CN101007421B - Pore forming method of insertion-type honeycomb porous bricks and device thereof - Google Patents
Pore forming method of insertion-type honeycomb porous bricks and device thereof Download PDFInfo
- Publication number
- CN101007421B CN101007421B CN2006100333043A CN200610033304A CN101007421B CN 101007421 B CN101007421 B CN 101007421B CN 2006100333043 A CN2006100333043 A CN 2006100333043A CN 200610033304 A CN200610033304 A CN 200610033304A CN 101007421 B CN101007421 B CN 101007421B
- Authority
- CN
- China
- Prior art keywords
- inserted link
- female receptacle
- pore
- mould
- core tool
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Abstract
The invention discloses an upright pole honeycomb-shaped porous brick pore-forming method and its device; the upright pole honeycomb-shaped porous brick pore-forming device includes mold, core part with upright pole, jack board corresponding with the upright pole and driving device, the core part moves top-down driven by the driving device and drives the upright pole passing through the jack boardand inserting into low plastic concrete materials, when the upright pole is inserted into the needed depth, it is pulled out and the porous brick is produced; the method and the device can produce smaller, more and smaller thickness hollow products, the products can has real honeycomb-shaped; because holes are small and more, the hole wall and ribs can be very thin , the thermal resistance of products is greatly increased, so the insulation and heat resistance properties of wall body are greatly enhanced; while the pore-forming of the invention can be for brick blank pore-forming of clay materials such as shale, coal gangue and mountain loess.
Description
Technical field
The present invention relates to a kind of method and apparatus of making building brick.Especially a kind of porous brick forming hole method and device thereof.
Background technology
People wish that the house of oneself is cool in summer and warm in winter, improve the comfort level of living, and this just requires to improve the energy-conservation technology content of building wall.In compulsory standard is listed building energy conservation by country.In order to improve the insulation of body of wall winter, heat insulation function of summer, from solid to hollow, from the macropore to the aperture, from few hole, to porous the important directions of materials for wall development.Under the identical situation of hollow rate (hole ratio), Kong Yuexiao, hole count is many more, and the wall thermal insulating heat-proof quality is just good more.Come requirement from this angle, existing hole creating technology is very undesirable, can only do big and few hole, can not do little and many hole.
According to the difference of pore-forming principle, hollow brick, building-block existing mechanical hole creating technology have three kinds: A. extrudes hole forming method (calling the A method in the following text); B. release hole forming method (calling the B method in the following text); C. hollow pipe is drawn hole method (calling the C method in the following text).The A method requires material that very high plasticity is arranged, and is used for the adobe pore-forming of sintering clay hollow brick.Material is subjected to reamer to be squeezed to the machine mouth, and passing the core tool becomes hollow mud bar, cuts into hollow brick blank again.The B rule is applicable to the dry non-plastic raw material, and the forming hole method of available coagulation soil building-block and hollow brick is the B method.Material falls into the mould of belt carcass tool, is dropped on the supporting plate by the pressure head release behind pressurization, vibratory compaction, becomes hollow brick or building-block.The C method is a patented technology in recent years, is equally applicable to the dry non-plastic raw material.The C method is the onesize closely knit base substrate of first moulding, utilize thin-wall hollow pipe to intert then, material is drawn out and pore-forming in will managing, material is discharged recycling from the pipe below, therefore C method pore-forming is from bottom to top, the quantity of the comparable B method of its pore-forming pore-forming is many, single hole is little, can produce the honeycombed porous building-brick of big hole shape.
Under the situation of same hollow rate, A method, B method can only be done macropore and few hole, only in this way, " rib " between the Kong Yukong and " wall " between outer round and the product edges just can be done thicklyer, just can bear mechanical presses power or pushing force in the pore forming process.When the hole diminishes, the hole count quantitative change for a long time, the inevitable attenuation of the rib of hollw article and wall under extruding force or pushing force effect, is very easily broken, product deformation or fester can not be produced finished product.The hollow pipe caliber of C method is from large to small the time, and the hollow pipe discharge is not by freely to blocking, so the C method can not be produced hole littler below the diameter 30mm.
Summary of the invention
Deficiency at existing forming hole method and hollw article performance, the object of the present invention is to provide a kind of new forming hole method, under the situation of identical hollow rate, can make littler, more hole, purpose is used to produce more the Hollow brick or block near the many rounds of aperture of honeycomb shape, to improve the serviceability of hollw article.
Another object of the present invention is to provide a kind of upright pole honeycomb-shaped porous brick pore, to satisfy the requirement of preparation honeycomb porous bricks.
The present invention realizes above-mentioned purpose like this:
Upright pole honeycomb-shaped porous brick pore comprises the mould that is loaded with concrete material, and the mould top is provided with the core tool of band inserted link, is provided with female receptacle between mould and the core tool; Female receptacle is provided with the jack corresponding with inserted link; There is drive unit to be connected, drives the core tool and move up and down with the core tool; Mould comprises main mould and secondary mould, wherein main mould by internal mold, split plate and external mold is formed; Internal mold and to split the plate cross section at right angles trapezoidal, both trapezoidal inclined-planes match, and the trapezoidal vertical plane of internal mold is provided with draw-in groove, and secondary mould cooperates with draw-in groove; The vertical plane of splitting plate matches with the inner surface of external mold; External mold and internal mold are respectively equipped with the barrel bolt of mutual socket, and barrel bolt hollow has spring to be arranged in the barrel bolt, and spring one end is connected with external mold, and the other end is connected with internal mold.
The forming hole method of above-mentioned upright pole honeycomb-shaped porous brick pore is characterized in that comprising following processing step:
1) concrete material closely knit moulding in secondary mould;
2) secondary mould is sent into the relevant position of main mould, lowering or hoisting gear descends external mold and internal mold and is enclosed within secondary mould periphery, inserts then and splits plate, and the draw-in groove of internal mold and secondary mould are tightened;
3) the core tool and the female receptacle that will have an inserted link assembles up accordingly, drop to then concrete material above;
4) pore-forming begins, and lowering or hoisting gear and vibrator drive the vibration of core tool and descend, and insert in the concrete material, insert under inserted link in the process, and product volume increases, and material rises, and promotes the female receptacle come-up;
5) inserted link is inserted into the goods bottom, and vibration stops, and this moment, material rose to the goods specified altitude, and pore forming process is finished;
6) lowering or hoisting gear drives the rising of core tool, and inserted link is extracted in goods, and inserted link bar point rises with the core tool and collects in the female receptacle;
7) plate of splitting between internal mold and the external mold rises, and internal mold is close to external mold, leaves secondary mould;
8) all mechanisms reset, and prepare pore-forming action next time.
The invention has the beneficial effects as follows: 1. can do littler hole, the size of this method pore-forming and shape are determined by the size and the shape of inserted link fully.The inserted link that uses is more little, and the hole of making is also more little.A, B, C method can not the following or average single hole area 700mm of moulding average pore size 30mm
2Below littler hole, our rule can littler hole below the 10mm of moulding aperture.2. can do more hole.For example, growing * wide=the concrete brick face of 240 * 115mm on, with the holes that the B method can only be 2 rows, no more than 10 of hole count; With the hole that the C method can only be 3 rows, no more than 20 of hole count.Use the inventive method pore-forming, when the diameter in hole is 8mm, can do 11 rows' hole, nearly 226 of hole counts; When the diameter in hole is 6mm, can do 13 rows' hole, nearly 332 of hole counts.3. can do the less hollw article of thickness.The B method can not be done thin hollw article, easy deformation, fracture under the pushing force effect.The C method is done thin hollw article, and then efficient is extremely low.The present invention does thin hollw article and then is easy to.4. forming hole method of the present invention is owing to cut into the goods monomer methods after adopting big mould, pore-forming, and four sides of each goods monomer are to the frictional force of die wall when having exempted moulding; Again owing to adopt the inductile concrete material, the frictional force of material itself is more much smaller than the frictional force of dry poor material, thereby significantly reduced the drag overall in the pore forming process, the product amounts that makes one-step pore-creating than B, the C method is much more, has also simplified frame for movement greatly.5. because the hole that forming hole method of the present invention is made is little and many, goods just can be realized real honeycombed.This point is very important, this main purpose also of the present invention just.Many because the hole is little, it is very thin that hole wall and rib all become, and thermal resistance of products increases greatly, improved the thermal and insulating performance of body of wall thus greatly; Many because the hole is little, to compare with the goods in few hole with macropore, the stressed uniformity of this brick and body of wall improves greatly, thereby performance such as its shearing resistance cracking resistance also improves greatly, thereby satisfies the needs of energy saving building, satisfies the needs that the body of wall anti-crack and anti-seepage leaks.6. hole-forming device of the present invention also can be used for the adobe pore-forming of clay matter sintered perforated bricks such as shale, gangue and mountain loess.This forming hole method is wider than A method adaptability, and the hole of making can be both little many again, and raw materials used plasticity does not have the requirement height of A method on the contrary.Because the hole is many, rib and wall are all very thin, are easy to grill thoroughly, and it burns till more energy-conservation more than 20% than A method.This honeycombed sintering clay porous brick has more excellent wall thermal insulating heat insulating function.
Description of drawings
The present invention is further described below in conjunction with drawings and Examples:
Fig. 1 is a upright pole honeycomb-shaped porous brick pore front view of the present invention;
Fig. 2 is the pore structure schematic diagram of standard brick type circular hole honeycomb porous bricks;
Fig. 3 is the pore structure schematic diagram of standard brick type slotted hole honeycomb porous bricks;
Fig. 4 is the pore structure schematic diagram of the different circular hole honeycomb porous bricks in the big small-bore of standard brick type.
The specific embodiment
Pore forming method of insertion-type honeycomb porous bricks, upright pole honeycomb-shaped porous brick pore comprises the core tool 3 of mould 1, band inserted link 31, female receptacle 2 and the drive unit corresponding with inserted link 31, core tool 3 is motion from top to bottom under the driving of drive unit, drive inserted link 31 passes female receptacle 2 and inserts in the inductile concrete material 4, when inserted link 31 is inserted into when needing the degree of depth, extract inserted link 31, can obtain the porous brick goods.
Basic principle according to pore forming method of insertion-type honeycomb porous bricks has designed upright pole honeycomb-shaped porous brick pore, mainly comprises mould 1, female receptacle 2, core tool 3 and drive unit.Its assembling is as follows: be loaded with the mould 1 of concrete material 4, mould 1 top is provided with the core tool 3 of band inserted link 31, is provided with female receptacle 2 between mould 1 and the core tool 3; Female receptacle 2 is provided with the jack 21 corresponding with inserted link 31; There is drive unit to be connected, drives core tool 3 and move up and down with core tool 3.Describe the structure of this device various piece below in detail:
1, mould 1, is divided into main mould and secondary mould 14, and secondary mould 14 is used for the moulding of concrete material 4, and main mould is used to grip secondary mould 14, is convenient to the formation in hole on the brick body.Main mould by internal mold 11, split plate 13 and external mold 12 is formed.Internal mold 11 and to split plate 13 cross sections at right angles trapezoidal, both trapezoidal inclined-planes match, and the trapezoidal vertical plane of internal mold 11 is provided with draw-in groove 111, and secondary mould 14 cooperates with draw-in groove 111; The vertical plane of splitting plate 13 matches with the inner surface of external mold 12; External mold 12 and internal mold 11 are respectively equipped with the barrel bolt 121,112 of socket mutually, and barrel bolt 121,112 hollows have spring 15 to be arranged in the barrel bolt 121,112, and spring 15 1 ends are connected with external mold 12, and the other end is connected with internal mold 11.Secondary mould 14 arrives assigned address when preparing the jack moulding, the external mold 12 of main mould and internal mold 11 descend, in secondary mould 14 is socketed in, to split plate 13 then descends, insert between external mold 12 and the internal mold 11, make internal mold 11 be connected in the draw-in groove 111 fixing to secondary mould 14 motions and the most secondary mould 14.After jack is finished, to split plate 13 and rise, internal mold 11 separates with secondary mould 14 under the effect of spring 15, and the external mold 12 of main mould and internal mold 11 rise then, and secondary mould 14 continues motion, enters next process.
2, core tool 3 is main devices of porous brick moulding, comprises inserted link 31, inserted link fixed head 32 and inserted link installing plate 33.Inserted link 31 takes the wear-resisting solid material of enough hardness and rigidity to make, and guarantees its service life.Inserted link installing plate 33 be provided with female receptacle 2 on jack 21 corresponding installing holes, inserted link 31 inserts location in the installing hole, inserted link fixed head 32 is connected with inserted link installing plate 33 by bolt, and the installation of inserted link 31 partly is enclosed in inserted link fixed head 32 and the inserted link installing plate 33.In order to enhance productivity, this device can be produced larger-size porous brick germule simultaneously, and then the porous brick germule cut into standard brick, therefore core tool 3 is made up of a plurality of little core tools, the size of the corresponding standard brick of each little core tool, like this, the core tool just can be adjusted flexibly according to the size and the quantity in production scale, hole.In order to control 3 movement travels of core tool, upright pole honeycomb-shaped porous brick pore is provided with stopping means, comprise the lower bumping block 34 and the last collision block 35 that are arranged at core tool 3, and relative set is in the lower limit collision block 26 on female receptacle 2 tops and the upper limit collision block 27 of 3 external tops of core tool.When core tool 3 lower bumping blocks 34 or when going up collision block 35 and contacting,, prevent that core tool 3 from damaging above stroke motion with regard to stop motion with lower limit collision block 26 or upper limit collision block 27.
3, female receptacle 2, and it is provided with jack 21, and the quantity of jack 21 and aperture are by the quantity and the aperture decision in the hole of porous brick.Because the guiding the when effect of female receptacle 2 is 3 motions of core tool, strengthened the counter-bending deformation ability of inserted link 31 simultaneously, therefore, female receptacle 2 should be done thicklyer, but for weight reduction, saving material, also for the ease of the maintenance of the cleaning of female receptacle 2, so female receptacle 2 is divided into two up and down, intermediate section every certain space with increase thickness.Last female receptacle 22 and play female receptacle 23 are fastening by alignment pin 24 and connecting bolt 25, prevent to produce dislocation, and the jack 21 of guaranteeing to go up female receptacle 22 and following female receptacle 23 in correspondence with each other.The steel plate that last female receptacle 22 and following female receptacle 23 can be monoblocks processes, but cost is higher like this.In order to reduce manufacturing cost, cooperate the core tool of forming by a plurality of little core tools 3 simultaneously, last female receptacle 22 and following female receptacle 23 are made up of a plurality of little female receptacles.
4, drive unit comprises lowering or hoisting gear and bobbing machine 5.If directly inserted link 31 is inserted in the concrete material 4 by lowering or hoisting gear, because concrete material 4 frictional force are bigger, inserted link 31 be subjected to very big resistance and produce bending and wearing and tearing big, be unfavorable for the formation in hole, therefore on the basis of lowering or hoisting gear, add bobbing machine 5, inserted link 31 inserts in the concrete material 4 under vibration, make the liquefaction of inductile concrete, realize microfluidic, reduced the frictional force in inserted link 31 insertion process, not only prolonged the service life of inserted link 31, and made goods more closely knit.
With embodiment method and apparatus of the present invention is elaborated below:
The standard brick type of 240 * 115 * 53mm is China's tradition brick type.This brick is light and handy, builds by laying bricks or stones conveniently, flexibly, and it is rich and varied to build pattern by laying bricks or stones, a kind of brick type of accepting extensively, generally like for building industry.Use from Qin brick and Han tile and to go through test in thousands of years so far and contain for a long time and do not wane, it is extremely wide therefore to make its market prospects of honeycomb porous bricks with this brick type.The hollow brick of this brick type not also all can not be produced desirable hollw article with A, B, C forming hole method to this brick type in the market, and forming hole method of the present invention and device then can be realized.Every heavy 3.3Kg of the concrete solid brick of this brick type, every heavy 2.5Kg of clay solid brick, every of the honeycomb porous bricks that this method is produced only weighs 1.8～2.4Kg, meets high-strength light multifunctional novel materials for wall developing direction fully.Be example now with the medium-sized hole forming machine of producing 13 these standard brick types of row's diameter 6mm circular hole.Main mould internal mold is of a size of the medium-sized hole forming machine about 1300 * 1220mm, but the standard brick of 55 240 * 115 * 53mm of pore-forming once.This movement tool 3 is assembled by 55 little core tools.Each little core tool is installed the inserted link 31 of 332 diameter 6mm, divides and does 13 rows, wherein long row 7 rows, and short row 6 rows, length row is staggered, 26 inserted links 31 of the long every row of row, 25 inserted links 31 of the short every row of row.Whole 31 one-tenth honeycomb arrangement of inserted link.Like this, this movement tool 3 has installed and fixed 332 * 55=18260 root inserted link altogether.Inserted link 31 adopts the wear-resisting solid material of enough hardness and rigidity to make.Its technical process is as follows:
1) concrete material 4 closely knit moulding in secondary mould 14; With the goods hole ratio is 40% to be example, and concrete material 4 volume after closely knit is 60% of a goods overall volume in the secondary mould 14, and the height of closely knit material is 60% of a goods actual height in the promptly secondary mould 14.
2) secondary mould 14 is sent into the relevant position of main mould, lowering or hoisting gear descends external mold 12 and internal mold 11 and is enclosed within secondary mould 14 peripheries, inserts then and splits plate 13, makes the draw-in groove 111 of internal mold 11 that secondary mould 14 chuckings are fixing.
3) core tool 3 and female receptacle 2 are assembled up accordingly, drop to then concrete material 4 above.Since up and down the jack 21 of female receptacle in correspondence with each other, and the head of inserted link 31 is positioned at the jack 21 of female receptacle 23 down, has so just avoided producing in inserted link 31 insertion process deviation and has collided the destruction that is caused with female receptacle 2 generations.
4) pore-forming begins, and lowering or hoisting gear and vibrator 5 drive 3 vibrations of core tool and descend, and inserted link 31 passes down female receptacle 23, inserts then in the concrete material 4.The effect of inserted link 31 vibrations is to make 4 liquefaction of inductile concrete material, realizes microfluidic, to reduce the frictional resistance to inserted link 31; By thixotropy, also make goods more closely knit.In 31 times slotting processes of inserted link, product volume increases, and material rises, and promotes female receptacle 2 come-ups.
When 5) inserted link 31 was inserted into the goods bottom, the lower bumping block 34 of core tool 3 also contacted with lower limit collision block 26, and lowering or hoisting gear and bobbing machine 5 decommission.This moment, material rose to the goods specified altitude, and pore forming process is finished, and this moment, the fixed-site of female receptacle 2 was motionless.
6) lowering or hoisting gear drives 3 risings of core tool, inserted link 31 contacts with upper limit collision block 27 and stops with rising last collision block 35 until core tool 3 of core tool 3, at this moment the head of inserted link 31 is positioned at the jack 21 of female receptacle 23 down, the concrete material 4 that adheres to inserted link 31 like this is convenient to the cleaning maintenance of female receptacle 2 through having removed totally behind the female receptacle 23 down.
7) plate 13 of splitting between internal mold 11 and the external mold 12 rises, because spring 15 effects, internal mold 11 is close to external mold 12, separates with secondary mould 14, and female receptacle 2 rises with main mould 1 then, and following female receptacle 23 leaves product surface, and secondary mould 14 enters subsequent processing.
8) all mechanisms of upright pole honeycomb-shaped porous brick pore reset, and prepare pore-forming action next time.
Behind concrete material 4 pore-formings, wait by the time when being fit to cutting, molded goods are cut into by the cutter special tool needs monomer, and secondary mould is removed in the sclerosis back, goods are transported to the stockyard by Transport Machinery, clear up and load onto secondary mould, can carry out the production of next round.
With reference to Fig. 2 to 4, be the honeycomb porous bricks that uses method and apparatus of the present invention to prepare, as seen by the size and the shape decision of inserted link 31, the porous brick body opening that is obtained is little and many fully for the size of pore-forming and shape, and goods just can be realized real honeycombed.This point is very important, this main purpose also of the present invention just.Many because the hole is little, it is very thin that hole wall and rib all become, and thermal resistance of products increases greatly, improved the thermal and insulating performance of body of wall thus greatly.Many because the hole is little, to compare with the goods in few hole with macropore, the stressed uniformity of this brick and body of wall improves greatly, thereby performance such as its shearing resistance cracking resistance also improves greatly, thereby satisfies the needs of energy saving building, satisfies the needs that the body of wall anti-crack and anti-seepage leaks.
Claims (8)
1. upright pole honeycomb-shaped porous brick pore comprises the mould (1) that is loaded with concrete material (4), and mould (1) top is provided with the core tool (3) of band inserted link (31), is provided with female receptacle (2) between mould (1) and the core tool (3); Female receptacle (2) is provided with the jack (21) corresponding with inserted link (31); There is drive unit to be connected, drives core tool (3) and move up and down with core tool (3); It is characterized in that mould (1) comprises main mould and secondary mould (14), wherein main mould by internal mold (11), split plate (13) and external mold (12) is formed; Internal mold (11) and to split plate (13) cross section at right angles trapezoidal, both trapezoidal inclined-planes match, and the trapezoidal vertical plane of internal mold (11) is provided with draw-in groove (111), and secondary mould (14) cooperates with draw-in groove (111); The vertical plane of splitting plate (13) matches with the inner surface of external mold (12); External mold (12) and internal mold (11) are respectively equipped with the barrel bolt (121,112) of mutual socket, barrel bolt (121,112) hollow, have spring (15) to be arranged in the barrel bolt (121,112), spring (15) one ends are connected with external mold (12), and the other end is connected with internal mold (11).
2. upright pole honeycomb-shaped porous brick pore according to claim 1 is characterized in that core tool (3) comprises inserted link (31), inserted link fixed head (32) and inserted link installing plate (33); Inserted link installing plate (33) is provided with female receptacle (2) and goes up the corresponding installing hole of jack (21), inserted link (31) inserts location in the installing hole, inserted link fixed head (32) is connected with inserted link installing plate (33) by bolt, and the installation of inserted link (31) partly is enclosed in inserted link fixed head (32) and the inserted link installing plate (33).
3. upright pole honeycomb-shaped porous brick pore according to claim 2 is characterized in that core tool (3) is made up of a plurality of little core tools.
4. upright pole honeycomb-shaped porous brick pore according to claim 1, it is characterized in that female receptacle (2) is two up and down, last female receptacle (22) and following female receptacle (23) are fastening by alignment pin (24) and connecting bolt (25), and the jack (21) of last female receptacle (22) and following female receptacle (23) in correspondence with each other.
5. upright pole honeycomb-shaped porous brick pore according to claim 4 is characterized in that female receptacle (22) and following female receptacle (23) be made up of a plurality of little female receptacles.
6. upright pole honeycomb-shaped porous brick pore according to claim 1, it is characterized in that device is provided with the stopping means that is used to control core tool (3) movement travel, comprise the lower bumping block (34) and the last collision block (35) that are arranged at core tool (3), and relative set is in the lower limit collision block (26) on female receptacle (2) top and the upper limit collision block (27) of this external top of core tool (3).
7. upright pole honeycomb-shaped porous brick pore according to claim 1 is characterized in that drive unit comprises lowering or hoisting gear and vibrator (5).
8. according to the forming hole method of the described upright pole honeycomb-shaped porous brick pore of claim 1, it is characterized in that comprising following processing step:
1) concrete material closely knit moulding in secondary mould (14);
2) secondary mould (14) is sent into the relevant position of main mould, lowering or hoisting gear descends external mold (12) and internal mold (11) and is enclosed within secondary mould (14) periphery, inserts then and splits plate (13), makes the draw-in groove (111) and secondary mould (14) chucking of internal mold (11);
3) the core tool (3) that will have an inserted link (31) assembles up accordingly with female receptacle (2), drop to then concrete material above;
4) pore-forming begins, and lowering or hoisting gear and vibrator (5) drive core tool (3) vibration and descend, and insert in the concrete material, and in the slotting process, product volume increases under inserted link (31), and material rises, and promotes female receptacle (2) come-up;
5) inserted link (31) is inserted into the goods bottom, and vibration stops, and this moment, material rose to the goods specified altitude, and pore forming process is finished;
6) lowering or hoisting gear drives core tool (3) rising, and inserted link (31) is extracted in goods, and inserted link (31) bar point rises with core tool (3) and collects in the female receptacle (2);
7) plate (13) of splitting between internal mold (11) and the external mold rises, and internal mold (11) is close to external mold, leaves secondary mould (14);
8) all mechanisms reset, and prepare pore-forming action next time.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2006100333043A CN101007421B (en) | 2006-01-24 | 2006-01-24 | Pore forming method of insertion-type honeycomb porous bricks and device thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2006100333043A CN101007421B (en) | 2006-01-24 | 2006-01-24 | Pore forming method of insertion-type honeycomb porous bricks and device thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101007421A CN101007421A (en) | 2007-08-01 |
| CN101007421B true CN101007421B (en) | 2010-04-21 |
Family
ID=38696194
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2006100333043A Expired - Fee Related CN101007421B (en) | 2006-01-24 | 2006-01-24 | Pore forming method of insertion-type honeycomb porous bricks and device thereof |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101007421B (en) |
Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102555040B (en) * | 2011-12-16 | 2015-02-04 | 黄立兵 | Die for making porous bricks by using mud and method for forming porous bricks by using die |
| CN108995014B (en) * | 2018-03-26 | 2023-08-15 | 吉林大学 | Spiral tube type ceramic blank preparation mold and method |
| CN109554975A (en) * | 2018-05-31 | 2019-04-02 | 姬永生 | Cast-in-place guide hole pervious concrete and its preparation facilities and technique |
| CN109676753A (en) * | 2019-01-31 | 2019-04-26 | 中交二航局第四工程有限公司 | A kind of pre-buried hole hole-forming device of prefabricated box -beam |
| CN111702938A (en) * | 2020-06-30 | 2020-09-25 | 吴秋敏 | Manufacturing and processing technology of concrete perforated brick |
| CN115229457A (en) * | 2022-09-19 | 2022-10-25 | 云南菲尔特环保科技股份有限公司 | Processing method of large and small hole honeycomb structure body extrusion die |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB1151795A (en) * | 1966-07-29 | 1969-05-14 | Banbury Buildings Holdings Ltd | Method of, and Means for Forming a Through-Hole in a Concrete Block while the latter is being Press-Formed in a Mould. |
| FR2810575A1 (en) * | 2000-06-21 | 2001-12-28 | Murata Manufacturing Co | Dielectric block pressure moulding process has servo control is uniform avoids cracking |
| CN1454762A (en) * | 2003-04-21 | 2003-11-12 | 李家桦 | Blind hole hollow brick pressing method and apparatus thereof |
| CN1502456A (en) * | 2002-11-20 | 2004-06-09 | 吴永诚 | Method and machine for mouldnig building block and brick |
| CN1520981A (en) * | 2003-02-13 | 2004-08-18 | 上海振济新型墙体建筑材料有限公司 | Apparatus and process for manufacturing high-strength lightweight cement building blocks |
-
2006
- 2006-01-24 CN CN2006100333043A patent/CN101007421B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB1151795A (en) * | 1966-07-29 | 1969-05-14 | Banbury Buildings Holdings Ltd | Method of, and Means for Forming a Through-Hole in a Concrete Block while the latter is being Press-Formed in a Mould. |
| FR2810575A1 (en) * | 2000-06-21 | 2001-12-28 | Murata Manufacturing Co | Dielectric block pressure moulding process has servo control is uniform avoids cracking |
| CN1502456A (en) * | 2002-11-20 | 2004-06-09 | 吴永诚 | Method and machine for mouldnig building block and brick |
| CN1520981A (en) * | 2003-02-13 | 2004-08-18 | 上海振济新型墙体建筑材料有限公司 | Apparatus and process for manufacturing high-strength lightweight cement building blocks |
| CN1454762A (en) * | 2003-04-21 | 2003-11-12 | 李家桦 | Blind hole hollow brick pressing method and apparatus thereof |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101007421A (en) | 2007-08-01 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN103612322B (en) | Divide the automated manufacturing method of type pore-forming mold, socket type pore-forming and device and porous brick thereof | |
| CN101007421B (en) | Pore forming method of insertion-type honeycomb porous bricks and device thereof | |
| CN1657251A (en) | Automatic shaping method and equipment for load-bearing hollow brick | |
| CN101049712B (en) | Flip-flop forming machine for heat preservation building module blocks | |
| CN101596740B (en) | Socket type pore-forming mold, socket type pore-forming device and method for preparing porous brick thereof | |
| CN201783563U (en) | Mesh die for forming densely distributed meshes | |
| CN207549088U (en) | A kind of brick equipment produced using construction refuse regenerated aggregate | |
| CN201195342Y (en) | Hollow block mould | |
| CN207077816U (en) | Multi-product one-time-shaped mould | |
| CN203110104U (en) | Baking-free brick mold | |
| CN213471604U (en) | Mould for manufacturing and repairing adobe for historic building | |
| CN106738660A (en) | A kind of precision die for manufacturing shell after notebook computer base | |
| CN201049493Y (en) | Thermal insulation construction materials inverting manufacturing machine | |
| CN201493934U (en) | Row insertion type hole forming module and device thereof | |
| CN106671252A (en) | Brick making machine | |
| CN2822928Y (en) | Full automatic machine for forming building blocks made of gypsum | |
| CN201040399Y (en) | Dripping tile die | |
| CN220808311U (en) | Resin tile forming die convenient to drawing of patterns | |
| CN201773814U (en) | Mobile tool | |
| CN2765754Y (en) | Machine pressing die for producing stilt floor tile | |
| CN212070365U (en) | Connecting mechanism for fixing die | |
| CN213320751U (en) | Mold for producing tailing sintered porous bricks | |
| CN2496630Y (en) | Porous cement standard brick mould | |
| CN211762296U (en) | Brick extruding machine core for producing hollow wave bricks | |
| CN219987962U (en) | Sludge brick compacting and forming die |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20100421 Termination date: 20110124 |