CN204622276U - A kind of foam concrete heat-preserving plate orthoscopic cutting machine - Google Patents
A kind of foam concrete heat-preserving plate orthoscopic cutting machine Download PDFInfo
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- CN204622276U CN204622276U CN201520180248.0U CN201520180248U CN204622276U CN 204622276 U CN204622276 U CN 204622276U CN 201520180248 U CN201520180248 U CN 201520180248U CN 204622276 U CN204622276 U CN 204622276U
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Abstract
The utility model provides a kind of foam concrete heat-preserving plate orthoscopic cutting machine, comprise frame, frame is provided with conveying track, frame is provided with peeling procedure successively along conveying track conveying direction, clout removing mechanism, crosscut fault block mechanism and multi-bit cutting machine structure, conveying track comprises delivery track, movable feeding track and fixing feeding track, delivery track, movable feeding track and the one-line equal altitudes of fixing feeding track are arranged, delivery track is provided with four the first charging rams coordinated with cut material end face, and four the first charging rams are arranged at equal intervals.The peeling procedure of one-line setting described in the utility model, clout removing mechanism, crosscut fault block mechanism and multi-bit cutting machine structure, multi-disc required size material can be cut into by disposable for cut material, without the need to 90 degree of turnings, automaticity is high, compact conformation, floor space is little, good economy performance; Each mechanism's batch (-type) running, energy utilization rate is high.
Description
Technical field
The utility model belongs to foamed concrete plate production equipment technical field, especially relates to a kind of foam concrete heat-preserving plate orthoscopic cutting machine.
Background technology
Foam concrete has another name called foamed concrete, to join in slurry that Binder Materials, admixture, modifier, bittern etc. makes after chemical foam blowing agent, through a kind of novel light insulation material containing a large amount of sealed porosity that mix and blend, moulding by casting, natural curing are formed, it belongs to air bubble-shaped insulating materials, outstanding feature forms closed foam hole at inside concrete, making concrete light and thermal insulation separation thermalization, is a kind of ideal selection with its insulation material as exterior wall.
Present common way now foam slow setting soil blank is made building block shape, building block shape is cut into the size of required size, current cutting machine structure is complicated, and volume is large again, in cutting process, need cutter 90-degree rotation, or by material 90-degree rotation, this all increases consumed power, also increase clipping time, cost of manufacture is high, and automaticity is not high, and cutting efficiency is low.
Summary of the invention
In view of this, the utility model is intended to propose a kind of foam concrete heat-preserving plate orthoscopic cutting machine, and orthoscopic is arranged, and without the need to 90 degree of turnings, floor space is little, and automaticity is high, compact conformation, and practicality is good.
For achieving the above object, the technical solution of the utility model is achieved in that
A kind of foam concrete heat-preserving plate orthoscopic cutting machine, comprise frame 1, described frame 1 is provided with conveying track, described frame 1 is provided with peeling procedure 2 successively along conveying track conveying direction, clout removing mechanism 3, crosscut fault block mechanism 4 and multi-bit cutting machine structure 5, described conveying track comprises the delivery track 6 for transporting material be arranged in peeling procedure 2 and clout removing mechanism 3, be arranged in crosscut fault block mechanism 4 for the movable feeding track 7 of accepting material and the fixing feeding track 8 be arranged in multi-bit cutting machine structure 5, described delivery track 6, movable feeding track 7 and the one-line equal altitudes of fixing feeding track 8 are arranged, described delivery track 6 is provided with four the first charging rams 9 coordinated with cut material 13 end face, and four the first charging rams 9 are arranged at equal intervals,
Described peeling procedure 2 is positioned at the upside of cut material 13, described peeling procedure 2 comprise motor 1, master tape saw wheel 202, from band saw wheel 203 and bands for band 204, described master tape saw wheel 202 by bands for band 204 with from being with saw wheel 203 to be connected, described motor 1 drives master tape saw wheel 202 to rotate, and described master tape saw wheel 202 is with vertical with the carriage direction of cut material 13 from the setting direction of band saw wheel 203;
Described clout removing mechanism 3 is arranged on the upside of cut material 13, described clout removing mechanism 3 comprises motor 2 301, transmission mechanism 302 and the second charging ram 303, the second described charging ram 303 is arranged on transmission mechanism 302, described motor 2 301 drives transmission mechanism 302 to operate, and the setting direction of described transmission mechanism 302 is vertical with the carriage direction of cut material 13;
Described crosscut fault block mechanism 4 comprises the cutting mechanism 401 be arranged on the upside of cut material 13 and the elevating mechanism 402 be arranged on the downside of cut material 13, described cutting mechanism 401 comprises saw frame engine 4011, saw frame 4012 and many fault block cutting saw blades 4013, described saw frame engine 4011 drives saw frame 4012 to do level and longitudinally moves back and forth, many the described fault block cutting saw blades 4013 vertically vertical bottom being arranged on saw frame 4012, described elevating mechanism 402 comprises leading screw and nut mechanism, elevator platform 4021 and elevating mechanism engine 4022, described elevating mechanism engine 4022 drives screw mandrel 4023 to rotate, the described nut 4024 be located on screw mandrel 4023 is connected with elevator platform 4021, described elevator platform 4021 is connected with movable feeding track 7,
Described multi-bit cutting machine structure 5 comprises engine, the first eccentric wheel 501, connecting rod 502, multi-disc cutting saw frame 503 and many multi-disc cutting saw blades 504, described engine drives the first eccentric wheel 501 to rotate, described connecting rod 502 one end is connected with the first eccentric wheel 501, the other end and multi-disc are cut saw frame 503 and are connected, the first described eccentric wheel 501 drives multi-disc to cut saw frame 503 and pumps, and many described multi-disc cutting saw blades 504 are vertically arranged on multi-disc cutting saw frame 503.
Further, described fault block cutting saw blade 4013 is evenly arranged on saw frame 4012, and saw frame 4012 two ends are provided with fault block cutting saw blade 4013.
Further, described saw frame engine 4011 drives saw frame 4012 to do level longitudinally reciprocating motion by the second eccentric wheel 10.
Further, described saw frame 4012 is provided with the first guiding mechanism 11.
Further, described first guiding mechanism 11 comprises the axis of guide 1101, directive wheel 1102 and the guide rail 1103 that are connected with saw frame 4012, the described axis of guide 1101 two ends and directive wheel 1102 are connected, and described directive wheel 1102 is flexibly connected with guide rail 1103.
Further, described multi-disc cutting saw frame 503 is provided with the second guiding mechanism 12.
Further, described second guiding mechanism 12 comprises guide post 1201 and fairlead 1202, described guide post 1201 is arranged on the middle and upper part of frame 1, described fairlead 1202 is arranged on the outside of multi-disc cutting saw frame 503, and position is corresponding with guide post 1201, described fairlead 1202 is set on guide post 1201.
Further, described transmission mechanism 302 is chain drive or belt transmission.
Relative to prior art, a kind of foam concrete heat-preserving plate orthoscopic cutting machine described in the utility model has following advantage:
(1) peeling procedure of one-line setting described in the utility model, clout removing mechanism, crosscut fault block mechanism and multi-bit cutting machine structure, multi-disc required size material can be cut into by disposable for cut material, without the need to 90 degree of turnings, automaticity is high, compact conformation, floor space is little, good economy performance; Each mechanism's batch (-type) running, energy utilization rate is high.
(2) four arrangement of mechanism described in the utility model are in a closed rectangular box body, and without dust noiseless, environmental protection is practical.
Accompanying drawing explanation
The accompanying drawing forming a part of the present utility model is used to provide further understanding of the present utility model, and schematic description and description of the present utility model, for explaining the utility model, is not formed improper restriction of the present utility model.In the accompanying drawings:
Fig. 1 is the front view of a kind of foam concrete heat-preserving plate orthoscopic cutting machine described in the utility model embodiment;
Fig. 2 is the side view of the peeling procedure in a kind of foam concrete heat-preserving plate orthoscopic cutting machine described in the utility model embodiment;
Fig. 3 is the side view of the clout removing mechanism in a kind of foam concrete heat-preserving plate orthoscopic cutting machine described in the utility model embodiment;
Fig. 4 is the side view of the cutting mechanism in a kind of foam concrete heat-preserving plate orthoscopic cutting machine described in the utility model embodiment;
Fig. 5 is the side view of the elevating mechanism in a kind of foam concrete heat-preserving plate orthoscopic cutting machine described in the utility model embodiment;
Fig. 6 is the side view of the multi-bit cutting machine structure in a kind of foam concrete heat-preserving plate orthoscopic cutting machine described in the utility model embodiment.
Description of reference numerals:
1-frame,
2-peeling procedure, 201-motor one, 202-master tape saw wheel, 203-from band saw wheel, 204-bands for band,
3-clout removing mechanism, 301-motor two, 302-transmission mechanism, 303-second charging ram,
4-crosscut fault block mechanism, 401-cutting mechanism, 4011-saw frame engine, 4012-saw frame, 4013-fault block cutting saw blade, 402-elevating mechanism, 4021-elevator platform, 4022-elevating mechanism engine, 4023-screw mandrel, 4024-nut,
5-multi-bit cutting machine structure, 501-first eccentric wheel, 502-connecting rod, 503-multi-disc cutting saw frame, 504-multi-disc cutting saw blade,
6-delivery track, the movable feeding track of 7-, 8-fixes feeding track, 9-first charging ram, 10-second eccentric wheel,
11-first guiding mechanism, the 1101-axis of guide, 1102-directive wheel, 1103-guide rail,
12-second guiding mechanism, 1201-guide post, 1202-fairlead,
13-is cut material.
Detailed description of the invention
It should be noted that, when not conflicting, the embodiment in the utility model and the feature in embodiment can combine mutually.
Below with reference to the accompanying drawings and describe the utility model in detail in conjunction with the embodiments.
As shown in figs 1 to 6, a kind of foam concrete heat-preserving plate orthoscopic cutting machine, comprise frame 1, described frame 1 is provided with conveying track, described frame 1 is provided with peeling procedure 2 successively along conveying track conveying direction, clout removing mechanism 3, crosscut fault block mechanism 4 and multi-bit cutting machine structure 5, described conveying track comprises the delivery track 6 of the chain-type for transporting material be arranged in peeling procedure 2 and clout removing mechanism 3, be arranged in crosscut fault block mechanism 4 for the movable feeding track 7 of accepting material and the fixing feeding track 8 be arranged in multi-bit cutting machine structure 5, described delivery track 6, movable feeding track 7 and the one-line equal altitudes of fixing feeding track 8 are arranged, described chain delivery track 6 is provided with four the first charging rams 9 coordinated with cut material 13 end face, and four the first charging rams 9 are arranged at equal intervals,
Described peeling procedure 2 is positioned at the upside of cut material 13, described peeling procedure 2 comprise motor 1, master tape saw wheel 202, from band saw wheel 203 and bands for band 204, described master tape saw wheel 202 by bands for band 204 with from being with saw wheel 203 to be connected, described motor 1 drives master tape saw wheel 202 to rotate, and described master tape saw wheel 202 is with vertical with the carriage direction of cut material 13 from the setting direction of band saw wheel 203;
Described clout removing mechanism 3 is arranged on the upside of cut material 13, described clout removing mechanism 3 comprises motor 2 301, transmission mechanism 302 and the second charging ram 303, described transmission mechanism 302 is chain drive, the second described charging ram 303 is arranged on chain, described motor 2 301 drives transmission mechanism 302 to operate, and the setting direction of described transmission mechanism 302 is vertical with the carriage direction of cut material 13;
Described crosscut fault block mechanism 4 comprises the cutting mechanism 401 be arranged on the upside of cut material 13 and the elevating mechanism 402 be arranged on the downside of cut material 13, described cutting mechanism 401 comprises saw frame engine 4011, saw frame 4012 and many fault block cutting saw blades 4013, described saw frame engine 4011 drives saw frame 4012 to do level and longitudinally moves back and forth, many the described fault block cutting saw blades 4013 vertically vertical bottom being arranged on saw frame 4012, described elevating mechanism 402 comprises leading screw and nut mechanism, elevator platform 4021 and elevating mechanism engine 4022, described elevating mechanism engine 4022 drives screw mandrel 4023 to rotate, the described nut 4024 be located on screw mandrel 4023 is connected with elevator platform 4021, described elevator platform 4021 is connected with movable feeding track 7,
Described multi-bit cutting machine structure 5 comprises engine, the first eccentric wheel 501, connecting rod 502, multi-disc cutting saw frame 503 and many multi-disc cutting saw blades 504, described engine drives the first eccentric wheel 501 to rotate, described connecting rod 502 one end is connected with the first eccentric wheel 501, the other end and multi-disc are cut saw frame 503 and are connected, the first described eccentric wheel 501 drives multi-disc to cut saw frame 503 and pumps, and many described multi-disc cutting saw blades 504 are vertically arranged on multi-disc cutting saw frame 503.
Fault block cutting saw blade 4013 is evenly arranged on saw frame 4012, and saw frame 4012 two ends are provided with fault block cutting saw blade 4013, such setting, make crosscut fault block mechanism 4 when horizontal reciprocating movement, can cut the both sides of cut material 13, make the surface forming better quality of foam concrete heat-preserving plate.
Saw frame engine 4011 drives saw frame 4012 to do level by the second eccentric wheel 10 and longitudinally moves back and forth, saw frame 4012 is connected with the second eccentric wheel 10, drive the second eccentric wheel 10 to rotate by saw frame engine 4011, thus drive saw frame 4012 to do level longitudinally reciprocating motion.
Saw frame 4012 is provided with the first guiding mechanism 11, described first guiding mechanism 11 comprises the axis of guide 1101, directive wheel 1102 and the guide rail 1103 that are connected with saw frame 4012, the described axis of guide 1101 two ends and directive wheel 1102 are connected, described directive wheel 1102 is flexibly connected with guide rail 1103, and saw frame 4012 does rectilinear motion under the effect of the first guiding mechanism 11.
Multi-disc cutting saw frame 503 is provided with the second guiding mechanism 12, described second guiding mechanism 12 comprises guide post 1201 and fairlead 1202, described guide post 1201 is arranged on the middle and upper part of frame 1, described fairlead 1202 is arranged on the outside of multi-disc cutting saw frame 503, and position is corresponding with guide post 1201, described fairlead 1202 is set on guide post 1201, and multi-disc cutting saw frame 503 does up and down reciprocatingly rectilinear motion under the effect of the second guiding mechanism 12.
The course of work of the present utility model and operation principle are: this machine divides in order to four stations according to production operation, each station complete an operation, and four operations complete continuously in straight line formula.
1, start the machine, peeling procedure 2 on first station operates, cut material 13 on arrival chain delivery track 6 is under the rotary action of sprocket wheel, be arranged on the first charging ram 9 driven forward on chain, master tape saw wheel 202 now in peeling procedure 2, from band saw wheel 203 drive bands for band 204 to operate, at cut material 13 while advance, complete the upper strata peeling operation of cut material 13;
2, the cut material 13 completing above-mentioned peeling operation now arrives second station clout removing mechanism 3 place, now chain delivery track 6 does not operate, clout removing mechanism 3 receives the signal that cut material 13 arrives, drive motors 2 301 operates, motor 301 drives chain driving mechanism 302 to operate, thus the second charging ram 303 moves, because the second charging ram 303 moves in the direction vertical with cut material 13 direction of transfer, so just upper strata clout can be removed, clout falls to the both sides of frame, do not affect the carrying out of cut material 13 subsequent processing, clout removes operation when completing, sprocket wheel delivery track 6 operates, by the first charging ram 9, cut material 13 is transported to the 3rd station, i.e. crosscut fault block station,
3, after crosscut fault block mechanism 4 detects that cut material 13 is transported to, cut material 13 is promoted to cutting mechanism 401 place by the elevating mechanism 402 on the downside of cut material 13, cutting mechanism 401 does the longitudinal straight reciprocating motion of level under saw frame engine 4011 drives, thus complete the crosscut fault block operation of cut material 13, elevating mechanism 402 declines, home position is down to by cut material 13, and cut material 13 enters the 4th station under the impetus of the cut material of the second station;
4, after multi-bit cutting machine structure 5 detects that cut material 13 arrives, engine drives multi-disc cutting saw blade 504 to do up and down reciprocatingly rectilinear motion, thus be cut into splintery by transporting from crosscut fault block station the cut material 13 come gradually, thus completing multi-disc cutting action, the multi-disc cutting material after completing prepares to enter next packaging process.
During the work of this cutting machine, when sprocket wheel delivery track 6 runs, peeling procedure 2 and multi-bit cutting machine structure 5 work simultaneously, and the first charging ram 9 on chain promotes cut material and travels forward, complete peeling operation and multi-disc cutting action, now clout removing mechanism 3 and crosscut fault block mechanism 4 stop simultaneously; When sprocket wheel delivery track 6 is out of service, clout removes operation and crosscut fault block operation synchronously completes.
This cutting machine is used for the cutting of foam concrete heat-preserving plate (brick), both can be supporting in full-automatic large-scale production line, may be used for again the miniaturized unit produced and uses, applied widely, compact conformation, floor space is little, high financial profit, automaticity is high.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (8)
1. a foam concrete heat-preserving plate orthoscopic cutting machine, it is characterized in that: comprise frame (1), described frame (1) is provided with conveying track, described frame (1) is provided with peeling procedure (2) successively along conveying track conveying direction, clout removing mechanism (3), crosscut fault block mechanism (4) and multi-bit cutting machine structure (5), described conveying track comprises the delivery track (6) for transporting material be arranged in peeling procedure (2) and clout removing mechanism (3), be arranged in crosscut fault block mechanism (4) for the movable feeding track (7) of accepting material and the fixing feeding track (8) be arranged in multi-bit cutting machine structure (5), described delivery track (6), movable feeding track (7) and the one-line equal altitudes of fixing feeding track (8) are arranged, described delivery track (6) is provided with four the first charging rams (9) coordinated with cut material (13) end face, and four the first charging rams (9) are arranged at equal intervals,
Described peeling procedure (2) is positioned at the upside of cut material (13), described peeling procedure (2) comprises motor one (201), master tape saw wheel (202), from band saw wheel (203) and bands for band (204), described master tape saw wheel (202) by bands for band (204) with from being with saw wheel (203) to be connected, described motor one (201) drives master tape saw wheel (202) to rotate, described master tape saw wheel (202) is with vertical with the carriage direction of cut material (13) from the setting direction of band saw wheel (203),
Described clout removing mechanism (3) is arranged on the upside of cut material (13), described clout removing mechanism (3) comprises motor two (301), transmission mechanism (302) and the second charging ram (303), described the second charging ram (303) is arranged on transmission mechanism (302), described motor two (301) drives transmission mechanism (302) running, and the setting direction of described transmission mechanism (302) is vertical with the carriage direction of cut material (13);
Described crosscut fault block mechanism (4) comprises the cutting mechanism (401) being arranged on cut material (13) upside and the elevating mechanism (402) being arranged on cut material (13) downside, described cutting mechanism (401) comprises saw frame engine (4011), saw frame (4012) and many fault block cutting saw blades (4013), described saw frame engine (4011) drives saw frame (4012) to do level and longitudinally moves back and forth, described many fault block cutting saw blades (4013) the vertically vertical bottom being arranged on saw frame (4012), described elevating mechanism (402) comprises leading screw and nut mechanism, elevator platform (4021) and elevating mechanism engine (4022), described elevating mechanism engine (4022) drives screw mandrel (4023) to rotate, the described nut (4024) be located on screw mandrel (4023) is connected with elevator platform (4021), described elevator platform (4021) and movable feeding track (7) are connected,
Described multi-bit cutting machine structure (5) comprises engine, first eccentric wheel (501), connecting rod (502), multi-disc cutting saw frame (503) and many multi-disc cutting saw blades (504), described engine drives the first eccentric wheel (501) to rotate, described connecting rod (502) one end is connected with the first eccentric wheel (501), the other end and multi-disc are cut saw frame (503) and are connected, described the first eccentric wheel (501) drives multi-disc cutting saw frame (503) to pump, many described multi-disc cutting saw blades (504) are vertically arranged in multi-disc cutting saw frame (503).
2. a kind of foam concrete heat-preserving plate orthoscopic cutting machine according to claim 1, it is characterized in that: described fault block cutting saw blade (4013) is evenly arranged on saw frame (4012), and saw frame (4012) two ends are provided with fault block cutting saw blade (4013).
3. a kind of foam concrete heat-preserving plate orthoscopic cutting machine according to claim 1, is characterized in that: described saw frame engine (4011) drives saw frame (4012) to do level by the second eccentric wheel (10) and longitudinally moves back and forth.
4. a kind of foam concrete heat-preserving plate orthoscopic cutting machine according to claim 1, is characterized in that: described saw frame (4012) is provided with the first guiding mechanism (11).
5. a kind of foam concrete heat-preserving plate orthoscopic cutting machine according to claim 4, it is characterized in that: described first guiding mechanism (11) comprises the axis of guide (1101), directive wheel (1102) and the guide rail (1103) that are connected with saw frame (4012), the described axis of guide (1101) two ends and directive wheel (1102) are connected, and described directive wheel (1102) is flexibly connected with guide rail (1103).
6. a kind of foam concrete heat-preserving plate orthoscopic cutting machine according to claim 1, is characterized in that: described multi-disc cutting saw frame (503) is provided with the second guiding mechanism (12).
7. a kind of foam concrete heat-preserving plate orthoscopic cutting machine according to claim 6, it is characterized in that: described second guiding mechanism (12) comprises guide post (1201) and fairlead (1202), described guide post (1201) is arranged on the middle and upper part of frame (1), described fairlead (1202) is arranged on the outside of multi-disc cutting saw frame (503), and position is corresponding with guide post (1201), described fairlead (1202) is set on guide post (1201).
8. a kind of foam concrete heat-preserving plate orthoscopic cutting machine according to claim 1, is characterized in that: described transmission mechanism (302) is chain drive or belt transmission.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520180248.0U CN204622276U (en) | 2015-03-27 | 2015-03-27 | A kind of foam concrete heat-preserving plate orthoscopic cutting machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520180248.0U CN204622276U (en) | 2015-03-27 | 2015-03-27 | A kind of foam concrete heat-preserving plate orthoscopic cutting machine |
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| CN204622276U true CN204622276U (en) | 2015-09-09 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104742233A (en) * | 2015-03-27 | 2015-07-01 | 武威市津威环境科技有限责任公司 | Linear cutting machine for foam concrete heat preservation board |
| CN112339071A (en) * | 2020-10-26 | 2021-02-09 | 宜兴市鼎诚建筑陶瓷有限公司 | Baked brick production is with integration equipment is cut with quick shaping |
-
2015
- 2015-03-27 CN CN201520180248.0U patent/CN204622276U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104742233A (en) * | 2015-03-27 | 2015-07-01 | 武威市津威环境科技有限责任公司 | Linear cutting machine for foam concrete heat preservation board |
| CN104742233B (en) * | 2015-03-27 | 2017-01-25 | 武威市津威环境科技有限责任公司 | Linear cutting machine for foam concrete heat preservation board |
| CN112339071A (en) * | 2020-10-26 | 2021-02-09 | 宜兴市鼎诚建筑陶瓷有限公司 | Baked brick production is with integration equipment is cut with quick shaping |
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