CN102658603B - Aerated concrete cutting machine - Google Patents
Aerated concrete cutting machine Download PDFInfo
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- CN102658603B CN102658603B CN201210139259.5A CN201210139259A CN102658603B CN 102658603 B CN102658603 B CN 102658603B CN 201210139259 A CN201210139259 A CN 201210139259A CN 102658603 B CN102658603 B CN 102658603B
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Abstract
The invention relates to a cutting machine for aerated concrete blocks. The cutting machine comprises a base, a portal frame, a lifting frame, a lifting mechanism, a crosscut saw frame, a transverse vibration mechanism, a longitudinal guide rail and a plate trailer, wherein the lifting mechanism drives the lifting frame to go up and down along an upright of the portal frame; the crosscut saw frame is supported by the lifting frame and synchronously goes up and down with the lifting frame; a tensioned crosscut steel wire is arranged on the crosscut saw frame; the transverse vibration mechanism drives the crosscut saw frame and the crosscut steel wire to make transverse saw cutting motion on the lifting frame; the plate trailer is arranged on the longitudinal guide rail; the lifting frame is provided with a left side plate, a right side plate, a front end plate and a rear end plate; an opening/closing mechanism is arranged between the left side plate, the right side plate, the front end plate and the rear end plate and the lifting frame respectively; and when the lifting frame is in the lowest position, the four opening/closing mechanisms drive the left side plate, the right side plate, the front end plate and the rear end plate to be switched between a mould opening state and a mould closing state. The machine provided by the invention can perform cutting without turning the blank, thereby avoiding the problem of cracking caused by turning the blank, and increasing the yield.
Description
(1) technical field
The present invention relates to a kind of machinery of processing aerated concrete products, especially a kind of cutting machine about air-entrained concrete building block.
(2) background technology
Air-entrained concrete building block is a kind of light building material, and its main feature is that raw material sources is wide, has the advantages such as sound insulation, insulation, fire prevention, quality be light compared with traditional clay cob brick.Air entrained concrete forms larger base substrate by materials such as lime, cement, flyash after mixing the sclerosis of getting angry, and then by the base substrate demoulding, then base substrate is carried out to excision forming is rip cutting, crosscut, horizontal cutting, finally by steam pressure processing.
Existing air entrained concrete cutting equipment and technique are difficult to ensure cutting high finished product rate, and main cause is base substrate sclerosis cutting very difficult control on opportunity and grasp.In the time adopting upset cutting technique, while not yet reaching cutting hardness as base substrate, there is blank deformation in the lighter, destroys product air holes structure, reduces product mechanical performance index; When serious, in switching process, occur that the even whole base substrate of part collapse damages.Excessive when base substrate hardness, the lighter's cutting steel wire is broken, and severe one cannot be cut at all.
(3) summary of the invention
The object of the present invention is to provide exempt from after the moulding of a kind of steam-cured sweep upper upset, hands-free hang transfer can be at the cellular concrete cutting off machine that the original place demoulding is cut and cutting accuracy is high simultaneously.
For achieving the above object, the present invention is by the following technical solutions:
A kind of cellular concrete cutting off machine, comprise support, portal frame, lifting frame, elevating mechanism, crosscut saw frame, oscillation crosswise mechanism, longitudinal rail and wooden handcart, elevating mechanism orders about the column up-down of lifting frame along portal frame, crosscut saw frame by lifting frame support with lifting frame synchronization lifting, crosscut saw frame is provided with the crosscut steel wire of tensioning, oscillation crosswise mechanism orders about crosscut saw frame and crosscut steel wire is done horizontal sawing campaign on lifting frame, longitudinal rail is arranged on support, wooden handcart is placed on longitudinal rail and has a cutting position, lifting frame is positioned at cutting position top, it is characterized in that: lifting frame is provided with left plate, right plate, front end-plate and end plate, left plate, right plate, front end-plate and end plate are provided with open-and-close mechanism respectively and between lifting frame, in the time that lifting frame is positioned at extreme lower position, four open-and-close mechanisms drive left plate, right plate, front end-plate and end plate are changed back and forth in a die opening state and a matched moulds state, at matched moulds state, left plate, right plate, front end-plate and end plate inwardly close up into framed and framed lower edge and just in time clamp the flat board of wooden handcart and box-shaped mould at the bottom of forming taking flat board as mould, in die opening state, at the bottom of left plate, right plate, front end-plate and end plate leave mould, and left plate, right plate, front end-plate and end plate are separated from each other and are the shape that outwards scatters, crosscut saw frame empty set is outside mould, and crosscut steel wire passes from the through hole of left and right side plate, and in the time that lifting frame is positioned at extreme lower position, crosscut steel wire is near the dull and stereotyped of wooden handcart or be laid on the flat board of wooden handcart.
The procedure of processing of this cutting machine is as follows:
A, overlay steel wire: first wooden handcart is docked in to cutting position, orders about lifting frame by elevating mechanism and fall towards wooden handcart, crosscut steel wire is laid on the flat board of wooden handcart; B, assembly jig: at the bottom of using the flat board of wooden handcart as mould, left plate, right plate, front end-plate and end plate are closed up into framed, at the bottom of framed clamp mode and form mould, crosscut saw frame empty set is outside framed; C, cast are rested: in mould, pour into a mould slip, after being poured, slip is through the formation base substrate of resting; D, die sinking: take apart framed, at the bottom of making left plate, right plate, front end-plate and end plate leave mould and base substrate; E, perpendicular cuts: order about lifting frame by elevating mechanism and upwards rise, the framed and crosscut saw frame scattering also synchronously rises, meanwhile, open oscillation crosswise mechanism, orders about crosscut saw frame and make transverse reciprocating vibration, crosscut steel wire transverse cuts base substrate.
The flat board of wooden handcart is steam-cured sweep.
Technique scheme can also be further improved by following technical measures.
Lifting frame is provided with rip cutting saw frame and extensional vibration mechanism, and rip cutting saw frame is provided with the rip cutting steel wire of tensioning, and extensional vibration mechanism orders about rip cutting saw frame and rip cutting steel wire is done ripping motion on lifting frame; Support is provided with parking platform, and at lifting frame, during lower than setting height, rip cutting saw frame is placed on parking platform and is separated with lifting frame is temporary transient by parking platform support, lifting frame in or during higher than setting height, rip cutting saw frame is placed on lifting frame by lifting frame support; Rip cutting saw frame empty set is on mould, and in the past, pass in the through hole of end plate, in the time that rip cutting saw frame is placed on parking platform, rip cutting steel wire is laid on the flat board of wooden handcart and is padded under crosscut steel wire rip cutting steel wire.
In step e perpendicular cuts, crosscut saw frame first cuts base substrate, and in the time that lifting frame rises to setting height, rip cutting saw frame starts to rise, and meanwhile, opens extensional vibration mechanism, orders about rip cutting saw frame and makes longitudinal double vibrations, and rip cutting steel wire longitudinally cuts base substrate.That is to say, after one section of first crosscut, more not only crosscut but also rip cutting base substrate.
The both sides of lifting frame are respectively equipped with two outside laterally extending trailing arms, and the external part of each trailing arm is pivoted with respectively a roller, and roller axis is longitudinal setting, and the longitudinal edge of crosscut saw frame is placed on four rollers; The bight of lifting frame is pivoted with respectively a directive wheel, and the axis of four directive wheels is vertical setting, and the horizontal edge medial surface of four directive wheels and crosscut saw frame is tangent.
The both sides of lifting frame are respectively equipped with two link plates to downward-extension, and the lower end of each link plate is pivoted with respectively a roller, and roller axis is horizontally set, lifting frame in or during higher than setting height, the longitudinal edge of rip cutting saw frame is placed on four rollers; On each link plate, be pivoted with respectively a directive wheel, the axis of four directive wheels is vertical setting, and the longitudinal edge lateral surface of four directive wheels and rip cutting saw frame is tangent.
Support is provided with horizontal cutting saw frame and horizontal vibration mechanism that can horizontal sliding, horizontal cutting saw frame be provided with tensioning, along the horizontal cutting steel wire of horizontally set, horizontal vibration mechanism orders about horizontal cutting saw frame and horizontal cutting steel wire is done horizontal sawing campaign on support, and longitudinal rail passes from horizontal cutting saw frame.
After step e, be step F, tangent plane packet header: drive longitudinally guide rail walking of wooden handcart, base substrate moves ahead and passes from horizontal cutting saw frame, simultaneously, open horizontal vibrating mechanism, order about horizontal cutting saw frame and do transverse reciprocating vibration, the crust on horizontal cutting steel wire cutting base substrate top, the crust of incision is siphoned away by vacuum cup.
Oscillation crosswise mechanism comprises motor, decelerator, eccentric wheel and connecting rod, motor is fixed on a side of lifting frame, and the power shaft of decelerator connects motor shaft, and eccentric wheel is fixed on the output shaft of decelerator, connecting rod one end pivot is enclosed within on eccentric wheel, and the longitudinal edge of the other end and crosscut saw frame is hinged; Extensional vibration mechanism comprises motor, decelerator, eccentric wheel and connecting rod, motor is fixed on one end of lifting frame, and the power shaft of decelerator connects motor shaft, and eccentric wheel is fixed on the output shaft of decelerator, connecting rod one end pivot is enclosed within on eccentric wheel, and the horizontal edge of the other end and rip cutting saw frame is hinged.
Drive the horizontal vibration mechanism of horizontal cutting saw frame identical with the oscillation crosswise mechanism structure of driving crosscut saw frame.
Left plate, right plate, front end-plate and end plate are hinged on respectively edge on lifting frame; open-and-close mechanism is mounted in the folding cylinder on lifting frame; the piston rod of folding cylinder extends internally; under left plate, right plate, front end-plate and end plate, along connecting with the elongated end of corresponding piston rod respectively, folding cylinder orders about the inside matched moulds of left plate, right plate, front end-plate and end plate or outwards die sinking.
For stretching steel wire, crosscut is cut on a longitudinal edge of frame and is fixed with tensioning cylinder, and one end of crosscut steel wire is fixed on the piston rod of tensioning cylinder, and the other end of crosscut steel wire is fixed on crosscut and cuts on another longitudinal edge of frame; Rip cutting is cut on a horizontal edge of frame and is fixed with tensioning cylinder, and one end of rip cutting steel wire is fixed on the piston rod of tensioning cylinder, and the other end of rip cutting steel wire is fixed on rip cutting and cuts on another horizontal edge of frame.
Steady for lifting, lifting frame is provided with the directive wheel that can roll along column.
Each technical measures can be selected a use above, also use capable of being combined.
The present invention's base substrate that needn't overturn can cut, and the problem of having avoided upset base substrate to crack, has improved yield rate.Adopt saw frame tensioning steel wire, not drift of steel wire in cutting, cutting accuracy is improved.Adopt vibrating mechanism to make steel wire sawing base substrate, cutting speed is fast, and the not fragile life-span of steel wire is long.First crosscut crosscut simultaneously and rip cutting again, mutually non-interference, cutting efficiency is high.Crosscut from the bottom to top and rip cutting, the defect that cutting is produced concentrates on the crust of base substrate, has improved yield rate.The present invention is simple in structure, and floor space is little, requires low to factory building.
(4) brief description of the drawings
Fig. 1 is stereogram of the present invention;
Fig. 2 is side view of the present invention;
Fig. 3 is top view of the present invention;
Fig. 4 is the A-A cutaway view of Fig. 3, and mould is in matched moulds state;
Fig. 5 is the B-B cutaway view of Fig. 4;
Fig. 6 is the A-A cutaway view of Fig. 3, and mould is in die opening state, and lifting frame prepares to start to rising crosscut in extreme lower position;
Fig. 7 is the C-C cutaway view of Fig. 6;
Fig. 8 is the A-A cutaway view of Fig. 3, and lifting frame prepares to start to rising rip cutting in setting height again;
Fig. 9 is the D-D cutaway view of Fig. 8;
Figure 10 is the A-A cutaway view of Fig. 3, and lifting frame completes crosscut and rip cutting in extreme higher position;
Figure 11 is the E-E cutaway view of Figure 10;
Figure 12 is lifting frame completes crosscut and rip cutting lifting frame and wooden handcart schematic perspective view in extreme higher position;
Figure 13 is the schematic perspective view of lifting frame, and mould is in die opening state;
Figure 14 is the schematic perspective view of lifting frame, and mould is in matched moulds state;
Figure 15 is the schematic perspective view of horizontal cutting saw frame and horizontal vibration mechanism.
(5) detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the present invention is further detailed explanation.Be necessary to be pointed out that at this following embodiment is only used to further illustrate the present invention; can not be interpreted as limiting the scope of the invention, the those of ordinary skill in this field can essence according to the present invention be made some nonessential improvement and adjustment to following embodiment.
As shown in Fig. 1 to Figure 14, a kind of cellular concrete cutting off machine, comprise support 1, portal frame 11, lifting frame 2, elevating mechanism 3, crosscut saw frame 4, oscillation crosswise mechanism 41, longitudinal rail 12 and wooden handcart 5, elevating mechanism orders about the column up-down of lifting frame along portal frame, crosscut saw frame by lifting frame support with lifting frame synchronization lifting, crosscut saw frame is provided with the crosscut steel wire 42 of tensioning, oscillation crosswise mechanism orders about crosscut saw frame and crosscut steel wire is done horizontal sawing campaign on lifting frame, longitudinal rail is arranged on support, wooden handcart is placed on longitudinal rail and has a cutting position S, lifting frame is positioned at cutting position top, lifting frame is provided with left plate 21, right plate 22, front end-plate 23 and end plate 24, left plate, right plate, front end-plate and end plate are respectively and between lifting frame, be provided with open-and-close mechanism 25, in the time that lifting frame is positioned at extreme lower position, four open-and-close mechanisms drive left plate, right plate, front end-plate and end plate to change back and forth in a die opening state and a matched moulds state, at matched moulds state, left plate, right plate, front end-plate and end plate inwardly close up into framed and framed lower edge and just in time clamp the flat board 51 of wooden handcart and the box-shaped mould T of composition at the bottom of taking flat board as mould, in die opening state, at the bottom of left plate, right plate, front end-plate and end plate leave mould, and left plate, right plate, front end-plate and end plate are separated from each other and are the shape that outwards scatters, crosscut saw frame empty set is on mould, and crosscut steel wire passes from the through hole of left and right side plate, and in the time that lifting frame is positioned at extreme lower position, crosscut steel wire is near the dull and stereotyped of wooden handcart or be laid on the flat board of wooden handcart.
Lifting frame is provided with rip cutting saw frame 6 and extensional vibration mechanism 61, and rip cutting saw frame is provided with the rip cutting steel wire 64 of tensioning, and extensional vibration mechanism orders about rip cutting saw frame and rip cutting steel wire is done ripping motion on lifting frame; Support is provided with parking platform 13, and at lifting frame, during lower than setting height, rip cutting saw frame is placed on parking platform and is separated with lifting frame is temporary transient by parking platform support, lifting frame in or during higher than setting height, rip cutting saw frame is placed on lifting frame by lifting frame support; Rip cutting saw frame empty set is on mould, and in the past, pass in the through hole of end plate, in the time that rip cutting saw frame is placed on parking platform, rip cutting steel wire is laid on the flat board of wooden handcart and is padded under crosscut steel wire rip cutting steel wire.
The both sides of lifting frame are respectively equipped with two outside laterally extending trailing arms 26, and the external part of each trailing arm is pivoted with respectively a roller 261, and roller axis is longitudinal setting, and the longitudinal edge 43 of crosscut saw frame is placed on four rollers; The axis that the bight of lifting frame is pivoted with respectively directive wheel 27, four directive wheels is vertical setting, and horizontal edge 44 medial surfaces of four directive wheels and crosscut saw frame are tangent.
The both sides of lifting frame are respectively equipped with two link plates 28 to downward-extension, and the lower end of each link plate is pivoted with respectively a roller 281, and roller axis is horizontally set, lifting frame in or during higher than setting height, the longitudinal edge 62 of rip cutting saw frame is placed on four rollers; The axis that is pivoted with respectively directive wheel 282, four directive wheels on each link plate is vertical setting, and the longitudinal edge lateral surface of four directive wheels and rip cutting saw frame is tangent.
Support is provided with horizontal cutting saw frame 7 and horizontal vibration mechanism 71 that can horizontal sliding, horizontal cutting saw frame be provided with tensioning, along the horizontal cutting steel wire 72 of horizontally set, horizontal vibration mechanism orders about horizontal cutting saw frame and horizontal cutting steel wire is done horizontal sawing campaign on support, and longitudinal rail passes from horizontal cutting saw frame.
Oscillation crosswise mechanism comprises motor, decelerator, eccentric wheel and connecting rod, motor is fixed on a side of lifting frame, and the power shaft of decelerator connects motor shaft, and eccentric wheel is fixed on the output shaft of decelerator, connecting rod one end pivot is enclosed within on eccentric wheel, and the longitudinal edge of the other end and crosscut saw frame is hinged; Extensional vibration mechanism comprises motor, decelerator, eccentric wheel and connecting rod, motor is fixed on one end of lifting frame, and the power shaft of decelerator connects motor shaft, and eccentric wheel is fixed on the output shaft of decelerator, connecting rod one end pivot is enclosed within on eccentric wheel, and the horizontal edge 63 of the other end and rip cutting saw frame is hinged.
Drive the horizontal vibration mechanism of horizontal cutting saw frame identical with the oscillation crosswise mechanism structure of driving crosscut saw frame.Horizontal stroke, extensional vibration mechanism and horizontal vibration mechanism all belong to crankshaft connecting rod system.
Left plate, right plate, front end-plate and end plate are hinged on respectively edge on lifting frame; open-and-close mechanism is mounted in the folding cylinder on lifting frame; the piston rod of folding cylinder extends internally; under left plate, right plate, front end-plate and end plate, along connecting with the elongated end of corresponding piston rod respectively, folding cylinder orders about the inside matched moulds of left plate, right plate, front end-plate and end plate or outwards die sinking.Because left plate, right plate, front end-plate and end plate pendulum angle are very little, hinged as axle taking screw between piston rod and left plate, right plate, front end-plate or end plate, between screw and hinge hole, there is larger gap.
For stretching steel wire, crosscut is cut on a longitudinal edge of frame and is fixed with tensioning cylinder 49, and one end of crosscut steel wire is fixed on the piston rod of tensioning cylinder, and the other end of crosscut steel wire is fixed on crosscut and cuts on another longitudinal edge of frame; Rip cutting is cut on a horizontal edge of frame and is fixed with tensioning cylinder 69, and one end of rip cutting steel wire is fixed on the piston rod of tensioning cylinder, and the other end of rip cutting steel wire is fixed on rip cutting and cuts on another horizontal edge of frame.
Lifting frame is provided with the directive wheel 29 that can roll along column.
The outside of left plate is installed with two suspension rods 211, and suspension rod lower end and left plate are fixed, suspension rod upper end and lifting frame upper along hinged, and the height of the jointed shaft of suspension rod is higher than edge on left plate, and the lower edge of left plate is near the lower edge of lifting frame.Folding cylinder is arranged on edge under lifting frame.The mounting structure of right plate, front end-plate and end plate is with reference to left plate.
Elevating mechanism can be motor, decelerator and screw pair, can be also oil cylinder.
Claims (8)
1. a cellular concrete cutting off machine, comprise support, portal frame, lifting frame, elevating mechanism, crosscut saw frame, oscillation crosswise mechanism, longitudinal rail and wooden handcart, elevating mechanism orders about the column up-down of lifting frame along portal frame, crosscut saw frame by lifting frame support with lifting frame synchronization lifting, crosscut saw frame is provided with the crosscut steel wire of tensioning, oscillation crosswise mechanism orders about crosscut saw frame and crosscut steel wire is done horizontal sawing campaign on lifting frame, longitudinal rail is arranged on support, wooden handcart is placed on longitudinal rail and has a cutting position, lifting frame is positioned at cutting position top, it is characterized in that:
Lifting frame is provided with left plate, right plate, front end-plate and end plate, left plate, right plate, front end-plate and end plate are provided with open-and-close mechanism respectively and between lifting frame, in the time that lifting frame is positioned at extreme lower position, four open-and-close mechanisms drive left plate, right plate, front end-plate and end plate to change back and forth in a die opening state and a matched moulds state;
At matched moulds state, left plate, right plate, front end-plate and end plate inwardly close up into framed and framed lower edge and just in time clamp the flat board of wooden handcart and box-shaped mould at the bottom of forming taking flat board as mould;
In die opening state, at the bottom of left plate, right plate, front end-plate and end plate leave mould, and left plate, right plate, front end-plate and end plate are separated from each other and are the shape that outwards scatters;
Crosscut saw frame empty set is outside mould, and crosscut steel wire passes from the through hole of left and right side plate, and in the time that lifting frame is positioned at extreme lower position, crosscut steel wire is near the flat board of wooden handcart;
Lifting frame is provided with rip cutting saw frame and extensional vibration mechanism, and rip cutting saw frame is provided with the rip cutting steel wire of tensioning, and extensional vibration mechanism orders about rip cutting saw frame and rip cutting steel wire is done ripping motion on lifting frame;
Support is provided with parking platform, and at lifting frame, during lower than setting height, rip cutting saw frame is placed on parking platform and is separated with lifting frame is temporary transient by parking platform support, lifting frame in or during higher than setting height, rip cutting saw frame is placed on lifting frame by lifting frame support;
Rip cutting saw frame empty set is on mould, and in the past, pass in the through hole of end plate, in the time that rip cutting saw frame is placed on parking platform, rip cutting steel wire is laid on the flat board of wooden handcart and is padded under crosscut steel wire rip cutting steel wire.
2. cellular concrete cutting off machine according to claim 1, is characterized in that:
The both sides of lifting frame are respectively equipped with two outside laterally extending trailing arms, and the external part of each trailing arm is pivoted with respectively a roller, and roller axis is longitudinal setting, and the longitudinal edge of crosscut saw frame is placed on four rollers;
The bight of lifting frame is pivoted with respectively a directive wheel, and the axis of four directive wheels is vertical setting, and the horizontal edge medial surface of four directive wheels and crosscut saw frame is tangent.
3. cellular concrete cutting off machine according to claim 2, is characterized in that:
The both sides of lifting frame are respectively equipped with two link plates to downward-extension, and the lower end of each link plate is pivoted with respectively a roller, and roller axis is horizontally set, lifting frame in or during higher than setting height, the longitudinal edge of rip cutting saw frame is placed on four rollers;
On each link plate, be pivoted with respectively a directive wheel, the axis of four directive wheels is vertical setting, and the longitudinal edge lateral surface of four directive wheels and rip cutting saw frame is tangent.
4. cellular concrete cutting off machine according to claim 1, it is characterized in that: support is provided with horizontal cutting saw frame and horizontal vibration mechanism that can horizontal sliding, horizontal cutting saw frame be provided with tensioning, along the horizontal cutting steel wire of horizontally set, horizontal vibration mechanism orders about horizontal cutting saw frame and horizontal cutting steel wire is done horizontal sawing campaign on support, and longitudinal rail passes from horizontal cutting saw frame.
5. cellular concrete cutting off machine according to claim 1, is characterized in that:
Oscillation crosswise mechanism comprises motor, decelerator, eccentric wheel and connecting rod, motor is fixed on a side of lifting frame, and the power shaft of decelerator connects motor shaft, and eccentric wheel is fixed on the output shaft of decelerator, connecting rod one end pivot is enclosed within on eccentric wheel, and the longitudinal edge of the other end and crosscut saw frame is hinged;
Extensional vibration mechanism comprises motor, decelerator, eccentric wheel and connecting rod, motor is fixed on one end of lifting frame, and the power shaft of decelerator connects motor shaft, and eccentric wheel is fixed on the output shaft of decelerator, connecting rod one end pivot is enclosed within on eccentric wheel, and the horizontal edge of the other end and rip cutting saw frame is hinged.
6. cellular concrete cutting off machine according to claim 1; it is characterized in that: left plate, right plate, front end-plate and end plate are hinged on respectively edge on lifting frame; open-and-close mechanism is mounted in the folding cylinder on lifting frame; the piston rod of folding cylinder extends internally; under left plate, right plate, front end-plate and end plate, along connecting with the elongated end of corresponding piston rod respectively, folding cylinder orders about the inside matched moulds of left plate, right plate, front end-plate and end plate or outwards die sinking.
7. cellular concrete cutting off machine according to claim 1, is characterized in that:
Crosscut is cut on a longitudinal edge of frame and is fixed with tensioning cylinder, and one end of crosscut steel wire is fixed on the piston rod of tensioning cylinder, and the other end of crosscut steel wire is fixed on crosscut and cuts on another longitudinal edge of frame;
Rip cutting is cut on a horizontal edge of frame and is fixed with tensioning cylinder, and one end of rip cutting steel wire is fixed on the piston rod of tensioning cylinder, and the other end of rip cutting steel wire is fixed on rip cutting and cuts on another horizontal edge of frame.
8. cellular concrete cutting off machine according to claim 1, is characterized in that: lifting frame is provided with the directive wheel that can roll along column.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210139259.5A CN102658603B (en) | 2012-05-05 | 2012-05-05 | Aerated concrete cutting machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210139259.5A CN102658603B (en) | 2012-05-05 | 2012-05-05 | Aerated concrete cutting machine |
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| Publication Number | Publication Date |
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| CN102658603A CN102658603A (en) | 2012-09-12 |
| CN102658603B true CN102658603B (en) | 2014-08-13 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201210139259.5A Expired - Fee Related CN102658603B (en) | 2012-05-05 | 2012-05-05 | Aerated concrete cutting machine |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104859037B (en) * | 2015-03-17 | 2017-05-17 | 南京理工大学 | Step-by-step cutter for aerated concrete |
| CN106738261A (en) * | 2016-12-19 | 2017-05-31 | 哈尔滨天顺化工科技开发有限公司 | A kind of cutting production line for light building material processing |
| CN110066181B (en) * | 2019-03-25 | 2021-07-13 | 宜兴市泰科耐火材料有限公司 | Corundum carbonized silicon steel fiber castable |
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| US3895551A (en) * | 1973-07-11 | 1975-07-22 | Siporex Francais Sarl | Combined lifting and cutting means for unhardened cellular concrete bodies |
| EP0385559A2 (en) * | 1987-02-04 | 1990-09-05 | Durox Gasbeton B.V. | Method and device for cutting gas concrete |
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| CN102658603A (en) | 2012-09-12 |
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