CN102962899A - Cutter for steel tie bar groove of aerated concrete block wall - Google Patents
Cutter for steel tie bar groove of aerated concrete block wall Download PDFInfo
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- CN102962899A CN102962899A CN2012104916785A CN201210491678A CN102962899A CN 102962899 A CN102962899 A CN 102962899A CN 2012104916785 A CN2012104916785 A CN 2012104916785A CN 201210491678 A CN201210491678 A CN 201210491678A CN 102962899 A CN102962899 A CN 102962899A
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Abstract
The invention provides a cutter of a steel tie bar groove of an aerated concrete block wall and belongs to a cutter. The cutter is characterized in that the cutter mainly comprises a rack, a motor, a belt transmission pair, circular steel gear pieces, a spindle, bearing supports, a block fixing bracket, tracks and a power switch case. The rack is formed mainly by assembling and welding landing legs, a bottom longitudinal beam, a bottom cross beam, a top longitudinal beam, a top cross beam and platform boards. The tracks are mounted on the front platform board and the rear platform board. The spindle is mounted at the middle sections of a front lower cross beam and a rear lower cross beam of the rack. The circular steel gear pieces are mounted at the middle section of the spindle in a sleeving manner at an interval front and rear, and are correspondingly positioned in a through space between the front platform board and the rear platform board. The motor and the belt transmission pair are mounted on the rack to drive the circular steel gear pieces. The block fixing bracket is mounted on the front track and the rear track in a sliding manner. Pressing boards and screwdown threaded rods are also mounted on the tracks. An aerated concrete block is mounted in the block fixing bracket and pushed and pulled back and forth, so that the aerated concrete block can be cut quickly and precisely. The efficiency is high, and the cost is low.
Description
Technical field
The invention belongs to cutting machine, especially relate to a kind of cutting machine of aerated concrete building block steel bar groove.
Background technology
Wall body slit is a difficult problem that is difficult to capture always in the architectural engineering, is the prevention wall body slit, and general Adopts measure is: elongated drawknot (connecing) reinforcing bar is set in body of wall.In the at present architectural engineering, building by laying bricks or stones of the infilled wall of framework and shear wall structure, a large amount of aerated concrete building blocks that adopt, and aerated concrete building block mainly adopts L shaped angle bar spare to be connected with the frame structure connected mode, but this L shaped ironware can not connect along body of wall, drawknot between body of wall and the frame column (connecing) power is little like this, is difficult to the appearance of control wall body slit; And if drawknot (connecing) reinforcing bar that adopts traditional brick wall to build by laying bricks or stones to use again because the gray seam thickness of the used mortar of aerated concrete building block is little, and can't directly be buried drawknot (connecing) reinforcing bar underground; The means that for this reason adopt are according to the diameter specifications fluting of drawknot (connecing) reinforcing bar, to bury drawknot (connecing) reinforcing bar underground in this groove on the aerated concrete building block surface.In order to slot, the instrument that can buy on the market at present only has Handheld small-size cutting machine, but this cutting machine can't accurately carry out grooving, not only the notch lines of cutting are not straight, notch is deep mixed, the notch that cuts out in the building block is inconsistent, cause drawknot (connecing) reinforcing bar to bury underground smoothly, and inefficiency, can't satisfy construction requirement.
Summary of the invention
The objective of the invention is to propose a kind of cutting machine of aerated concrete building block body of wall steel tie groove, not only rational in infrastructure, safe and reliable, and improve the quality of aerated concrete building block body of wall, increase work efficiency, accelerating construction progress reducing construction cost.
Purpose of the present invention is achieved like this: a kind of cutting machine (abbreviation cutting machine) of aerated concrete building block body of wall steel tie groove, be characterized in: the cutting machine of this aerated concrete building block body of wall steel tie groove is mainly by frame, motor, belt transmission is secondary, round steel gear sheet, main shaft, bearing block, the building block fixed mount, track and power switch box form, this frame is again mainly by supporting leg, bottom girder, cross member, the top longeron, head piece and landing slab assembly welding form, four rectangular settings of supporting leg of left-right and front-back, the correspondence bottom girder that is welded respectively between the section of the bottom of four supporting legs and between the top, cross member and top longeron, head piece, at the top longeron, be welded respectively front landing slab and rear platform plate of correspondence on the head piece, and about making (i.e. the corresponding stage casing that is positioned at the top longeron) between front landing slab and the rear platform plate be to through-void, in addition, at the corresponding position, both sides, front and back that is positioned at through-void on the upper surface of front landing slab and rear platform plate about fixed installation is respectively symmetrically to track, cross section of two tracks all is the ∟ shape of putting before and after this, (be this track by the riser of underlying and with it mutual rectangular upper flat plate form, this track can be made by angle steel;
Simultaneously, two horizontal sills before and after between the epimere of the right supporting leg in the middle part and front and back of the front and back of frame head piece, being welded symmetrically with vertical rod respectively, on the stage casing of front and back sill, distinguish symmetrically the installation shaft bearing, in the bearing of rear bearing block before this, main shaft (being round steel gear bobbin) is installed, this main shaft is that front and back end section diameter is little and Step Shaft that the stage casing diameter is large, the front and back end section of this main shaft is equipped mutually with bearing respectively, on the section of the front and back end in main shaft stage casing respectively with the locking nut of external screw thread with spinning round steel gear sheet, be set with round steel gear sheet or circle grinding wheel in compartment of terrain, front and back on the main shaft stage casing and between round steel gear sheet (or front round grinding wheel) and the rear round steel gear sheet (or justifying afterwards grinding wheel) the spacer pipe be installed before this, and make in the through-void of this front and back round steel gear sheet correspondence between front landing slab and rear platform plate, and the periphery of front and back round steel gear sheet all exceeds front landing slab and rear platform plate;
The seat board that is sagittal motor is installed at the front and back of frame left part cross member, at this seat board motor is installed, output shaft at this motor is installed small belt pulley, the corresponding big belt pulley of installing on main shaft, it is secondary to form belt transmission that belt is installed between large small belt pulley, at the frame left branch leg the corresponding connection with motor of power switch box is installed, round steel gear sheet (or circle grinding wheel) rotation before and after motor drives by belt transmission is secondary;
Front, the building block fixed mount is slidingly installed on the rear track, this building block fixed mount is mainly by slide of the front end, slide of the rear end, the left-hand door frame, right door frame, entablature, left pressing plate, right pressing plate, pull bar and depress spiro rod, nut forms, this slide of front end and slide of the rear end all is cuboid and front and back are symmetrical arranged, the left-hand door frame vertically is welded on the left end section of slide of the front end and slide of the rear end, right door frame vertically is welded on the right-hand member section of slide of the front end and slide of the rear end, entablature symmetrically is welded respectively between the upper end, front and back of this left-hand door frame and right door frame, at left-hand door frame suit rectangle left pressing plate, namely offering respectively symmetrically ∪ shape chute and corresponding being sleeved on the front and back column of left-hand door frame on the section of the front and back end of this left pressing plate with being slidingly matched, screw and spinning depress spiro rod and make the lower end corresponding be connected with left pressing plate (hinged) of each depress spiro rod before and after on the roof door beam of left-hand door frame, offering respectively, and on the upper end section of each depress spiro rod the spinning nut, simultaneously, offer respectively symmetrically screw and spinning depress spiro rod on right section of entablature before and after this and make the lower end corresponding be connected with the right pressing plate of rectangle (hinged) of this each depress spiro rod, spinning nut on the upper end section of this each depress spiro rod, twist each depress spiro rod and make a left side, fastening nut after the right pressing plate lifting, offer respectively symmetrically the chute that is the De of Daoing Zhi ∟ shape in the bottom of slide of the front end and slide of the rear end and make the corresponding slip with track of this chute equipped, make the in orbit slippage of building block fixed mount, pull bar is welded respectively in the outside portion, front and back of left-hand door frame upper end section.
During use, aerated concrete building block is put into building block fixed mount and bolster on plane on the inboard of slide of the front end and slide of the rear end, twist each depress spiro rod and left and right pressing plate is descended push down fastening nut behind the aerated concrete building block, start electrical equipment, then push-and-pull building block fixed mount back and forth, front and back round steel gear sheet (or circle grinding wheel) cutting aerated concrete building block; Take out aerated concrete building block after retracting the building block fixed mount and unscrewing nut, with 180 ° of this aerated concrete building block upsets, reload in the building block fixed mount, left and right pressing plate descends again and pushes down fastening nut behind the aerated concrete building block, and push-and-pull building block fixed mount back and forth cuts again aerated concrete building block again, the reinforcing bar notch of these aerated concrete building block top and the bottom is all cut to be finished, cutting fast, accurately efficient is high, has accelerated construction speed, has reduced construction cost.
The cutting machine of aerated concrete building block body of wall steel tie groove proposed by the invention, not only rational in infrastructure, safe and reliable, and improved the quality of aerated concrete building block body of wall, and improved operating efficiency, accelerated construction speed, reduced construction cost.
The cutting machine of the aerated concrete building block body of wall steel tie groove that now in conjunction with the accompanying drawings and embodiments the present invention is proposed is described further.
Description of drawings
Fig. 1 is that the master of the cutting machine of aerated concrete building block body of wall steel tie groove proposed by the invention looks schematic diagram.
Fig. 2 is the schematic top plan view of the cutting machine of aerated concrete building block body of wall steel tie groove proposed by the invention.
Fig. 3 is part 6 among Fig. 1: building block fixed mount and part 14-1: slide of the front end, part 14-2: schematic diagram is looked on the left side of slide, the rear end.
Among Fig. 1 ~ Fig. 3:
1, round steel gear sheet 2, frame 3, motor 4, belt 5, power switch box 6, building block fixed mount 7, pull bar 8-1, left pressing plate 8-2, right pressing plate 9, track 10-1, front landing slab 10-2, rear platform plate 11, nut 12, depress spiro rod 13-1, left-hand door frame 13-2, right door frame 14-1, front end slide 14-2, slide of the rear end.
The specific embodiment
FromCan find out among Fig. 1 ~ Fig. 3: a kind of cutting machine (abbreviation cutting machine) of aerated concrete building block body of wall steel tie groove, be characterized in: the cutting machine of this aerated concrete building block body of wall steel tie groove is mainly by frame 2, motor 3, belt transmission is secondary, round steel gear sheet 1, main shaft, bearing block, building block fixed mount 6, track 9 and power switch box 5 form, this frame 2 is again mainly by supporting leg, bottom girder, cross member, the top longeron, head piece and landing slab assembly welding form, four rectangular settings of supporting leg of left-right and front-back, the correspondence bottom girder that is welded respectively between the section of the bottom of four supporting legs and between the top, cross member and top longeron, head piece, at the top longeron, correspondence be welded respectively front landing slab 10-1 and rear platform plate 10-2 on the head piece, and about making (i.e. the corresponding position, stage casing that is positioned at the top longeron) between front landing slab 10-1 and the rear platform plate 10-2 be to through-void, in addition, at the corresponding position, both sides, front and back that is positioned at through-void on the upper surface of front platen 10-1 and rear platform plate 10-2 about fixed installation is respectively symmetrically to track 9, cross section of two tracks 9 all is the ∟ shape of putting before and after this, (be this track 9 by the riser of underlying and with it mutual rectangular upper flat plate form), this track 9 can be made by angle steel;
Simultaneously, two horizontal sills before and after between the epimere of the right supporting leg in the middle part and front and back of the front and back of frame 2 head piece, being welded symmetrically with vertical rod respectively, on the stage casing of front and back sill, distinguish symmetrically the installation shaft bearing, in the bearing of rear bearing block before this, main shaft (being round steel gear bobbin) is installed, this main shaft is that front and back end section diameter is little and Step Shaft that the stage casing diameter is large, the front and back end section of this main shaft is equipped mutually with bearing respectively, on the section of the front and back end in main shaft stage casing respectively with the locking nut of external screw thread with spinning round steel gear sheet 1, compartment of terrain suit round steel gear sheet 1(or circle grinding wheel before and after on the main shaft stage casing), and between round steel gear sheet before and after this (or front and back circle grinding wheel), the spacer pipe is installed, in the through-void of this front and back round steel gear sheet correspondence between front landing slab 10-1 and rear platform plate 10-2, and the periphery of front and back round steel gear sheet exceeds front landing slab 10-1 and rear platform plate 10-2;
The seat board that is sagittal motor 3 is installed at the front and back of frame 2 left parts cross member, at this seat board motor 3 is installed, output shaft at this motor 3 is installed small belt pulley, the corresponding big belt pulley of installing on main shaft, it is secondary to form belt transmission that belt 4 is installed between large small belt pulley, the left branch leg of frame 2 install power switch box 5 and with motor 3 corresponding connections, round steel gear sheet 1(or circle grinding wheel before and after motor 3 drives by belt transmission is secondary) rotation;
Front, building block fixed mount 6 is slidingly installed on the rear track, this building block fixed mount 6 is mainly by front end slide 14-1, rear end slide 14-2, left-hand door frame 13-1, right door frame 13-2, entablature, left pressing plate 8-1, right pressing plate 8-2, pull bar 7 and depress spiro rod 12, nut 11 forms, this front end slide 14-1 and rear end slide 14-2 all is cuboid and front and back are symmetrical arranged, left-hand door frame 13-1 vertically is welded on the left end section of front end slide 14-1 and rear end slide 14-2, right door frame 13-2 vertically is welded on the right-hand member section of front end slide 14-1 and rear end slide 14-2, entablature symmetrically is welded respectively between the upper end, front and back of this left-hand door frame 13-1 and right door frame 13-2, at left-hand door frame 13-1 suit rectangle left pressing plate 8-1, namely offering respectively symmetrically ∪ shape chute and corresponding being sleeved on the front and back column of left-hand door frame 13-1 on the front and back end section of this left pressing plate 8-1 with being slidingly matched, screw and spinning depress spiro rod 12 and make the lower end corresponding be connected with left pressing plate 8-1 (hinged) of each depress spiro rod 12 before and after on the roof door beam of left-hand door frame 13-1, offering respectively, and on the upper end section of each depress spiro rod 12 spinning nut 11, simultaneously, offer respectively symmetrically screw and spinning depress spiro rod 12 on right section of entablature before and after this and make the lower end corresponding be connected with the right pressing plate 8-2 of rectangle (hinged) of this each depress spiro rod 12, also spinning nut 11 on the upper end section of this each depress spiro rod 12, twist each depress spiro rod 12 and make left pressing plate 8-1, fastening nut 11 after the right pressing plate 8-2 lifting, offer respectively symmetrically the chute that is the De of Daoing Zhi ∟ shape in the bottom of front end slide 14-1 and rear end slide 14-2 and make this chute equipped with track 9 corresponding slips, make building block fixed mount 6 slippage on track 9, pull bar 7 is welded respectively in the outside portion, front and back of left-hand door frame 13-1 upper end section.
During use, aerated concrete building block is put into building block fixed mount 6 and bolster on plane on the inboard of front end slide 14-1 and rear end slide 14-2, twist each depress spiro rod 12 and left pressing plate 8-1 and right pressing plate 8-2 are descended push down fastening nut 11 behind the aerated concrete building block, start electrical equipment, then push-and-pull building block fixed mount 6 back and forth, front and back round steel gear sheet (or circle grinding wheel) cutting aerated concrete building block; Retract building block fixed mount 6 and unscrew nut 11 rear taking-up aerated concrete building blocks, with 180 ° of this aerated concrete building block upsets, reload in the building block fixed mount 6, left pressing plate 8-1 and right pressing plate 8-2 descend again and push down fastening nut 11 behind the aerated concrete building block, push-and-pull building block fixed mount 6 back and forth again, round steel gear sheet 1(or circle grinding wheel) cut again aerated concrete building block, the reinforcing bar notch of these aerated concrete building block top and the bottom is all cut to be finished, cutting fast, accurately efficient is high, accelerate construction speed, reduced construction cost.
Claims (2)
1. the cutting machine of an aerated concrete building block body of wall steel tie groove is characterized in: this aerated concrete building block
The cutting machine of body of wall steel tie groove is mainly by frame (2), motor (3), belt transmission is secondary, round steel gear sheet (1), main shaft, bearing block, building block fixed mount (6), track (9) and power switch box (5) form, this frame (2) is again mainly by supporting leg, bottom girder, cross member, the top longeron, head piece and landing slab assembly welding form, four rectangular settings of supporting leg of left-right and front-back, the correspondence bottom girder that is welded respectively between the section of the bottom of four supporting legs and between the top, cross member and top longeron, head piece, at the top longeron, be welded respectively front landing slab (10-1) and rear platform plate (10-2) of correspondence on the head piece, and make between front landing slab (10-1) and the rear platform plate (10-2) be about to through-void, in addition, at the corresponding position, both sides, front and back that is positioned at through-void on the upper surface of front platen (10-1) and rear platform plate (10-2) about fixed installation is respectively symmetrically to track (9), the cross section of two tracks (9) all is the ∟ shape of putting before and after this, namely this track (9) by the riser of underlying and with it mutual rectangular upper flat plate form;
Simultaneously, between the epimere of the right supporting leg in middle part and front and back of the front and back head piece of frame (2) respectively with vertical
Two horizontal sills before and after bar is welded symmetrically, on the stage casing of front and back sill, distinguish symmetrically the installation shaft bearing, in the bearing of rear bearing block before this main shaft being installed is round steel gear bobbin, this main shaft is that front and back end section diameter is little and Step Shaft that the stage casing diameter is large, the front and back end section of this main shaft is equipped mutually with bearing respectively, on the section of the front and back end in main shaft stage casing respectively with the locking nut of external screw thread with spinning round steel gear sheet (1), at compartment of terrain, front and back suit round steel gear sheet (1) or circle grinding wheel on the main shaft stage casing and between this front and back round steel gear sheet the spacer pipe is installed, round steel gear sheet correspondence is arranged in the through-void between front landing slab (10-1) and the rear platform plate (10-2) before and after this, and the periphery of front and back round steel gear sheet all exceeds front landing slab (10-1) and rear platform plate (10-2);
The seat board that is sagittal motor (3) is installed between the front and back cross member of frame (2) left part, at this seat board motor (3) is installed, output shaft at this motor (3) is installed small belt pulley, the corresponding big belt pulley of installing on main shaft, it is secondary to form belt transmission that belt (4) is being installed between large small belt pulley, frame (2) left branch leg install power switch box (5) and with the corresponding connection of motor (3);
Front, building block fixed mount (6) is slidingly installed on the rear track, this building block fixed mount (6) is mainly by slide of the front end (14-1), slide of the rear end (14-2), left-hand door frame (13-1), right door frame (13-2), entablature, left pressing plate (8-1), right pressing plate (8-2), pull bar (7) and depress spiro rod (12), nut (11) forms, this slide of front end (14-1) and rear end slide (14-2) all is cuboid and front and back are symmetrical arranged, left-hand door frame (13-1) vertically is welded on the left end section of slide of the front end (14-1) and slide of the rear end (14-2), right door frame (13-2) vertically is welded on the right-hand member section of slide of the front end (14-1) and slide of the rear end (14-2), entablature symmetrically is welded respectively between the upper end, front and back of this left-hand door frame (13-1) and right door frame (13-2), at left-hand door frame (13-1) suit rectangle left pressing plate (8-1), namely offering respectively symmetrically on the front and back end section of this left pressing plate (8-1) on the front and back column that ∪ shape chute and correspondence be sleeved on left-hand door frame (13-1) with being slidingly matched, on the roof door beam of left-hand door frame (13-1), offer respectively front and back screw and spinning depress spiro rod (12) and the lower end correspondence of each depress spiro rod (12) is connected with left pressing plate (8-1), and on the upper end section of each depress spiro rod (12) spinning nut (11), simultaneously, on right section of entablature before and after this, offer respectively symmetrically screw and spinning depress spiro rod (12) and the lower end correspondence of this each depress spiro rod (12) is connected with right pressing plate (8-2), also spinning nut (11) on the upper end section of this each depress spiro rod (12), offer respectively symmetrically the chute that is the De of Daoing Zhi ∟ shape in the bottom of slide of the front end (14-1) and slide of the rear end (14-2) and make this chute equipped with the corresponding slip of front and back track, building block fixed mount (6) is in the upper slippage of track (9), and pull bar (7) is welded respectively in the outside portion, front and back of left-hand door frame (13-1) upper end section.
2. the cutting machine of aerated concrete building block body of wall steel tie groove according to claim 1 is characterized in that this track (9) made by angle steel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210491678.5A CN102962899B (en) | 2012-11-28 | 2012-11-28 | Cutter for steel tie bar groove of aerated concrete block wall |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210491678.5A CN102962899B (en) | 2012-11-28 | 2012-11-28 | Cutter for steel tie bar groove of aerated concrete block wall |
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| Publication Number | Publication Date |
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| CN102962899A true CN102962899A (en) | 2013-03-13 |
| CN102962899B CN102962899B (en) | 2014-10-15 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201210491678.5A Active CN102962899B (en) | 2012-11-28 | 2012-11-28 | Cutter for steel tie bar groove of aerated concrete block wall |
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| CN103495998A (en) * | 2013-09-11 | 2014-01-08 | 唐道雁 | Cutting device |
| CN104191531A (en) * | 2014-07-29 | 2014-12-10 | 安徽启明表面技术有限公司 | Special electromechanical cutting device for marble |
| CN107877715A (en) * | 2017-11-27 | 2018-04-06 | 云南工程建设总承包公司 | Integral type building block groover |
| CN109773982A (en) * | 2017-12-07 | 2019-05-21 | 王和 | A kind of equipment for processing wall block |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104191531A (en) * | 2014-07-29 | 2014-12-10 | 安徽启明表面技术有限公司 | Special electromechanical cutting device for marble |
| CN107877715A (en) * | 2017-11-27 | 2018-04-06 | 云南工程建设总承包公司 | Integral type building block groover |
| CN109773982A (en) * | 2017-12-07 | 2019-05-21 | 王和 | A kind of equipment for processing wall block |
| CN109834857A (en) * | 2017-12-07 | 2019-06-04 | 王和 | A kind of equipment for processing wall block |
| CN109866341A (en) * | 2017-12-07 | 2019-06-11 | 王和 | Process wall block equipment |
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| Publication number | Publication date |
|---|---|
| CN102962899B (en) | 2014-10-15 |
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