CN101382475B - Full automatic mineral sampling and sample-preparing system in set and mineral sampling and sample-preparing method thereof - Google Patents
Full automatic mineral sampling and sample-preparing system in set and mineral sampling and sample-preparing method thereof Download PDFInfo
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- CN101382475B CN101382475B CN2007100710918A CN200710071091A CN101382475B CN 101382475 B CN101382475 B CN 101382475B CN 2007100710918 A CN2007100710918 A CN 2007100710918A CN 200710071091 A CN200710071091 A CN 200710071091A CN 101382475 B CN101382475 B CN 101382475B
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- 229910052500 inorganic mineral Inorganic materials 0.000 title claims abstract description 37
- 239000011707 mineral Substances 0.000 title claims abstract description 37
- 238000005070 sampling Methods 0.000 title claims abstract description 30
- 238000000034 method Methods 0.000 title claims abstract description 18
- 241000406668 Loxodonta cyclotis Species 0.000 claims abstract description 87
- 238000005303 weighing Methods 0.000 claims abstract description 44
- 239000000463 material Substances 0.000 claims abstract description 24
- 230000002441 reversible effect Effects 0.000 claims abstract description 22
- 238000012360 testing method Methods 0.000 claims abstract description 20
- 238000012216 screening Methods 0.000 claims abstract description 7
- 238000002360 preparation method Methods 0.000 claims description 14
- 239000010881 fly ash Substances 0.000 claims description 12
- 238000003860 storage Methods 0.000 claims description 10
- 238000004458 analytical method Methods 0.000 claims description 9
- 238000004140 cleaning Methods 0.000 claims description 9
- 238000013467 fragmentation Methods 0.000 claims description 9
- 238000006062 fragmentation reaction Methods 0.000 claims description 9
- 239000000428 dust Substances 0.000 abstract description 5
- 238000004519 manufacturing process Methods 0.000 abstract description 2
- 230000007812 deficiency Effects 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000007613 environmental effect Effects 0.000 description 1
- 238000002474 experimental method Methods 0.000 description 1
- 238000012544 monitoring process Methods 0.000 description 1
- 238000005453 pelletization Methods 0.000 description 1
- 238000007789 sealing Methods 0.000 description 1
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Abstract
The invention discloses a full automatic packaged mineral manufacturing sampling system and a mineral manufactured sampling method thereof. The full automatic packaged mineral manufactured sampling system comprises a material conveying device, a head sampler, a weighing and sample-storing hopper, a swinging chute, a drum type cylindrical screening machine, a weighing and feeding scale group, a vibratory feeder, a large crusher, an adjustable dividing machine, a dichotomy device, a small crusher, a sample collector, a reversible belt feeder, a barrate, a three-level screen, a weighing hopper group, a discarded material belt conveyer, an elephant trunk, a dust catcher, a dust removal pipeline and a PLC controller, wherein, the head sampler, the weighing and sample-storing hopper, the swinging chute and the like are connected by the elephant trunk. The mineral manufactured sampling method comprises the step that: a delivered sample and a manufactured sample are sampled. The system and the method are characterized by easy and convenient operation, convenient management, comfortable working environment and accurate and reliable test data and the like.
Description
Technical field
The present invention relates to a kind of mineral and get sample-preparing system, especially become to extract sample-preparing system and get method for making sample relevant with mineral.
Background technology
Existing mineral are got sample preparation test and are adopted craft or single devices to carry out usually, exist that running program is loaded down with trivial details, labour intensity is big, automaticity is low, the equipment sealing is poor, the excessive serious environment pollution of dust, be difficult to deficiencies such as management and test figure accuracy be low.
Summary of the invention
The purpose of this invention is to provide a kind of rational in infrastructure, operation is easy and convenient, be convenient to management, good work environment and test figure accurately and reliably full automatic mineral become to extract sample-preparing system and mineral are got method for making sample.
For achieving the above object, the present invention is achieved by the following technical solutions.Full automatic mineral becomes to extract sample-preparing system, comprise device for transporting objects, the head Sampling Machine, weigh and store the sample bucket, oscillating chute, drum-type drum sieve extension set, the feed weigher group of weighing, oscillating feeder, big disintegrating machine, adjustable division machine, riffle, little disintegrating machine, sample divider, reversible belt feeder, rotary drum, three grades of sieves, the hopper group of weighing, abandon the material belt feeder, elephant trunk, fly-ash separator, cleaning shaft, PLC controller and thermal strength test sample are produced system, the head Sampling Machine, weigh and store the sample bucket, oscillating chute connects by elephant trunk, oscillating chute is connected with drum-type drum sieve extension set and oscillating feeder by elephant trunk respectively, oscillating feeder is connected with big disintegrating machine by elephant trunk, drum-type drum sieve extension set below is provided with the feed weigher group of weighing, the feed weigher group of weighing below also is provided with reversible belt feeder and is connected with rotary drum through elephant trunk, rotary drum, three grades are sieved and weigh the hopper group and all connect by elephant trunk, the hopper group of weighing below is provided with abandons the material belt feeder, big disintegrating machine, adjustable division machine, riffle connects by elephant trunk, sample divider comprises moisture content specimen sample gatherer and technical analysis sample divider, riffle one side directly is connected with moisture content specimen sample gatherer by elephant trunk, opposite side is connected with the technical analysis sample divider through little disintegrating machine by elephant trunk, the head Sampling Machine, weigh and store the sample bucket, oscillating chute, drum-type drum sieve extension set, the feed weigher group of weighing, oscillating feeder, big disintegrating machine, adjustable division machine, riffle, little disintegrating machine, sample divider, rotary drum, three grades of sieves all are connected with fly-ash separator by cleaning shaft, device for transporting objects, the head Sampling Machine, weigh and store the sample bucket, oscillating chute, drum-type drum sieve extension set, the feed weigher group of weighing, oscillating feeder, big disintegrating machine, adjustable division machine, riffle, little disintegrating machine, sample divider, reversible belt feeder, rotary drum, three grades of sieves, the hopper group of weighing, abandon the material belt feeder, elephant trunk and fly-ash separator all are connected with the PLC controller, the thermal strength test sample is produced system and is comprised swivel chute, jaw crusher, the secondary sieve, the division machine, another riffle, I type rotary drum and another sample divider, the reversible belt feeder other end is connected with swivel chute by elephant trunk, swivel chute, jaw crusher, the secondary sieve, reduction device, described another riffle, I type rotary drum, described another sample divider all connects by elephant trunk, swivel chute, jaw crusher, the secondary sieve, the division machine, described another riffle, I type rotary drum, described another sample divider all is connected swivel chute with fly-ash separator by cleaning shaft, jaw crusher, the secondary sieve, the division machine, described another riffle, I type rotary drum, described another sample divider all is connected with the PLC controller.
A kind ofly adopt full automatic mineral to become to extract sample-preparing system to carry out mineral to get the method for sample preparation and be: a. sampling: the head Sampling Machine is slipped into the storage sample bucket of weighing in the sampling of device for transporting objects head and by elephant trunk by 5～15r/min rotational speed, the storage sample bucket of weighing obtains required sample ore by the weight of setting, b. sample presentation: the sample ore of the storage sample bucket of will weighing slips into oscillating chute by elephant trunk, on request sample ore is sent into drum-type drum sieve extension set or sent into big disintegrating machine through oscillating feeder by elephant trunk, c. sample preparation: send into drum-type drum sieve extension set as sample ore, sample ore is sieved the plurality of specifications that becomes to vary in size by drum-type drum sieve extension set, and measure the weight of plurality of specifications sample ore by the feed weigher batch total of weighing, specification on request and weight are sent sample ore into the strength test that rotary drum carries out sample ore by the elephant trunk under the reversible belt feeder, by elephant trunk sample ore being sent into three grades of sieves then sieves, entering the hopper group of weighing after the screening weighs, draw experimental data, the sample ore after will testing then put into abandon the material belt feeder transport; Send into big disintegrating machine as sample ore through oscillating feeder, then sample ore is crushed to the specification of requirement, then sample ore is sent into adjustable division machine by elephant trunk, carry out division by adjustable division machine weight on request, the sample ore that carries out division is according to required weight sent into riffle by elephant trunk and is carried out division, unnecessary sample ore put into abandon the material belt feeder transport, enter riffle carry out after the division sample ore half enter little disintegrating machine by elephant trunk and carry out fragmentation, after the fragmentation sample ore is sent into the technical analysis sample divider by elephant trunk, second half sends into moisture content specimen sample gatherer by elephant trunk.
Described employing full automatic mineral becomes to extract sample-preparing system to carry out mineral and gets the method for sample preparation and also comprise: as sample ore on request specification and weight by the reverse swivel chute of sending into of reversible belt feeder, then amount is on request sent sample ore into jaw crusher with sample ore by elephant trunk, clout by elephant trunk put into abandon the material belt feeder transport, sample ore enters jaw crusher and carries out fragmentation, sieve by secondary then, sample ore after the screening enters the division of division machine by elephant trunk, amount on request enters described another riffle by elephant trunk, clout by elephant trunk put into abandon the material belt feeder transport, the sample ore each half that enters described another riffle division enters two I type rotary drums respectively, enters described another sample divider by elephant trunk at last.
The present invention compared with prior art has the following advantages: (one) is that to become to extract sample-preparing system be full-automatic online machine room control to full automatic mineral, be that mineral are got the revolution that the sample preparation test adopts craft or single devices to operate usually, alleviate labour intensity greatly, improved labour productivity; (2) be to adopt automatic production line to carry out mineral to get the sample preparation test, reduced human factor, making the sample preparation of getting of material, to detect test findings more accurate; (3) be supporting dust pelletizing system, replace the abominable working environment that the dust of single-set operation is existed everywhere, make existing working environment meet environmental protection, healthy theory; (4) be that system control utilizes ripe PLC programming Control, make the operation of whole flow process more directly perceived, easy, reliable, get rid of the interference of human factor, experiment process reaches automatic integratedization requirement; (5) be to adopt full-automatic online machine room control, be convenient to management and monitoring, guaranteed the reliability of test figure.
Description of drawings
Fig. 1 is the schematic flow sheet that full automatic mineral of the present invention becomes to extract sample-preparing system.
Fig. 2 is the main TV structure synoptic diagram that full automatic mineral of the present invention becomes to extract sample-preparing system.
Fig. 3 is the A-A cut-open view that full automatic mineral of the present invention becomes to extract sample-preparing system.
Fig. 4 is the B-B cut-open view that full automatic mineral of the present invention becomes to extract sample-preparing system.
Embodiment
Below in conjunction with accompanying drawing embodiments of the invention are described in further detail.
Embodiment 1: as shown in Figures 1 to 4, full automatic mineral becomes to extract sample-preparing system, comprise device for transporting objects 1, head Sampling Machine 2, weigh and store sample bucket 3, oscillating chute 4, drum-type drum sieve extension set 5, the feed weigher group 6 of weighing, oscillating feeder 7, big disintegrating machine 8, adjustable division machine 9, riffle 10a, little disintegrating machine 11, sample divider 12a, 12b, reversible belt feeder 13, rotary drum 14, three grades of sieves 15, the hopper group 16 of weighing, abandon material belt feeder 17, elephant trunk 18, fly-ash separator 19, cleaning shaft 20, PLC controller 21 and thermal strength test sample are produced system 22, head Sampling Machine 2, weigh and store sample bucket 3, oscillating chute 4 connects by elephant trunk 18, oscillating chute 4 is connected with drum-type drum sieve extension set 5 and oscillating feeder 7 by elephant trunk 18 respectively, oscillating feeder 7 is connected with big disintegrating machine 8 by elephant trunk 18, drum-type drum sieve extension set 5 belows are provided with the feed weigher group 6 of weighing, the feed weigher group of weighing 6 belows also are provided with reversible belt feeder 13 and are connected with rotary drum 14 through elephant trunk 18, rotary drum 14, the three grades of sieves 15 and the hopper group 16 of weighing all connect by elephant trunk 18, the hopper group of weighing 16 belows are provided with abandons material belt feeder 17, big disintegrating machine 8, adjustable division machine 9, riffle 10a connects by elephant trunk 18, sample divider 12a, 12b comprises moisture content specimen sample gatherer 12a and technical analysis sample divider 12b, riffle 10a one side directly is connected with moisture content specimen sample gatherer 12a by elephant trunk 18, opposite side is connected with technical analysis sample divider 12b through little disintegrating machine 11 by elephant trunk 18, head Sampling Machine 2, weigh and store sample bucket 3, oscillating chute 4, drum-type drum sieve extension set 5, the feed weigher group 6 of weighing, oscillating feeder 7, big disintegrating machine 8, adjustable division machine 9, riffle 10a, little disintegrating machine 11, sample divider 12a, 12b, rotary drum 14, three grades of sieves 15 all are connected with fly-ash separator 19 by cleaning shaft 20, device for transporting objects 1, head Sampling Machine 2, weigh and store sample bucket 3, oscillating chute 4, drum-type drum sieve extension set 5, the feed weigher group 6 of weighing, oscillating feeder 7, big disintegrating machine 8, adjustable division machine 9, riffle 10a, little disintegrating machine 11, sample divider 12a, 12b, reversible belt feeder 13, rotary drum 14, three grades of sieves 15, the hopper group 16 of weighing, abandon material belt feeder 17, elephant trunk 18 and fly-ash separator 19 all are connected with PLC controller 21, the thermal strength test sample is produced system 22 and is comprised swivel chute 23, jaw crusher 24, secondary sieve 25, division machine 26, another riffle 10b, I type rotary drum 27 and another sample divider 12c, reversible belt feeder 13 other ends are connected with swivel chute 23 by elephant trunk 18, swivel chute 23, jaw crusher 24, secondary sieve 25, reduction device 26, described another riffle 10b, I type rotary drum 27, described another sample divider 12c all connects by elephant trunk 18, swivel chute 23, jaw crusher 24, secondary sieve 25, division machine 26, described another riffle 10b, I type rotary drum 27, described another sample divider 12c all is connected swivel chute 23 with fly-ash separator 19 by cleaning shaft 20, jaw crusher 24, secondary sieve 25, division machine 26, described another riffle 10b, I type rotary drum 27, described another sample divider 12c all is connected with PLC controller 21.
Embodiment 2: as shown in Figures 1 to 4, a kind of embodiment of employing 1 described full automatic mineral becomes to extract sample-preparing system to carry out mineral and get the method for sample preparation and be: a. sampling: head Sampling Machine 2 is slipped in the sampling of device for transporting objects 1 head and by elephant trunk 18 by the 6r/min rotational speed and is gone into to weigh storage sample bucket 3, the storage sample bucket 3 of weighing obtains required sample ore by the weight of setting, b. sample presentation: the sample ore of the storage sample bucket 3 of will weighing slips oscillating chute 4 by elephant trunk 18, on request sample ore is sent into drum-type drum sieve extension set 5 or sent into big disintegrating machine 8 through oscillating feeder 7 by elephant trunk 18, c. sample preparation: send into drum-type drum sieve extension set 5 as sample ore, sample ore is sieved 5 kinds of specifications that become to vary in size by 5 grades of drum-type drum sieve extension sets 5, and measure the weight of 5 kinds of specification sample ores by the feed weigher group 6 of weighing, specification on request and weight are sent sample ore into rotary drum 14 by the elephant trunk 18 under the reversible belt feeder 13 and are carried out the strength test of sample ore, by elephant trunk 18 sample ore being sent into three grades of sieves 15 then sieves, entering the hopper group 16 of weighing after the screening weighs, draw experimental data, the sample ore after will testing then put into abandon the material belt feeder 17 transport; Send into big disintegrating machine 8 as sample ore through oscillating feeder 7, then sample ore is crushed to the specification of requirement, then sample ore is sent into adjustable division machine 9 by elephant trunk 18, carry out division by adjustable division machine 9 weight on request, the sample ore that carries out division is according to required weight sent into riffle 10a by elephant trunk 18 and is carried out division, unnecessary sample ore put into abandon the material belt feeder 17 transport, enter riffle 10a carry out after the division sample ore half enter little disintegrating machine 11 by elephant trunk 18 and carry out fragmentation, after the fragmentation sample ore is sent into technical analysis sample divider 12b by elephant trunk 18, second half sends into moisture content specimen sample gatherer 12a by elephant trunk 18.
Embodiment 3: as shown in Figures 1 to 4, adopting full automatic mineral to become to extract sample-preparing system carries out mineral and gets the method for sample preparation and also comprise: as sample ore on request specification and weight by the reversible belt feeder 13 reverse swivel chutes 23 of sending into, then amount is on request sent sample ore into jaw crusher 24 with sample ore by elephant trunk 18, clout by elephant trunk 18 put into abandon the material belt feeder 17 transport, sample ore enters jaw crusher 24 and carries out fragmentation, sieve by secondary sieve 25 then, sample ore after the screening enters 26 divisions of division machine by elephant trunk 18, amount on request enters described another riffle 10b by elephant trunk 18, clout by elephant trunk 18 put into abandon the material belt feeder 17 transport, the sample ore each half that enters described another riffle 10b division enters two I type rotary drums 27 respectively, enter described another sample divider 12c by elephant trunk 18 at last, all the other are with embodiment 2.
Embodiment 4: as shown in Figures 1 to 4, a kind ofly adopt full automatic mineral to become to extract sample-preparing system to carry out mineral to get the method for sample preparation and be: a. sampling: head Sampling Machine 2 is slipped in the sampling of device for transporting objects 1 head and by elephant trunk 18 by the 15r/min rotational speed and is gone into to weigh storage sample bucket 3, the storage sample bucket 3 of weighing obtains required sample ore by the weight of setting, and all the other are with embodiment 2.
Claims (3)
1. a full automatic mineral becomes to extract sample-preparing system, comprise device for transporting objects (1), head Sampling Machine (2), weigh and store sample bucket (3), oscillating chute (4), drum-type drum sieve extension set (5), the feed weigher group of weighing (6), oscillating feeder (7), big disintegrating machine (8), adjustable division machine (9), riffle (10a), little disintegrating machine (11), sample divider (12a, 12b), reversible belt feeder (13), rotary drum (14), three grades of sieves (15), the hopper group of weighing (16) and abandon the material belt feeder (17), it is characterized in that: it also comprises elephant trunk (18), fly-ash separator (19), cleaning shaft (20), PLC controller (21) and thermal strength test sample are produced system (22), head Sampling Machine (2), weigh and store sample bucket (3), oscillating chute (4) connects by elephant trunk (18), oscillating chute (4) is connected with drum-type drum sieve extension set (5) and oscillating feeder (7) by elephant trunk (18) respectively, oscillating feeder (7) is connected with big disintegrating machine (8) by elephant trunk (18), drum-type drum sieve extension set (5) below is provided with the feed weigher group (6) of weighing, the feed weigher group of weighing (6) below also is provided with reversible belt feeder (13) and is connected with rotary drum (14) through elephant trunk (18), rotary drum (14), the three grades of sieves (15) and the hopper group (16) of weighing all connect by elephant trunk (18), the hopper group of weighing (16) below is provided with abandons material belt feeder (17), big disintegrating machine (8), adjustable division machine (9), riffle (10a) connects by elephant trunk (18), sample divider (12a, 12b) comprise moisture content specimen sample gatherer (12a) and technical analysis sample divider (12b), riffle (10a) side directly is connected with moisture content specimen sample gatherer (12a) by elephant trunk (18), opposite side is connected with technical analysis sample divider (12b) through little disintegrating machine (11) by elephant trunk (18), head Sampling Machine (2), weigh and store sample bucket (3), oscillating chute (4), drum-type drum sieve extension set (5), the feed weigher group of weighing (6), oscillating feeder (7), big disintegrating machine (8), adjustable division machine (9), riffle (10a), little disintegrating machine (11), sample divider (12a, 12b), rotary drum (14), three grades of sieves (15) all are connected with fly-ash separator (19) by cleaning shaft (20), device for transporting objects (1), head Sampling Machine (2), weigh and store sample bucket (3), oscillating chute (4), drum-type drum sieve extension set (5), the feed weigher group of weighing (6), oscillating feeder (7), big disintegrating machine (8), adjustable division machine (9), riffle (10a), little disintegrating machine (11), sample divider (12a, 12b), reversible belt feeder (13), rotary drum (14), three grades of sieves (15), the hopper group of weighing (16), abandon material belt feeder (17), elephant trunk (18) and fly-ash separator (19) all are connected with PLC controller (21), the thermal strength test sample is produced system (22) and is comprised swivel chute (23), jaw crusher (24), secondary sieve (25), division machine (26), another riffle (10b), I type rotary drum (27) and another sample divider (12c), reversible belt feeder (13) other end is connected with swivel chute (23) by elephant trunk (18), swivel chute (23), jaw crusher (24), secondary sieve (25), reduction device (26), described another riffle (10b), I type rotary drum (27), described another sample divider (12c) all connects by elephant trunk (18), swivel chute (23), jaw crusher (24), secondary sieve (25), division machine (26), described another riffle (10b), I type rotary drum (27), described another sample divider (12c) all is connected with fly-ash separator (19) by cleaning shaft (20), swivel chute (23), jaw crusher (24), secondary sieve (25), division machine (26), described another riffle (10b), I type rotary drum (27), described another sample divider (12c) all is connected with PLC controller (21).
2. one kind is adopted full automatic mineral as claimed in claim 1 to become to extract sample-preparing system to carry out the method that mineral are got sample preparation, it is characterized in that it gets method for making sample and be: a. sampling: head Sampling Machine (2) goes into to weigh to store sample bucket (3) by 5～15r/min rotational speed in the sampling of device for transporting objects (1) head and by elephant trunk (18) slide, the storage sample bucket (3) of weighing obtains required sample ore by the weight of setting, b. sample presentation: the sample ore of the storage sample bucket (3) of will weighing is gone into oscillating chute (4) by elephant trunk (18) slide, on request sample ore is sent into drum-type drum sieve extension set (5) or sent into big disintegrating machine (8) through oscillating feeder (7) by elephant trunk (18), c. sample preparation: send into drum-type drum sieve extension set (5) as sample ore, sample ore is sieved the plurality of specifications that becomes to vary in size by drum-type drum sieve extension set (5), and measure the weight of plurality of specifications sample ore by the feed weigher group (6) of weighing, specification on request and weight are sent sample ore into rotary drum (14) by the elephant trunk (18) under the reversible belt feeder (13) and are carried out the strength test of sample ore, by elephant trunk (18) sample ore being sent into three grades of sieves (15) then sieves, entering the hopper group (16) of weighing after the screening weighs, draw experimental data, the sample ore after will testing then put into abandon the material belt feeder (17) transport; Send into big disintegrating machine (8) as sample ore through oscillating feeder (7), then sample ore is crushed to the specification of requirement, then sample ore is sent into adjustable division machine (9) by elephant trunk (18), carry out division by adjustable division machine (9) weight on request, the sample ore that carries out division is according to required weight sent into riffle (10a) by elephant trunk (18) and is carried out division, unnecessary sample ore put into abandon the material belt feeder (17) transport, enter riffle (10a) carry out after the division sample ore half enter little disintegrating machine (11) by elephant trunk (18) and carry out fragmentation, after the fragmentation sample ore is sent into technical analysis sample divider (12b) by elephant trunk (18), second half sends into moisture content specimen sample gatherer (12a) by elephant trunk (18).
3. employing full automatic mineral one-tenth according to claim 2 is extracted sample-preparing system and is carried out the method that mineral are got sample preparation, it is characterized in that its method for making sample also comprises: as sample ore on request specification and weight by the reverse swivel chute (23) of sending into of reversible belt feeder (13), then amount is on request sent sample ore into jaw crusher (24) with sample ore by elephant trunk (18), clout by elephant trunk (18) put into abandon the material belt feeder (17) transport, sample ore enters jaw crusher (24) and carries out fragmentation, sieve by secondary sieve (25) then, sample ore after the screening enters division machine (26) division by elephant trunk (18), amount on request enters described another riffle (10b) by elephant trunk (18), clout by elephant trunk (18) put into abandon the material belt feeder (17) transport, the sample ore each half that enters described another riffle (10b) division enters two I type rotary drums (27) respectively, enters described another sample divider (12c) by elephant trunk (18) at last.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2007100710918A CN101382475B (en) | 2007-09-04 | 2007-09-04 | Full automatic mineral sampling and sample-preparing system in set and mineral sampling and sample-preparing method thereof |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2007100710918A CN101382475B (en) | 2007-09-04 | 2007-09-04 | Full automatic mineral sampling and sample-preparing system in set and mineral sampling and sample-preparing method thereof |
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| CN101382475A CN101382475A (en) | 2009-03-11 |
| CN101382475B true CN101382475B (en) | 2010-09-15 |
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| CN2103138U (en) * | 1991-01-24 | 1992-04-29 | 谢庆云 | Dustproof curtain apparatus for sample machine of coal or bulk mineral |
| CN2150549Y (en) * | 1993-03-03 | 1993-12-22 | 冶金工业部长沙矿冶研究院 | Automatic sampler with counting and fault alarm |
| CN2364455Y (en) * | 1999-03-16 | 2000-02-16 | 黄斌 | Barrel type sampler |
| CN201096643Y (en) * | 2007-09-04 | 2008-08-06 | 范金泉 | Full-automatic mineral complete sampling and sample preparation system |
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| CN101382475A (en) | 2009-03-11 |
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