CN207240468U - Pressure forming brick process units - Google Patents

Abstract

A kind of pressure forming brick process units, belongs to heat insulation building block process units technical field.Wet feed is sent into the hopper (201) of the pressure forming brick process units by dispensing and material device；Hydraulic cylinder (211) promotes bottom plate (219) to be shelved on the bed die (220)；Mould is rested on the bottom plate；Wet feed is simultaneously sent into mould (218) by material distributing machine and secondary agitation case (203) stirring, shaping in second hydraulic cylinder (214) band dynamic head (216) press-in die (218), bed die (220) makes molding product (pressure forming brick by vibration, namely heat insulation building block) and mould, transport to movement system.The utility model is stronger, more stable for the heat insulation building block brick intensity of raw material production using slag；Physics mode pressure forming one promotes building block to shrink, and building block brick structure is more closely knit, strengthens the stability of building block.The utility model can reduce cost with automatic continuous production, improve waste utilization level, environmental protection, has good market application foreground.

Description

Pressure forming brick process units

Technical field

It the utility model is related to a kind of pressure forming brick process units, more particularly to a kind of self-insurance for utilizing slag as raw material Warm building block process units, belongs to heat insulation building block process units technical field.

Background technology

Pressure forming brick is a kind of hollow heat insulation building block, the hollow middle addition insulation of the heat insulation building block main body building block Core material forms heat insulation building block brick.On the market, heat insulation building block brick is mainly made of main body building block, heat-preserving core etc..Self-insurance Warm building block brick wants the advantages that fast to have significant market in construction market with its energy conservation and environmental protection, heat resistance height, speed of application.Applicant A kind of method using slag for the production heat insulation building block brick of raw material is provided, is built currently with slag for the self-heat conserving of raw material Block brick does not have also --- using slag for raw material building block brick intensity is stronger, stability is more preferable, the application heat insulation building block (pressure Mould brick) mainly using slag as raw material, reduce the use to cement, reduce cost, improve waste utilization level, money Source is saved, environmental protection, and with good economic efficiency.

At present yet without raw for the heat insulation building block pressure forming (pressure forming brick process units) of raw material using slag Produce device.

Utility model content

The purpose of this utility model is to provide a kind of pressure forming brick process units.The pressure forming brick process units will be raw Production raw material (wet feed) is pressed into heat insulation building block by cylinder pressure (especially with the raw materials for production after pretreatment of slag).(from Insulation blocks pressure forming process units).

A kind of pressure forming brick process units, the heat insulation building block brick production process mainly generally comprise：Dispensing and expected Journey-(heat insulation building block) binder forming process etc. (alternatively, dispensing and material process-(heat insulation building block) binder forming process- Steam-cured process-the injection moulding process of steam (and/or foaming process-sawing machine process)-heat insulation building block brick-stacking)；Here institute One of raw materials for production that the raw materials for production said are the slags to be obtained after the pretreatment such as crusher in crushing, ball mill ball milling () And the raw materials for production such as cement, additive (other raw materials for production)；Dispensing and material device are in advance prepared raw materials for production by proportioning Transported to material good luck in the receiving hopper of pressure forming apparatus；The device contains：

Bottom plate shipping platform, receiving hopper, quadrant valve, material distributing machine and secondary agitation case, first reducing motors, chain, gear, Agitating shaft, second hydraulic cylinder, synchronising (connecting) rod, pressure head, guiding axis, mould, bottom plate, bed die, the 3rd hydraulic cylinder, the second deceleration electricity Machine, second gear, the 3rd decelerating motor, travelling belt etc.；Receiving hopper, material distributing machine and secondary agitation case, guiding axis, second gear All on the frame (pedestal) of the pressure forming apparatus, the side of frame (pedestal) be provided with receiving hopper, material distributing machine and Secondary agitation case, the opposite side of frame are provided with second hydraulic cylinder, synchronising (connecting) rod, pressure head, guiding axis, mould, bed die, the second tooth Wheel, receiving hopper have quadrant valve, and quadrant valve control receiving hopper discharges, and is material distributing machine and secondary agitation below the quadrant valve of receiving hopper Case, material distributing machine and secondary agitation case contain hydraulic cylinder, machine connecting rod, secondary agitation case, and hydraulic cylinder and the machine connecting rod is installed on pressure On the frame of power molding machine, hydraulic cylinder drives the secondary agitation case side-to-side movement by machine connecting rod；Have outside secondary agitation case Chain, gear, there is agitating shaft in secondary agitation case, and first reducing motors rotation-chain-gear-agitating shaft turns It is dynamic --- continue to stir wet feed in secondary agitation case；Bottom plate shipping platform, institute are arranged at the lower part of the pressure forming apparatus frame State bottom plate shipping platform to be made of first hydraulic cylinder and its delivery chain with bayonet, the bottom plate transport of the pressure forming apparatus Especially also contain floor box on platform, floor box is used to store bottom plate, is had the gap between floor box and shipping platform, bottom plate falls On the shipping platform, first hydraulic cylinder promotes the delivery chain movement on shipping platform to transport bottom plate thereon to the bottom Above mould；(in follow-up process, bottom plate will continue to be pushed on the travelling belt of the 3rd decelerating motor and travelling belt)； Also contain protection network on the frame of pressure forming apparatus, the effect of the protection network is to ensure material distributing machine and secondary agitation case on a left side During right movement, the safety of the outer operating personnel of machine；The synchronising (connecting) rod of second hydraulic cylinder is connected with pressure head, and guiding axis is installed on described On the frame of pressure forming apparatus, pressure head is driven by second hydraulic cylinder and is moved up and down on guiding axis；Mould and the 3rd hydraulic cylinder It is connected, the second gear is installed on the frame of the pressure forming apparatus, band of the mould in the 3rd hydraulic cylinder Moved up and down under dynamic by the track of second gear, when bottom plate is promoted by the bottom plate shipping platform and is shelved on bed die, the 3rd Hydraulic cylinder drives the mould to be placed on above the bottom plate；The second reducing motors can drive the bed die to vibrate, bottom The product that the mould vibration-back plate vibration-vibration demoulding-pressure forming obtains can be demoulded from mould come out-to be retained on bottom plate； Bottom plate is continued to press on by bottom plate shipping platform and is placed on travelling belt；At this time, the 3rd Hydraulic Cylinder mould rises, and second Also band dynamic head rises hydraulic cylinder；3rd decelerating motor can drive the heat insulation building block of travelling belt movement by bottom plate and thereon It is conveyed to movement system.The second hydraulic cylinder can at least provide 8Mpa pressure above, can preferably provide 8Mpa-10Mpa The hydraulic cylinder of pressure.

The utility model provides a kind of pressure forming brick process units, and (brick, that is, heat insulation building block), which can give birth to Insulation blocks are originated from, are especially produced to utilize slag as the heat insulation building block of raw material, heat insulation building block (brick) intensity of production It is stronger, more stable.The utility model reduces cost, improves waste utilization level, economizes on resources, environmental protection, and with good Economic benefit.The pressure forming apparatus promotes the contraction of building block, makes building block brick structure more by physics mode pressure forming Encryption is real, enhances the stability of building block.The utility model has good market competition benefit (cost performance) and promotion prospect.

Brief description of the drawings

Fig. 1 is the structure diagram (containing dispensing and material device 1) of the utility model.

Fig. 2 is a kind of movement system apparatus structure schematic diagram of the utility model.(movement system is by elevator 3, primary and secondary Car 4 forms) Fig. 2 (a) is elevator positive structure schematic (front view), Fig. 2 (b) is main-auxiliary vehicle structure diagram.

Fig. 3 is a kind of 5 structure diagram of steam steam curing device of the utility model.

Fig. 4 is a kind of 6 structure diagram of injection moulding apparatus (retracting device containing bottom plate) of the utility model.

Embodiment

The utility model is further illustrated with reference to the accompanying drawings and examples.Embodiment is to illustrate the utility model, and It is not limitation the utility model.

Embodiment 1

Complete set heat insulation building block brick process units contains dispensing and material device 1, pressure forming brick process units 2, turns Fortune system, steam steam curing device 5, injection moulding apparatus 6 etc..Raw materials for production mentioned here are slags by crusher in crushing, ball milling The raw materials for production such as the raw materials for production and cement, additive that are obtained after the pretreatment such as machine ball milling.

Fig. 1 is the structure diagram (containing dispensing and material device 1) of the utility model.In figure, 101-1# hoppers, 102-2# material Bucket, 103-1# belt feeders, 104-2# belt feeders, 105- collect hopper, 106-3# belt feeders, 107- lifting hoppers, 108- liftings Slideway, 109- hoist engines, the first mixers of 110-, the first Electrohydraulic push rods of 111-, 112- the first mixer discharge ports, 113- wet feeds Hopper, 114-4# belt feeders；201- receiving hoppers, 202- quadrant valves, 203- material distributing machines and secondary agitation case, 204- first slow down electricity Machine, the first chains of 205-, 206- first gears, 207- agitating shafts, 208- directive wheels, 209- protection networks, 210- floor box, 211- first hydraulic cylinders, 212- d-axis, 213- connecting rods, 214- second hydraulic cylinders, 215- synchronising (connecting) rods, 216- pressure heads, 217- are led To axis, 218- moulds, 219- bottom plates, 220- bed dies, the 3rd hydraulic cylinders of 221-, 222- second reducing motors, 223- second gears, The 3rd decelerating motors of 224-, 225- travelling belts.As shown in the figure, dispensing and material device contain 1# hoppers 101,2# hoppers 102,1# Belt feeder 103,2# belt feeders 104, collect hopper 105,3# belt feeders 106, lifting hopper 107, lifting slideway 108, hoist engine 109th, the first mixer 110, the first Electrohydraulic push rod 111, the first mixer discharge port 112, wet feed hopper 113,4# belt feeders 114 Deng；1# hoppers 101,2# hoppers 102,1# belt feeders 103,2# belt feeders 104, collect hopper 105 all be installed on pedestal on, here The charging of 1# hoppers 101,2# hoppers 102 can be loading machine putting in advance by matching weighted various raw materials for production and load Enter different hoppers, provide here another --- can also be that loading machine is put into raw materials for production loading in hopper, which contains There is automatic gauge weighing device, which can automatically weigh according to the setting of formulation ratio and be automatically added to match somebody with somebody The raw materials for production of weight/power ratio (to 1# hoppers 101, the respective belt feeder of 2# hoppers).The automatic gauge weighing device can be sharp horse (Fujian) electric appliance Manufacturing Co., Ltd weighing sensor, model：RM-S2000；Either, Shandong win it is large build peace electrically limited public affairs Department, model：PLY300 batching controllers.The automatic gauge weighing device causes the utility model can be with automatic continuous production. 1# hoppers 101,2# hoppers 102 install 1# belt feeders 103,2# belt feeders 104,1# belt feeders 103,2# belt feeders separately below 104 are installed below and collect hopper 105, collect hopper 105 and 3# belt feeders 106 are installed below；3# belt feeders 106 transport raw material and give Hopper 107 is lifted, lifting hopper 107 is installed on lifting slideway 108, and lifting hopper 107 can be by by lifting slideway from low Eminence is arrived in place's lifting, and the eminence (rear end) of lifting slideway 108 has hoist engine 109, the life that hoist engine 109 will be lifted in hopper 107 Production raw material is poured in the first mixer 110, and there are the first Electrohydraulic push rod 111, the first Electrohydraulic push rod 111 in 110 side of the first mixer The discharging of the first mixer discharge port 112 is controlled, the lower section of the first mixer discharge port 112 is wet feed hopper 113, i.e. first stirs Machine discharge port 112 is mixed under the control of the first Electrohydraulic push rod 111, will can be stirred by first mixer 110 is stirred Raw materials for production further discharge to wet feed hopper 113, and the lower section of wet feed hopper 113 is 4# belt feeders 114, and 4# belt feeders 114 will be wet In the receiving hopper 201 of pressure forming brick process units 2 shown in material feeding.

The pressure forming brick process units 2 containing receiving hopper 201, quadrant valve 202, material distributing machine and secondary agitation case 203, First reducing motors 204, the first chain 205, first gear 206, agitating shaft 207, directive wheel 208, protection network 209, floor box 210th, bottom plate shipping platform, d-axis 212, connecting rod 213, second hydraulic cylinder 214, synchronising (connecting) rod 215, pressure head 216, guiding axis 217, Mould 218, bottom plate 219, bed die 220, the 3rd hydraulic cylinder 221, second reducing motors 222, second gear the 223, the 3rd are slowed down electric Machine 224, travelling belt 225 etc.；Receiving hopper 201, material distributing machine and secondary agitation case 203, protection network 209, d-axis 212, guiding axis 217th, second gear 223 is all on the frame of the pressure forming apparatus；The frame is divided into the left and right sides, side installation There are receiving hopper 201, material distributing machine and secondary agitation case 203, protection network 209, opposite side is provided with d-axis 212, connecting rod 213, second Hydraulic cylinder 214, synchronising (connecting) rod 215, pressure head 216, guiding axis 217, mould 218, bed die 220, second gear 223 etc.；Receiving hopper 201 have quadrant valve 202, and the quadrant valve 202 controls the discharging of receiving hopper 201, and the lower section of the quadrant valve 202 of receiving hopper 201 is The secondary material distributing case of material distributing machine and secondary agitation case 203, the material distributing machine and secondary agitation case 203 contain hydraulic cylinder (in figure not Label), machine connecting rod, secondary agitation case, the hydraulic cylinder is Japanese sun TAIYO100Z-1 hydraulic cylinders, the hydraulic cylinder and machine Connecting rod is installed on the frame of the pressure forming apparatus, and the hydraulic cylinder drives described secondary agitation case or so by machine connecting rod Movement；There are the first chain 205, first gear 206 outside the secondary agitation case, there is agitating shaft 207, institute in the secondary agitation case It can be CPG Series Motors to state first reducing motors 204, bright nation CPG decelerating motors CH750-30S or CH750-80S, institute Stating first reducing motors 204 drives the first chain 205 to move, and the first chain 205 drives first gear 206 to rotate, first gear 206 drive the agitating shaft 207 to rotate；Have between material distributing machine and the frame of secondary agitation case 203 and the pressure forming apparatus Directive wheel 208, the effect of the directive wheel are to be used to ensure that the secondary agitation case is horizontal movement；The pressure forming apparatus Material distributing machine and secondary agitation case 203 also are covered containing protection network 209 on frame, the effect of the protection network 209 is to ensure cloth The safety of machine and secondary agitation case 203 staff outside machine in side-to-side movement.The lower frame of the pressure forming apparatus There is bottom plate shipping platform, the bottom plate shipping platform is made of first hydraulic cylinder 211 and its delivery chain with bayonet；Especially , also have floor box 210 on the bottom plate shipping platform, bottom plate 219 can be stored in floor box 210, bottom plate falls described On bottom plate shipping platform, transport is promoted to the bed die 220 of pressure forming apparatus by the bottom plate shipping platform；Bottom plate 219 can To continue to release；First hydraulic cylinder can be that hydraulic pressure electromechanics Co., Ltd, model are filled with Shanghai：Y-BE80 high pressure vane pumps, That is every piece of bottom plate moves successively in the promotion of first hydraulic cylinder 211 on the delivery chain of bottom plate shipping platform --- by band bayonet Delivery chain be sent to successively above the bed die of right side；(bottom plate 219 on right side bed die 220 will be in subsequent handling Continued to press on again by the bottom plate on the delivery chain with bayonet and enter next process)；D-axis 212 is installed on the pressure On the frame of power molding machine 2, d-axis 212 is connected by connecting rod 213 with second hydraulic cylinder 214；The synchronization of second hydraulic cylinder 214 Connecting rod 215 is connected with pressure head 216, and synchronising (connecting) rod 215 can be flexibly connected mould 218, guiding axis 217 be installed on the pressure into On the frame of type device, pressure head 216 is driven by (by) second hydraulic cylinder 214 and is moved up and down on guiding axis 217, the pressure head 216 lower sections are moulds 218；The mould 218 is connected with the 3rd hydraulic cylinder 221, and the second gear 223 is installed on described On the frame of pressure forming apparatus, the mould 218 presses the rail of second gear 223 under the drive of the 3rd hydraulic cylinder 221 Mark moves up and down；3rd hydraulic cylinder 221 can also be that e.g., hydraulic pressure electromechanics Co., Ltd, model are filled with Shanghai：Y-BE80 High pressure vane pump.The mould 218 can promote pressure head 216 in the drive up of the 3rd hydraulic cylinder 221, pressure head 216 Second hydraulic cylinder 214 can retract and up move；Bottom plate 219 can be shelved on mould 218 by (first hydraulic cylinder 211 promotes) On the bed die 220 of lower section；The second reducing motors 222 drive the bed die 220 to vibrate, and bed die 220 vibrates-and bottom plate 219 shakes The product (pressure forming brick) that the dynamic-vibration demoulding-pressure forming obtains can be demoulded from mould 218 to be come out；Described second slows down Motor 222 can be CPG Series Motors, bright nation CPG decelerating motors CH750-30S or CH750-80S；On the bed die 220 Bottom plate 219 (brick containing pressure forming) transport driven by the 3rd decelerating motor 224 is forced into by the first hydraulic cylinder 211 On belt 225；3rd decelerating motor 224 can be Zibo Fu Mate drive apparatus Co., Ltd, and YCJ100-7.5KW-475 turns Toothed gearing electric motor.The some other transport decelerating motor of the utility model is alternatively such decelerating motor.The second hydraulic cylinder 214 can at least provide 8Mpa pressure above, can preferably provide the hydraulic cylinder of 8Mpa-10Mpa pressure.Such as, liquid is filled with Shanghai Press electricity Co., Ltd, model：Y-BE80 high pressure vane pumps.3rd decelerating motor 224 drives travelling belt 225 to move, and will produce Product are conveyed to the movement system.The movement system is fork truck or the movement system being made of elevator 3, main-auxiliary vehicle 4.Institute State movement system and the pressure forming brick is conveyed into these steam-cured pressure forming bricks of steam steam curing device again.It is (steam-cured good Pressure forming brick again by injection, stacking etc., that is, obtain heat insulation building block brick.)

Fig. 2 is a kind of movement system (movement system being made of elevator 3 and main-auxiliary vehicle 4) device knot of the utility model Structure schematic diagram.Wherein, Fig. 2 (a) is 3 structure diagram of elevator (front view), and in figure, 301- lifts motor (that is, the 4th subtracts Speed motor), 302- lift carriages, 303 chains (totally four), 304-L types angle bar (some), 305- gear shafts, under 306- Rotary gear shaft, 219- bottom plates；Fig. 2 (b) is 4 structure diagram of main-auxiliary vehicle, in figure, 401- hydraulic stations, and the 5th decelerating motors of 402-, 403- elastic constructions, 404- hank knottings, the 6th decelerating motors of 405-, mother's 406- car wheel, the 7th decelerating motors of 407-, mother's 408- car Guide rail, the second Electrohydraulic push rods of 409-, 410- pallet forks, the 4th hydraulic cylinders of 411-, the sub- car wheels of 412-, the sub- track roads of 413-.

Fig. 2 (a) is 3 structure diagram of elevator (front view), as shown in Fig. 2 (a), a kind of elevator 3 of movement system, The elevator 3 contains lifting motor 301 (one), lift carriage 302 (four directions), chain 303 (totally four), L-type angle bar 304 (some), gear shaft 305 (two), lower gear shaft 306 (two)；Lift carriage 302 is installed on the ground, lifting electricity Machine 301 is installed on the upper end of lift carriage 302, and gear shaft 305, lower gear shaft 306 are all installed on lift carriage 302 On, a gear shaft and a lower gear shaft form the side that one group of rotary gear shaft is installed in lift carriage 302, separately A piece gear shaft and a lower gear shaft form another corresponding one that one group of rotary gear shaft is installed in lift carriage 302 Side, totally 2 groups of rotary gear shafts, every group of rotary gear shaft the chain (having 4 chains) is fitted with the both ends of lift carriage, Every chain is combined with lower gear shaft thereon separately constitutes respective circulating ring (totally 4 respective independent circulating rings), same The L-type angle bar 304 of certain amount is installed between two chains of side, number one is also installed between two chains of opposite side The L-type angle bar 304 of sample, the L-type angle bar 304 on each side chain bar are corresponded with the L-type angle bar 304 on opposite side, (composition One group of L-type angle bar) the distance between one group of L-type angle bar 304L type groove can go to accept just one piece of baseplate width (--- L-type Groove catches on bottom plate dorsal edge), go to accept each piece of block bottom plate by " the L-type groove " of the two corresponding L-type angle bar.(i.e., Four 303 chains be each independently mounted at two groups of gear shafts 305, formed on 306 both ends of lower gear shaft it is each single Circulating ring (totally 4 chain circulating rings), some L-type angle bar 304 are separately mounted between the chain of the same side two, form 2 groups 4 304 groups of the L-type angle bar rotated described in bar on chain, go out among 304 groups of L-type angle bar described in every group a L-type angle bar 304 with it is another L-type angle bar 304 in group is horizontal corresponding one by one, forms one group of L-type angle bar 304, and the distance between this group of L-type angle bar 304 is just One piece of bottom plate can be accepted.) lifting motor 301 drives gear shaft 305 to rotate, 305 gear shafts, which rotate, drives chain 303 rotate；L-type angle bar 304 is installed, mutually horizontal one-to-one L-type angle bar 304 (going) on two chains on chain 303 Accept " the L of one piece of bottom plate (substrate has pressure forming brick, also known as heat insulation building block, similarly hereinafter) one-to-one L-type angle bar The edge lift bottom plate that type groove " catches on bottom plate rises, i.e., chain 303 is dynamic drives 304 groups of L-type angle bar to move, and 304 groups of L-type angle bar moves Bottom plate (above having heat insulation building block) one is driven to start (lifting)；Under the persistent movement of chain, the L-type angle of next group of correspondence level Iron 304 groups (rotations) and catch on next piece of bottom plate and lift ... ..., bottom plate moves, the pressure forming brick (heat insulation building block) on bottom plate Also rise together, one piece of block bottom plate also so rises successively ...；Usual a height of can disposably be lifted of lift carriage puts bottom 9 layers of plate.Disposably fork is walked for fork truck or main-auxiliary vehicle after (nine layers) bottom plate is all full, saves time and efficiency；Due to chain (and thereon L-type angle bar) be circulating ring, after the bottom plate on L-type angle bar is walked by fork entirely, chain can also continue to move ahead (rising), (in addition Others) L-type angle bar turns, follow-up, one group of group L type angle bar persistently rises in lift carriage (to be used to be lifted Bottom plate), form circulation；It is described lifting motor 301 can be：(motor is) Zibo Gui He gearings Co., Ltd electromagnetic system Dynamic threephase asynchronous, model：YEJ132L-4；Quan Hui retarding devices Co., Ltd of (gear reducer is) Zibo City cycloidal-pin wheel Gear reducer, model：XWN5-29-7.5KW, or, Zibo Fu Mate drive apparatus Co., Ltd, YCJ100-7.5KW-475 turn tooth Take turns decelerating motor.

Fig. 2 (b) is 4 structure diagram of main-auxiliary vehicle, as shown in Fig. 2 (b), a kind of main-auxiliary vehicle 4 of movement system, and the primary and secondary Car contains sub- car, female car, and sub- car is on female car, flexible structure 403 between sub- car and female car；Main-auxiliary vehicle 4 also contains hydraulic pressure Stand the 401, the 5th decelerating motor 402, hank knotting 404, the 6th decelerating motor 405 (sub- car power), female car wheel the 406, the 7th slows down Motor 407 (female car power), female car guide rail 408, the second Electrohydraulic push rod 409, pallet fork 410, the 4th hydraulic cylinder 411, sub- car wheel 412nd, sub- track road 413 etc., hydraulic station 401 provide hydraulic power to the 4th hydraulic cylinder 411, and hydraulic station 401 here is Wuxi City Ming Yao Electrohydraulic push rods factory, YZB100-E1600G hydraulic stations, or, Shaanxi Kai Tuo automation engineerings Co., Ltd, YZB1250-D13 hydraulic stations；5th decelerating motor 402 is installed on sub- car, and 404 one end of hank knotting is fixed on the 5th decelerating motor In 402 shaft, the other end is fixed on female car by pulley, elastic construction, fixed pulley；6th decelerating motor 405 is with mover Wheel moves back and forth on sub- guide rail, and the 7th decelerating motor 407 is (drive) female car mobile power on female track road 408, the Four hydraulic cylinders 411 promote pallet fork 410 to rise or fall, and sub- wheel 412 moves on sub- guide rail 413, and the second Electrohydraulic push rod 409 is pacified On female car, positioned to sub- car (sub- wheel 412 is corresponding with sub- guide rail 413)；Flexible structure 403 between sub- car and female car, Elastic construction 403 is not only used to loosen or be retracted sub- car, but also for possible collision between buffer sublayer car and female car, also a function It is for the guiding of sub- car retraction；Pallet fork 410 be installed on sub- car on, pallet fork 410 can under the promotion of the 4th hydraulic cylinder 411 Move up and down on sub- car；Sub- track road 413 (Fig. 2 (b) is not drawn, is drawn in Fig. 3) is typically mounted at the outer of steam steam curing device 5 In shell etc., female track road 408 and the installation of 413 general omnidirectional distribution of sub- track road；(sub- car moves 6th decelerating motor 405 Power), the 7th decelerating motor 407 (female car power) can be Zibo Fu Mate drive apparatus Co., Ltd respectively, YCJ100- 7.5KW-475 rotating disk decelerating motors；During transmission transport, together, female car is moved along female track road 408, band for sub- car and female car For mover car to before one group of sub- track road 413 in steam steam curing device 5, the adjustment of the second Electrohydraulic push rod 409 makes sub- wheel 412 and son Car guide rail 413 corresponds to, and sub- car is separated with female car, and sub- car is moved along sub- track road 413, into after steam steam curing device 5, the Four hydraulic cylinders 411, which decline, drives pallet fork 410 that the bottom plate 219 (and heat insulation building block) on pallet fork 410 is slowly placed into steamed On the supporter 502 for supporting device 5, then, (the 4th hydraulic cylinder 411, which declines, drives pallet fork 410 to continue to decline a little distance), sub- car Return on female car along sub- track road 413 (, main-auxiliary vehicle goes to carry out next process again)；Alternatively, working as needs sub- car from steaming When sending bottom plate (and heat insulation building block) taking-up on other process units on the supporter 502 in vapour steam curing device 5, first put Supporter 502 of the sub- car along sub- track road 413 into steam steam curing device is close, and pallet fork 410 puts in the bottom surface of bottom plate 219, Then, in the case where the 4th hydraulic cylinder 411 up drives, movement support (act) plays bottom plate (containing heat insulation building block), son to pallet fork 410 upwards Car is moved to female car, and sub- car is withdrawn, in place rear sub- car and female car integrator, and sub- car is under the towing of female car along female track road Bottom plate (and heat insulation building block thereon) is sent on other process units.

Fig. 3 is a kind of 5 structure diagram of steam steam curing device of the utility model.In figure, 501- shells, 502- supporters, 503- steam generation facilities (and pipeline) (being not drawn into figure), the sub- track roads of 413-.A kind of as shown in figure 3, steam-cured dress of steam Put, the steam steam curing device contain shell 501, supporter 502, steam generation facility 503 (and pipeline) (being not drawn into figure) with And door curtain (being not drawn into figure) etc.；Shell 501 is installed (shell can be brick wall) on the ground, has some put in shell 501 Rack 502, for shelving bottom plate (and heat insulation building block on bottom plate), usual supporter has nine layers (containing) more than；Shell 501 Under have sub- track road 413 to primary and secondary car car traveling, as it was previously stated, the sub- track road 413 is usually orthogonal with its female track road Distributing installation；In general, shell there can also be thick and solid soft door curtain, shut door curtain when steam is steam-cured and play the role of insulation； There is steam generation facility 503 outside shell, steam generation facility 503 is connected in shell by pipeline.Here, steam generation facility Generally require and produce more than steam-cured pressure 0.3Mpa (containing), more than 100 degrees Celsius of steam curing temperature, steam-cured flow can at least reach 2t/h.It is preferably able to produce steam-cured pressure 0.3Mpa-0.6Mpa, 100 degrees Celsius -120 degrees Celsius of steam curing temperature, steam-cured flow The steam generation facility of 2t/h.This steam generation facility 503 can be coal-burning boiler, e.g., Heze boiler Co., Ltd., Factory, type Number：II boilers of DZL2-1.0-A, or, gas fired-boiler, e.g., Wuhan Nuo Beisi Machinery Manufacturing Co., Ltd.s, Nuo Beisi automatically fire Gas steam generator (boiler) NBS-1.0,2 etc..

Fig. 4 is a kind of injection moulding apparatus structure diagram (retracting device containing bottom plate) of the utility model.In figure, 601- injections Device frame, 602- foam storage boxes, the 8th decelerating motors of 603- and delivery chain, the 5th hydraulic cylinder (foam head liquid of 604- Cylinder pressure), 605- foam heads, 606 cylinders (are not drawn into) in figure, 607- foam blanking valves (being not drawn into figure), 608- drums, 609- steam pressure heads, the 6th hydraulic cylinders of 610- (vapour pressure first liquid cylinder pressure), the 9th decelerating motors of 611- and delivery chain, 612- Turnover panel decelerating motor, 613- fork plates, 614- bottom plates recycling frame.A kind of as shown in figure 4, injection dress of heat insulation building block brick device Put, which contains injection moulding apparatus frame 601, foam storage box 602, the 8th decelerating motor and its delivery chain 603, the 5th liquid Cylinder pressure (foam head hydraulic cylinder) 604, foam head 605, cylinder 606 (being not drawn into figure), foam blanking valve 607 are (in figure Be not drawn into), drum 608, steam pressure head 609 (contain guide rod, guide rod is fixedly mounted on frame, and steam pressure head is in guide rod On along guide rod rise and fall), vapour pressure first liquid cylinder pressure 610 etc.；Foam storage box 602 is installed on injection moulding apparatus frame (base Seat) on 601, the inside of foam storage box 602 is stored with graininess foam raw materials for production, and foam storage lower box part has cylinder 606 (being not drawn into figure) and foam blanking valve 607 (being not drawn into figure), opens foam blanking valve when cylinder 606 (being used for) moves 607, foam storage box 602 is mounted below the 5th hydraulic cylinder 604 and blanking pressure head 605, and the 5th hydraulic cylinder 604 is installed on injection On device frame 601, the hydraulic stem of the 5th hydraulic cylinder 604 can drive blanking pressure head 605 to decline, rise；The drum 608 It can be also mounted on the injection moulding apparatus frame 601, the drum 608 is connected with steam generation facility 503, the drum 608 are connected with steam pressure head 609, and the steam pressure head 609 contains guide rod (not marking reference numeral in figure), and guide rod is installed on On frame, the 6th hydraulic cylinder (vapour pressure first liquid cylinder pressure) 610 is installed on the ground, the 6th hydraulic cylinder (vapour pressure first liquid cylinder pressure) 610 Connecting rod steam pressure head 609 can be driven to be risen or fallen along on guide rod, steam pressure head 609 covers self-insurance on the bottom plate During warm building block, the steam valve of steam drum is opened, to injecting steam in the foam of heat insulation building block injection；Blanking pressure head 605th, the lower section of steam pressure head 609 is the 8th decelerating motor and delivery chain 603, and the 8th decelerating motor and delivery chain 603 can be with After (being put down from elevator 3) bottom plate (containing heat insulation building block) transport to 605 lower section blanking (foam) of blanking pressure head, Transport again to the lower section of steam pressure head 609, after injecting steam, transport to movement system and transport that (such as brick grasping machine catches away brick or fork truck Fork is walked).

5th hydraulic cylinder 604, the 6th hydraulic cylinder 610 are Japanese sun TAIYO100Z-1 hydraulic cylinders, or, hydraulic station The hydraulic cylinder that side is put, hydraulic station can be Wuxi City Ming Yao Electrohydraulic push rods factories, YZB100-E1600G hydraulic stations, or, Shaanxi is triumphant opens up Automation engineering Co., Ltd, YZB1250-D13 hydraulic stations.Cylinder 606 can be title：AirTac (Ya De visitor), model： MAL20x200-CA cylinders.8th decelerating motor is Zibo Fu Mate drive apparatus Co., Ltd, YCJ100-7.5KW- 475 rotating disk decelerating motors.

Raw materials for production by loading machine are transported into 1#, 2# hopper after weighing by proportioning, or loading machine transport and then by certain Proportioning weighs and throws raw materials for production (sequentially feeding intake) to 1# hoppers 101, the respective skin of 2# hoppers automatically through automatic gauge weighing device Band machine.The automatic gauge weighing device can be sharp horse (Fujian) electric appliance Manufacturing Co., Ltd weighing sensor, model：RM- S2000；Either, Shandong Bo Shuojianan Electric Applicance Co., Ltd, model：PLY300 batching controllers.After feeding intake, pass through 1# respectively Belt feeder 103,2# belt feeders 104, which enter, collects hopper 105, then enters lifting hopper 107, lifting material by 3# belt feeders 106 After bucket 107 is promoted to 110 position of the first mixer on lifting slideway 108, hoist engine 109 stirs raw materials for production tripping in first Machine 110 is mixed, (after the first mixer 110 can also add other raw materials for production) is stirred, after being stirred, the first Electrohydraulic push rod 111 promotion mixer feed openings 112 are opened, and blanking, the wet feed being stirred enters wet feed hopper 113, then passes through wet feed hopper The 4# belt feeders 114 of 113 lower sections are transported to the hopper 201 of pressure forming brick process units, open the quadrant valve of hopper 201 202, in the secondary agitation case of wet feed tripping in material distributing machine and secondary agitation case 203, there will be agitating shaft 207 in secondary agitation case, two There are first reducing motors 204, the first chain 205, first gear 206 outside secondary agitator tank, first reducing motors 204, which rotate, drives the One chain 205 rotates, and the first chain 205, which rotates, drives first gear 206 to rotate, and first gear 206, which rotates, drives secondary agitation Agitating shaft 207 in case rotates, and agitating shaft 207 stirs the wet feed in secondary agitation case；(after agitated axis 207 stirs, material distributing machine And material distributing machine and 203 wet feed of secondary agitation case are sent into cloth in mould 218, the complete material of cloth, cloth by the hydraulic cylinder of secondary agitation case 203 Under the restriction of directive wheel 208, initial position of returning waits the arriving of wet feed next with good progress for material machine and secondary agitation case 203 Secondary cloth；) at the same time --- when the agitating shaft 207 in secondary agitation case is stirring or earlier before --- bed die 220 are installed on the foot of the pressure forming apparatus, and bed die 220 connects second reducing motors 222, (stored in floor box Bottom plate or transport carry out bottom plate) bottom plate falls on the bottom plate shipping platform, and first hydraulic cylinder 211 promotes the fortune with bayonet Defeated chain movement, (elder generation) transport the bottom plate 219 to bed die 220, and the 3rd hydraulic cylinder 221 pulls mould 218 to rely on first Movement declines and mould 218 is placed on the bottom plate 219 again on gear 223；(--- after mould 218 is placed in bottom plate 219 --- At this time) material distributing machine and secondary agitation case 203 (again) are by the wet feed (hydraulic pressure of material distributing machine and secondary agitation case 203 being stirred Material distributing machine and 203 wet feed of secondary agitation case are sent into mould 218 by cylinder) it is sent into cloth in mould 218；The complete material of cloth --- material distributing machine And secondary agitation case 203, initial position of returning wait the arriving of wet feed and carry out cloth next time；Second hydraulic cylinder 214 passes through Connecting rod 213, d-axis 212 are installed on the pedestal (frame) of pressure forming apparatus, 215 band of synchronising (connecting) rod of second hydraulic cylinder 214 Dynamic head 216 down moves on guiding axis 217, wet feed pressure forming is built as self-heat conserving in 216 press-in die 218 of pressure head Block；Wet feed is after pressure forming becomes heat insulation building block --- and second hydraulic cylinder 214 here can be, for example, Shanghai is contained Full hydraulic pressure electromechanics Co., Ltd, model：Y-BE80 high pressure vane pumps --- second reducing motors 222, which rotate, drives bed die 220 to shake Dynamic, the vibration of bed die 220 drives bottom plate 219 to vibrate, by vibration, make molding product on bottom plate (pressure forming brick, also known as Heat insulation building block) disengaged with mould 218, the 3rd hydraulic cylinder 221 promotes mould 218 to rise, and mould 218 (startup) promotes pressure head 216 second hydraulic cylinder 214 rises with dynamic head 216, and pressure head 216 and mould 218 pass through hydraulic cylinder (the second hydraulic pressure respectively Cylinder 214 is flexibly connected with mould 218, and second hydraulic cylinder 214 " can with " driven mold 218 rises) drive and lift after, self-heat conserving is built Block (product) on bottom plate 219-first hydraulic cylinder 211 drives new bottom plate on the delivery chain with bayonet by bottom plate 219 (including product heat insulation building blocks) are transported to travelling belt 225, and travelling belt 225 is under the drive of the 3rd decelerating motor 224 Bottom plate (containing heat insulation building block) is continued to move, to the movement system.

Bottom plate (containing heat insulation building block) is conveyed into steam steam curing device high temperature high pressure and is steamed by the movement system Support.

It is steam-cured it is good after, and be sent into injection moulding apparatus 6 and be molded.The 8th decelerating motor and its conveyer chain of the injection moulding apparatus The decelerating motor of bar 603, which rotates, drives conveyor chain movement, and bottom plate (containing heat insulation building block) is transported to the bubble of the injection moulding apparatus Below foam storage box 602 (foam blanking pressure head 605), the 5th hydraulic cylinder 604 drives foam head 605 to depress, and then passes through gas Cylinder 606 opens foam blanking valve 607, and foam enters the vacancy (in hollow) of heat insulation building block, and vacancy (hollow) fills up foam Afterwards, the 5th hydraulic cylinder 604 promotes foam head 605 to lift, and the 8th decelerating motor and its delivery chain 603 rotate, and drive contains Foam-filled hollow heat insulation building block enters below the drum 608 (steam pressure head 609), and the 6th hydraulic cylinder drives 610 to steam First 609 pressure of vapour pressure covers heat insulation building block, and then the steam valve on drum 608 is opened, and drum 608 passes through steam pressure head Foam injection steam in 609 pairs of heat insulation building blocks；The steam generation facility 503 provides steam to the drum 608；Steam After injection, the 6th hydraulic cylinder 610 drives steam pressure head 609 to lift, and the 8th decelerating motor and its delivery chain 603 rotate, Drive bottom plate (brick containing heat insulation building block) to move on, brick is caught away into brick grasping machine lower section brick grasping machine or forklift is walked, is carried out Stacking.

Brick grasping machine catches away brick, and bottom plate also continues to move, and in order to can be with continuous production etc., there is further provided a kind of bottom Plate recovery system, the bottom plate recovery system include the 9th decelerating motor and delivery chain 611, the tenth decelerating motor (panel turnover machine) 612nd, fork plate 613, bottom plate recycling frame 614；Bottom plate is transported to from the delivery chain of the 8th decelerating motor and delivery chain 603 On the delivery chain of 9th decelerating motor and delivery chain 611；The running speed of 9th decelerating motor and delivery chain 611 can be with Higher than the 8th decelerating motor and delivery chain 603, in this way, conveniently bottom plate can be transported；9th decelerating motor and fortune The other end of the delivery chain of defeated chain 611 is that the fork plate of the upset of fork plate 613 is driven by the tenth decelerating motor (panel turnover machine) 612 613, fork plate 613 is under the drive of the tenth decelerating motor 612, movement, upset, by bottom plate 219 from the 9th decelerating motor and transport The delivery chain of chain 611 turn over transhipment it is defeated to bottom plate recycling frame 614 on.Tenth decelerating motor 612 is CPG Series Motors, Such as bright nation CPG decelerating motors CH750-30S or CH750-80S.There are a certain number of bottom plates 219 when bottom plate is recycled on frame 614 Afterwards, can disposably be pitched away with fork truck storage, he with or enter next (put in floor box collect or be used continuously) process, even Continuous production.I.e. bottom plate can reuse, save manpower collection, carry, can be with automatic continuous production.The utility model provides A kind of pressure forming brick process units, the device can be produced using the heat insulation building block using slag as raw material, production from Thermal-insulating building-block brick intensity is stronger, more stable.The utility model promotes the contraction of building block, makes block by physics mode pressure forming Block brick structure is more closely knit, enhances the stability of building block.The utility model reduces cost, improves waste utilization level, Economize on resources, environmental protection, and there is good market economy benefit and promotion prospect.The utility model can automate continuous life Production.

Embodiment 2

Raw materials for production mentioned here are the production that slag obtains after the pretreatment such as crusher in crushing, ball mill ball milling The raw materials for production such as raw material and cement, additive.

Dispensing and material device are by raw materials for production by preparing and expect that good luck is transported in the receiving hopper of pressure forming apparatus.

The pressure forming brick process units 2 containing receiving hopper 201, quadrant valve 202, material distributing machine and secondary agitation case 203, First reducing motors 204, the first chain 205, first gear 206, agitating shaft 207, directive wheel 208, protection network 209, floor box 210th, bottom plate shipping platform, d-axis 212, connecting rod 213, second hydraulic cylinder 214, synchronising (connecting) rod 215, pressure head 216, guiding axis 217, Mould 218, bottom plate 219, bed die 220, the 3rd hydraulic cylinder 221, second reducing motors 222, second gear the 223, the 3rd are slowed down electric Machine 224, travelling belt 225 etc.；Receiving hopper 201, material distributing machine and secondary agitation case 203, protection network 209, d-axis 212, guiding axis 217th, second gear 223 is all on the frame of the pressure forming apparatus；The frame is divided into the left and right sides, side installation There are receiving hopper 201, material distributing machine and secondary agitation case 203, protection network 209, opposite side is provided with d-axis 212, connecting rod 213, second Hydraulic cylinder 214, synchronising (connecting) rod 215, pressure head 216, guiding axis 217, mould 218, bed die 220, second gear 223 etc.；Receiving hopper 201 have quadrant valve 202, and the quadrant valve 202 controls the discharging of receiving hopper 201, and the lower section of the quadrant valve 202 of receiving hopper 201 is The secondary material distributing case of material distributing machine and secondary agitation case 203, the material distributing machine and secondary agitation case 203 contain hydraulic cylinder (in figure not Label), machine connecting rod, secondary agitation case, hydraulic cylinder and the machine connecting rod be installed on the pressure forming apparatus frame on, it is described Hydraulic cylinder drives the secondary agitation case side-to-side movement by machine connecting rod；There is the first chain 205, first outside the secondary agitation case Gear 206, there is agitating shaft 207 in the secondary agitation case, and the first reducing motors 204 drive the first chain 205 to move, the One chain 205 drives first gear 206 to rotate, and first gear 206 drives the agitating shaft 207 to rotate；Material distributing machine and secondary stir Mixing between the frame of case 203 and the pressure forming apparatus has directive wheel 208, and the effect of the directive wheel is to be used to ensure described two Secondary agitator tank is horizontal movement；Also material distributing machine is covered containing protection network 209 and secondary stir on the frame of the pressure forming apparatus Case 203 is mixed, the effect of the protection network 209 is to ensure that material distributing machine and secondary agitation case 203 work in side-to-side movement outside machine The safety of personnel.The lower frame of the pressure forming apparatus has bottom plate shipping platform, and the bottom plate shipping platform is by the first liquid Cylinder pressure 211 and its delivery chain with bayonet composition；Bottom plate falls on the bottom plate shipping platform, by the bottom plate shipping platform Transport is promoted to the bed die 220 of pressure forming apparatus；Bottom plate 219 can be continued to press on by the bottom plate shipping platform, i.e., and One hydraulic cylinder 211 promotes delivery chain with bayonet to move, and the delivery chain with bayonet gives each piece of bottom plate successively Above the bed die of right side；Right side bed die 220 above bottom plate 219 by subsequent handling again by new on the delivery chain Bottom plate, which continues to press on, enters next process；D-axis 212 is installed on the frame of the pressure forming apparatus 2, and d-axis 212 is logical Connecting rod 213 is crossed with second hydraulic cylinder 214 to be connected；The synchronising (connecting) rod 215 of second hydraulic cylinder 214 is connected with pressure head 216, synchronously connects Bar 215 can be flexibly connected mould 218, and guiding axis 217 is installed on the frame of the pressure forming apparatus, 216 quilt of pressure head (by) second hydraulic cylinder 214 drives to be moved up and down on guiding axis 217, and the lower section of pressure head 216 is mould 218；The mould 218 are connected with the 3rd hydraulic cylinder 221, and the second gear 223 is installed on the frame of the pressure forming apparatus, described Mould 218 is moved up and down under the drive of the 3rd hydraulic cylinder 221 by the track of second gear 223；The mould 218 is During the drive up of three hydraulic cylinders 221, pressure head 216 can be promoted, the second hydraulic cylinder 214 of pressure head 216 can retract up Movement；Bottom plate 219 is shelved on by promotion on the bed die 220 of the lower section of mould 218；The second reducing motors 222 drive the bottom Mould 220 vibrates, and bed die 220, which vibrates ,-bottom plate 219 vibrates-vibrates product (pressure forming brick) meeting that the demoulding-pressure forming obtains Demould and come out from mould 218；Bottom plate 219 (brick containing pressure forming) on the bed die 220 by the bottom plate shipping platform after It is continuous to be forced on the travelling belt 225 driven by the 3rd decelerating motor 224.The second hydraulic cylinder 214 can at least provide 8Mpa pressure above, can preferably provide the hydraulic cylinder of 8Mpa-10Mpa pressure.The material distributing machine and secondary agitation case (203) Hydraulic cylinder be sun TAIYO100Z-1 hydraulic cylinders.The first hydraulic cylinder (211, second hydraulic cylinder (214), the described 3rd Hydraulic cylinder (221) fills with hydraulic pressure electromechanics Co., Ltd, model for Shanghai：Y-BE80 high pressure vane pumps.The first reducing motors (204) it is CPG Series Motors, bright nation CPG decelerating motors CH750-30S.The second reducing motors (222) are CPG series Motor, bright nation CPG decelerating motors CH750-80S.3rd decelerating motor (224) is limited for Zibo Fu Mate drive apparatus Company, YCJ100-7.5KW-475 rotating disk decelerating motors.

The utility model provides a kind of pressure forming brick process units, can produce using the self-insurance using slag as raw material Warm building block, the heat insulation building block brick intensity of production are stronger, more stable.The utility model is promoted by physics mode pressure forming The contraction of building block, makes building block brick structure more closely knit, enhances the stability of building block.

In short, the utility model can produce heat insulation building block, especially produce using the self-heat conserving using slag as raw material Building block, heat insulation building block (brick) intensity of production are stronger, more stable；The utility model can be reduced with automatic continuous production Cost, improves waste utilization level, environmental protection, has good market application foreground.

Claims (3)

1. a kind of pressure forming brick process units, it is characterised in that the device contains receiving hopper (201), quadrant valve (202), cloth Material machine and secondary agitation case (203), first reducing motors (204), the first chain (205), first gear (206), agitating shaft (207), d-axis (212), connecting rod (213), bottom plate shipping platform, second hydraulic cylinder (214), synchronising (connecting) rod (215), pressure head (216), guiding axis (217), mould (218), bottom plate (219), bed die (220), the 3rd hydraulic cylinder (221), second reducing motors (222), second gear (223), the 3rd decelerating motor (224), travelling belt (225)；

Receiving hopper (201), material distributing machine and secondary agitation case (203), d-axis (212), guiding axis (217), second gear (223) are all On frame, the side of frame is provided with receiving hopper (201), material distributing machine and secondary agitation case (203), the opposite side of frame D-axis (212), connecting rod (213), second hydraulic cylinder (214), synchronising (connecting) rod (215), pressure head (216), guiding axis are installed (217), mould (218), bed die 220, second gear (223), receiving hopper (201) have quadrant valve (202), quadrant valve (202) control The discharging of receiving hopper (201) processed, is material distributing machine and secondary agitation case (203) below the quadrant valve (202) of receiving hopper (201), The material distributing machine and secondary agitation case (203) contain hydraulic cylinder, machine connecting rod, secondary agitation case, hydraulic cylinder and machine the connecting rod peace On said frame, hydraulic cylinder drives the secondary agitation case side-to-side movement to dress by machine connecting rod, has first outside secondary agitation case Chain (205), first gear (206), there is agitating shaft (207) in secondary agitation case, and the first reducing motors (204) rotate- First chain (205)-first gear 206-agitating shaft 207 rotates；The lower frame has bottom plate shipping platform, described Bottom plate shipping platform is made of first hydraulic cylinder (211) and its delivery chain with bayonet, bottom plate (219) quilt on shipping platform Promote and transport to the bed die (220) above；D-axis (212) is installed on said frame, and d-axis (212) passes through connecting rod (213) It is connected with second hydraulic cylinder (214)；The synchronising (connecting) rod (215) of second hydraulic cylinder (214) is connected with pressure head (216), guiding axis (217) on said frame, pressure head (216) is driven by second hydraulic cylinder (214) and is moved up and down on guiding axis (217) for installation； The mould (218) is connected with the 3rd hydraulic cylinder (221), and second gear (223) installation is on said frame, described Mould (218) is moved up and down under the drive of the 3rd hydraulic cylinder 221 by the track of second gear (223), bottom plate (219) quilt When promotion is shelved on bed die (220), the 3rd hydraulic cylinder (221) drives the mould (218) to be placed on the bottom plate (219) Above；The second reducing motors (222) can drive the bed die (220) to vibrate, bed die (220) vibration-bottom plate (219) The product that the vibration-vibration demoulding-pressure forming obtains can come out-be retained on bottom plate (219) in the demoulding from mould (218)；Bottom Plate (219) is continued to press on by the shipping platform, is placed on travelling belt (225)；3rd hydraulic cylinder (221) promotes mould (218) rise, second hydraulic cylinder (214) band dynamic head (216) rises；3rd decelerating motor (224) drives travelling belt (225) Movement.

A kind of 2. pressure forming brick process units according to claim 1, it is characterised in that the pressure forming brick production Device also contains floor box (210).

A kind of 3. pressure forming brick process units according to claim 1, it is characterised in that the pressure forming brick production Device also contains protection network (209), and the protection network (209) is installed on the pressure forming brick process units and surrounds/cover The material distributing machine and secondary agitation case (203), protect the safety of operating personnel.