CN201161433Y - Bidirectional pressing-vibrating type building block shaping machine - Google Patents
Bidirectional pressing-vibrating type building block shaping machine Download PDFInfo
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- CN201161433Y CN201161433Y CNU2008200656148U CN200820065614U CN201161433Y CN 201161433 Y CN201161433 Y CN 201161433Y CN U2008200656148 U CNU2008200656148 U CN U2008200656148U CN 200820065614 U CN200820065614 U CN 200820065614U CN 201161433 Y CN201161433 Y CN 201161433Y
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Abstract
A bidirectional vibrating-press type block forming machine belongs to a forming device of building blocks or bricks. A moulding box (1) is an up-to-down through framework, an external frame of the moulding box (1) is arranged on four up right columns (17) of a machine frame (10), a lower pressure head (3) is correspondingly arranged below the moulding box (1), an upper pressure head (2) is correspondingly arranged above the moulding box (1), the lower pressure head (3) is connected with a lower pressure head cylinder (11) via a lower exciter mechanism, and the upper pressure head (2) is connected with an upper pressure head cylinder (9) via an upper exciter mechanism. Floating arrangement of the moulding box (1) can largely reduce frictional resistance, thereby increasing the compactness and the whole strength of products, reducing the compounding ratio of cement binder raw materials, reducing the production cost, lowering the vibrating-press force, and increasing the vibrating-press efficiency. Multi-row bore blocks or brick products can be made with high hollow ratio, thereby facilitating material saving and heat preservation, increasing the grade of the wall materials, and creating advantages for developing thermal protection and insulation products.
Description
Technical field
The utility model relates to the former of a kind of building block or brick, especially a kind of bidirectional pressing-vibrating type building block shaping machine.
Background technology
The block machine that uses on the current market all is unidirectional compression moulding.Chinese patent publication number: CN1234322, open day: on November 10th, 1999, denomination of invention " automatic pressing machine for blind multi-hole building-blocks " has proposed a kind of employing underlying vibration core bar and lower die head pressurization, the technical scheme of unidirectional complex vibration and plasticity extrusion modling, it can adopt sand, flyash, slag, loess, cement etc. to produce unburned porous building-brick, also can produce sintered porous building block with clay inferior, simple in structure, reliable, the intensity of its goods is higher, the hollow rate height.
Chinese patent notification number: CN 2275028Y; the day for announcing: on February 25th, 1998; utility model title " building-block two-way forming machine "; proposed a kind of with blank pressed compact device with become base pressed compact device to be assembled in the two ends of screw rod in the screw actuator respectively, by frame with blank building block mould or become base building block mould to tighten up, connect the technical scheme that forms.Prime mover drives screw rod and alternately does axially-movable to two ends, and it is bad with the material mud and the hair that become base pressed compact device to replace in the extrusion die to promote blank pressed compact device, makes the packing height, the plurality of specifications half-blindness hole building-block that intensity is big.In this technical scheme for the blank building block mould that is positioned at the screw rod two ends with become base building block mould, the pressed compact device is still unidirectional pressed form.
As shown in Figure 1, above-mentioned unidirectional compacting formula equipment to produce brick, its molding mode all is that material is placed in the moulding box 1, and the bottom of moulding box 1 is provided with moulding box base plate 27, makes moulding box 1 form unidirectional opening, goods are by the inside unidirectional pressurized of opening part during moulding, pressure from top to bottom transmits, and is subjected to the extrusion friction effect meeting of moulding box 1 frame wall to produce pressure loss in pressing process, and the pressure that goods bear successively decreases from top to bottom, to moulding box base plate 27 site pressure minimums, make the intensity up and down of goods inhomogeneous.Its goods in use can be subjected to the load power consistent with pressing direction, but the actual compression strength of goods is the intensity with weak spot to be showed, therefore, in the uneven building block product material of intensity up and down, high-intensity part is a kind of waste to resource.In addition, how within it building block product portion makes hollow-core construction, because the formation of the hollow body of building-block or brick is to be realized by the inner space that the core rod body in the moulding box 1 occupies goods, and the core rod of mould must be by the lock piece polyphone location of mould, the steric restriction that its crossbeam occupies in the production process raw material enter the path of moulding box 1, simultaneously, even more serious is, and pressure head 2 is subjected to cutting apart of core rod lock piece can only be several independently pressure faces, building block product can not get the on-line operation pressure of pressure head 2 on the plane that is positioned at the covering of mould beam, thereby causes forming in the section of goods compact zone A, than compact zone B and serious ravel area C is the under-voltage band of V-type.Owing to be not under pressure, the internal structure of goods is loose in serious ravel area C, and its compression strength is far below compact zone A, and this can make the entire compression intensity of goods decline to a great extent.
Comprehensively above-mentioned, unidirectional pressurization on the horizontal plane of material makes the compression strength of shaping building block or tile product be strong up and weak down state, and the serious ravel area C that pressure head 2 forms in moulding box 1, make on the compression strength of goods part weak by force down again, both can't carry out complementation again on the whole.In intensity test and practical application, often the weakest aspect of intensity or partial points position begin defeated and dispersed from the goods; And moulding box 1 fixedly installs in the equipment, and the frictional force during product molding is big, and required static pressure is bigger, the power of equipment and energy consumption height; Being provided with of core rod beam can cause occurring on the goods the serious ravel area C of intensity extreme difference, thereby influences the bulk strength and the Forming Quality of goods.
Summary of the invention
The purpose of this utility model is to overcome existing equipment to produce brick power and energy consumption height, pressure is even inadequately, its building block product inconsistent defective of each position intensity and deficiency, provide a kind of pressure power of shaking lower, block forming intensity is even, and the packing height can be made many rounds building-block or brick, hollow rate is higher, the bidirectional pressing-vibrating type building block shaping machine of conservation.
The technical solution of the utility model is: bidirectional pressing-vibrating type building block shaping machine, comprise moulding box, pressure head and pressure mechanism, described moulding box is the framework of up/down perforation, the housing of moulding box is arranged on four columns of frame, and correspondence is provided with push-down head below moulding box, and the top correspondence of moulding box is provided with seaming chuck, push-down head warp exciting agency down is connected with the push-down head oil cylinder, and seaming chuck is connected with the seaming chuck oil cylinder through last exciting agency.
Exciting agency down described in the utility model comprises the synchronous vertical vibrator of twin shaft, hydraulic motor, sill and shock absorber, the synchronous vertical vibrator of twin shaft is fixed on the below of push-down head, hydraulic motor is fixed on the sill, and the two ends of sill are arranged on the sliding sleeve of column, and the expansion link of push-down head oil cylinder is connected with sill, hydraulic motor is connected through the driving wheel of belt with the synchronous vertical vibrator of twin shaft, and shock absorber is arranged between sill and the push-down head.
The exciting agency of going up described in the utility model comprises synchronous vibrator and entablature, synchronous vibrator is fixed on the top of entablature, seaming chuck is fixed on the below of entablature, and the two ends of entablature are arranged on the sliding sleeve of column, and the expansion link of seaming chuck oil cylinder is connected with entablature.
Moulding box below on the frame described in the utility model is provided with the plate machine that passes, and passes the sprocket wheel of plate machine dual-side, the outside that chain is arranged on moulding box, and holder is pulled and is shelved on the chain, is provided with the plate machine that send in an end correspondence that passes the plate machine, and its other end correspondence is provided with brick receiving machine.
The corresponding moulding box in the outside of frame described in the utility model is provided with reinforced coaster, end towards frame on the reinforced coaster is up/down perforation and edge size and the corresponding hollow frame of moulding box, this framework is shelved on the platform near plane on the moulding box, the inner bottom part of described framework is provided with coaster and smashes material mechanism, the other end of reinforced coaster is connected with line reciprocator, is provided with sub-material belt feeder and storage bin above reinforced coaster.
Four columns described in the utility model are provided with sliding sleeve, are provided with spring at the connecting portion of moulding box and column sliding sleeve.
Corresponding moulding box is plugged with core rod on the die head of push-down head described in the utility model, and described core rod is connected with the oil cylinder of loosing core on being fixed on sill through the pull bar of loosing core.
Corresponding moulding box is provided with removable pressure head plate on the die head of seaming chuck described in the utility model, and described pressure head plate is the whole plate of atresia or is provided with and the corresponding core of core rod hole.
The beneficial effects of the utility model are: 1, and bidirectional pressing-vibrating is realized reducing by half on the compression distance of material, presses the power of shaking to reduce, and presses the efficient of shaking to improve.2, without base plate, replace during product molding by counterdie, change the tie-beam on the core rod into the combination pressure head.And place outside the moulding box working space, the negative effect when having overcome the core rod tie-beam to filler and compacting, owing to cancelled the core rod beam, thus stopped when compacting, to occur on the goods phenomenon of serious ravel area C.3, moulding box is improved to floated by original fixed.The moulding box that is in suspended state moves both vertically under the effect of pressure and vibration, former static friction is become dynamic friction, according to the principle of kinetic force of friction less than stiction, can reduce the frictional resistance between moulding box and the goods significantly, under the same conditions, can increase goods packing and bulk strength; For the goods of same intensity, can reduce the recipe ratio of gelling raw material (cement), reduce production costs.4, its core rod can be made many rows, can be many rounds on the goods, the making of building block of many rounds or brick, hollow rate is higher, is convenient to the insulation of joint material, has improved the class of materials for wall, for advantage has been created in the exploitation of insulation, insulating product, also use clay brick that novel suitable substitute products are provided for completely forbidding.
Description of drawings
Fig. 1 is the principle schematic of existing unidirectional compacting block machine;
Fig. 2 is the principle schematic of the utility model bidirectional pressed moulding mechanism;
Fig. 3 is the utility model structural representation;
Fig. 4 is the left view of Fig. 3.
Among the figure: moulding box 1, seaming chuck 2, push-down head 3, counterdie vibrator 4, shock absorber 5, reinforced coaster 6, supporting plate 7, upper vibration generator 8, seaming chuck oil cylinder 9, frame 10, push-down head oil cylinder 11 send plate machine 12, storage bin 13, sub-material belt feeder 14, core rod 15, coaster exciting agency 16, four columns 17, hydraulic motor 18 passes plate machine 19, brick receiving machine 20, spring 21, entablature 22, sill 23, reinforced coaster oil cylinder 24, the pull bar 25 of loosing core, the oil cylinder 26 of loosing core, moulding box base plate 27.
The specific embodiment
The utility model is described in further detail below in conjunction with description of drawings and the specific embodiment.
Referring to Fig. 2, Fig. 3, the two-way press mechanism that shakes of the present utility model is respectively arranged with seaming chuck 2 and push-down head 3 in moulding box 1 above and below of up/down perforation, die head on two pressure heads 2,3 carries out the direction vibration extruding to the material in the moulding box 1, at first, on compression distance, realize reducing by half, press the power of shaking to reduce, also reduced sectional area, guaranteed the goods uniformity of intensity up and down than compact zone B; Secondly, cancel the mould beam on the moulding box 1, stopped on goods, to occur the phenomenon of serious ravel area C.The 3rd, moulding box 1 is by original fixed, be improved to floated, the connecting portion that is described moulding box 1 and frame 10 is provided with spring 21, spring 21 can be a stage clip, as shown in Figure 3, can sliding sleeve be set the outer edge of corresponding moulding box 1 on four columns 17 of frame 10, four jiaos with moulding box 1 outer edge rest in the sliding sleeve, in the outer edge above and below of moulding box 1 stage clip are installed all then.When pressure was shaken, moulding box 1 can fluctuate in the deformation range of spring 21.The forming process of goods is pressures, shaking combines, be in the moulding box of suspended state, under the effect of vibration force, move both vertically, original static friction is become dynamic friction, according to the principle of kinetic force of friction less than stiction, the frictional resistance between moulding box 1 and the material can be reduced significantly, under equal pressure condition, the packing of its goods can be increased.After testing, adopt this suspend to press the mode of shaking, can increase by 4 times to the pressure index of material, the packing of its goods can increase about 10%, and compression strength can increase by 50%.
Referring to Fig. 2, Fig. 3, Fig. 4, bidirectional pressing-vibrating type building block shaping machine of the present utility model, comprise moulding box 1, pressure head and pressure mechanism, described moulding box 1 is the framework of up/down perforation, the housing of moulding box 1 is arranged on four columns 17 of frame 10, correspondence is provided with push-down head 3 below moulding box 1, the top correspondence of moulding box 1 is provided with seaming chuck 2, and push-down head 3 warps exciting agency down are connected with push-down head oil cylinder 11, and seaming chuck 2 is connected with seaming chuck oil cylinder 9 through last exciting agency.When compacting building-block goods, corresponding moulding box 1 is plugged with core rod 15 on the die head of described push-down head 2, and described core rod 15 is connected with the oil cylinder 26 of loosing core on being fixed on sill 23 through the pull bar 25 of loosing core.Corresponding moulding box 1 is provided with removable pressure head plate on the die head of described seaming chuck 2, and described pressure head plate is the whole plate of atresia or is provided with and core rod 15 corresponding core holes.
The quantity of core rod 15 is decided according to the design of building-block, and corresponding moulding box 1 is provided with pressing plate on the described seaming chuck 2.As shown in Figure 3, Figure 4, be provided with 4 * 5 totally 20 block forming lattice (porous bricks that one-shot forming is 20 240 * 115 * 90) in the moulding box 1, on described seaming chuck 2 and the push-down head 3 also correspondence be provided with 20 die heads, 1-4 row, quantity 8-20 core rod 15 can be set on each die head.Arrangement by block forming lattice in the above-mentioned moulding box 1 can be provided with 4 loose core pull bar 25 and 4 oil cylinders 26 of loosing core by one group of 5 die head.
Described exciting agency down comprises the synchronous vertical vibrator 4 of twin shaft, hydraulic motor 18, sill 23 and shock absorber 5, the synchronous vertical vibrator 4 of twin shaft is fixed on the below of push-down head 3, the middle part of sill 23 is bent downwardly, hydraulic motor 18 is fixed on the crooked position of sill 23, and the two ends of sill 23 are arranged on the sliding sleeve on the column 17, and its sill 23 can be moved up and down along the cover of the vertical pillars on the frame.The expansion link of push-down head oil cylinder 11 is connected with sill, hydraulic motor 18 is connected through the driving wheel of the synchronous vertical vibrator 4 of belt and twin shaft, shock absorber 5 is arranged between sill 23 and the push-down head 3, both can be counterdie the amplitude space was provided, and can stop the vibration force of push-down head 3 to be transmitted again to sill 23.The synchronous vertical vibrator 4 of twin shaft is mainly finished the vibration extruding force of push-down head 3 in vertical direction, can improve the forming effect of hollow hole on 15 pairs of goods of core rod, also helps the demoulding of core rod 15.
The described exciting agency of going up comprises synchronous vibrator 8 and entablature 22, synchronous vibrator 8 is fixed on the top of entablature 22, seaming chuck 2 is fixed on the below of entablature 22, and the two ends of entablature 22 are arranged on the sliding sleeve of column 17, and the expansion link of seaming chuck oil cylinder 9 is connected with entablature 22.Described synchronous vibrator 8 is mainly finished seaming chuck 2 and is vibrated in vertical direction.Moulding box 1 below on the described frame 10 is provided with the plate machine 19 that passes, the sprocket wheel, the chain that pass plate machine 19 dual-sides are arranged on the outside of moulding box 1, holder is pulled 7 and is shelved on chain and drives holder and pull 7 and move along the chain drive direction, be provided with the plate machine 12 that send in an end correspondence that passes plate machine 19, its other end correspondence is provided with brick receiving machine 20.
The corresponding moulding box 1 in the outside of described frame 10 is provided with reinforced coaster 6, end towards frame 10 on the reinforced coaster 6 is up/down perforation and edge size and moulding box 1 corresponding hollow frame, this framework is shelved on the platform near plane on the moulding box 1, the inner bottom part of described framework is provided with coaster and smashes material mechanism 16 (being used for bulk material), coaster is smash material mechanism 16 and is smash material roller and is formed by power set, transmission device and horizontally disposed four to five, smashes diffusing even by the material that the blade tooth of smashing on the material roller will add in the moulding box 1.The other end of reinforced coaster 6 is connected as reinforced coaster oil cylinder 24 with line reciprocator, is provided with sub-material belt feeder 14 and storage bin 13 above reinforced coaster 6.
The course of work of the present utility model is as follows: at first start push-down head oil cylinder 11, drive down that lock piece 23 moves upward, make push-down head 3 go upward to the position of moulding box 1 base plane, make the bottom lock of moulding box 1, its core rod 15 enters in the moulding box 1.Open storage bin 13, sub-material belt feeder 14 is quantitatively accepted the materials from storage bin 13, and with in the framework of its mass transport to the reinforced coaster 6.After reinforced coaster 6 is accepted material, under the promotion of line reciprocator, move to moulding box 1 direction, its material is along with framework moves along platform, when framework advanced to moulding box 1 top, its bottom broke away from and the contacting of platform, the material in the framework just flow through smash that material roller falls to moulding box 1 interior in the air, coaster is smash 16 work of material mechanism, it is even that material in the moulding box 1 is smash cloth, and then, reinforced coaster 6 withdraws from outside the frame 10.Start seaming chuck oil cylinder 9, drive upper mould beam 22 and move downward, seaming chuck 2 comes downwards to the position on plane on the moulding box 1, makes the last planar surface encloses of moulding box 1, at this moment push-down head oil cylinder 11, seaming chuck oil cylinder 9, following exciting agency and last exciting agency are worked simultaneously, and the material in the moulding box 1 is carried out compression-vibration shaping.After compression-vibration shaping was finished, four oil cylinders 26 of loosing core moved downward, and drive four pull bars of loosing core whole core rods 15 are pulled down out outside the moulding box 1, finished and loosed core.Push-down head oil cylinder 11 is descending, drive sill 23 and move downward, push-down head 3 withdraw from moulding box 1 in the contacting of material, get back to initial position in the lump with core rod 15.At this moment, passing plate machine 19 starts working, pass the supporting plate 7 that 19 acceptance of plate machine send plate machine 12 to send here, and supporting plate 7 correspondences are delivered to the below of moulding box 1, seaming chuck oil cylinder 9 moves downward, and it is descending to drive seaming chuck 2, and the shaping building block in the moulding box 1 is released downwards, and shift onto on the plate face of supporting plate 7, seaming chuck 2 is upwards got back to initial position.Pass plate machine 19 action once more, the supporting plate 7 that fills building block is transported on the brick receiving machine 20.Continue the above-mentioned course of work of circulation, but continuous batch ground processing building-block.
Through testing: the utility model equipment can be produced in batches and be of a size of many rounds cement hollow building blocks of 240 * 115 * 90, and the hollow rate of building block is about 30%, and compression strength is not less than 10 MPa/square centimeters.
Claims (8)
1. bidirectional pressing-vibrating type building block shaping machine, comprise moulding box (1), pressure head and pressure mechanism, it is characterized in that: described moulding box (1) is the framework of up/down perforation, the housing of moulding box (1) is arranged on four columns (17) of frame (10), is provided with push-down head (3) in the below correspondence of moulding box (1), and the top correspondence of moulding box (1) is provided with seaming chuck (2), push-down head (3) warp exciting agency down is connected with push-down head oil cylinder (11), and seaming chuck (2) is connected with seaming chuck oil cylinder (9) through last exciting agency.
2. bidirectional pressing-vibrating type building block shaping machine according to claim 1, it is characterized in that: described exciting agency down comprises the synchronous vertical vibrator of twin shaft (4), hydraulic motor (18), sill (23) and shock absorber (5), the synchronous vertical vibrator of twin shaft (4) is fixed on the below of push-down head (3), hydraulic motor (18) is fixed on the sill (23), the two ends of sill (23) are arranged on the sliding sleeve of column (17), the expansion link of push-down head oil cylinder (11) is connected with sill (23), hydraulic motor (18) is connected through the driving wheel of the synchronous vertical vibrator of belt and twin shaft (4), and shock absorber (5) is arranged between sill (23) and the push-down head (3).
3. bidirectional pressing-vibrating type building block shaping machine according to claim 1, it is characterized in that: the described exciting agency of going up comprises synchronous vibrator (8) and entablature (22), synchronous vibrator (8) is fixed on the top of entablature (22), seaming chuck (2) is fixed on the below of entablature (22), the two ends of entablature (22) are arranged on the sliding sleeve of column (17), and the expansion link of seaming chuck oil cylinder (9) is connected with entablature (22).
4. bidirectional pressing-vibrating type building block shaping machine according to claim 1, it is characterized in that: moulding box (1) below on the described frame (10) is provided with the plate machine (19) that passes, the sprocket wheel, the chain that pass plate machine (19) dual-side are arranged on the outside of moulding box (1), holder is pulled (7) and is shelved on the chain, be provided with the plate machine (12) that send in an end correspondence that passes plate machine (19), its other end correspondence is provided with brick receiving machine (20).
5. bidirectional pressing-vibrating type building block shaping machine according to claim 1, it is characterized in that: the corresponding moulding box in the outside of described frame (10) (1) is provided with reinforced coaster (6), the end that reinforced coaster (6) is gone up towards frame (10) is up/down perforation and edge size and the corresponding hollow frame of moulding box (1), this framework is shelved near moulding box (1) and goes up on the platform on plane, the inner bottom part of described framework is provided with coaster and smashes material mechanism (16), the other end of reinforced coaster (6) is connected with line reciprocator (24), is provided with sub-material belt feeder (14) and storage bin (13) in the top of reinforced coaster (6).
6. bidirectional pressing-vibrating type building block shaping machine according to claim 1 is characterized in that: described four columns (17) are provided with sliding sleeve, are provided with spring (21) at the connecting portion of moulding box (1) and column (17) sliding sleeve.
7. bidirectional pressing-vibrating type building block shaping machine according to claim 1, it is characterized in that: corresponding moulding box (1) is plugged with core rod (15) on the die head of described push-down head (2), and described core rod (15) is connected with the oil cylinder of loosing core (26) on being fixed on sill (23) through the pull bar of loosing core (25).
8. bidirectional pressing-vibrating type building block shaping machine according to claim 1, it is characterized in that: corresponding moulding box (1) is provided with removable pressure head plate on the die head of described seaming chuck (2), and described pressure head plate is the whole plate of atresia or is provided with and the corresponding core of core rod (15) hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CNU2008200656148U CN201161433Y (en) | 2008-02-04 | 2008-02-04 | Bidirectional pressing-vibrating type building block shaping machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CNU2008200656148U CN201161433Y (en) | 2008-02-04 | 2008-02-04 | Bidirectional pressing-vibrating type building block shaping machine |
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| CNU2008200656148U Expired - Fee Related CN201161433Y (en) | 2008-02-04 | 2008-02-04 | Bidirectional pressing-vibrating type building block shaping machine |
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Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102328341A (en) * | 2010-07-12 | 2012-01-25 | 杨振峰 | Plate-feeding and hole-drawing one-time forming machine |
| CN103302726A (en) * | 2013-06-14 | 2013-09-18 | 王庆起 | Brick molding machine for producing prefabricated drilling cement |
| CN103722605A (en) * | 2013-02-07 | 2014-04-16 | 贵州省建筑材料科学研究设计院 | Method for producing sintering wall material blank through vibration pressurizing method |
| CN104441201A (en) * | 2014-10-30 | 2015-03-25 | 西安交通大学 | Bisynchronous press-vibration brick machine |
| CN105216107A (en) * | 2015-10-08 | 2016-01-06 | 山东高唐华通液压机械有限公司 | A kind of building block forming device |
| CN106079036A (en) * | 2016-07-21 | 2016-11-09 | 济源市金峰耐火材料有限公司 | Full automatic brick making machine |
| CN106476129A (en) * | 2015-08-26 | 2017-03-08 | 河南省机械院机械装备股份有限公司 | A kind of charge car device that can achieve two-way compacting |
| CN111002438A (en) * | 2019-12-27 | 2020-04-14 | 黄石市新瑞节能设备厂 | Radial extrusion vibration molding ejection demoulding concrete construction forming machine |
| CN114131729A (en) * | 2021-12-08 | 2022-03-04 | 江苏建院欧野科技有限公司 | Vibration blanking forming device for production of heat-insulation composite building blocks and forming method thereof |
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2008
- 2008-02-04 CN CNU2008200656148U patent/CN201161433Y/en not_active Expired - Fee Related
Cited By (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102328341A (en) * | 2010-07-12 | 2012-01-25 | 杨振峰 | Plate-feeding and hole-drawing one-time forming machine |
| CN103722605A (en) * | 2013-02-07 | 2014-04-16 | 贵州省建筑材料科学研究设计院 | Method for producing sintering wall material blank through vibration pressurizing method |
| CN103302726A (en) * | 2013-06-14 | 2013-09-18 | 王庆起 | Brick molding machine for producing prefabricated drilling cement |
| CN104441201A (en) * | 2014-10-30 | 2015-03-25 | 西安交通大学 | Bisynchronous press-vibration brick machine |
| CN104441201B (en) * | 2014-10-30 | 2016-06-29 | 西安交通大学 | A kind of bi-directional synchronization is shaken pressure type vibration brick machine |
| CN106476129A (en) * | 2015-08-26 | 2017-03-08 | 河南省机械院机械装备股份有限公司 | A kind of charge car device that can achieve two-way compacting |
| CN106476129B (en) * | 2015-08-26 | 2019-12-13 | 河南省机械院机械装备股份有限公司 | Cloth vehicle device capable of realizing bidirectional pressing |
| CN105216107A (en) * | 2015-10-08 | 2016-01-06 | 山东高唐华通液压机械有限公司 | A kind of building block forming device |
| CN106079036A (en) * | 2016-07-21 | 2016-11-09 | 济源市金峰耐火材料有限公司 | Full automatic brick making machine |
| CN111002438A (en) * | 2019-12-27 | 2020-04-14 | 黄石市新瑞节能设备厂 | Radial extrusion vibration molding ejection demoulding concrete construction forming machine |
| CN114131729A (en) * | 2021-12-08 | 2022-03-04 | 江苏建院欧野科技有限公司 | Vibration blanking forming device for production of heat-insulation composite building blocks and forming method thereof |
| CN114131729B (en) * | 2021-12-08 | 2022-08-16 | 江苏建院欧野科技有限公司 | Vibration blanking forming device for production of heat-insulation composite building blocks and forming method thereof |
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