CN201882649U - Identification system for varieties of stocks stacked and taken in stock ground - Google Patents
Identification system for varieties of stocks stacked and taken in stock ground Download PDFInfo
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- CN201882649U CN201882649U CN 201020588632 CN201020588632U CN201882649U CN 201882649 U CN201882649 U CN 201882649U CN 201020588632 CN201020588632 CN 201020588632 CN 201020588632 U CN201020588632 U CN 201020588632U CN 201882649 U CN201882649 U CN 201882649U
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Abstract
The utility model relates to an identification system for the varieties of stocks stacked and taken in a stock ground. The system comprises an identification device for the traveling position of a stock stacking and taking machine, an identification device for the angle of a rotating arm of the stock stacking and taking machine and a controller, wherein the identification device for the traveling position of the stock stacking and taking machine and the identification device for the angle of the rotating arm of the stock stacking and taking machine are both connected with the controller; and computational processing is carried out by the controller according to the obtained traveling position of the stock stacking and taking machine, the obtained angle of the rotating arm of the stock stacking and taking machine, the length of an inherent rotating arm of the stock stacking and taking machine and the length of the stock ground, the coordinates of the operating position of a bucket wheel of the stock stacking and taking machine, which is positioned at the end of the rotating arm, are obtained, the coordinates of the operating position of the bucket wheel and the coordinates of the positional area of each stock of the stock ground are also compared, and the varieties of the stocks which are currently operated by the stock stacking and taking machine are obtained. By the identification system, the varieties of the stocks operated by the stock stacking and taking machine can be correctly identified under various environments, the occurrence of the accident of mass mixing is avoided, and the production efficiency is enhanced.
Description
Technical field
The utility model relates to the automation of industry field, and particularly a kind of stock ground heap is got the system of the raw material variety identification in the raw material process.
Background technology
In industrial enterprise's production process, the management in stock ground is the important step of enterprise's material turnover, storage, in this link, has mainly comprised reception, storage (heap) and transportation technological processes such as (getting) to raw material.In the stock ground, stack various raw materials, between every kind of raw material certain spacer region is arranged all, to prevent the mixed matter of raw material.At present, at windrow and getting in the process of material, most enterprises are to use stacker-reclaimer to operate to stock yard, and stacker-reclaimer is a kind of heavy stock ground mobile device, and it mainly is made up of running mechanism, cantilever mechanism, bucket wheel mechanism, trailer and belt conveyor.Stacker-reclaimer can be advanced in orbit, by cantilever mechanism and the bucket wheel machine that is arranged in the bucket wheel mechanism of cantilever mechanism end, raw material is carried out windrow and gets the material operation.
Identification to raw material variety mainly is to carry out artificial congnition by the bucket wheel position to stacker-reclaimer, because the raw material variety in the stock ground is various and very close on profile and color, can not be directly with eyes or instrument identification, therefore mode commonly used is by marker or literal are set in ground fixed position, identification bucket wheel position, the raw material of storing according to this position is manually judged the kind of raw material, this mode often is subjected to influence of various factors, for example marker or literal can't be seen clearly by dirt or be misunderstood, night insufficient light or when rainy, all correctly identification marker or literal, thereby kind identification error to the operation raw material, not only the quality to product has a direct impact, cause material kind of mixed matter, the more important thing is that wrong raw material stacks and obtain, may cause serious negative effect, destroy the normal production order the postorder production facilities, even cause industrial accident, for enterprise brings serious loss.
The utility model content
The utility model judges that at artificial in the prior art kind of raw material easily causes thereby the kind identification error of operation raw material is caused the problem of mixing the matter accident under the influence that is subjected to external factor, a kind of stock ground automatic recognition system that heap is got raw material variety is provided, this recognition system is not subjected to the influence of external factor, can under various environment, correctly discern the operated raw material variety of stacker-reclaimer, avoid mixing the matter accident and take place, improved production efficiency.
The technical solution of the utility model is as follows:
The recognition system that a kind of stock ground heap is got raw material variety, it is characterized in that, comprise stacker-reclaimer traveling position identification device, stacker-reclaimer spiral arm angle means of identification and controller, described stacker-reclaimer traveling position identification device is arranged on and is used to obtain stacker-reclaimer on the stacker-reclaimer and walks line position, described stacker-reclaimer spiral arm angle means of identification is arranged on the spiral arm of stacker-reclaimer and is used to obtain stacker-reclaimer spiral arm angle, and described stacker-reclaimer traveling position identification device all links to each other with controller with stacker-reclaimer spiral arm angle means of identification; Described controller carries out computing according to spiral arm length and stock ground length that stacker-reclaimer is walked line position, stacker-reclaimer spiral arm angle, stacker-reclaimer, obtain the operating position coordinate that stacker-reclaimer is positioned at the bucket wheel of spiral arm end, and each raw material band of position coordinate in this bucket wheel operating position coordinate and stock ground compared, obtain the current operated raw material variety of stacker-reclaimer.
Described stacker-reclaimer traveling position identification device comprises displacement encoder, and described displacement encoder links to each other with controller, and the bottom that described displacement encoder is arranged on stacker-reclaimer is used for the line position of walking of stacker-reclaimer is carried out code identification.
Described stacker-reclaimer traveling position identification device comprises support, locating wheel and first rotary encoder that is provided with on locating wheel, described first rotary encoder links to each other with controller, described locating wheel links to each other with the bottom of stacker-reclaimer by support, described locating wheel contact with the walking rails of stacker-reclaimer and with the same moved further of stacker-reclaimer, described locating wheel drive when rotating that the rotation of first rotary encoder produces the impulse singla that has direction and receive by controller after draw the line position of walking of stacker-reclaimer.
Also be provided with spring on the described support, described spring is used to strengthen the friction force between locating wheel and the walking rails.
Described stacker-reclaimer spiral arm angle means of identification comprises rotary encoder, and described rotary encoder links to each other with controller, and described rotary encoder is arranged on the spiral arm angle that is used on the stacker-reclaimer spiral arm stacker-reclaimer and carries out code identification.
Described stacker-reclaimer spiral arm angle means of identification comprises flower wheel and second rotary encoder that is provided with on flower wheel, the gear of described flower wheel combines with stacker-reclaimer spiral arm disk gear, described second rotary encoder links to each other with controller, the rotation of described flower wheel drive that second rotary encoder produces the impulse singla that has direction and receive by controller after draw stacker-reclaimer spiral arm angle.
Also comprise the traveling position correction apparatus, described traveling position correction apparatus is included in sensor that is provided with on the stacker-reclaimer and the one or more check points that are provided with on stacker-reclaimer walking rails side, described sensor links to each other with controller, described sensor is used for the signal of acquisition correction point when stacker-reclaimer process check point and sends it to controller, and described controller carries out the correction of walking line position of stacker-reclaimer according to this check point.
Technique effect of the present utility model is as follows:
The recognition system that stock ground that the utility model provides heap is got raw material variety in operating process, is automatically discerned judgement to raw material variety based on the stacker-reclaimer in stock ground, and main application is a stacker-reclaimer.This recognition system comprises stacker-reclaimer traveling position identification device, stacker-reclaimer spiral arm angle means of identification and controller, obtain stacker-reclaimer by stacker-reclaimer traveling position identification device and walk line position, stacker-reclaimer spiral arm angle means of identification obtains stacker-reclaimer spiral arm angle, controller is walked line position with this stacker-reclaimer, stacker-reclaimer spiral arm angle, the spiral arm length and the stock ground length of stacker-reclaimer are carried out computing, obtain the coordinate of the bucket wheel operating position of stacker-reclaimer, and each raw material band of position coordinate in itself and stock ground compared, obtain the current operated raw material variety of stacker-reclaimer.This system by to the stacker-reclaimer in stock ground walk line position and the spiral arm angle is discerned, and with the windrow of the stacker-reclaimer that calculates or operating position coordinate and each raw material band of position coordinate contrast of getting material, obtain both logical relations, finally obtain current operated raw material variety, realize the automatic identification of the operated raw material variety of stacker-reclaimer, and the raw material variety that identifies can be shown to operating personal in real time.This recognition system can correctly be discerned the operated raw material variety of stacker-reclaimer under various environment, need not the bucket wheel position of artificial congnition stacker-reclaimer, the variety of issue of having avoided existing artificial congnition raw material variety to cause, can not be subjected to the influence of external environment factor, the automatic identification that realization is got raw material variety to the field heap, and accuracy of identification height, avoid mixing the generation of matter accident, realize the windrow of stacker-reclaimer and the proper operation of getting material, and, improved production efficiency for guaranteeing that the follow-up normal production order provides prerequisite, alleviate labor intensity of operating personnel and judged pressure, strengthen the safety of raw material storage and transport process, improved the enterprise production management level.
Stacker-reclaimer traveling position identification device adopts the displacement encoder that is provided with in the bottom of stacker-reclaimer to come the line position of walking of stacker-reclaimer is carried out code identification, this displacement encoder is real to be traveling location recognition coder, in stacker-reclaimer traveling process, carry out the position encoded identification of stacker-reclaimer traveling by this displacement encoder, realize stacker-reclaimer is walked the accurate detection of line position; Or first rotary encoder that adopts support, locating wheel and on locating wheel, be provided with, by first rotary encoder locating wheel is rotated counting, thereby obtain the locating wheel advanced positions, because locating wheel is along with the same moved further of stacker-reclaimer, so also just having obtained stacker-reclaimer simultaneously walks line position.
Stacker-reclaimer spiral arm angle means of identification adopts the rotary encoder that is provided with on the stacker-reclaimer spiral arm to come the spiral arm angle of stacker-reclaimer is carried out code identification, this rotary encoder is real to be spiral arm angle recognition coding device, in the spiral arm rotary course of stacker-reclaimer, carry out the identification of spiral arm angle by this rotary encoder; Or the flower wheel of employing stacker-reclaimer rotary transfer arm web setting and second rotary encoder that on flower wheel, is provided with, by second rotary encoder flower wheel is rotated counting, thereby obtain the anglec of rotation of flower wheel, because the gear of flower wheel combines with the gear of spiral arm rotating disk, so can further obtain the anglec of rotation, i.e. stacker-reclaimer spiral arm angle as the spiral arm rotating disk of driving wheel.
By being set, realizes the traveling position correction apparatus walking the correction of line position, can be when occurring water, oil stain or other obstacle on stacker-reclaimer long-play or the walking rails, obtaining the deviation that line position causes of walking of stacker-reclaimer proofreaies and correct, guarantee that stacker-reclaimer walks the precision that line position obtains, and then improved the precision of raw material variety identification.
Description of drawings
Fig. 1 gets the schematic diagram of the recognition system structure of raw material variety for the preferred stock ground of the utility model heap.
Fig. 2 gets the scheme drawing of the recognition system structure of raw material variety for the preferred stock ground of the utility model heap.
Fig. 3 is the structural representation of preferred stacker-reclaimer traveling position identification device.
Fig. 4 is the structural representation of preferred traveling position correction apparatus.
Fig. 5 is the structural representation of preferred stacker-reclaimer spiral arm angle means of identification.
Fig. 6 gets the schematic diagram of the recognition system of raw material variety for the utility model stock ground heap.
Each label lists as follows among the figure:
The 1-stacker-reclaimer; The 2-support; The 3-locating wheel; 4-first rotary encoder; The 5-walking rails; The 6-spring; 7-spiral arm rotating disk; The 8-flower wheel; 9-second rotary encoder; The 10-sensor; 11-relative correction point; The absolute check point of 12-; The 13-bucket wheel; 14-stacker-reclaimer spiral arm; The 15-raw material; The 16-raw material.
The specific embodiment
Below in conjunction with accompanying drawing the utility model is described.
The utility model discloses the recognition system that a kind of stock ground heap is got raw material variety, the preferred structure schematic diagram of this recognition system as shown in Figure 1, this system comprises stacker-reclaimer traveling position identification device, stacker-reclaimer spiral arm angle means of identification, traveling position correction apparatus and controller, and stacker-reclaimer traveling position identification device, stacker-reclaimer spiral arm angle means of identification all link to each other with controller with the traveling position correction apparatus.This recognition system is by being provided with stacker-reclaimer traveling position identification device, stacker-reclaimer spiral arm angle means of identification and controller, to stacker-reclaimer walk line position and the spiral arm angle is measured collection, and to the line position of gathering of walking being proofreaied and correct by the traveling position correction apparatus, thereby obtain the coordinate position of the bucket wheel of stacker-reclaimer spiral arm end, according to the regional location coordinate of each raw material variety of stock ground, just can judge the raw material variety of stacker-reclaimer operation again.Wherein, controller can be selected the compact process controller of digital signal acquiring, calculating, as PLC, by PLC to the signal that stacker-reclaimer traveling position identification device and stacker-reclaimer spiral arm angle means of identification send gather, digitized processing and calculating, at last result calculated and each raw material variety region are compared, judge the raw material variety of current operation.
Fig. 2 gets the structural representation of the recognition system of raw material variety for the preferred stock ground of the utility model heap.
The structural representation of stacker-reclaimer traveling position identification device as shown in Figure 3, this stacker-reclaimer traveling position identification device is arranged on the bottom of stacker-reclaimer 1, comprise support 2, spring 6, the locating wheel 3 and first rotary encoder 4, support 2 is arranged on the bottom of stacker-reclaimer 1, support 2 connects locating wheel 3, this locating wheel 3 contact with the walking rails 5 of stacker-reclaimer 1 and locating wheel 3 can with stacker-reclaimer 1 same moved further, first rotary encoder 4 is arranged on the locating wheel 3 and first rotary encoder 4 links to each other with PLC, spring 6 is arranged on the support 2,6 compressions of this spring give support 2 downward pressure, so spring 6 can be strengthened the friction force between locating wheel 3 and the walking rails 5.When stacker-reclaimer 1 is advanced, locating wheel 3 is along with rotation, and first rotary encoder 4 above driving rotates, and first rotary encoder 4 produces the impulse singla that has direction, receive this impulse singla by PLC again, can obtain that stacker-reclaimer 1 is walked line position or traveling is position encoded.For obtain stacker-reclaimer walk line position or traveling is position encoded, stacker-reclaimer traveling position identification device in the utility model recognition system can realize by other structure, as the bottom at stacker-reclaimer displacement encoder is set the line position of walking of stacker-reclaimer is carried out code identification.
The structural representation of traveling position correction apparatus as shown in Figure 4, this traveling position correction apparatus is included in sensor 10 that is provided with on the stacker-reclaimer 1 and a plurality of check points that are provided with near the walking rails 5 of stacker-reclaimer 1, as a plurality of relative correction points 11 and an absolute check point 12 (check point in other words conj.or perhaps resets), sensor 10 links to each other with PLC.Put 11 o'clock sensors 10 at stacker-reclaimer 1 through relative correction and gather the signal of this relative correction point and send it to PLC, PLC carries out the correction of walking line position or the position encoded value of traveling of stacker-reclaimer 1 according to relative correction point 11.After sensor 10 collected the signal of absolute check point and sends to PLC, PLC resetted to the position encoded value of the traveling of stacker-reclaimer 1 according to this signal.
Stacker-reclaimer spiral arm angle means of identification links to each other with the spiral arm of stacker-reclaimer, the structural representation of stacker-reclaimer spiral arm angle means of identification as shown in Figure 5, second rotary encoder 9 that comprises flower wheel 8 and on flower wheel 8, be provided with, flower wheel 8 is arranged on the gear outside of the spiral arm rotating disk 7 of stacker-reclaimer 1, the gear of this flower wheel 8 combines with spiral arm rotating disk 7 gears, and second rotary encoder 9 links to each other with PLC.When the spiral arm rotating disk 7 of stacker-reclaimer rotates, also rotate with its gear cncr flower wheel 8 thereupon, thereby drive 9 rotations of second rotary encoder, second rotary encoder 9 produces the impulse singla that has direction, receive this impulse singla by PLC again, can obtain stacker-reclaimer spiral arm angle or spiral arm angular coding.In order to obtain stacker-reclaimer spiral arm angle or spiral arm angular coding, stacker-reclaimer spiral arm angle means of identification in the utility model recognition system can be realized by other structure, as rotary encoder is set on the stacker-reclaimer spiral arm spiral arm angle of stacker-reclaimer is carried out code identification.
This means of identification is after the stacker-reclaimer of obtaining is walked line position and spiral arm angle, carry out digitized processing and calculating by length and stock ground length that PLC walks line position, stacker-reclaimer spiral arm angle, stacker-reclaimer spiral arm 14 according to stacker-reclaimer, obtain the coordinate (X of bucket wheel 13 operating positions of stacker-reclaimer 1, Y), and each raw material band of position coordinate in these bucket wheel 13 operating position coordinates and stock ground compared, obtain the current operated raw material variety of stacker-reclaimer.
The concrete algorithm that Fig. 2 piles in described stock ground the recognition system of getting raw material variety is as follows:
(1), obtains stacker-reclaimer by stacker-reclaimer traveling position identification device and walk line position
As shown in Figure 3, when stacker-reclaimer is advanced, locating wheel 3 is along with rotation, first rotary encoder, 4 rotations above driving, be rotated counting by 4 pairs of locating wheels 3 of first rotary encoder, generation has the impulse singla of direction, again by controller received pulse signal, controller carries out the signal conversion and then draws locating wheel 3 advanced positions or the advanced positions coding after receiving this impulse singla, because locating wheel 3 is along with stacker-reclaimer 1 same moved further, also stacker-reclaimer 1 is walked line position or traveling is position encoded with regard to having obtained simultaneously.
The compression of the spring 6 on the support 2 can guarantee that locating wheel 3 and walking rails have enough friction force are arranged between 5, thereby makes locating wheel 3 can not skid when rotating, thereby guarantees that 4 pairs of locating wheels of first rotary encoder 3 carry out accurately rotation counting.
Stacker-reclaimer traveling positional precision: the employing girth is that locating wheel 3, the first rotary encoders 4 of 50mm are 200 yards weekly, and then stacker-reclaimer traveling location recognition precision is: 50mm/200=0.25mm.
(2), by the traveling position correction apparatus line position of walking of the stacker-reclaimer that obtains is proofreaied and correct
As shown in Figure 4, when stacker-reclaimer is advanced and is put 11 through a relative correction, sensor 10 collects the signal of a relative correction point 11, and this signal that will collect sends to controller, carried out the correction of walking line position or line position encoded radio of stacker-reclaimer 1 according to this relative correction point 11 by controller; When stacker-reclaimer is advanced and during through absolute check point 12, sensor 10 collects the reset signal of an absolute check point 12, and this reset signal that will collect sends to controller, the position encoded value of the traveling of stacker-reclaimer 1 resetted according to this reset signal by controller.
This embodiment gathers each check point signal by sensor 10, in addition, also can gather relative correction point and absolute check point signal by being provided with near switch or photoelectric switch or other collecting device on stacker-reclaimer 1.
(3), obtain stacker-reclaimer spiral arm angle by stacker-reclaimer spiral arm angle means of identification
As shown in Figure 5, when the spiral arm rotating disk 7 of stacker-reclaimer rotates, also rotate with its gear cncr flower wheel 8 thereupon, thereby drive 9 rotations of second rotary encoder, be rotated counting by 9 pairs of flower wheels 8 of second rotary encoder, generation has the impulse singla of direction, again by controller received pulse signal, controller carries out the anglec of rotation or the anglec of rotation coding that flower wheel 8 was changed and then drawn to signal after receiving this impulse singla, because the gear of flower wheel 8 combines with the gear of spiral arm rotating disk 7, so can further obtain the anglec of rotation or anglec of rotation coding, i.e. stacker-reclaimer spiral arm angle or spiral arm angular coding as the spiral arm rotating disk 7 of driving wheel.
Stacker-reclaimer spiral arm angle accuracy of identification: adopting girth is that flower wheel 8, the second rotary encoders 9 of 50mm are 200 yards weekly, is 18000mm as the stacker-reclaimer spiral arm disk diameter of driving wheel, so stacker-reclaimer spiral arm angle accuracy of identification is:
360°/[(18000/50)×200]＝0.005°
(4), walk line position and spiral arm angle according to the stacker-reclaimer of obtaining again, and intrinsic spiral arm length and the stock ground length of stacker-reclaimer, obtain the coordinate of operating position that stacker-reclaimer is positioned at the bucket wheel of spiral arm end, schematic diagram as shown in Figure 6, wherein, the walking rails direction of stacker-reclaimer is longitudinal direction Y.
The coordinate position of the bucket wheel 13 of stacker-reclaimer spiral arm 14 ends (X, Y) computing formula:
X＝M+L×Cos(α)
Y＝L×Sin(α)
Wherein: M: stacker-reclaimer is walked line position (or being converted into corresponding encoded radio)
L: the length of stacker-reclaimer spiral arm 14 (or being converted into corresponding encoded radio)
α: spiral arm angle
(5), the zone at each raw material variety place, stock ground is divided by coordinate position, raw material region as shown in phantom in Figure 6 comprises raw material 15 and raw material 16 among the figure, between every kind of raw material certain spacer region is arranged all, prevents the mixed matter of raw material.
Length and width size according to the stock ground is encoded, and the coordinate of raw material region is:
……
Raw material N coordinate be (XN, YN)-(XNa, YNa)
Then bucket wheel coordinate position and each raw material variety area coordinate position are compared, can identify the raw material variety that stacker-reclaimer is being operated.For example, when the bucket wheel coordinate position was in certain raw material M coordinate position scope, its logical relation was as follows:
(X≥XMa)&&(X≤XM)&&(Y≥YM)&&(Y≤YMa)
At this moment, the operated raw material variety of stacker-reclaimer is M.Stacker-reclaimer is when advancing, its spiral arm is also in rotation, when the coordinate position of the coordinate position of the bucket wheel of stacker-reclaimer spiral arm end and raw material M satisfies above-mentioned logical relation, can identify the operated principle kind of stacker-reclaimer is M, just can carry out windrow and the operation of getting material to this raw material M by bucket wheel.
Stacker-reclaimer traveling positional precision is 0.25mm, and stacker-reclaimer spiral arm angle accuracy of identification is 0.005 °, and spiral arm length is 14 meters, and therefore, the bucket wheel coordinate accuracy of identification of stacker-reclaimer will be less than 1mm.The area coordinate of each raw material variety of stock ground all is unit with rice, and the bucket wheel coordinate accuracy of identification of stacker-reclaimer is 1mm, considerably beyond the raw material variety coordinate unit, therefore, can very accurately identify stacker-reclaimer operation raw material variety, after further carrying out the traveling location correction, the raw material variety recognition accuracy can reach 100%.
This system of the present utility model has realized the automatic identification of getting raw material variety is piled in the stock ground, can under various external environments, correctly discern raw material variety, operating personal is notified or be shown to recognition result, just can effectively avoid the raw material variety identification error, stop to mix the generation of matter accident, improved production efficiency, alleviated labor intensity of operating personnel and judged pressure, to change recognition system and be dissolved in the modern production management mode, and can improve the technological means and the level of management of producing supervision.
Should be pointed out that the above specific embodiment can make those skilled in the art more fully understand the invention, but do not limit the present invention in any way creation.Therefore; although this specification sheets has been described in detail the invention with reference to drawings and Examples; but; those skilled in the art are to be understood that; still can make amendment or be equal to replacement the invention; in a word, all do not break away from the technical scheme and the improvement thereof of the spirit and scope of the invention, and it all should be encompassed in the middle of the protection domain of the invention patent.
Claims (7)
1. the recognition system of getting raw material variety is piled in a stock ground, it is characterized in that, comprise stacker-reclaimer traveling position identification device, stacker-reclaimer spiral arm angle means of identification and controller, described stacker-reclaimer traveling position identification device is arranged on and is used to obtain stacker-reclaimer on the stacker-reclaimer and walks line position, described stacker-reclaimer spiral arm angle means of identification is arranged on the spiral arm of stacker-reclaimer and is used to obtain stacker-reclaimer spiral arm angle, and described stacker-reclaimer traveling position identification device all links to each other with controller with stacker-reclaimer spiral arm angle means of identification; Described controller carries out computing according to spiral arm length and stock ground length that stacker-reclaimer is walked line position, stacker-reclaimer spiral arm angle, stacker-reclaimer, obtain the operating position coordinate that stacker-reclaimer is positioned at the bucket wheel of spiral arm end, and each raw material band of position coordinate in this bucket wheel operating position coordinate and stock ground compared, obtain the current operated raw material variety of stacker-reclaimer.
2. the recognition system that stock ground according to claim 1 heap is got raw material variety, it is characterized in that, described stacker-reclaimer traveling position identification device comprises displacement encoder, described displacement encoder links to each other with controller, and the bottom that described displacement encoder is arranged on stacker-reclaimer is used for the line position of walking of stacker-reclaimer is carried out code identification.
3. the recognition system that stock ground according to claim 1 heap is got raw material variety, it is characterized in that, described stacker-reclaimer traveling position identification device comprises support, locating wheel and first rotary encoder that on locating wheel, is provided with, described first rotary encoder links to each other with controller, described locating wheel links to each other with the bottom of stacker-reclaimer by support, described locating wheel contact with the walking rails of stacker-reclaimer and with the same moved further of stacker-reclaimer, described locating wheel drive when rotating that the rotation of first rotary encoder produces the impulse singla that has direction and receive by controller after draw the line position of walking of stacker-reclaimer.
4. the recognition system that stock ground according to claim 3 heap is got raw material variety is characterized in that, also is provided with spring on the described support, and described spring is used to strengthen the friction force between locating wheel and the walking rails.
5. pile the recognition system of getting raw material variety according to the described stock ground of one of claim 1 to 4, it is characterized in that, described stacker-reclaimer spiral arm angle means of identification comprises rotary encoder, described rotary encoder links to each other with controller, and described rotary encoder is arranged on the spiral arm angle that is used on the stacker-reclaimer spiral arm stacker-reclaimer and carries out code identification.
6. pile the recognition system of getting raw material variety according to the described stock ground of one of claim 1 to 4, it is characterized in that, described stacker-reclaimer spiral arm angle means of identification comprises flower wheel and second rotary encoder that is provided with on flower wheel, the gear of described flower wheel combines with stacker-reclaimer spiral arm disk gear, described second rotary encoder links to each other with controller, the rotation of described flower wheel drive that second rotary encoder produces the impulse singla that has direction and receive by controller after draw stacker-reclaimer spiral arm angle.
7. the recognition system that stock ground according to claim 6 heap is got raw material variety, it is characterized in that, also comprise the traveling position correction apparatus, described traveling position correction apparatus is included in sensor that is provided with on the stacker-reclaimer and the one or more check points that are provided with on stacker-reclaimer walking rails side, described sensor links to each other with controller, described sensor is used for the signal of acquisition correction point when stacker-reclaimer process check point and sends it to controller, and described controller carries out the correction of walking line position of stacker-reclaimer according to this check point.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201020588632 CN201882649U (en) | 2010-11-02 | 2010-11-02 | Identification system for varieties of stocks stacked and taken in stock ground |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201020588632 CN201882649U (en) | 2010-11-02 | 2010-11-02 | Identification system for varieties of stocks stacked and taken in stock ground |
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| Publication Number | Publication Date |
|---|---|
| CN201882649U true CN201882649U (en) | 2011-06-29 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201020588632 Expired - Lifetime CN201882649U (en) | 2010-11-02 | 2010-11-02 | Identification system for varieties of stocks stacked and taken in stock ground |
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| CN (1) | CN201882649U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102020118A (en) * | 2010-11-02 | 2011-04-20 | 北京三博中自科技有限公司 | Method and system for identifying varieties of piled and taken raw materials in stockyard |
| CN102642721A (en) * | 2012-04-17 | 2012-08-22 | 三一集团有限公司 | Reclaiming control method of bucket-wheel reclaimer and bucket-wheel reclaimer |
| CN105836419A (en) * | 2016-05-31 | 2016-08-10 | 中交航局安装工程有限公司 | Material taking rotation boundary judgment and control system and method for bucket wheel machine |
-
2010
- 2010-11-02 CN CN 201020588632 patent/CN201882649U/en not_active Expired - Lifetime
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102020118A (en) * | 2010-11-02 | 2011-04-20 | 北京三博中自科技有限公司 | Method and system for identifying varieties of piled and taken raw materials in stockyard |
| CN102020118B (en) * | 2010-11-02 | 2012-12-05 | 北京三博中自科技有限公司 | Method and system for identifying varieties of piled and taken raw materials in stockyard |
| CN102642721A (en) * | 2012-04-17 | 2012-08-22 | 三一集团有限公司 | Reclaiming control method of bucket-wheel reclaimer and bucket-wheel reclaimer |
| CN102642721B (en) * | 2012-04-17 | 2015-07-22 | 三一海洋重工有限公司 | Reclaiming control method of bucket-wheel reclaimer and bucket-wheel reclaimer |
| CN105836419A (en) * | 2016-05-31 | 2016-08-10 | 中交航局安装工程有限公司 | Material taking rotation boundary judgment and control system and method for bucket wheel machine |
| CN105836419B (en) * | 2016-05-31 | 2024-02-06 | 中交一航局安装工程有限公司 | Bucket wheel machine material taking and rotation boundary judgment control system and method |
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