 99 is connected with mast-up 102, and mast-up 102 is by hanging Dress rope with break point framework 98 and be connected.On break 97 inner lower edge of point framework and under to break the inner side top of point framework 98 be in right respectively Claim interval shape be provided with multiple break sub-cylinder 103, break on the piston rod of sub-cylinder 103 pairs equipped with breaking point plate 104（Referring to specification Accompanying drawing 19 20）.When breaking extension set and working, driven by framework lift cylinder 99 break point framework 97 with break under 98 entirety of point framework Concrete plate semi-finished product are simultaneously integrally framed by row, under break and break 103 action of sub-cylinder by the coagulation of lowermost end on point framework 98 Native sheet material semi-finished product are clamped, then on 103 action of sub-cylinder of breaking broken on point framework 97 concrete plate of last layer is partly become Product are clamped, and break 101 action of point lift cylinder, and it is up to break point framework 97 in drive, are so circulated, and are achieved in concrete plate half Separation between finished product.Being transported by transfer car(buggy) after the completion of breaking point is carried out packing, puts in storage to multiple package position；, steam pressure sand aerating Concrete plate finished product.
The present invention can effectively improve operating efficiency and product quality, reduce labour intensity, solve existing steam pressure sand aerating Concrete plate in preparation process, not only high labor intensive, and efficiency is low, and the board quality uniformity for preparing is relatively Difference, it is impossible to fully meet the problem that market uses；There is product to improving enterprise's productivity effect and product quality, reducing labour intensity The dissemination of pole.

Claims (9)

1. a kind of steam pressure sand aerated concrete preparation of plates method, it is characterised in that：It comprises the following steps：
1）, weigh raw material by following weight parts first：
14 reclaimed materials of river sand 65 lime, 14 cement, 2 additive 5
The water of river sand, lime, cement, reclaimed materials and quantitation is added to stirred tank and is stirred, to be prepared into premix, stirring Time is 10 minutes,
2）, after the completion of stirrings in 10 minutes, add additive in stirred tank, then proceed to stir 15 20 minutes；To be prepared into Premix slurry；
3）, stirred tank premix slurry prepare while, by keel welding equipment by wire rod reinforcing bar through stretching, shearing, weld Operation is prepared into the sheet material keel of frame body（61）；
4）, by the multiple sheet material keel being welded（61）It is positioned over below keel crawl lift side by side, each sheet material keel（61） Between keep certain spacing by the thickness requirement of design sheet material, then capture lift by keel and drive under keel crawl frame OK, so that multiple sheet material keel（61）It is fixed on keel crawl frame,
5）, sheet material keel（61）After being fixed on keel crawl frame, the crawl that keel are captured with frame is hung by the row that eliminates rust, by sheet material Keel（61）Hanging in rust cleaning pond in, by the immersion of rust removing solution in pond, by sheet material keel（61）The corrosion on surface is removed, plate Material keel（61）Soak time in rust cleaning pond is 35 minutes；
6）, complete eliminate rust after sheet material keel（61）Hang again by rust cleaning row drying chamber is integrally placed in together with keel crawl frame Interior, by sheet material keel（61）Dry；Drying temperature is 45 °, and the time is 35 minutes；Rust cleaning row hangs and for keel to capture frame entirety Reset after being placed in drying chamber, to carry out subsequent work circulation；
7）, complete dry sheet material keel（61）Integrally it is placed on transmission frame together with keel crawl frame by transporting capable hanging, with Transmit it to steam pressure sand aerated concrete sheet material and pour station；Transhipment row hangs after completing above-mentioned action and resets, next to carry out Working cycles；
8）, when sheet material keel（61）By transmission frame transmit to steam pressure sand aerated concrete sheet material pour station when, in stirred tank The preparation of premix slurry is completed, and is poured in sheet material moulding box, keel crawl frame is placed in plate now by capable hanging is poured On material moulding box, the upper edge hole by sheet material moulding box forms support to keel crawl frame, while making sheet material keel（61）It is dipped in premix In slurry, after the completion of above-mentioned work, pour row and the up reset of release keel crawl frame is hung, to carry out subsequent work circulation；
9）, sheet material keel（61）It is dipped in the sheet material moulding box after premix slurry and sizing drying room is entered by moulding box ferry bus, in temperature It is foaming and setting under conditions of 150 minutes for 45 °, time；
10）, after the completion of foaming and setting, sheet material moulding box sends sizing drying room again by moulding box ferry bus, then by taking frame row Crawl keel crawl frame is hung, keel crawl frame is separated in sheet material moulding box, as the premix slurry in sheet material moulding box solidifies Sizing, premixes the sheet material keel in slurry（61）Be wrapped solidification, take frame row hang crawl keel crawl frame during, keel Therefore movable buckle on crawl frame, its grasp force, are taking the up masterpiece that frame row hangs less than the up power that frame row hangs much is taken With under, keel crawl frame on movable buckle flick and sheet material keel（61）Separate, thus keel crawl frame is taken out, taking-up Keel crawl frame is with taking frame row handling row to return transmission frame station；
11）, in return transmission frame station, after the cleaned case cleaning of the keel crawl frame of taking-up and baster oiling, pass through return Defeated frame is transmitted to keel and captures lift station, to carry out subsequent work circulation；
12）, take out keel crawl frame sheet material moulding box run to demoulding station in the presence of moulding box ferry bus, by ingot stripper Complete the demoulding；Complete the sheet material moulding box after the demoulding and mould oil spray station is transferred into, the demoulding is sprayed through mould oil spraying equipment After oil, return pours station in steam pressure sand aerated concrete sheet material, to carry out next pouring working cycles；
13）, complete the steam pressure sand aerated concrete sheet material stock of the demoulding and cut station and be divided into by guillotine by being transported to The steam pressure sand aerated concrete sheet material semi-finished product of multiple design specifications,
14）, steam pressure sand aerated concrete sheet material semi-finished product are positioned in still kettle, temperature be 190 °, the time be 12 hours Under conditions of carry out steam pressure；
15）, after the completion of steam pressure, take out steam pressure sand aerated concrete sheet material semi-finished product, mixed to the aerating of each steam pressure sand by breaking extension set Concrete board material semi-finished product carry out breaking point, to prevent which inter-adhesive, then transported to multiple package position by transfer car(buggy) carry out packing, Warehouse-in；, steam pressure sand aerated concrete sheet material finished product.
2. steam pressure sand aerated concrete preparation of plates method as requested described in 1, it is characterised in that：Step 3）Described dragon Bone welding equipment is by wire rod support（1）, be oriented to shunting frame（2）, swage（3）, cross bar bonding machine（4）, guillotine（5）, mesh sheet Pull machine（6）, mesh sheet gripper（7）Connect welding machine with mesh sheet（8）Constitute；It is oriented to shunting frame（2）One end symmetry shape be provided with Wire rod support（1）, it is oriented to shunting frame（2）The other end be provided with swage（3）, swage（3）One end be provided with guillotine （5）, swage（3）With guillotine（5）Between be provided with cross bar bonding machine（4）, guillotine（5）One end be provided with mesh sheet and pull Machine（6）, mesh sheet pulls machine（6）Top is provided with mesh sheet gripper（7）, mesh sheet gripper（7）The mesh sheet of lower section pulls machine（6）End First side is provided with mesh sheet connection welding machine（8）；
Described wire rod support（1）By base（12）And support plate（13）Constitute, base（12）On be movably installed with by rotating shaft Support plate（13）, support plate（13）Centre be provided with the wire rod fix bar of taper（14）；
Described guiding shunting frame（2）By guiding pole（9）, mounting rod（10）And guide cylinder（11）Constitute, mounting rod（10）'s Two ends are fixed with guiding pole（9）, mounting rod（10）Upper interruption-like it is fixed with multiple guide cylinders（11）, described guide cylinder （11）For cone；
Described swage（3）By alignment support, straightening-wheel installing plate（16）And straightening-wheel（17）Constitute, alignment support（15）On Multiple straightening-wheel installing plates are installed in interval shape side by side（16）, each straightening-wheel installing plate（16）Two ends be respectively arranged with alignment Guide plate（18）, alignment guide plate（18）Between straightening-wheel installing plate（16）Above multiple straightening-wheels are installed in dislocation shape up and down （17）；
Described straightening-wheel installing plate（16）Oblique setting；
Described alignment guide plate（18）On be respectively arranged with guide through hole；
Described cross bar bonding machine（4）By cross bar welder base（19）, stretching and drawing mechanism, be oriented to delivery pipe（20）, welding head （21）Constitute with cross bar storage rack, cross bar welder base（19）Middle part be provided with welding head（21）, welding head（21）One Stretching and drawing mechanism, stretching and drawing mechanism and welding head is provided with the base at end（21）Between bar welder base（19）On set It is equipped with multiple guiding delivery pipes（20）；Welding head（21）Cross bar storage rack is provided with the base of the other end；
Described stretching and drawing mechanism is by stretching driving motor（22）, stretching support（23）, stretching compression cylinder（24）, stretching master Moving gear（25）With stretching driven pulley（26）Constitute, stretch driving motor（22）Side be set side by side with multiple stretching supports （23）, stretch support（23）On by stretch power transmission shaft be equipped with multiple stretching driving gears（25）, stretch driving gear（25）On The stretching support of side（23）On by stretch compression cylinder（24）Installation axle is installed, equipped with stretching driven pulley in installation axle （26）, stretch driven pulley（26）With stretching driving gear（25）Between arrange in corresponding shape, described stretching power transmission shaft is by passing Dynamic idle wheel and stretching driving motor（22）Connection；
Described cross bar storage rack is by hopper（27）, feeding wheel（28）With splicing guided plate（29）Constitute, hopper（27）Bottom It is provided with feeding wheel（28）, feeding wheel（28）Circumference on be evenly equipped with feeding groove, feeding wheel（28）Side be provided with splicing Guided plate（29）, splicing guided plate（29）One end extend to welding head（21）Place；
Described splicing guided plate（29）Oblique setting；
Described mesh sheet pulls machine（6）By pulling machine frame（31）, pull bar（32）, pull bar mounting rod（33）, mesh sheet gripper shoe （34）With pull machine driving-chain（35）Constitute, pull machine frame（31）Middle part pull bar mounting rod is installed（33）, pull bar Mounting rod（33）On be provided with slide rail, on slide rail pass through slide block（36）Pull bar is installed（32）, one end of slide rail is by pulling electricity Machine is provided with transmission main wheel（37）, the other end of slide rail is provided with transmission from wheel（38）, it is driven main wheel（37）, transmission from wheel（38） And slide block（36）Between by pulling machine driving-chain（35）Connection, pull bar（32）Termination drag hook is movably installed with by bearing pin （39）, pull bar mounting rod（33）Both sides pull machine frame（31）On be symmetrically installed with mesh sheet gripper shoe（34）；
Described drag hook（39）Front end is provided with drag hook locating part；
Described mesh sheet gripper shoe（34）Front end is domatic；
Described mesh sheet gripper（7）By gripper bracing frame（40）, gripper slide rail（41）, gripper lifting motor（42）、 Gripper electric rotating machine（43）, crawl framework（44）, gripper installation axle（45）, gripper installing rack（46）, gripper lifting Bar（47）With gripper conveyer chain（48）Constitute, gripper bracing frame（40）Top pass through gripper slide rail（41）Activity is installed There is gripper slide plate（49）, gripper slide plate（49）Traction cylinder is fixed with the frame of side（50）, draw cylinder（50）Logical Cross piston rod and gripper slide plate（49）Connection；Gripper slide plate（49）On be provided with gripper elevating lever（47）, gripper liter Drop bar（47）Bottom extend to gripper slide plate（49）Lower section, gripper elevating lever（47）On be fixed with driving rack（51）, Gripper elevating lever（47）The gripper slide plate of side（49）On be fixed with gripper lifting motor（42）, gripper lifting motor （42）Power transmission shaft on be equipped with travelling gear, travelling gear and driving rack（51）Engagement connection, gripper elevating lever（47）'s Bottom is fixed with gripper installing rack（46）, gripper installing rack（46）On be movably installed with gripper installation axle（45）, gripper Installation axle（45）The gripper installing rack of side（46）On be fixed with gripper electric rotating machine（43）, gripper electric rotating machine（43） With gripper installation axle（45）Connection, gripper installation axle（45）On be fixed with crawl framework（44）, capture framework（44）Bottom Portion both sides are provided with mesh sheet jaw by jaw cylinder symmetry shape（52）；Crawl framework（44）The gripper bracing frame of side（40） On gripper conveyer chain is installed（48）；
Described gripper conveyer chain（48）Upper interval shape is provided with mesh sheet hook（53）.
3. steam pressure sand aerated concrete preparation of plates method as requested described in 1, it is characterised in that：Step 4）Described dragon Bone crawl lift is by lifting pedestal（54）, lift strut（55）, lift cylinder（56）And crane（57）Constitute, lifting pedestal （54）Two ends be symmetrically installed with lift strut（55）, the lift strut at two ends（55）Between lifting pedestal（54）On equipped with liter Sending down abnormally ascending cylinder（56）, lift cylinder（56）The lift strut of top（55）On by lift frame sliding track（58）It is movably installed with crane （57）, lift cylinder（56）By piston rod and crane（57）Bottom be fixedly connected, crane（57）Top be provided with Keel capture frame sliding track（59）；Described crane（57）The lift strut of side（55）Top is provided with block（60）.
4. steam pressure sand aerated concrete preparation of plates method as requested described in 1, it is characterised in that：Step 4）Described dragon Bone crawl frame is by transporting installation frame（63）, crawl drill rod（64）, drill rod fixed plate（65）And installing plate（66）Constitute；Transhipment peace Frame up frame（63）Top both sides symmetry shape be provided with hanger（67）；Transhipment installation frame（63）Two bottom sides symmetry shape arrange The limited location edge of a wing（68）, the spacing edge of a wing（68）Between transhipment installation frame（63）On by fastening bolt be spaced shape be provided with many Individual installing plate（66）；Installing plate（66）Upper interval shape is provided with multiple installing holes, installs in the hole and passes through drill rod fixed plate（65）Living Move and be fitted with multiple crawl drill rods（64）；
Described crawl drill rod（64）Top is provided with the assembling edge of a wing；Crawl drill rod below the assembling edge of a wing（64）Side is welded to be had The R shape active card that elastic wire bends（69）.
5. steam pressure sand aerated concrete preparation of plates method as requested described in 1, it is characterised in that：Step 5）Described removes Rust pond is by casing（70）, stirring motor（71）And paddle（72）Constitute, casing（70）Interior splendid attire is by rust removing solution, casing（70）'s Bead both sides are provided with track, casing（70）On rust cleaning slide plate is movably installed with by track（73）, eliminate rust slide plate（73）In Between stirring motor is installed（71）, stirring motor（71）Power transmission shaft extend to casing（70）Interior, extend to casing（70）Interior Stirring motor（71）Power transmission shaft on be equipped with paddle（72）, the casing at track two ends（70）On by motor be equipped with drive sprocket （74）, drive sprocket（74）With rust cleaning slide plate（73）Between pass through driving-chain（75）Connection.
6. steam pressure sand aerated concrete preparation of plates method as requested described in 1, it is characterised in that：Step 12）Described Ingot stripper is by demoulding frame（85）, demoulding coaster（86）, lifting arm（87）, jaw body（88）, drive link（89）, snap fit（90）And biography Dynamic cylinder（91）Constitute, demoulding frame（85）Top pass through demoulding coaster（86）Lifting arm is installed（87）, lifting arm（87）Bottom End extends to demoulding coaster（86）Lower section, extends to demoulding coaster（86）The lifting arm of lower section（87）Termination is provided with by bearing pin Jaw body（88）, jaw body（88）By overturning cylinder（92）With lifting arm（87）Connection；
Described jaw body（88）Two ends be respectively arranged with draw-in groove（93）, draw-in groove（93）The jaw body of side（88）On by pin Axle is provided with snap fit（90）, jaw body（88）Top is fixed with mounting seat, and drive cylinder is housed in mounting seat（91）, drive cylinder（91） Lower section is provided with drive link（89）, drive link（89）Two ends by bearing pin respectively with snap fit（90）It is flexibly connected；Drive cylinder （91）By contiguous block and drive link（89）It is fixedly connected；
The lifting arm（87）On be provided with lifter rack（94）, lifting arm（87）The demoulding coaster of side（86）On equipped with the demoulding Lifting motor（95）, demoulding lifting motor（95）Power transmission shaft on be equipped with lifter wheel, lifter wheel and lifter rack（94）Nibble Close connection.
7. steam pressure sand aerated concrete preparation of plates method as requested described in 1, it is characterised in that：Step 11）Described Baster is by fuel tank（76）, collect fuel tank（77）, delivery pump（78）, mounting seat（79）, oiling cylinder（80）, overflow pipe（81）With Bearing（82）Constitute；Bearing（82）One end termination collection fuel tank is installed（77）；Collect fuel tank（77）Side is provided with fuel tank （76）；Fuel tank（76）By oil pipe and delivery pump（78）With collection fuel tank（77）Connection；Bearing（82）On be provided with oil guide groove （83）, oil guide groove（83）With collection fuel tank（77）Connection；Oil guide groove（83）Interior by mounting seat（79）Interval shape is provided with multiple Overflow pipe（81）, overflow pipe（81）On the oiling cylinder made equipped with sponge material by bearing holder (housing, cover)（80）；Each overflow pipe（81） Respectively by oil transportation house steward and fuel tank（76）Connection.
8. steam pressure sand aerated concrete preparation of plates method as requested described in 1, it is characterised in that：Step 15）Described Extension set is broken by breaking extension set frame（96）, on break a point framework（97）, under break a point framework（98）With framework lift cylinder（99）Constitute, break Extension set frame（96）On by guided way（100）It is movably installed with down and breaks a point framework（98）, under break a point framework（98）Upper activity peace It is equipped with and above breaks a point framework（97）, under break a point framework（98）Two ends be symmetrically installed with and break a point lift cylinder（101）, break a deciliter sending down abnormally ascending Cylinder（101）By piston rod with above break a point framework（97）Connection, breaks extension set frame（96）Top framework lift cylinder is installed （99）, framework lift cylinder（99）With above break a point framework（97）Between be provided with mast-up（102）, framework lift cylinder（99）With Mast-up（102）Connection, mast-up（102）By lift rope with break a point framework（98）Connection.
9. steam pressure sand aerated concrete preparation of plates method as requested described in 8, it is characterised in that：A point frame is broken on described Frame（97）Inner lower edge and under break a point framework（98）Inner side top respectively symmetrically interval shape be provided with and multiple break sub-cylinder （103）, break sub-cylinder（103）Piston rod on equipped with breaking a point plate（104）.
CN201610885741.1A 2016-10-11 2016-10-11 A kind of preparation method and device of steam pressure sand aerated concrete plate Active CN106476133B (en)

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CN108789814A (en) * 2018-06-21 2018-11-13 李华梅 A kind of building dirt discharge groove cement baffle automatic maker
CN110614715A (en) * 2019-09-03 2019-12-27 江苏阿路美格新材料股份有限公司 Continuous production line of thermosetting gel polyphenyl insulation board
CN111452186A (en) * 2020-05-22 2020-07-28 江苏美利美新型建材科技有限公司 Autoclaved sand aerated concrete plate device and preparation method
CN111516116A (en) * 2020-05-06 2020-08-11 孙秀杰 Process and device for preventing autoclaved aerated concrete slabs from being adhered
CN112296677A (en) * 2020-10-24 2021-02-02 许水生 Automatic edge wrapping welding machine for hanging ornament
CN112296607A (en) * 2020-10-24 2021-02-02 许水生 Automatic edge-wrapping welding process for hanging ornament
CN112589990A (en) * 2020-12-11 2021-04-02 安徽科达机电有限公司 Wet breaking-off method for aerated concrete blocks or plates
CN114872168A (en) * 2022-04-29 2022-08-09 江苏宝鹏建筑工业化材料有限公司 Device and method for manufacturing reinforced autoclaved aerated concrete slab light composite floor slab

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CN105128144A (en) * 2014-06-07 2015-12-09 湖州汇能新材料科技有限公司 Novel rebar net frame positioning mechanism of sand aerated concrete slab
CN105799055A (en) * 2016-04-01 2016-07-27 湖州汇能新材料科技有限公司 Sand aerated reinforced concrete casting mold

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US6533970B1 (en) * 2000-06-30 2003-03-18 Consolidated Minerals, Inc. Method for making aerated concrete blocks having at least one passageway drilled therein
CN105128144A (en) * 2014-06-07 2015-12-09 湖州汇能新材料科技有限公司 Novel rebar net frame positioning mechanism of sand aerated concrete slab
CN105799055A (en) * 2016-04-01 2016-07-27 湖州汇能新材料科技有限公司 Sand aerated reinforced concrete casting mold

Cited By (16)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111015923B (en) * 2018-06-21 2021-02-26 福建省华荣建设集团有限公司 Intelligent building sewage discharge tank cement baffle automatic manufacturing machine
CN110919849A (en) * 2018-06-21 2020-03-27 李华梅 Full-automatic machine is made automatically to building cement baffle
CN111015923A (en) * 2018-06-21 2020-04-17 李华梅 Intelligent building sewage discharge tank cement baffle automatic manufacturing machine
CN108789814A (en) * 2018-06-21 2018-11-13 李华梅 A kind of building dirt discharge groove cement baffle automatic maker
CN110919849B (en) * 2018-06-21 2021-02-26 福建省华荣建设集团有限公司 Full-automatic machine is made automatically to building cement baffle
CN110614715A (en) * 2019-09-03 2019-12-27 江苏阿路美格新材料股份有限公司 Continuous production line of thermosetting gel polyphenyl insulation board
CN110614715B (en) * 2019-09-03 2024-04-26 江苏阿路美格新材料股份有限公司 Continuous production line of thermosetting gel polyphenyl insulation board
CN111516116B (en) * 2020-05-06 2021-06-01 孙秀杰 Process and device for preventing autoclaved aerated concrete slabs from being adhered
CN111516116A (en) * 2020-05-06 2020-08-11 孙秀杰 Process and device for preventing autoclaved aerated concrete slabs from being adhered
CN111452186B (en) * 2020-05-22 2021-05-25 江苏美利美新型建材科技有限公司 Autoclaved sand aerated concrete plate device and preparation method
CN111452186A (en) * 2020-05-22 2020-07-28 江苏美利美新型建材科技有限公司 Autoclaved sand aerated concrete plate device and preparation method
CN112296607A (en) * 2020-10-24 2021-02-02 许水生 Automatic edge-wrapping welding process for hanging ornament
CN112296677A (en) * 2020-10-24 2021-02-02 许水生 Automatic edge wrapping welding machine for hanging ornament
CN112589990A (en) * 2020-12-11 2021-04-02 安徽科达机电有限公司 Wet breaking-off method for aerated concrete blocks or plates
CN114872168A (en) * 2022-04-29 2022-08-09 江苏宝鹏建筑工业化材料有限公司 Device and method for manufacturing reinforced autoclaved aerated concrete slab light composite floor slab
CN114872168B (en) * 2022-04-29 2024-04-26 江苏宝鹏建筑工业化材料有限公司 Manufacturing device and method for reinforced autoclaved aerated concrete slab light composite floor slab

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