CN102528673B - Rotating table type sandblasting machine - Google Patents
Rotating table type sandblasting machine Download PDFInfo
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- CN102528673B CN102528673B CN 201110460851 CN201110460851A CN102528673B CN 102528673 B CN102528673 B CN 102528673B CN 201110460851 CN201110460851 CN 201110460851 CN 201110460851 A CN201110460851 A CN 201110460851A CN 102528673 B CN102528673 B CN 102528673B
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Abstract
The invention discloses a rotating table type sandblasting machine, which comprises a rotating table conveying system, a working bin, a spray gun, an abrasive material recovering and circulating system, a dust removing system and an electric control system, wherein a sandblasting workpiece rotates along with the rotating table conveying system; the working bin comprises a workpiece loading and unloading region, a first isolating chamber, a sandblasting chamber, a blowing-off chamber and a second isolating chamber; the spray gun is arranged in the sandblasting chamber; the abrasive material recovering and circulating system comprises a horizontal conveying device, a vertical elevating device and a separating device; the dust removing system is communicated with the first isolating chamber, the sandblasting chamber, the second isolating chamber and the separating device; and the electric control system is electrically connected with the rotating table conveying system, the spray gun, the abrasive material recovering and circulating system and the dust removing system respectively, and is used for controlling operation thereof. The rotating table type sandblasting machine has high automatic degree and high processing efficiency, and is capable of effectively reducing the production cost and environmentally-friendly.
Description
Technical field
The present invention relates to a kind of sand-blasting machine, relate in particular to that a kind of automaticity is high, working (machining) efficiency is high, can effectively reduce production costs, and environment friendly and pollution-free rotating table type sandblasting machine.
Background technology
As everyone knows, the principle of sandblast processing is to utilize the surface of abrasive grain (sand materials such as diamond dust, glass sand, resin sand) the bump workpiece to be machined that accelerates, make to workpiece to be machined reach rust cleaning, remove the sol burr, deoxidation layer, clear carbon-coating, or even the surface treatment operation of glass atomization.Current, because the user is more and more higher to the appearance requirement of product, because the technological requirement of part own and application are had relatively high expectations to Part Surface Roughness, sandblast processing has been widely used in the field that the effects on surfaces such as machine-building and handicraft processing and manufacturing have requirement simultaneously.Therefore, the various abrasive blast equipments that different sandblast operations are provided have appearred on the market.
Existing abrasive blast equipment is generally semi-automatic production, in the process of producing, needs the human intervention operation, and this is so that the working (machining) efficiency reduction; And the abrasive grain of general sand-blasting machine only carries out after the sandblast namely as waste disposal, and the utilization rate of an abrasive material material is low, thereby, waste a large amount of abrasive material material, the production cost of increase.
In addition, existing sand-blasting machine all is under open or semi-open environment workpiece to be processed usually, and abrasive grain can fly upward behind striking work everywhere in the sandblast process, not only jeopardizes operator's health, and environment is caused larger pollution.
Based on above-mentioned deficiency, therefore, a kind of automaticity of needs is high, working (machining) efficiency is high, can effectively reduce production costs, and environment friendly and pollution-free rotating table type sandblasting machine.
Summary of the invention
The object of the present invention is to provide that a kind of automaticity is high, working (machining) efficiency is high, can effectively reduce production costs, and environment friendly and pollution-free rotating table type sandblasting machine.
To achieve these goals, the invention provides a kind of rotating table type sandblasting machine, described rotating table type sandblasting machine comprises: turntable induction system, working bin, spray gun, the abrasive reclaiming circulatory system, dust pelletizing system and electric-control system.Described turntable induction system is equipped with the sandblast workpiece, and described sandblast workpiece rotates with described turntable induction system; Described working bin comprises upper and lower pieces district, the first isolation ward, blast room, blows off chamber and the second isolation ward, during sandblast, described turntable induction system drive described sandblast workpiece successively by described upper and lower pieces district, the first isolation ward, blast room, blow off chamber and the second isolation ward; Described spray gun is installed in the described blast room, and when the sandblast workpiece entered described blast room, described spray gun carried out sandblast to described sandblast workpiece; The described abrasive reclaiming circulatory system comprises horizontal feed device, vertical-lifting device and separator, described horizontal feed device is installed on the below of described turntable induction system, and the level of abrasive after described working bin sandblast is transported to the upper of described vertical-lifting device, described vertical-lifting device vertically is transported to described abrasive material on the described separator, described separator is installed on the top of described working bin, and will deliver in the described spray gun after the described abrasive material screening; Described dust pelletizing system is connected with described the first isolation ward, blast room, the second isolation ward and separator respectively, and the gas with dust in described the first isolation ward, blast room and the second isolation ward sprayed and filter rear discharge, described separator is discharged to described dust pelletizing system with isolated dust; Described electric-control system is electrically connected and controls its running with described turntable induction system, spray gun, the abrasive reclaiming circulatory system and dust pelletizing system respectively.
Preferably, described turntable induction system comprises turntable driving motor, traffic cycle, drive-connecting shaft, anchor clamps, anchor clamps drive motors, belt pulley and belt, described traffic cycle is installed on the inside of described working bin, described turntable driving motor is installed on the top of described working bin, and output is connected with described traffic cycle, described drive-connecting shaft is articulated on the edge of described traffic cycle and passes described traffic cycle, and lower end and described belt pulley are fixed, the upper end is fixed with described anchor clamps, and described belt is wound on the output of described belt pulley and described anchor clamps drive motors.By described drive-connecting shaft being articulated in the edge of described traffic cycle, recycle described anchor clamps drive motors and drive the belt that is wound on the described belt pulley, thereby when described traffic cycle is rotated, described anchor clamps are around the central axis rotation of described drive-connecting shaft, add man-hour in sandblast, can make the surface of the work sandblast even, avoid general sandblast dead angle.
Preferably, described rotating table type sandblasting machine also comprises the spray gun swing mechanism, and described spray gun swing mechanism is installed in the blast room, and when sandblast, described spray gun swing mechanism promotes described spray gun and swings, and makes the workpiece sandblast even.Utilize described spray gun swing mechanism to drive described spray gun and when sandblast, swing back and forth, can further make the surface of the work sandblast even, avoid the sandblast dead angle.
Preferably, described rotating table type sandblasting machine also comprises air compression system, and described air compression system is connected with described spray gun.Described air compression system provides air pressure to described spray gun, makes its flow at high speed in spray gun form negative pressure and produce ejector action, enters the certain speed of the interior abrasive material acquisition of described spray gun and goes out ejection from described spray gun thereby make.
Preferably, described horizontal feed device comprises horizontal drive motor, helical axis and housing, and the upper end of described housing is communicated with described working bin, and described helical axis is articulated in the bottom of described housing, and described horizontal drive motor is connected with described helical axis.Because after the sandblast, described abrasive material drops to the below in workpiece storehouse, therefore, utilizes described housing that the abrasive material in the described working bin is entered on the described helical axis, and make the described helical axis of described horizontal drive motor-driven, thereby realize described level of abrasive is sent the purpose of described working bin.
Preferably, described vertical-lifting device comprises vertical drive motors, upper cylinder, bottom roll, conveyer belt and hopper, described upper and lower cylinder is articulated in respectively top and the below of described working bin, described conveyer belt is wound on the described upper and lower cylinder, described hopper is installed on the described conveyer belt, and described vertical drive motors drives described bottom roll and rotates.By described hopper is installed on the described conveyer belt, and utilize conveyer belt circle transmission under the driving of described vertical drive motors, thereby make described hopper circularly described abrasive material is transported to the top of described working bin.
Preferably, described dust pelletizing system comprises the dedusting motor, centrifugal blower, dust-removing box, dust hopper, dust sucting pipeline, discharge duct and some filter core cylinders, described dust sucting pipeline one end is communicated with described working bin, the other end is communicated with described dust-removing box upper end, described filter core cylinder is installed in the described dust-removing box, described discharge duct is communicated with the lower end of described dust-removing box, described centrifugal blower is communicated with described discharge duct, the described centrifugal blower of described dedusting motor-driven, described dust hopper are installed on the below of described dust-removing box and are communicated with the lower end of described dust-removing box.By the described centrifugal blower of described dedusting motor-driven, make described centrifugal blower that described mist with dust is drawn onto described filter core cylinder from dust sucting pipeline, thereby dust is filtered on the described filter core cylinder, prevent its discharge outside contamination surrounding environment.
Particularly, described dust pelletizing system also comprises vibrating ash-removing mechanism, and described vibrating ash-removing mechanism is installed on a side of described dust-removing box, and can carry out rapping to described filter core cylinder and make dust break away from described filter core cylinder.
Particularly, described dust pelletizing system also comprises in advance dust arrester, described in advance dust arrester is connected with described the first isolation ward, blast room, the second isolation ward, separator and dust-removing box respectively, described in advance dust arrester can carry out the dusty gas of collecting to be discharged in the described dust-removing box after the in advance dedusting, thereby make dusty gas enter the front quantity that reduces dust of described filter core cylinder, alleviate the burden of described filter core cylinder, make the filter core cylinder filter totallyer.
Preferably, the import and export of described the first isolation ward and the second isolation ward arrange respectively the dust-break curtain, and described dust-break curtain stops that the dust in the described isolation ward leaks.
Compared with prior art, because the present invention is divided into the first isolation ward with described working bin, the blast room, blow off chamber and the second isolation ward, described turntable induction system is arranged in the described working bin, and successively by described the first isolation ward, the blast room, blow off chamber and the second isolation ward, thereby realize sandblast workpiece automatic sand blasting, and, by the described abrasive reclaiming circulatory system is set, utilize described horizontal feed device, vertical-lifting device and separator, make described abrasive material realize automatically separating dedusting, reach the purpose of recycle and reuse, by the waste gas further dust removal and filtration of described dust arrester with discharge, each mechanism of whole rotating table type sandblasting machine is by electric control system controls at last, automaticity is high, thereby so that working (machining) efficiency is high, the product cost of effectively being born is discharged extraneous again behind the waste gas dedusting, avoid surrounding environment is polluted, meet environmental protection standard.
Description of drawings
Fig. 1 is the structural representation of rotating table type sandblasting machine of the present invention.
Fig. 2 is the top view of rotating table type sandblasting machine of the present invention.
Fig. 3 is the side view of rotating table type sandblasting machine of the present invention.
Fig. 4 is the structural representation of rotating table type sandblasting machine intermediate station induction system of the present invention.
Fig. 5 is the structural representation of horizontal feed device in the rotating table type sandblasting machine of the present invention.
Fig. 6 is the structural representation of vertical-lifting device in the rotating table type sandblasting machine of the present invention.
Fig. 7 is the structural representation of dust pelletizing system in the rotating table type sandblasting machine of the present invention.
Structural representation when Fig. 8 is rotating table type sandblasting machine sandblast of the present invention.
The specific embodiment
As shown in Figure 1, rotating table type sandblasting machine 100 of the present invention comprises turntable induction system 1, working bin 2, branched spray gun 3, organizes spray gun swing mechanism 4, the abrasive reclaiming circulatory system 5, dust pelletizing system 6, air compression system (not shown) and electric-control system (not shown) more.
In conjunction with Fig. 2, shown in Figure 3, described turntable induction system 1 is equipped with sandblast workpiece 200, and described sandblast workpiece 200 rotates with described turntable induction system 1; Described working bin 2 comprises upper and lower pieces district 21, the first isolation ward 22, blast room 23, blows off chamber 24 and the second isolation ward 25.During sandblast, described turntable induction system 1 drive described sandblast workpiece 200 successively by described upper and lower pieces district 21, the first isolation ward 22, blast room 23, blow off chamber 24 and the second isolation ward 25; Described spray gun 3 is installed in the described blast room 23,26 spray guns 3 of blast room's 23 configurations of the present invention, and when sandblast workpiece 200 entered described blast room 23,3 pairs of described sandblast workpiece 200 of described spray gun carried out sandblast; The described abrasive reclaiming circulatory system 5 comprises horizontal feed device 51, vertical-lifting device 52 and separator 53, described horizontal feed device 51 is installed on the below of described turntable induction system 1, and the level of abrasive after described working bin 2 sandblasts is transported to the upper of described vertical-lifting device 52, described vertical-lifting device 52 vertically is transported to described abrasive material on the described separator 53, described separator 53 is installed on the top of described working bin 2, and will deliver in the described spray gun 3 after the described abrasive material screening; Described dust pelletizing system 6 is connected with described the first isolation ward 22, blast room 23, the second isolation ward 25 and separator 53 respectively, and the gases with dust in described the first isolation ward 22, blast room 23 and the second isolation ward 25 are siphoned away and filter rear discharge, described separator 53 is discharged to described dust pelletizing system 6 with isolated dust; The import and export of described the first isolation ward 22 and the second isolation ward 25 arrange respectively dust-break curtain (not shown), and described dust-break curtain stops that the dust in described first, second isolation ward 22,25 leaks.Described electric-control system 8 is electrically connected and controls its running with described turntable induction system 1, spray gun 3, the abrasive reclaiming circulatory system 5 and dust pelletizing system 6 respectively.
As shown in Figure 4, described turntable induction system 1 comprises turntable driving motor 11, traffic cycle 12, drive-connecting shaft 13, anchor clamps 14, anchor clamps drive motors 15, belt pulley 16 and belt 17, described traffic cycle 12 is installed on the inside of described working bin 2, described turntable driving motor 11 is installed on the top of described working bin 2, and output is connected with described traffic cycle 12, described drive-connecting shaft 13 is articulated on the edge of described traffic cycle 12 and passes described traffic cycle 12, and lower end and described belt pulley 16 are fixing, the upper end is fixed with described anchor clamps 14, and described belt 17 is wound on the output of described belt pulley 16 and described anchor clamps drive motors 15.By described drive-connecting shaft 13 being articulated in the edge of described traffic cycle 12, recycle described anchor clamps drive motors 15 and drive the belt 17 that is wound on the described belt pulley 16, thereby when described traffic cycle 12 is rotated, described anchor clamps 14 are around the central axis rotation of described drive-connecting shaft 13, add man-hour in sandblast, can make the surface of the work sandblast even, avoid general sandblast dead angle.
Described spray gun swing mechanism 4 is installed in the blast room 23, and when sandblast, described spray gun swing mechanism 4 promotes described spray gun 3 and swings, and makes the workpiece sandblast even.Utilize described spray gun swing mechanism 4 to drive described spray gun 3 and when sandblast, swing back and forth, can further make the surface of the work sandblast even, avoid the sandblast dead angle.
Described air compression system is connected with described spray gun 3.Described air compression system provides air pressure to described spray gun 3, makes it form negative pressure and produce ejector action in the interior flow at high speed of spray gun 3, thereby makes the abrasive materials that enter in the described spray gun 3 obtain certain speed and from described spray gun 3 ejections.
As shown in Figure 5, described horizontal feed device 51 comprises horizontal drive motor 51a, helical axis 51b and housing 51c, the upper end of described housing 51 is communicated with described working bin 2, and described helical axis 51b is articulated in the bottom of described housing 51c, and described horizontal drive motor 51a is connected with described helical axis 51b.Because after the sandblast, described abrasive material drops to the below in workpiece storehouse 2, therefore, utilize described housing 51c that the abrasive material in the described working bin 2 is entered on the described helical axis 51b, and make described horizontal drive motor 51a drive described helical axis 51b, thereby realize described level of abrasive is sent the purpose of described working bin 2.
As shown in Figure 6, described vertical-lifting device 52 comprises vertical drive motors (not shown), upper cylinder 52a, bottom roll 52b, conveyer belt 52c and hopper 52d, described upper and lower cylinder 52a, 52b are articulated in respectively top and the below of described working bin 2, described conveyer belt 52c is wound on described upper and lower cylinder 52a, the 52b, described hopper 52d is installed on the described conveyer belt 52c, and described vertical drive motors drives described bottom roll 52b and rotates.By described hopper 52d is installed on the described conveyer belt 52c, and utilize described conveyer belt 52c circle transmission under the driving of described vertical drive motors, thereby make described hopper 52d circularly described abrasive material is transported to the top of described working bin 2.
As shown in Figure 7, described dust pelletizing system 6 comprises dedusting motor 61, centrifugal blower 62, dust-removing box 63, dust hopper 64, dust sucting pipeline 65, discharge duct 66 and some filter core cylinders 67, described dust sucting pipeline 65 1 ends are communicated with described working bin 2, the other end is communicated with described dust-removing box 63 upper ends, described filter core cylinder 67 is installed in the described dust-removing box 63, described filter core cylinder is rotatable, when the attached dust of a side draught is more, can be turned to opposite side and continue absorption, thereby the filter core cylinder was fully used.Described discharge duct 66 is communicated with the lower end of described dust-removing box 63, described centrifugal blower 62 is communicated with described discharge duct 66, described dedusting motor 61 drives described centrifugal blower 62, and described dust hopper 64 is installed on the below of described dust-removing box 63 and is communicated with the lower end of described dust-removing box 63.Drive described centrifugal blower 62 by described dedusting motor 61, make described centrifugal blower 62 that described mist with dust is drawn onto described filter core cylinder 67 from dust sucting pipeline 65, thereby dust is filtered on the described filter core cylinder 67, prevents its discharge outside contamination surrounding environment.
Particularly, described dust pelletizing system 6 also comprises vibrating ash-removing mechanism 68, and described vibrating ash-removing mechanism 68 is installed on a side of described dust-removing box 63, and can carry out rapping to described filter core cylinder 67 and make dust break away from described filter core cylinder 67.
Particularly, described dust pelletizing system 6 also comprises in advance dust arrester 69, described in advance dust arrester 69 is connected with described the first isolation ward 22, blast room 23, the second isolation ward 25, separator 53 and dust-removing box 63 respectively, described in advance dust arrester 69 can carry out the dusty gas of collecting to be discharged in the described dust-removing box 69 after the in advance dedusting, thereby make dusty gas enter the quantity of described filter core cylinder 67 front minimizing dust, alleviate the burden of described filter core cylinder 67, make filter core cylinder 67 filter totallyer.
Comprehensive above-mentioned and in conjunction with shown in Figure 8, the below is described in detail the operation principle of described rotating table type sandblasting machine 100, and is as follows:
During sandblast, described sandblast workpiece 200 is positioned on the described traffic cycle 12, the described sandblast workpiece 200 of described anchor clamps 14 clampings, the described turntable driving motor 11 of described electric control system controls starts, and described turntable driving motor 11 drives described traffic cycle 12 and rotates.Simultaneously, described anchor clamps drive motors 15 drives described belt 17, described belt 17 drives described drive-connecting shaft 13 and rotates, thereby driving described anchor clamps 14 rotates around the axis of described drive-connecting shaft 13, rotation when described sandblast workpiece 200 revolves round the sun with described traffic cycle 12, and by described the first isolation ward 22 and blast room 23.When arriving described blast room 23, described spray gun 3 ejection abrasive materials are processed described sandblast workpiece 200, and how the described spray gun swing mechanism 4 of group drives described spray gun 3 simultaneously swings back and forth, and makes described sandblast workpiece 200 surface sand-blastings even.Enter the described chamber 24 that blows off with described traffic cycle 12 rotations after described sandblast workpiece 200 sandblasts, the described chamber 24 interior blast air pressure gun (not shown) of having arranged that blow off, described blast air pressure gun is to the surface of the work blowing of sandblast, blow away the stagnant sand on workpiece and the anchor clamps 14, and then return the 21 times parts in described upper and lower pieces district after entering described the second isolation ward 25.In the sandblast process, drop to after the blasting by abrasives in the described housing 51c, the described abrasive reclaiming circulatory system 5 of described electric control system controls starts, the described helical axis 51b of described horizontal drive motor 51a rotating drive rotates, thereby described abrasive material is promoted forward, and shift the lower end of described vertical-lifting device 52 onto, described vertical drive motors drives described bottom roll 52b and rotates, and drive described conveyer belt 52c on described, bottom roll 52a, 52b cocycle transportation, thereby driving described hopper 52d moves up and down circularly, thereby utilize hopper 52d that abrasive material is transported on the described separator 53, recycling.The throughput direction of abrasive material as described in being such as the indicated direction of figure hollow core arrow.In the process that described sandblast workpiece 200 rotates with described traffic cycle 12, the described dedusting motor 61 of described electric control system controls drives described centrifugal blower 62, thereby absorbs described the first isolation ward 22, blast room 23 and the second isolation ward 25 interior gases with dust; These waste gas with dust enter described in advance dust arrester 69 by described dust sucting pipeline 65, described separator 53 isolated abrasive dusts also are transported in the described in advance dust arrester 69, at this moment, part dust falls into dust hopper through behind the described in advance dust arrester 69, another part is along with described dust sucting pipeline 65 enters described dust-removing box 63, with the waste gas of dust by the filter core cylinder 67 in the described dust-removing box 63,67 pairs of waste gas of described filter core cylinder further filter, after the filtration, dust adhesion is on described filter core cylinder 67, and the gas after the filtration is discharged from described discharge duct 66.Be the flow direction of gas such as the indicated direction of filled arrows among the figure.After the long dedusting of described dust arrester 63 processes, described filter core cylinder 67 is piled up certain dust, move described vibrating ash-removing mechanism 68,68 pairs of described filter core cylinder 67 rappings of described vibrating ash-removing mechanism, thereby fall into described dust hopper 64 after making the powder ash that adheres on the described filter core cylinder 67 break away from described filter core cylinder 67, when the dust of dust hopper 64 is filled, clear up described dust hopper 64 and get final product.
Compared with prior art, because the present invention is divided into the first isolation ward 22 with described working bin 2, blast room 23, blow off chamber 24 and the second isolation Room 25, described turntable induction system 1 is arranged in the described working bin 2, and successively by described the first isolation ward 22, blast room 23, blow off chamber 24 and the second isolation ward 25, thereby realize sandblast workpiece 200 automatic sand blastings, and, by the described abrasive reclaiming circulatory system 5 is set, utilize described horizontal feed device 51, vertical-lifting device 52 and separator 53, make described abrasive material realize automatically separating dedusting, reach the purpose of recycle and reuse, at last by described dust pelletizing system 6 with the further dust removal and filtration of waste gas of discharging, whole rotating table type sandblasting machine 100 each mechanisms are by electric control system controls, automaticity is high, thereby so that working (machining) efficiency is high, the product cost of effectively being born is discharged extraneous again behind the waste gas dedusting, avoid surrounding environment is polluted, meet environmental protection standard.
The size of the involved working bin 2 of rotating table type sandblasting machine of the present invention 100, traffic cycle 12 and the operation principle of spray gun swing mechanism 4 and separator 53 are well known to those of ordinary skill in the art, no longer are described in detail at this.
Above disclosed only is preferred embodiments of the present invention, certainly can not limit with this interest field of the present invention, and the equivalent variations of therefore doing according to the present patent application claim still belongs to the scope that the present invention is contained.
Claims (10)
1. a rotating table type sandblasting machine is characterized in that, comprising:
The turntable induction system, described turntable induction system is equipped with the sandblast workpiece, and described sandblast workpiece rotates with described turntable induction system;
Working bin, described working bin comprises upper and lower pieces district, the first isolation ward, blast room, blows off chamber and the second isolation ward, during sandblast, described turntable induction system drive described sandblast workpiece successively by described upper and lower pieces district, the first isolation ward, blast room, blow off chamber and the second isolation ward;
Spray gun, described spray gun are installed in the described blast room, and when the sandblast workpiece entered described blast room, described spray gun carried out sandblast to described sandblast workpiece;
The abrasive reclaiming circulatory system, the described abrasive reclaiming circulatory system comprises horizontal feed device, vertical-lifting device and separator, described horizontal feed device is installed on the below of described turntable induction system, and will in described working bin, the level of abrasive after the sandblast be transported on the described vertical-lifting device, described vertical-lifting device vertically is transported to described abrasive material on the described separator, described separator is installed on the top of described working bin, and will deliver in the described spray gun after the described abrasive material screening;
Dust pelletizing system, described dust pelletizing system is connected with described the first isolation ward, blast room, the second isolation ward and separator respectively, and the gas with dust in described the first isolation ward, blast room and the second isolation ward sprayed and filter rear discharge, described separator is discharged to described dust pelletizing system with isolated dust; And,
Electric-control system, described electric-control system are electrically connected and control its running with described turntable induction system, spray gun, the abrasive reclaiming circulatory system and dust pelletizing system respectively.
2. rotating table type sandblasting machine as claimed in claim 1, it is characterized in that: described turntable induction system comprises turntable driving motor, traffic cycle, drive-connecting shaft, anchor clamps, the anchor clamps drive motors, belt pulley and belt, described traffic cycle is installed on the inside of described working bin, described turntable driving motor is installed on the top of described working bin, and output is connected with described traffic cycle, described drive-connecting shaft is articulated on the edge of described traffic cycle and passes described traffic cycle, and lower end and described belt pulley are fixed, the upper end is fixed with described anchor clamps, and described belt is wound on the output of described belt pulley and described anchor clamps drive motors.
3. rotating table type sandblasting machine as claimed in claim 1, it is characterized in that: described rotating table type sandblasting machine also comprises the spray gun swing mechanism, and described spray gun swing mechanism is installed in the blast room, when sandblast, described spray gun swing mechanism promotes described spray gun and swings, and makes the workpiece sandblast even.
4. rotating table type sandblasting machine as claimed in claim 1, it is characterized in that: described rotating table type sandblasting machine also comprises air compression system, described air compression system is connected with described spray gun.
5. rotating table type sandblasting machine as claimed in claim 1, it is characterized in that: described horizontal feed device comprises horizontal drive motor, helical axis and housing, the upper end of described housing is communicated with described working bin, described helical axis is articulated in the bottom of described housing, and described horizontal drive motor is connected with described helical axis.
6. rotating table type sandblasting machine as claimed in claim 1, it is characterized in that: described vertical-lifting device comprises vertical drive motors, upper cylinder, bottom roll, conveyer belt and hopper, described upper and lower cylinder is articulated in respectively top and the below of described working bin, described conveyer belt is wound on the described upper and lower cylinder, described hopper is installed on the described conveyer belt, and described drive motors drives described bottom roll and rotates.
7. rotating table type sandblasting machine as claimed in claim 1, it is characterized in that: described dust pelletizing system comprises the dedusting motor, centrifugal blower, dust-removing box, dust hopper, dust sucting pipeline, discharge duct and some filter core cylinders, described dust sucting pipeline one end is communicated with described working bin, the other end is communicated with described dust-removing box upper end, described filter core cylinder is installed in the described dust-removing box, described discharge duct is communicated with the lower end of described dust-removing box, described centrifugal blower is communicated with described discharge duct, the described centrifugal blower of described dedusting motor-driven, described dust hopper are installed on the below of described dust-removing box and are communicated with the lower end of described dust-removing box.
8. rotating table type sandblasting machine as claimed in claim 7, it is characterized in that: described dust pelletizing system also comprises vibrating ash-removing mechanism, described vibrating ash-removing mechanism is installed on a side of described dust-removing box, and can carry out rapping to described filter core cylinder and make dust break away from described filter core cylinder.
9. rotating table type sandblasting machine as claimed in claim 7, it is characterized in that: described dust pelletizing system also comprises in advance dust arrester, described in advance dust arrester is connected with described the first isolation ward, blast room, the second isolation ward, separator and dust-removing box respectively, and described in advance dust arrester can carry out the dusty gas of collecting to be discharged in the described dust-removing box after the in advance dedusting.
10. rotating table type sandblasting machine as claimed in claim 1, it is characterized in that: the import and export of described the first isolation ward and the second isolation ward arrange respectively the dust-break curtain, and described dust-break curtain stops that the dust in the described isolation ward leaks.
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| CN 201110460851 CN102528673B (en) | 2011-12-31 | 2011-12-31 | Rotating table type sandblasting machine |
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| CN 201110460851 CN102528673B (en) | 2011-12-31 | 2011-12-31 | Rotating table type sandblasting machine |
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Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0585137B1 (en) * | 1992-08-27 | 1998-05-06 | Young Kil Choi | Abrasive blasting apparatus and fin removing apparatus incorporating the same |
| CN202640160U (en) * | 2011-12-31 | 2013-01-02 | 东莞市创捷机械设备有限公司 | Rotating table type sandblast equipment |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH01316171A (en) * | 1988-06-14 | 1989-12-21 | Atsuji Tekko Kk | Circulating blast device |
-
2011
- 2011-12-31 CN CN 201110460851 patent/CN102528673B/en not_active Expired - Fee Related
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0585137B1 (en) * | 1992-08-27 | 1998-05-06 | Young Kil Choi | Abrasive blasting apparatus and fin removing apparatus incorporating the same |
| CN202640160U (en) * | 2011-12-31 | 2013-01-02 | 东莞市创捷机械设备有限公司 | Rotating table type sandblast equipment |
Also Published As
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|---|---|
| CN102528673A (en) | 2012-07-04 |
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