CN1408521A - Method and apparatus for producing gypsum hollow block - Google Patents
Method and apparatus for producing gypsum hollow block Download PDFInfo
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- CN1408521A CN1408521A CN 01142189 CN01142189A CN1408521A CN 1408521 A CN1408521 A CN 1408521A CN 01142189 CN01142189 CN 01142189 CN 01142189 A CN01142189 A CN 01142189A CN 1408521 A CN1408521 A CN 1408521A
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Abstract
The production process of hollow gypsum block includes four steps of: compounding material slurry, forming, drying and packing. The forming is one automatically controlled stepped course in production units with machines corresponding to material preparation, casting to form and delivery. The control central controls the hydraulic system to drive all the machines in the production units via the gypsum solidifying data collecting control method. The present invention has high product quality, lower water consumption and short drying time.
Description
The present invention relates to the gypsum block especially production method and the relevant device thereof of gypsum hollow block, belong to the production field of construction material.
Gypsum block or gypsum hollow block are to be primary raw material with the plaster of Paris, through adding water stirring, moulding by casting and the dry block light wall material of making, gypsum hollow block, gypsum solid block and gypsum lightweight building block three classes are arranged.Because gypsum hollow block can be eliminated the defective of the caused longitudinal crack of longitudinal stress effectively, building by laying bricks or stones of its microcellular structure and fissure of displacement formula thereof can disperse longitudinal stress effectively, prevents that wall body slit from occurring; And the single or double hole that distributes in the gypsum hollow block, the deadweight that has alleviated body of wall has strengthened the vertical fracture resistence force of building block self; Add the sound insulation of hollow-core construction, heat insulation and heat-insulating property, gypsum hollow block will more and more be mentioned widely and using.
External gypsum block originates in the twentieth century middle period, adopts the flat-die moulding to produce the earliest, changes the formwork erection moulding to 1954 into and produces the process equipment of hydraulic lifting.Through constantly improving and renewal of recent two decades, equipment series is produced in the gypsum block moulding that has basically formed different scales.Though the development of China's gypsum block early still is at an early stage of development at present.Domestic the end of the seventies just begin the development and the production gypsum block, mainly adopt flat-die offhand technology; To 1998, the unit that 9 moulding boxs, production specifications are 500 * 666 * 80mm gypsum hollow block was succeeded in developing.No matter still domestic abroad, the typical process that gypsum block is at present produced is as follows, and referring to Fig. 1, Fig. 1 be certain plastering factory technological process of production of Germany, and it mainly includes metering, stirring, moulding, drying and packs flow process operation such as warehouse-in.Its measurement process is the process of extracting raw material and measuring water gaging by a certain percentage through the conveying worm metering from plaster of paris feed bin, because the plaster of paris
Be plaster of Paris needs water when carrying out the chemical stages of hydration participation, and owing to many-sided reasons such as its quality of the plaster of paris, the required water yield of its hydration is different, general by the thick water gaging that carries out of the mark that is not less than the finished product gypsum; Agitating procedure is the whipping process that after metering raw material directly enters mixer, after this operation, form and have plastic gypsum slurry, the mixer that is adopted in the technology is a low-speed mixer at present, its running number is 200～300 rev/mins, the employing impeller stirs, its mixing time needs 30 seconds, on the one hand because the flowing time of calcium plaster is 1 minute, mixing time is long, give rear portion workshop section such as gypsum moulding remaining time shorter, thereby influence the work of whole technology and the moulding of gypsum, on the other hand because mixing speed is slower, in order to stir into mobile calcium plaster, its amount of water will be than the mark of gypsum thick height, thereby relatively prolonged the drying time of building block after the setting time of calcium plaster and the moulding; Molding procedure is the process that plastic calcium plaster is injected mould and solidifies; Drying process is the process that the heating furnace drying is inserted in the gypsum block of coagulation forming; At last dried molding of gypsum product is packed warehouse-in.Block forming in this technological process has flat-die pouring technology and formwork erection jacking technique.The flat-die pouring technology is owing to adopt the building block mould horizontal positioned, and the calcium plaster waste is serious, and it need take the bigger area of plane between producing, so this technology has been not suitable for modern production.Generally use formwork erection jacking technique equipment now, this technology mainly includes formwork erection moulding and hydraulic lifting two processes.But when reality is used, owing to can't accurately control the initial set and the final setting time of calcium plaster, mostly adopt common time slot to control, presetting period as calcium plaster is not less than 3～6 minutes, final setting time is not more than 30 minutes standard, and in case after adding set retarder or accelerator its setting time just more is difficult to control.It all is the experience setting time parameter during as the moulding of control gypsum that adopts calcium plaster that existing plastering factory produces, or is controlled by operating personnel's perusal.Like this owing to can not support accurately the calcium plaster setting time and to hold, make the interrupted production that whole production can only a mould one mould, production efficiency is lower, and can't accurately guarantee the quality of molding of gypsum building block; Generally per hour can only produce 6 moulds at most, both make above-mentioned advanced production technology shown in Figure 1, a cycle period of its block forming unit also needs 9～15min, promptly per hour can only moulding 4～6 times; And it is because uncontrollable to the calcium plaster setting time of cast model, to cause whole production reasonably to coordinate production, as therefore the batching that is easy to control, material loading and agitating procedure also cause the pause of process, cause the waste of limited calcium plaster flowing time, can not carry out full-automation and produce; Need the more rich staff of experience in process of production and monitor, the staff who needs in the whole process of production is more, and production efficiency is lower, and its production equipment utilization rate reduces greatly.Drying process in this technology has air dry and artificial drying, air dry is subjected to the influence of the thickness of building block and season and environment temperature, humidity, and be 1～3 week general summer, and be 3～6 weeks winter, its drying time is longer, is not suitable for industrialization, large batch of production.Therefore all adopt artificial drying for large-scale plastering factory.Currently used artificial drying method mainly adopts hot-blast stove, the circulating air inlet temperature of this hot stove is controlled at about 230 degree, outlet temperature is controlled at about 130 degree, gypsum block is heated in hot blast Shanghai and is made moisture evaporation in the building block, because gypsum block etc. have determined its surface temperature can not surpass 80 degree at physical features, otherwise will destroy its structure, its drying time is longer, generally need 24 hours, and its temperature is not easy control, it is lower to be dried to power.
The objective of the invention is to control the full-automatic gypsum hollow block production method of controlling of a kind of energy that the whole production beat is proposed at existing defective in moulding that has technological process now and the drying process and according to the setting time of calcium plaster in the facility mould.
Another object of the present invention provides production the facility a kind of and gypsum hollow block that aforementioned production method matches.
The method of production gypsum hollow block of the present invention, include batching and close slurry, moulding, drying and four operations of packing warehouse-in, produce that gypsum hollow block is raw materials used to be closed pulp-water through batching and send out into plastic mobile calcium plaster, should flow calcium plaster through the shaped building-block of moulding by casting, be processed into the gypsum hollow block of finished product again behind drying and the packing warehouse-in; Described batching is closed slurry be the various raw materials that will produce gypsum hollow block through carry, metering by a certain percentage extracts and stirs into uniform compound, quantitatively measure compound and a certain proportion of water again and together carry out high-speed stirred and form the flow process of calcium plaster of plasticity; It is characterized in that: described moulding is that more than one production unit circulation is formed together, solidified the step-by-step movement process that the control method is carried out full-automatic control of gathering by calcium plaster; Described production unit includes preparation, moulding by casting successively and sends three operations, it is interconnected to constitute by the facility of corresponding three operation section numbers, and control centre promotes first facility stepping of each production unit by gypsum sets collection control method control hydraulic system; That its preparatory process has is in place, close lid and unconventional and uninhibited, washing reach back and holds in the palm workshop section; The moulding by casting operation is to inject gypsum block die that is made of casing and the process of solidifying from the plastic mobile calcium plaster that closes pulp grinder, to have lock pin pipe, cast, initial set workshop section; Sending operation is the process that the gypsum block after the moulding is ejected from casing and is transported in the drying process, and it has the workshop section of ejecting and moves workshop section outward.
Fig. 1 is the technological process of production figure of external gypsum block;
Fig. 2 is a general flow chart of the present invention;
Fig. 3 closes the flow chart of slurry process for batching of the present invention;
Fig. 4 is a molding procedure flow chart of the present invention;
Fig. 5 is according to facility operation schematic diagram provided by the present invention;
Fig. 6 is the structural representation of gypsum hollow block moulding facility of the present invention (closing lid and unconventional and uninhibited workshop section);
Fig. 7 is flushing device scheme of installation among the present invention;
Fig. 8 is the structural representation of gypsum hollow block moulding facility of the present invention (lock pin plumber Duan Binghan ejects workshop section);
Electric current curve synoptic diagram over time when Fig. 9 solidifies for calcium plaster.
Referring to Fig. 2, described production method includes batching and closes slurry 1, moulding 2, drying 3 and 4 four operations of packing warehouse-in, produce that gypsum hollow block is raw materials used to be closed slurry 1 water through batching and send out into plastic mobile calcium plaster, should flow calcium plaster through the shaped building-block of moulding by casting 2, be processed into the gypsum hollow block of finished product again behind drying 3 and the packing warehouse-in 4.Again referring to Fig. 3, it is to produce the various raw materials of gypsum hollow block through carrying, measuring by a certain percentage and extract and stir into uniform compound that described batching is closed slurry 1, stored for future use is quantitatively measured compound and a certain proportion of water again and is together carried out the process that high-speed stirred forms the mobile calcium plaster of plasticity.The various raw materials of described production gypsum hollow block include gypsum, cement and relevant additive etc., and it is the plaster of paris that gypsum can adopt plaster of Paris
Cement can adopt the portland cement with suitable label (as 425), also can adopt flyash etc., and its additive is meant correlatives such as the intensity that can change institute's production building block or color, as fibrous matter, tangerine bar, coloured cement etc.They are stored in respectively in separately the feed bin, carry by conveying worm, adopt weigher to measure (down together), by batch mixer (being mixer) various raw materials are stirred into uniform compound, it is stand-by that mixed compound is delivered to blending bunker through belt conveyor again.Ratio between the various raw materials is decided according to the actual requirement of production gypsum hollow block, generally speaking gypsum: cement is 10～20: 2～5, and when adding additive as need, its ratio accounts for about 10% of whole weight.Generally come surely according to the mark of used gypsum is thick entering compound when closing pulp grinder and the ratio between the water, thick as the gypsum mark is 65%, will add by 100 parts of gypsum be lower than 65 parts water (weight).This part technology belongs to mature technology, and present plastering factory all adopts this operation process, does not elaborate at this.
Described high-speed stirred is finished by adopting homogenizer, and the rotating speed of this mixer is 1200～1440 rev/mins.Owing to adopt this homogenizer that land plaster and water are stirred into mobile pulpous state, only need 15 seconds, mixing time than existing low-speed mixer has shortened about 15 seconds at least, thereby guaranteed pure time (flowing time of calcium plaster only is 1 minute generally speaking) required in the casting process, and institute's water requirement is than thick low about 15 percentage point of gypsum mark in stirring, reduce the water content of calcium plaster, correspondingly dwindled the drying time of gypsum block after setting time and the moulding.
At first referring to Fig. 4 and Fig. 5, described moulding 2 is that more than one production unit circulation is formed together, solidified the step-by-step movement process that the control method is carried out full-automatic control of gathering by calcium plaster, it is interconnected to constitute by the facility of corresponding three operation section numbers, and control centre's control hydraulic system promotes first facility stepping of each production unit.Be two parallel assemblings of production unit and work relatively shown in the figure, the transmission that the tail head of these two production units adjusts the conveyer belt of direction and conveyer drive by the rotary indexing machine interconnects; Described hydraulic system can adopt the simple vertical machine that pushes away by hydraulic control.When facility by vertical push away machine and be transported to each workshop section place after, certain pauses working time is arranged on this section, work finishes, and continues to push away forward, enters next workshop section, forward impelling is up to finishing a circulation so length by length, so is referred to as step-by-step movement.Gypsum hollow block moulding facility are by control centre's control and promote it in cyclic track production line cocycle stepping.Again referring to Fig. 6, described facility include frame 101, casing 102, this frame 101 has a horizontal operation face, its bottom is equipped with a roller 103 that can move by its support on the aquatic product trajectory of circular flow, this casing is fixedly mounted on the working face of frame, has apopore 104 on its skirt walls; Be set with the collet 105 that a top is the gypsum hollow block bed die at box house, this collet 105 can slide up and down along interior, on the cabinet wall of collet bottom, has the spacing block of collet 106, the collet bottom has one and promotes the push rod 107 that this collet slides up and down, this push rod 107 passes the through hole on the frame and can move up and down along its through hole, and this push rod is assemblied on the frame.Have a resetting-mechanism 108 between collet and frame working face, this resetting-mechanism 108 is positioned on the frame working face, adopts the cam of driven by motor to constitute generally speaking; When motor is that counterclockwise rotates to cam when being in complete jack-up collet along the haircut direction shown in the figure, the side of its collet is blocked apopore fully, can starch by pouring gypsum this moment, this process is referred to as back holder, otherwise, when apopore exposes fully, collet is supported on the block, promptly position shown in the figure can be washed casing by water under high pressure at this moment, and this process is referred to as unconventional and uninhibited.Unconventional and uninhibited, return holder and can finish by the work that the time is controlled resetting-mechanism 108.When facility ran to corresponding section on the aquatic product trajectory of circular flow, control centre sent the machine operation that command adapted thereto starts resetting-mechanism.
Above-mentioned casing can once be produced the polylith gypsum block, and generally speaking, the gypsum block of being produced is long to be the i.e. three building blocks composition 1m of 500mm for 666mm is wide
2Metope, its thickness can be 60mm, 70mm, 80mm, 90mm and 100mm, therefore cabinets cavity is the cuboid tubular, cavity length is the length of production gypsum block in it, its inner chamber height (the collet upper surface after time holder is to the distance of casing top edge) is the width of production gypsum block, the multiple that its inner chamber thickness is block thickness and the block board thickness sum that is used for the space between adjacent building block.Consider around the gypsum block of being produced to have groove or tenon, the actual length and width and the above-mentioned size of cabinets cavity disagree, and are not described in detail at this.Described casing top has a cover plate 109, be equipped with on this cover plate and produce the required dividing plate 110 of plasterboard, described cover plate can be installed by the groove fit on the casing biside plate inwall, like this, guarantee that dividing plate is unlikely to owing to the extruding of calcium plaster is out of shape in process of production on the one hand, as bent to a lateral bending or be inclined to a side, make the gypsum hollow block produced consistency of thickness up and down; On the other hand when cover plate covers casing, the compartment uniformity that dividing plate is divided cabinets cavity, prevent that the calcium plaster that each compartment is poured into a mould from interpenetrating, produce unfilled corner or form pore, thereby further guarantee the quality of the gypsum hollow block produced, thickness evenly, surfacing and corner angle are straight.When covering cover plate on casing, can the mould that whole gypsum block is produced be washed, to guarantee the production of building block for the second time, this process is referred to as to close lid.This closes the process of lid is to be finished by the corresponding machine of lid that closes of corresponding section, and this closes the machine of lid and includes and be used to pick up picking up mechanism and drive and picking up the power set that mechanism moves up and down of cover plate, as motor or hydraulic system.
In order to guarantee that cover plate covers more exactly on the casing on the corresponding section, place, four bights outside casing is provided with lead 111, has the pilot hole 112 that lead passes on the cover plate of corresponding lead, make like this that to close lid rapider, prevented that automatic control from closing the bias phenomenon that occurs in the process of lid and taking place.
For the ease of moving of cover plate, on the cover board has the handle that matches with the grasping mechanism of the machine of uncapping, the technology employing prior art of relevant this respect.
For the ease of carrying out next shaping work, on the cover plate of each compartment that constitutes by dividing plate, has high pressure water washing mouth 113 respectively towards Xian's casing.
Above-mentioned described production unit includes preparation, moulding by casting successively and sends three operations.Later referring to Fig. 4, each dashed rectangle is represented an operation among the figure again, its preparatory process be in place, close lid and unconventional and uninhibited, washing reach back and holds in the palm workshop section.T0 in place is meant that the facility that will produce gypsum hollow block are sent to the place that begins of each production unit, the beginning that gypsum block is just produced.Close lid and unconventional and uninhibited section T1 along with gypsum block moulding facility run to forward on the production line of cyclic track, the both sides of corresponding facility are equipped with a location mechanism outside the cyclic track at this section place, and the moulding facility are the detent mechanism location at section place thus; In the machine work of covering of closing that moves above the section place so far, the cover plate of facility is covered on facility, meanwhile, resetting-mechanism can be decontroled promptly unconventional and uninhibited to the support of collet by the optoelectronic switch induced signal control at this section place, collet because its weight and when flushing water under high pressure the pressure effect under will be displaced downwardly to the block place, collet falls, and exposes the apopore of casing, be convenient to wash the discharge of sewage, sewage can utilize once more by purified treatment.Again referring to Fig. 6, described detent mechanism 114 is positioned on this cyclic track both sides, section place, it is the horizontal location mechanism of an employing HYDRAULIC CONTROL SYSTEM, can, piston rod (as shown in the figure) as piston promotion in the hydraulic cylinder, this control procedure can adopt the optoelectronic switch induced signal at this section place to control separately, controlling the detent mechanism of the left and right sides simultaneously locatees along the synchronous operation of direction shown in the haircut among the figure and to facility, the time of staying t of these facility on this section is by the control of control centre, in order to guarantee the coordinated operation of whole flow process, the time of staying on each section is identical, i.e. whole service is 1 minute by certain beat operation as pitch time t.Because the performance of gypsum raw material etc. is difference to some extent, the setting time on the calcium plaster moulding by casting operation section of back disagrees, and this control centre adopts the control method of solidifying of calcium plaster to control the operation beat of whole technology.After He Gai and time holder, the moulding facility promote it along track stepping forward by control centre's control, enter flushing and reach back the holder T2 of workshop section, place control centre of this workshop section send instruction make location and installation above this section place flushing device (washer) work and to the casing flushing, its washing time is a beat t.Referring to Fig. 7, described flushing device includes the universal fountain head 201 of corresponding number and the magnetic valve 202 that is attached thereto and the high pressure sump (high-pressure hydraulic pump) 203 that links to each other by flexible pipe that can pass in the rinse mouth insertion respective compartment, magnetic valve is controlled by control centre, this universal fountain head 201 is positioned on the frame plate 204 regularly, and this frame plate 204 is driven by the drive unit 205 that is installed in the top of this section correspondence position.The work of this drive unit can be controlled by control centre.The position of adjusting fountain head by drive unit makes it rinse mouth that should the section place and inserts casing, after flushing finishes, and closed electromagnetic valve, drive unit is counter works and resets, and is convenient to flushing next time.After flushing finished, resetting-mechanism resetted and promptly returns holder, in order to guarantee that flushing smoothly, also can be equipped with horizontal location mechanism at this section.
Described moulding by casting operation is to inject by gypsum block die that casing constituted and the process of solidifying from the plastic mobile gypsum slurry of closing pulp grinder, to have the lock pin pipe, pour into a mould and solidify workshop section.In order to produce building-block, before calcium plaster injects, must insert the core pipe in casing, be referred to as the lock pin pipe on technology, described lock pin plumber section T3 drives core-pulling device by control centre's control hydraulic system to insert in the casing core pipe and the process that constantly turns round.Referring to Fig. 8, described core-pulling device includes loosing core of hydraulic system 301 drivings and coils 302, turns the motor sprocket mechanism 304 that being positioned on drawing core pipe 303 in the dish of loosing core, being positioned on driving drawing core pipe rotation in the dish of loosing core.The described dish of loosing core can directly link to each other with the piston rod of hydraulic system, and inserts in the casing drawing core pipe or extraction by the piston rod driving; Drawing core pipe can be positioned on the dish of loosing core rotationally by bearing; Described motor sprocket mechanism includes the motor that is positioned in the dish of loosing core, the drive sprocket of driven by motor, and by chain link to each other with drive sprocket and be positioned on each core pipe by movable sprocket, when machine operation, the rotation of drive drive sprocket, thereby each core pipe is rotated by chain, because the core pipe is arranged by rows, its row's number is consistent with one-time formed building block number, therefore more complicated when motor-driven core pipe turns round, when reality is used, can add intermediary's sprocket wheel at drive sprocket and between by movable sprocket, this process is general mechanical transmission course, does not describe in detail at this.
Enter next T4 of casting area of workshop section again after the core pipe is inserted well, cast is to be injected the process of corresponding block forming compartment by press pump and casting equipment by the plastic mobile calcium plaster that stirs that closes pulp grinder.Described casting equipment is installed with the installation of flushing device similar, and the water pipe that is not both becomes the calcium plaster pipe, and high-pressure pump adopts general pump, does not describe in detail at this.Calcium plaster solidifies beginning in the time of cast, therefore pours into a mould the drive motors that can start the core pipe simultaneously at the beginning the core pipe is constantly turned round, and forms building-block.For the ease of distinguishing, calcium plaster poured into a mould to finish fully begin T5 for initial set workshop section.Being in the running that does not stop at the drive motors of initial setting of plaster slip workshop section core pipe begins up to next workshop section.In order to improve timeliness, its initial set workshop section can establish a plurality of, is two among the figure.
Because calcium plaster is from the change procedure of flow regime-thick shape, friction between core pipe and the gypsum slurry is in continuous variation, when flow regime, frictional resistance is less, along with solidifying of calcium plaster, the calcium plaster that flows is more and more thicker, it is big that resistance between them becomes, since the core pipe constantly moving change and extruding around gypsum slurry form one hollow, resistance when calcium plaster is solidified to certain state between core pipe and the hollow wall (calcium plaster solidifies formed) will diminish once more, accurately judge the setting time of calcium plaster according to this phenomenon and the related parameter that has of gathering influence thus, and thus by control centre control whole each section of technology actual beat.This method is called calcium plaster and solidifies the control method of gathering.
It is that gypsum hollow block calcium plaster in the process of loosing core constantly solidifies, retrogradation by gathering that described calcium plaster solidifies collection control method, and its electric current, voltage change were accurately located the method for initial setting of plaster slip, final setting time when power output drove the drawing core pipe running.Can directly gather electric current on the motor circuit that drives the running of core pipe, voltage etc. when it is gathered related parameter is arranged.Referring to Fig. 9, calcium plaster is in the flow regime process, and its electric current is basicly stable, along with its retrogradation constantly, its electric current descends, and when dropping to low ebb, it is initial set that calcium plaster begins to solidify, in the initial set process, electric current becomes greatly gradually, when tending to mild once more, promptly begins final set.Running parameter when solidifying by collection is passed to control centre, is controlled the beat of whole flow process by control centre.Overcome all defect noted earlier by adopting calcium plaster to solidify collection control method, guaranteed product quality, improved efficient.
When design, the design pitch time t of each workshop section is one minute; And gypsum block is produced the real work beat t` of each workshop section in the whole technical process and is controlled by control centre.When the presetting period of calcium plaster was not less than 1 minute, t` was greater than t, and the normal control of control centre can not influence the work of each workshop section; When presetting period of calcium plaster during less than 1 minute, t` is less than t, and it is to control in 1 minute that control centre adopts beat.The control principle of control centre is as follows: this control centre controls by circuit, mainly includes sensing circuit, data latches, and the power output control circuit of each utensil work of control of the Acquisition Circuit of central controller CPU, acquisition parameter of singlechip chip and relevant sensor; Acquisition Circuit and sensing circuit are passed to central controller CPU with the parameter of collection or the signal of induction, after central controller CPU comparison process, send instruction and make power output control circuit work, start the electromagnetic switch of each work implement and make corresponding utensil work by data latches.This part technology is a mature technology, no longer elaborates.
After initial setting of plaster slip was finished, the core pipe was extracted out, and the stepping subsequent processing is promptly sent operation again, and this operation is the process that the gypsum block after the moulding is ejected from casing and is transported in the drying process, and it has the T6 of the workshop section of ejecting and moves the T7 of workshop section outward.When facility enter this section, the machine that ejects at this section place receives instruction building block is ejected, again referring to Fig. 8, below this section place casing push rod 107, be provided with a hydraulic means, promptly the machine of ejecting is a hydraulic control system, directly promote push rod by hydraulic cylinder piston rod, thereby make the push rod top that collet, the collet in type building block in top, dividing plate and one of cover plate are ejected (haircut direction among the figure); In order to guarantee the smooth of the work of ejecting, the both sides of corresponding facility are equipped with a location mechanism outside the cyclic track at section place, this detent mechanism is the level and the perpendicular positioning mechanism of an employing HYDRAULIC CONTROL SYSTEM, to guarantee when ejecting, frame is motionless, and the principle of visiting perpendicular positioning mechanism is identical with horizontal location mechanism.By the fixture block machine one or two of the building blocks between cover plate, dividing plate and dividing plate are pressed from both sides out when ejecting certain altitude such as during 20CM, the machine of ejecting resets, facility move the T7 of workshop section outside stepping to again then, and moving outward is the process of each the shaping building block level between dividing plate being released and moved to drying process.Close the machine of lid this moment and cover plate is clamped be transported to cover section position place, close formation one circulation corresponding synchronously of the machine of lid and each section with each section.
Because plastering is when moulding, the consumption of water accounts for 65% of plaster of Paris consumption, will participate in except that about 20% the hydration and hardening course of reaction, and the water of remainder all will evaporate away basically, and its evaporation of water is finished by drying process.Described drying is to adopt hot cool-drying method, have high temperature section, low-temperature zone, high temperature section is the process that the gypsum block after the moulding is heated up, the operating temperature of this high temperature section is 200 degree～300 degree, low-temperature zone is controlled at normal temperature and constantly extracts moisture out by taking out warm machine, and its humidity controls about 20% or lower.It is specific as follows: the molding of gypsum building block is transported to high temperature section heats, and 3～4 hours, the temperature of gypsum block rose near 80 degree; Deliver to low-temperature zone outward and carry out heat extraction, 2 hours, the building block temperature was reduced to normal temperature, and its degree of drying reaches more than 60%.And then carry out once the cold circulation of identical heat, promptly drying finishes.Its dry base reason mainly is that the outside diffusion ratio of hot moisture molecule (existing heating furnace) diffusion under equality of temperature in its building block is faster at low temperatures in the high temperature building block, be about 12 hours whole drying time, reduce greatly drying time than existing hot-blast stove, be 24 hours existing drying time, reduced by 50%, improved finished product efficient.
The packing warehouse-in no longer explains at this for existing technology.
Production method of the present invention is owing to adopt the step-type mode of production, the parallel installation of production unit, and production technology is simple, the production scale of investment of founding the factory is little.And adopting control building block unit automatically, scale of investment is little.By the drawing core pipe processing of loosing core, make the surface density of building block bring up to 100kg/m
2, greater than the surface density (90kg/m of solid block
2), strengthened the sound insulation property of building block, have broad application prospect.
Claims (8)
1, a kind of method of producing gypsum hollow block, described production method includes batching and closes slurry (1), moulding (2), dry (3) and (4) four operations of packing warehouse-in, produce that gypsum hollow block is raw materials used to be closed slurry (1) water through batching and send out into plastic mobile calcium plaster, should flow calcium plaster through the shaped building-block of moulding by casting (2), be processed into the gypsum hollow block of finished product again behind drying (3) and the packing warehouse-in (4); Described batching is closed slurry (1) be the various raw materials that will produce gypsum hollow block through carry, metering by a certain percentage extracts and stirs into uniform compound, quantitatively measure compound and a certain proportion of water again and together carry out high-speed stirred and form the flow process of calcium plaster of plasticity; It is characterized in that: described moulding is that more than one production unit circulation is formed together, solidified the step-by-step movement process that the control method is carried out full-automatic control of gathering by calcium plaster; Described production unit includes preparation, moulding by casting successively and sends three operations, it is interconnected to constitute by the facility of corresponding three operation section numbers, and control centre promotes first facility stepping of each production unit by gypsum sets collection control method control hydraulic system; That its preparatory process has is in place, close lid and unconventional and uninhibited, washing reach back and holds in the palm workshop section; The moulding by casting operation is to inject gypsum block die that is made of casing and the process of solidifying from the plastic mobile calcium plaster that closes pulp grinder, to have lock pin pipe, cast, initial set workshop section; Sending operation is the process that the gypsum block after the moulding is ejected from casing and is transported in the drying process, and it has the workshop section of ejecting and moves workshop section outward.
2, production method according to claim 1, it is characterized in that: it is that gypsum hollow block calcium plaster in the process of loosing core constantly solidifies, retrogradation by gathering that described calcium plaster solidifies collection control method, and its electric current, voltage change were accurately located the method for initial setting of plaster slip, final setting time when power output drove the drawing core pipe running.
3, production method according to claim 1 and 2, it is characterized in that: drying is to adopt hot cool-drying method, have high temperature section, low-temperature zone, high temperature section is the process that the gypsum block after the moulding is heated up, the operating temperature of this high temperature section is 200 degree～300 degree, low-temperature zone is controlled at normal temperature and constantly extracts moisture out by taking out warm machine, and its relative humidity is controlled at about 20% or lower; It is specific as follows: the molding of gypsum building block is transported to high temperature section heats, and 3～4 hours, the temperature of gypsum block rose near 80 degree; Deliver to low-temperature zone outward and carry out heat extraction, 2 hours, the building block temperature was reduced to normal temperature, and its degree of drying reaches more than 60%; And then carry out once the cold circulation of identical heat, promptly drying finishes; Be about 12 hours whole drying time.
4, production method according to claim 1 is characterized in that: described high-speed stirred is finished by adopting homogenizer, and the rotating speed of this mixer is 1200～1440 rev/mins.
5, production method according to claim 1 is characterized in that: the both sides of corresponding facility are equipped with a location mechanism outside the cyclic track that closes lid and unconventional and uninhibited section place, and this detent mechanism is the horizontal location mechanism of an employing HYDRAULIC CONTROL SYSTEM.
6, production method according to claim 1 is characterized in that: the both sides of corresponding facility are equipped with a location mechanism outside the cyclic track that ejects the section place, and this detent mechanism is the level and the perpendicular positioning mechanism of an employing HYDRAULIC CONTROL SYSTEM; Below this section place casing push rod 107, be provided with a hydraulic means.
7, a kind of gypsum hollow block moulding facility, include frame (101), casing (102), this frame (101) has a horizontal operation face, its bottom is equipped with a roller (103) that can move by its support on the aquatic product trajectory of circular flow, this casing is fixedly mounted on the working face of frame, it is characterized in that: have apopore (104) on the skirt walls of casing; Be set with the collet that a top is the gypsum hollow block bed die (105) at box house, this collet (105) can slide up and down along interior, have the spacing block of collet (106) on the cabinet wall of collet bottom, the collet bottom has one and promotes the push rod (107) that this collet slides up and down; Have a resetting-mechanism (108) between collet and frame working face, described casing top has a cover plate (109), is equipped with on this cover plate to produce the required dividing plate (110) of plasterboard.
8, facility according to claim 7, it is characterized in that: the place, four bights outside casing is provided with lead (111), have the pilot hole (112) that lead passes on the cover plate of corresponding lead, on the cover plate of each compartment that constitutes by dividing plate, have high pressure water washing mouth (113) respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB011421894A CN1178775C (en) | 2001-09-17 | 2001-09-17 | Method and apparatus for producing gypsum hollow block |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB011421894A CN1178775C (en) | 2001-09-17 | 2001-09-17 | Method and apparatus for producing gypsum hollow block |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1408521A true CN1408521A (en) | 2003-04-09 |
| CN1178775C CN1178775C (en) | 2004-12-08 |
Family
ID=4676687
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB011421894A Expired - Fee Related CN1178775C (en) | 2001-09-17 | 2001-09-17 | Method and apparatus for producing gypsum hollow block |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1178775C (en) |
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101439539B (en) * | 2008-12-26 | 2010-12-08 | 武汉龙之源脱硫石膏开发利用有限公司 | Full automatic machine for forming plaster mould box |
| CN102628303A (en) * | 2012-05-10 | 2012-08-08 | 镇江奥力聚氨酯机械有限公司 | Continuous production method for aerated concrete sandwiched polyurethane foam building blocks |
| CN103216059A (en) * | 2013-03-14 | 2013-07-24 | 牛智勇 | Automatic production system for heat-insulating and decoration integrated boards |
| CN104162933A (en) * | 2013-05-20 | 2014-11-26 | 深圳市科耐乐新材料有限公司 | Automatic production line for manufacturing high-performance decorating plates by using recycled materials |
| CN104369271A (en) * | 2014-11-07 | 2015-02-25 | 重庆市綦江区公信建材有限公司 | Gypsum hollow block preparing production line |
| CN105799053A (en) * | 2016-05-27 | 2016-07-27 | 四川金兰帛科技有限公司 | Intelligent production line for hollow gypsum bricks |
| CN104608237B (en) * | 2014-12-20 | 2016-09-07 | 佛山市南海鑫隆机工机械有限公司 | A kind of porcelain tool automatic moulding production line and control method thereof |
| CN106760112A (en) * | 2016-12-19 | 2017-05-31 | 赵建华 | Plaster mould box and prepare the special production line of plaster mould box |
| CN114789497A (en) * | 2021-12-31 | 2022-07-26 | 广东天凛高新科技有限公司 | 3D printing wall manufacturing method |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102672816B (en) * | 2012-05-08 | 2014-12-17 | 应明 | Gypsum building block shaping machine |
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2001
- 2001-09-17 CN CNB011421894A patent/CN1178775C/en not_active Expired - Fee Related
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101439539B (en) * | 2008-12-26 | 2010-12-08 | 武汉龙之源脱硫石膏开发利用有限公司 | Full automatic machine for forming plaster mould box |
| CN102628303A (en) * | 2012-05-10 | 2012-08-08 | 镇江奥力聚氨酯机械有限公司 | Continuous production method for aerated concrete sandwiched polyurethane foam building blocks |
| CN102628303B (en) * | 2012-05-10 | 2014-07-30 | 镇江奥力聚氨酯机械有限公司 | Continuous production method for aerated concrete sandwiched polyurethane foam building blocks |
| CN103216059A (en) * | 2013-03-14 | 2013-07-24 | 牛智勇 | Automatic production system for heat-insulating and decoration integrated boards |
| CN103216059B (en) * | 2013-03-14 | 2015-09-30 | 牛智勇 | Heat insulation decoration integrated plate Automatic Production System |
| CN104162933A (en) * | 2013-05-20 | 2014-11-26 | 深圳市科耐乐新材料有限公司 | Automatic production line for manufacturing high-performance decorating plates by using recycled materials |
| CN104369271A (en) * | 2014-11-07 | 2015-02-25 | 重庆市綦江区公信建材有限公司 | Gypsum hollow block preparing production line |
| CN104608237B (en) * | 2014-12-20 | 2016-09-07 | 佛山市南海鑫隆机工机械有限公司 | A kind of porcelain tool automatic moulding production line and control method thereof |
| CN105799053A (en) * | 2016-05-27 | 2016-07-27 | 四川金兰帛科技有限公司 | Intelligent production line for hollow gypsum bricks |
| CN106760112A (en) * | 2016-12-19 | 2017-05-31 | 赵建华 | Plaster mould box and prepare the special production line of plaster mould box |
| CN114789497A (en) * | 2021-12-31 | 2022-07-26 | 广东天凛高新科技有限公司 | 3D printing wall manufacturing method |
| CN114789497B (en) * | 2021-12-31 | 2023-08-15 | 广东天凛高新科技有限公司 | 3D printing wall manufacturing method |
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|---|---|
| CN1178775C (en) | 2004-12-08 |
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