CN203305072U - Integrated sand blasting machine - Google Patents
Integrated sand blasting machine Download PDFInfo
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- CN203305072U CN203305072U CN2013202566147U CN201320256614U CN203305072U CN 203305072 U CN203305072 U CN 203305072U CN 2013202566147 U CN2013202566147 U CN 2013202566147U CN 201320256614 U CN201320256614 U CN 201320256614U CN 203305072 U CN203305072 U CN 203305072U
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Abstract
The utility model relates to the technical field of sand blasting machines, and particularly relates to an integrated sand blasting machine. The integrated sand blasting machine comprises a sand blasting main engine space, a rotary disc conveying system, a blasting gun oscillating mechanism, a compressed air system, a sand material recovering system, a dedusting system and an electric control system, wherein the systems are designed integrally so as to guarantee that the systems are connected compactly; the occupied space of the whole machine is small; the installation and transportation costs are low; moreover, the sand blasting machine operates smoothly; the automation and mechanical degree is high; further the processing efficiency as well as the sand blasting effect of the sand blasting machine are improved.
Description
Technical field
The utility model relates to the sand-blasting machine technical field, relates in particular to a kind of integral type sand-blasting machine.
Background technology
Sand-blasting machine is that to adopt compressed air be power, with form the high velocity jet bundle by sand material high velocity jet to needing processed surface of the work, a kind of machine that the mechanical performance of surface of the work is changed.Non-stick pan is as family's household appliances commonly used, in its manufacturing process, need the operation through one sandblast, the main purpose of non-stick pan being carried out to sandblast is the roughness that increases Stickless pan surface, remove the dirt of Stickless pan surface etc., make follow-uply during to non-stick pan spraying non-stick pan coating, guarantee that the surface engagement of non-stick pan coating and non-stick pan obtains tightr.
Mainly there is following some problem in the sand-blasting machine of prior art, and 1, adopt the sandblast of traffic cycle intermittent rotary, the sand material recovery channel wearing and tearing after sandblast are large, and production and application is unstable; 2, main frame, separator and deduster adopt split type layout, take up room very large, and installation cost is high; 3, for the product of different size, angle and position that spray gun swings need to manually be regulated, and expend the extensive work time; 4, storing divides sand hopper and cyclone separator UNICOM, forms negative pressure, affects the sand production rate of spray gun, and then affects sandblast efficiency.
Based on above-mentioned deficiency, therefore, need to a kind ofly take up room little, installation cost is low, the sand-blasting machine that production efficiency is high.
The utility model content
The purpose of this utility model is to provide a kind of integral type sand-blasting machine little, that installation cost is low, sandblast is effective, production efficiency is high that takes up room for the deficiencies in the prior art.
For achieving the above object, a kind of integral type sand-blasting machine of the present utility model, comprise the sandblast engine space;
The rotating disk induction system, described rotating disk induction system is installed in the sandblast engine space, and described rotating disk induction system comprises traffic cycle and drives the traffic cycle drive unit that traffic cycle rotates;
The spray gun swing mechanism, described spray gun swing mechanism is installed on the top of rotating disk induction system, described spray gun swing mechanism comprises motor, eccentric gearing assembly and spray gun assembly, described eccentric gearing assembly is connected with described spray gun assembly, the output shaft of described motor is connected with the eccentric gearing assembly, and motor is done camber line by eccentric gearing Component driver spray gun assembly and moved back and forth in the sandblast engine space;
Sand material recovery system, described sand material recovery system comprises conveying worm, bucket elevator and wind selecting separator, described conveying worm is installed on the below of described traffic cycle, and the sand material after sandblast in described sandblast engine space is delivered in described bucket elevator, described wind selecting separator is installed on the top of sandblast engine space, described bucket elevator is delivered to described sand material in described wind selecting separator, and described wind selecting separator is connected with the spray gun of described spray gun assembly;
Dust pelletizing system, described dust pelletizing system is arranged at the top of sandblast engine space, and described dust pelletizing system comprises draught hood, cyclone separator and deduster, and described sandblast engine space, draught hood, cyclone separator and deduster sequentially are communicated with;
Electric-control system, described electric-control system are electrically connected to described spray gun swing mechanism, rotating disk induction system, sand material recovery system and dust pelletizing system respectively.
Wherein, described spray gun assembly comprises swing span, is fixedly installed in arc installing plate and the spray gun group of swing span one end, and the other end of described swing span is connected with the eccentric gearing assembly;
Described spray gun group is obliquely installed in described arc installing plate;
Described spray gun group comprises the first spray gun group and the second spray gun group, the spray gun of the spray gun of described the first spray gun group and the second spray gun group forms slanted angle with the arc installing plate respectively, described slanted angle comprises fore-and-aft tilt angle α and lateral inclination angle β, described fore-and-aft tilt angle α is 20 °-40 °, and described lateral inclination angle β is 10 °-20 °;
The fore-and-aft tilt direction of the spray gun of the spray gun of described the first spray gun group and the second spray gun group is rightabout and is obliquely installed;
The lateral inclination direction of the spray gun of the spray gun of described the first spray gun group and the second spray gun group is rightabout and is obliquely installed;
The radius of the center camber line of described arc installing plate is identical with the radius of the clamping workpiece center line of described traffic cycle.
Wherein, described sand-blasting machine also comprises the compressed air system be connected with electric-control system, described compressed air system comprises filter, pressure regulator valve, gas-distributing pipe and sandblast magnetic valve, described filter is connected with pressure regulator valve, described pressure regulator valve is connected by described gas-distributing pipe with the entrance of sandblast magnetic valve, and the outlet of described sandblast magnetic valve is connected with described spray gun.
Wherein, described rotating disk induction system also comprises the mini-roundabout drive unit that several mini-roundabouts and driving mini-roundabout rotate, and several described mini-roundabouts evenly are arranged at the periphery of described traffic cycle.
Wherein, described conveying worm comprises horizontal conveying worm and longitudinal spiral conveyer, and described horizontal conveying worm connects with the longitudinal spiral conveyer, and described longitudinal spiral conveyer is connected with the lower end of bucket elevator.
Wherein, the outlet of described wind selecting separator is connected with storing and divides sand hopper, and described storing divides sand hopper to be connected by sandpipe with the spray gun of described spray gun assembly.
Wherein, in described deduster, be provided with dedusting fan and impulse electromagnetic valve, be provided with cartridge filter in described dedusting fan, described dedusting fan is connected by cleaning shaft with cyclone separator.
Wherein, described dedusting fan is connected with muffler.
Wherein, the below of described deduster is provided with grey trolley.
Wherein, described engine space offers lifting workpiece position and workpiece import and export.
The beneficial effect of utility model: a kind of integral type sand-blasting machine of the present utility model, adopt the sandblast engine space, the rotating disk induction system, the spray gun swing mechanism, sand material recovery system, dust pelletizing system and the design of electric-control system integral type, during work, need to carry out the clamping workpiece of sandblast on traffic cycle, the traffic cycle drive unit drives traffic cycle and rotates, simultaneously, motor is done camber line by eccentric gearing Component driver spray gun assembly and is moved back and forth in the sandblast engine space, spray gun carries out sandblast to the workpiece that is clamped in traffic cycle, the sand material of spray gun ejection is collected through the conveying worm that is installed on the traffic cycle below, conveying worm is delivered to the sand material of collection in bucket elevator, bucket elevator is delivered to the sand material in wind selecting separator, wind selecting separator is isolated qualified sand material again, and as the sand material of spray gun sandblast, by whole sand material recovery system, make circulation of sand use, deduster carries out exhausting to the sandblast engine space, dust is first in draught hood enters cyclone separator, cyclone separator separates the sand material mixed in dust, dust after separating enters in deduster again and carries out dedusting, the work of each system authority of the present utility model is by electric control system controls and make its running, the sand-blasting machine of the utility model integral type design, the connection that guarantees each system authority is compacter, complete machine takes up room little, installation cost and cost of transportation are low, also make the work running of sand-blasting machine more smooth, automation and mechanization degree are high, and then improve working (machining) efficiency and the sandblast effect of sand-blasting machine.
The accompanying drawing explanation
Fig. 1 is front view of the present utility model.
Fig. 2 is the utility model left view.
Fig. 3 is the utility model top view.
Fig. 4 is the structural representation of the utility model spray gun swing mechanism.
Fig. 5 is the top view of the utility model spray gun swing mechanism.
Fig. 6 is the movement locus schematic diagram of the utility model sandblast cover tape.
Fig. 7 is the spray gun of the utility model the first spray gun group and the structural representation that the arc installing plate forms fore-and-aft tilt angle α.
Fig. 8 is the spray gun of the utility model the second spray gun group and the structural representation that the arc installing plate forms fore-and-aft tilt angle α.
Fig. 9 is that the spray gun of the utility model the first spray gun group and the spray gun of the second spray gun group form respectively the structural representation of lateral inclination angle β with the arc installing plate.
Reference numeral comprises:
1-sandblast engine space, 2-traffic cycle, 3-spray gun swing mechanism
4-storing divides sand hopper 5-muffler 6-grey trolley
11-lifting workpiece position, 12-workpiece is imported and exported 21-clamping center line
22-traffic cycle drive unit, 23-mini-roundabout, 24-mini-roundabout drive unit
31-motor, 32-eccentric gearing assembly, 33-spray gun assembly
41-bucket elevator, 42-wind selecting separator 43-horizontal conveying worm
44-longitudinal spiral conveyer, 51-draught hood, 52-cyclone separator
53-deduster, 61-filter, 62-pressure regulator valve
63-gas-distributing pipe, 64-sandblast magnetic valve, 331-swing span
332-arc installing plate, 333-the first spray gun group the 334-the second spray gun group
335— center camber line 336-sandblast cover tape 531-dedusting fan
532-impulse electromagnetic valve, 533-cleaning shaft.
The specific embodiment
Below in conjunction with accompanying drawing, utility model is described in detail.
As shown in Figures 1 to 9, a kind of integral type sand-blasting machine of the present utility model, comprise sandblast engine space 1;
The rotating disk induction system, described rotating disk induction system is installed in sandblast engine space 1, and described rotating disk induction system comprises traffic cycle 2 and drives the traffic cycle drive unit 22 that traffic cycle 2 rotates;
Spray gun swing mechanism 3, described spray gun swing mechanism 3 is installed on the top of rotating disk induction system, described spray gun swing mechanism 3 comprises motor 31, eccentric gearing assembly 32 and spray gun assembly 33, described eccentric gearing assembly 32 is connected with described spray gun assembly 33, the output shaft of described motor 31 is connected with eccentric gearing assembly 32, and motor 31 drives spray gun assembly 33 by eccentric gearing assembly 32 and in sandblast engine space 1, does the camber line reciprocating motion;
Sand material recovery system, described sand material recovery system comprises conveying worm, bucket elevator 41 and wind selecting separator 42, described conveying worm is installed on the below of described traffic cycle 2, and the sand material after the interior sandblast of described sandblast engine space 1 is delivered in described bucket elevator 41, described wind selecting separator 42 is installed on the top of sandblast engine space 1, described bucket elevator 41 is delivered to described sand material in described wind selecting separator 42, and described wind selecting separator 42 is connected with the spray gun of described spray gun assembly 33;
Dust pelletizing system, described dust pelletizing system is arranged at the top of sandblast engine space 1, and described dust pelletizing system comprises draught hood 51, cyclone separator 52 and deduster 53, and described sandblast engine space 1, draught hood 51, cyclone separator 52 and deduster 53 sequentially are communicated with;
Electric-control system, described electric-control system are electrically connected to described spray gun swing mechanism 3, rotating disk induction system, sand material recovery system and dust pelletizing system respectively.
A kind of integral type sand-blasting machine of the present utility model, adopt sandblast engine space 1, the rotating disk induction system, spray gun swing mechanism 3, sand material recovery system, dust pelletizing system and the design of electric-control system integral type, during work, need to carry out the clamping workpiece of sandblast on traffic cycle 2, traffic cycle drive unit 22 drives traffic cycle 2 and rotates, simultaneously, motor 31 drives spray gun assembly 33 by eccentric gearing assembly 32 and in sandblast engine space 1, does the camber line reciprocating motion, spray gun carries out sandblast to the workpiece that is clamped in traffic cycle 2, the conveying worm of sand material through being installed on traffic cycle 2 belows of spray gun ejection collected, conveying worm is delivered to the sand material of collection in bucket elevator 41, bucket elevator 41 is delivered to the sand material in wind selecting separator 42, wind selecting separator 42 is isolated qualified sand material again, and as the sand material of spray gun sandblast, by whole sand material recovery system, make circulation of sand use, 53 pairs of sandblast engine spaces of deduster 1 carry out exhausting, dust is first in draught hood 51 enters cyclone separator 52, the sand material mixed in 52 pairs of dust of cyclone separator separates, dust after separating enters in deduster 53 again and carries out dedusting, the work of each system authority of the present utility model is by electric control system controls and make its running, the sand-blasting machine of the utility model integral type design, the connection that guarantees each system authority is compacter, complete machine takes up room little, installation cost and cost of transportation are low, also make the work running of sand-blasting machine more smooth, automation and mechanization degree are high, and then improve working (machining) efficiency and the sandblast effect of sand-blasting machine.
See Fig. 4 and Fig. 5, described spray gun assembly 33 comprises swing span 331, is fixedly installed in arc installing plate 332 and the spray gun group of swing span 331 1 ends, and the other end of described swing span 331 is connected with eccentric gearing assembly 32;
Described spray gun group is obliquely installed in described arc installing plate 332;
Described spray gun group comprises the first spray gun group 333 and the second spray gun group 334, the spray gun of the spray gun of described the first spray gun group 333 and the second spray gun group 334 forms slanted angle with arc installing plate 332 respectively, described slanted angle comprises fore-and-aft tilt angle α and lateral inclination angle β, described fore-and-aft tilt angle α is 20 °-40 °, and described lateral inclination angle β is 10 °-20 °;
The fore-and-aft tilt direction of the spray gun of the spray gun of described the first spray gun group 333 and the second spray gun group 334 is rightabout and is obliquely installed;
The lateral inclination direction of the spray gun of the spray gun of described the first spray gun group 333 and the second spray gun group 334 is rightabout and is obliquely installed.
Motor 31 work also realize that by the eccentric gearing assembly 32 driving swing spans 331 that the output shaft with motor 31 is connected camber line moves back and forth, when swing span 331 is done the reciprocating while of camber line, drive is fixedly installed in the arc installing plate 332 of swing span 331 1 ends and realizes that camber line moves back and forth, simultaneously, the the first spray gun group 333 and the second spray gun group 334 that are arranged at arc installing plate 332 are also done the camber line reciprocating motion, as shown in Figures 7 and 8, preferably, described fore-and-aft tilt angle α is 30 °, two groups of spray guns are rightabout, interlaced ground of spray gun sandblast during work, simultaneously, preferably, described lateral inclination angle β is 15 °, namely, as shown in Figure 9, the spray gun shape of the spray gun of the first spray gun group 333 and the second spray gun group 334 γ at an angle is the spatial intersecting angle of 30 °, when workpiece at the great circle web of sand-blasting machine revolution limit time rotational, above-mentioned design of the present utility model has guaranteed that two groups of spray guns all carry out sandblast towards a fixing zone, the zone be equivalent to below arc installing plate 332De center camber line 335 forms a sandblast cover tape 336(as shown in Figures 5 and 6), when spray gun is done the camber line reciprocating motion, the sandblast effect of sandblast cover tape 336 is very even, certainly, fore-and-aft tilt angle α in the present embodiment is 20 ° or 40 °, lateral inclination angle β is 10 ° or 20 °, the coverage rate of its sandblast is also very even, sandblast is effective, when the product of different size is processed in the utility model sandblast, adjust without the angle to spray gun and position, versatility is good, and sandblast face covers evenly, and sandblast is effective, and per hour produces 1000-1200 workpiece, and production efficiency is high.
The radius of described arc installing plate 332De center camber line 335 is identical with the radius of the clamping workpiece center line 21 of described traffic cycle 2.
See that 4 to Fig. 6, the radius of described arc installing plate 332De center camber line 335 is identical with the radius of the clamping workpiece center line 21 of sand-blasting machine traffic cycle 2, be namely, the projection that arc installing plate 332De center camber line 335 is downward and the clamping workpiece center line 21 of sand-blasting machine traffic cycle 2 are overlapping, for example, when workpiece (non-stick pan) need to carry out the sandblast operation, at first it is positioned on the clamping workpiece center line 21 of big disk of sand-blasting machine (clamping center line 21 namely with single clamping workpiece in big disk, the mid point of workpiece time rotational to the distance at big disk center is the circle of radius, be clamping workpiece center line 21), then carry out clamping workpiece, when sandblast work starts, big disk rotates, namely driving workpiece revolves round the sun, simultaneously, each workpiece carries out rotation centered by self axis, when the first spray gun group 333 and the second spray gun group 334 move back and forth along the clamping workpiece center line 21 of the big disk of sand-blasting machine, will drive sandblast cover tape 336 that spray gun assembly 33 forms moves back and forth along the clamping workpiece center line 21 of the big disk of sand-blasting machine, and then while entering sandblast cover tape 336 with making the revolution limit rotation of workpiece limit, the whole surface of workpiece all can be by sandblast equably, because spray gun can tilt towards certain angle, plane and the inclined-plane that can guarantee workpiece all can be fully by sandblasts, in addition, this also carries out rotation workpiece under other drive unit drives, the sandblast cover tape 336 formed while being spray gun assembly 33 sandblast can be carried out comprehensive mulched ground sandblast when revolved round the sun in rotation limit, workpiece limit, each position of guaranteeing the surface of workpiece can be by sandblast, the sandblast effect is very good, sandblast efficiency is also very high.
The present embodiment, described sand-blasting machine also comprises the compressed air system be connected with electric-control system, described compressed air system comprises filter 61, pressure regulator valve 62, gas-distributing pipe 63 and sandblast magnetic valve 64, described filter 61 is connected with pressure regulator valve 62, described pressure regulator valve 62 is connected by described gas-distributing pipe 63 with the entrance of sandblast magnetic valve 64, and the outlet of described sandblast magnetic valve 64 is connected with described spray gun.Air enters pressure regulator valve 62 pressure regulation after by filter 61, filtering, and the air after pressure regulation enters by gas-distributing pipe 63 spray gun be connected with gas-distributing pipe 63 again, and last compressed air sprays from spray gun, thereby realizes that spray gun carries out sandblast to workpiece.
In the present embodiment, described rotating disk induction system also comprises the mini-roundabout drive unit 24 that several mini-roundabouts 23 and driving mini-roundabout 23 rotate, and several described mini-roundabouts 23 evenly are arranged at the periphery of described traffic cycle 2.Mini-roundabout drive unit 24 drives the workpiece that is clamped in mini-roundabout 23 and carries out rotation, simultaneously, traffic cycle drive unit 22 drives traffic cycle 2 and rotates, workpiece is revolved round the sun in rotation, and several mini-roundabouts 23 evenly are arranged at the periphery of traffic cycle 2, namely make in the course of work that is operated in sandblast not only rotation but also revolve round the sun, and then can be so that the sandblast that spray gun covers workpiece comprehensively, sandblast face is very even, and the sandblast effect is very good.
In the present embodiment, described conveying worm comprises horizontal conveying worm 43 and longitudinal spiral conveyer 44, and described horizontal conveying worm 43 connects with longitudinal spiral conveyer 44, and described longitudinal spiral conveyer 44 is connected with the lower end of bucket elevator 41.Laterally conveying worm 43 and longitudinal spiral conveyer 44 carry out work simultaneously, realize laterally and longitudinally the sand material after the spray gun ejection being reclaimed, the unified lower end that is delivered to bucket elevator 41 after centralized recovery, this kind structural design, can guarantee to reclaim all sidedly the sand material, circulation of sand is used, and saves production cost, the mode of production is environmental protection more also, meets sustainable development.
In the present embodiment, the outlet of described wind selecting separator 42 is connected with storing and divides sand hopper 4, and described storing divides sand hopper 4 to be connected by sandpipe with the spray gun of described spray gun assembly 33.The sand material of sorting separator after to centralized recovery separates, isolate after qualified sand material and automatically enter storing and divide sand hopper 4, offer the spray gun sandblast, isolated underproof sand material (for example dust) is delivered to deduster 53 dedustings automatically, reasonable in design, practical.
In the present embodiment, in described deduster 53, be provided with dedusting fan 531 and impulse electromagnetic valve 532, be provided with cartridge filter in described dedusting fan 531, described dedusting fan 531 is connected by cleaning shaft 533 with cyclone separator 52.Dedusting fan 531 is worked, and dust enters and pass through cartridge filter, and dust is filtered the filter paper arranged in cylinder and intercepts, and then the air pulse of impulse electromagnetic valve 532 generations blows off dust, and the centralized recovery dust, prevent that dust from leaking and contaminated environment.
In the present embodiment, described dedusting fan 531 is connected with muffler 5, noise reduction when 5 pairs of dedusting fans of muffler 531 carry out air draft, and while preventing from producing, noise is excessive and cause sound pollution, and then guarantees that the operator can work under a good environment.
Concrete, the below of described deduster 53 is provided with grey trolley 6, and the dust that falls that the air pulse that grey trolley 6 paired pulses magnetic valves 532 produce blows carries out centralized collection, and the follow-up dust that focuses on is reasonable in design, practical.
More specifically, described engine space offers lifting workpiece position 11 and workpiece import and export 12.Lifting workpiece position 11 is be used to loading onto workpiece and unloading workpiece, and workpiece is imported and exported 12 and entered in sandblast engine space 1 for unprocessed workpiece, and the workpiece processed is drawn in sandblast engine space 1, simple and practical.
In sum and in conjunction with Fig. 1 to Fig. 9, below operation principle of the present utility model is described in detail:
Before sand-blasting machine work, first will need the workpiece (for example non-stick pan) of sandblast on the lifting workpiece position 11 that is opened in sandblast engine space 1, being clamped on the mini-roundabout 23 of traffic cycle 2 peripheries, but the equal single workpiece of clamping on each mini-roundabout 23, electric control system controls traffic cycle drive unit 22 and mini-roundabout drive unit 24, traffic cycle drive unit 22 is controlled traffic cycle 2 again and is rotated, simultaneously, mini-roundabout drive unit 24 is controlled mini-roundabout 23 and is rotated, namely make the workpiece meeting limit revolution limit rotation when work be clamped on mini-roundabout 23, then, electric-control system is controlled motor 31 work of spray gun swing mechanism 3 again, motor 31 drives spray gun assembly 33 by eccentric gearing assembly 32 and in sandblast engine space 1, does the camber line reciprocating motion, simultaneously, the work of electric control system controls compressed air system, air enters pressure regulator valve 62 pressure regulation after by filter 61, filtering, air after pressure regulation enters by gas-distributing pipe 63 spray gun be connected with gas-distributing pipe 63 again, last compressed air sprays from spray gun, thereby realize that spray gun carries out sandblast to workpiece, and the sand material is after the spray gun ejection, by the horizontal conveying worm 43 that is arranged at traffic cycle 2 belows and longitudinal spiral conveyer 44, collected, and be delivered in the bucket elevator 41 be connected with longitudinal spiral conveyer 44, bucket elevator 41 separates the sand material vertical transport of centralized recovery again to wind selecting separator 22, the dust mixed in 42 pairs of sand material of wind selecting separator separates and isolated dust is delivered in deduster 53, through the isolated qualified sand material of wind selecting separator 42, automatically entering storing divides in sand hopper 4, storing divides sand hopper 4 again the sand material to be flowed to the sand source of spray gun as the spray gun sandblast by sandpipe, and the parts mechanism of each system when work, dust pelletizing system is also worked simultaneously, be dedusting fan 531 work, dust enters and passes through cartridge filter, dust is filtered the filter paper arranged in cylinder and intercepts, then the air pulse of impulse electromagnetic valve 532 generations blows off dust, the 6 pairs of dust of grey trolley that are arranged at deduster 53 belows carry out centralized recovery, prevent dust from leaking and contaminated environment.
Compared with prior art, advantage of the present utility model, 1, each system authority adopts integral type design, integral body takes up room little, saves installing space, reduces transportation and installation cost; 2, traffic cycle 2 rotates continuously, and complete machine mechanization and automaticity are high, and then has greatly improved the efficiency of sandblast; 3, the sand material adopts conveying worm to combine and reclaim with bucket elevator 41, and whole mechanism wear is little, and stable performance is applicable to various sand material are reclaimed to conveying; 4, the special angle setting of spray gun group, be applicable to the non-stick pan of all size is carried out to sandblast, and highly versatile, be convenient to automated production; 5, storing divides sand hopper 4 with cyclone separator 52, not to be connected, and guarantees that storing divides sand hopper 4 interior without negative pressure, is convenient to flowing of sand material, improves the sand production rate of spray gun, thereby enhances productivity.
Above content is only the preferred embodiment of utility model, and for those of ordinary skill in the art, the thought according to utility model, all will change in specific embodiments and applications, and this description should not be construed as the restriction to utility model.
Claims (10)
1. an integral type sand-blasting machine, is characterized in that: comprise sandblast engine space (1);
Rotating disk induction system, described rotating disk induction system are installed in sandblast engine space (1), and described rotating disk induction system comprises traffic cycle (2) and drives the traffic cycle drive unit (22) that traffic cycle (2) rotates;
Spray gun swing mechanism (3), described spray gun swing mechanism (3) is installed on the top of rotating disk induction system, described spray gun swing mechanism (3) comprises motor (31), eccentric gearing assembly (32) and spray gun assembly (33), described eccentric gearing assembly (32) is connected with described spray gun assembly (33), the output shaft of described motor (31) is connected with eccentric gearing assembly (32), and motor (31) drives spray gun assembly (33) by eccentric gearing assembly (32) and in sandblast engine space (1), does the camber line reciprocating motion;
Sand material recovery system, described sand material recovery system comprises conveying worm, bucket elevator (41) and wind selecting separator (42), described conveying worm is installed on the below of described traffic cycle (2), and the sand material after the interior sandblast of described sandblast engine space (1) is delivered in described bucket elevator (41), described wind selecting separator (42) is installed on the top of sandblast engine space (1), described bucket elevator (41) is delivered to described sand material in described wind selecting separator (42), described wind selecting separator (42) is connected with the spray gun of described spray gun assembly (33),
Dust pelletizing system, described dust pelletizing system is arranged at the top of sandblast engine space (1), described dust pelletizing system comprises draught hood (51), cyclone separator (52) and deduster (53), and described sandblast engine space (1), draught hood (51), cyclone separator (52) and deduster (53) sequentially are communicated with;
Electric-control system, described electric-control system are electrically connected to described spray gun swing mechanism (3), rotating disk induction system, sand material recovery system and dust pelletizing system respectively.
2. a kind of integral type sand-blasting machine according to claim 1, it is characterized in that: described spray gun assembly (33) comprises swing span (331), is fixedly installed in arc installing plate (332) and the spray gun group of swing span (331) one ends, and the other end of described swing span (331) is connected with eccentric gearing assembly (32);
Described spray gun group is obliquely installed in described arc installing plate (332);
Described spray gun group comprises the first spray gun group (333) and the second spray gun group (334), the spray gun of the spray gun of described the first spray gun group (333) and the second spray gun group (334) forms slanted angle with arc installing plate (332) respectively, described slanted angle comprises fore-and-aft tilt angle α and lateral inclination angle β, described fore-and-aft tilt angle α is 20 °-40 °, and described lateral inclination angle β is 10 °-20 °;
The fore-and-aft tilt direction of the spray gun of the spray gun of described the first spray gun group (333) and the second spray gun group (334) is rightabout and is obliquely installed;
The lateral inclination direction of the spray gun of the spray gun of described the first spray gun group (333) and the second spray gun group (334) is rightabout and is obliquely installed;
The radius of the center camber line (335) of described arc installing plate (332) is identical with the radius of the clamping workpiece center line (21) of described traffic cycle (2).
3. a kind of integral type sand-blasting machine according to claim 1, it is characterized in that: described sand-blasting machine also comprises the compressed air system be connected with electric-control system, described compressed air system comprises filter (61), pressure regulator valve (62), gas-distributing pipe (63) and sandblast magnetic valve (64), described filter (61) is connected with pressure regulator valve (62), described pressure regulator valve (62) is connected by described gas-distributing pipe (63) with the entrance of sandblast magnetic valve (64), and the outlet of described sandblast magnetic valve (64) is connected with described spray gun.
4. a kind of integral type sand-blasting machine according to claim 1, it is characterized in that: described rotating disk induction system also comprises the mini-roundabout drive unit (24) that several mini-roundabouts (23) and driving mini-roundabout (23) rotate, and several described mini-roundabouts (23) evenly are arranged at the periphery of described traffic cycle (2).
5. a kind of integral type sand-blasting machine according to claim 1, it is characterized in that: described conveying worm comprises horizontal conveying worm (43) and longitudinal spiral conveyer (44), described horizontal conveying worm (43) connects with longitudinal spiral conveyer (44), and described longitudinal spiral conveyer (44) is connected with the lower end of bucket elevator (41).
6. a kind of integral type sand-blasting machine according to claim 1, it is characterized in that: the outlet of described wind selecting separator (42) is connected with storing and divides sand hopper (4), and described storing divides sand hopper (4) to be connected by sandpipe with the spray gun of described spray gun assembly (33).
7. a kind of integral type sand-blasting machine according to claim 1, it is characterized in that: in described deduster (53), be provided with dedusting fan (531) and impulse electromagnetic valve (532), described dedusting fan is provided with cartridge filter in (531), and described dedusting fan (531) is connected by cleaning shaft (533) with cyclone separator (52).
8. a kind of integral type sand-blasting machine according to claim 7, it is characterized in that: described dedusting fan (531) is connected with muffler (5).
9. a kind of integral type sand-blasting machine according to claim 1, it is characterized in that: the below of described deduster (53) is provided with grey trolley (6).
10. a kind of integral type sand-blasting machine according to claim 1 is characterized in that: described engine space offers lifting workpiece position (11) and workpiece is imported and exported (12).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN2013202566147U CN203305072U (en) | 2013-05-13 | 2013-05-13 | Integrated sand blasting machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2013202566147U CN203305072U (en) | 2013-05-13 | 2013-05-13 | Integrated sand blasting machine |
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| CN203305072U true CN203305072U (en) | 2013-11-27 |
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| CN2013202566147U Withdrawn - After Issue CN203305072U (en) | 2013-05-13 | 2013-05-13 | Integrated sand blasting machine |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103231314A (en) * | 2013-05-13 | 2013-08-07 | 东莞市吉川机械设备有限公司 | Integrated sandblasting machine |
| CN106312830A (en) * | 2016-11-07 | 2017-01-11 | 连云港中复连众复合材料集团有限公司 | Sand blasting device for wind blade surface and sand blasting method thereof |
| CN106926145A (en) * | 2017-03-15 | 2017-07-07 | 甘培嘉 | A kind of integral type sand-blasting machine |
| CN114941165A (en) * | 2022-05-26 | 2022-08-26 | 上海英汇科技发展有限公司 | Sand blasting and black anodic oxidation combined surface treatment process and application thereof |
-
2013
- 2013-05-13 CN CN2013202566147U patent/CN203305072U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103231314A (en) * | 2013-05-13 | 2013-08-07 | 东莞市吉川机械设备有限公司 | Integrated sandblasting machine |
| CN103231314B (en) * | 2013-05-13 | 2015-07-22 | 东莞市吉川机械设备有限公司 | Integrated sandblasting machine |
| CN106312830A (en) * | 2016-11-07 | 2017-01-11 | 连云港中复连众复合材料集团有限公司 | Sand blasting device for wind blade surface and sand blasting method thereof |
| CN106312830B (en) * | 2016-11-07 | 2018-07-27 | 连云港中复连众复合材料集团有限公司 | A kind of wind blade surface blasting treatment device and its grit-blasting treatment process |
| CN106926145A (en) * | 2017-03-15 | 2017-07-07 | 甘培嘉 | A kind of integral type sand-blasting machine |
| CN114941165A (en) * | 2022-05-26 | 2022-08-26 | 上海英汇科技发展有限公司 | Sand blasting and black anodic oxidation combined surface treatment process and application thereof |
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