CN106608513A - Compressed automatic distributing device for mine and control method thereof - Google Patents
Compressed automatic distributing device for mine and control method thereof Download PDFInfo
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- CN106608513A CN106608513A CN201510705932.0A CN201510705932A CN106608513A CN 106608513 A CN106608513 A CN 106608513A CN 201510705932 A CN201510705932 A CN 201510705932A CN 106608513 A CN106608513 A CN 106608513A
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Abstract
The invention relates to the field of mine equipment, in particular to a compressed automatic distributing device for a mine and a control method thereof. The compressed automatic distributing device comprises a power control device and a plurality of sets of conveying strips, a conveying gap is formed between the conveying strips of each set, each set of conveying strips comprises two conveying strips, and a structure similar to a guide rail is formed between every two conveying strips and used for allowing a pushing rack to move so as to push minerals to operate along the conveying strips. Each pushing rack is provided with a branch strip, and a stop block is arranged above each pushing rack, so that the overturning and vibrating effects in the mineral operation process are achieved; and conveying belts are arranged below the pushing racks and used for conveying minerals to a subsequent station after the minerals of different sizes are sorted through the conveying gaps. By means of the compressed automatic distributing device for the mine and the control method thereof, the minerals can be quickly conveyed and can be sorted in time in the conveying process so as to be connected with the subsequent station, the number of conveying links is reduced, and energy of the whole station is saved.
Description
Technical field
The present invention relates to mine nation equipment, more particularly to mineral are carried out with the control method processed with compression shape automatic diverter and by the device to mineral by the mine of automatic transportation and sorting process.
Background technology
During existing mining, transport to mineral is all to adopt ribbon conveyer, for transporting substantial amounts of mineral in bulk, it is big with freight volume, it is easily controlled, can long-distance transportation the characteristics of, so as to be used in a large number, but there is its inevitable defect in ribbon conveyer, its operation is to drive mineral operation by the frictional force of conveyer belt itself, easily wear and tear, change inconvenient, service life is short, it is particularly big in nation amount, during nation to conveyer belt impact it is larger in the case of, significantly limit the continuous-stable of its freight volume and transport, particularly in the case where indivedual workshop sections have mineral accumulation, or inclining workshop section even more weares and teares very big.In addition, for the transport and follow-up process of mineral, conveyer belt can only play a part of conveying, mineral can not be sorted during conveying, so that follow-up processed can be rapidly performed by after completing in conveying, also need to arrange more operations in addition, make workshop section more complicated.The mineral that can not be sorted also can cause processing difficulties, the problem of energy waste during process to follow-up equipment.
The content of the invention
Present invention aim to address prior art Minerals conevying efficiency and the technical problem being connected with follow-up workshop section, a kind of mine compression shape automatic diverter is provided, and control method mineral processed by the device, using the apparatus and method, mineral can be carried out with fast transportation and timely sorting process is carried out to mineral during transport and is connected with follow-up workshop section, be reduced transit link and save the energy of whole workshop section.
The purpose of the present invention is realized by following technical proposal：
A kind of mine compression shape automatic diverter, one end connects power control unit, including many conveying bars arranged along conveying direction, it is one group that bar is conveyed per two, each group of two conveying bars be arranged in parallel and are spaced apart each other, it is spaced apart between each group of conveying bar and forms conveying gap, the circulating transmission driven by power control unit is provided with below conveying bar, the promotion tooth bar driven by which is provided with circulating transmission, tooth bar lower end is promoted to be connected on circulating transmission, upper end is through each group of two conveying bars, conveying gap on mineral conveying direction is presented diminishing compression shape structure.
It is in further scheme, described to promote tooth bar and circulating transmission elastic connection, promote tooth bar rotate and with the function of automatically reverting to initial position centered on its connecting portion with circulating transmission.
In further scheme, described each promotes many lattice framings is provided with tooth bar, promote tooth bar itself can rotation so as to drive lattice framing to rotate.
In further scheme, block is provided with above the conveying bar, and the lower end of block is less than the top for promoting tooth bar, when the position for promoting tooth bar to move to block, block stops the upper end for promoting tooth bar, tooth bar lower end is promoted to advance with circulating transmission and rotate, after promoting tooth bar top to bypass block, block automatically reverts to initial position.
In further scheme, multiple conveyer belts below the conveying bar, are provided with, conveyer belt is for being transported to follow-up corresponding workshop section by the mineral fallen from conveying bar.
In further scheme, described promotion is provided with tooth bar for sensing the sensor one of force-bearing situation, is conveyed bar side and is provided with the sensor two that situation is piled up for sensing mineral on conveying bar, and the sensor one and sensor two are connected with power control unit.
The mine control method of compression shape automatic diverter, comprises the following steps：
Mineral are transported and are placed on conveying bar；
Power control unit starts and driving cycle actuating device, and circulating transmission drives and promotes tooth bar operation, promotes tooth bar to promote mineral along conveying bar operation；
Promotion tooth bar is during promoting mineral to run along conveying bar, during when operation and by the position that has block, promote tooth bar itself passive rotation resilience, the lattice framing on tooth bar is promoted to rotate under the drive for promoting tooth bar and mineral to promote, overturn which so as to stir mineral, make less mineral fall to being moved to follow-up workshop section；
During operation, less mineral under conveying gap are fallen conveyer belt and are transferred to follow-up corresponding workshop section, larger mineral are continued to run with along conveying bar, continue to fall less than the mineral in conveying gap, and the mineral more than conveying gap are continued to run with and are transported to corresponding workshop section along conveying bar.
In further scheme, when the amount that conveyer belt is fallen under mineral is larger, the direction of transfer of the corresponding conveyer belt below conveying bar is in opposite direction with promote tooth bar to run, when the amount that conveyer belt is fallen under mineral is less, the direction of transfer for conveying the corresponding conveyer belt below bar is identical with the direction for promoting tooth bar operation.
In further scheme, promotion tooth bar is in the case where the control of circulating transmission drives, promote tooth bar advance at different rates per root, the data that power control unit is detected according to sensor one and sensor two, so as to control circulating transmission, circulating transmission drives and promotes tooth bar timely to be processed to conveying the mineral on bar.
From the present invention every structure technology feature can be seen that it is an advantage of the current invention that：
The present invention is different from traditional belt transport, using active push, the mode actively screened, it is ensured that there is no the situation of mineral accumulation during the entire process of nation；And, the present invention is by mineral during conveying, mineral size is screened by conveying gap, avoid piling up, can be by being processed using different conveyer belts to different size of mineral, energy its conveying direction of effective control and transporting velocity, and then different processed means can be carried out according to different size of mineral, save time and the energy of follow-up workshop section；Promote tooth bar and lattice framing with the screening for causing whole transportation more quickly and completely.
Description of the drawings
The present invention will be illustrated by embodiment and with reference to the appended drawing, wherein：
Fig. 1 is schematic structural view of the invention；
Fig. 2 is present invention conveying bar structural representation；
Wherein reference：1 be power control unit 2 be conveying bar 3 be conveying gap
4 be circulating transmission 5 be promote tooth bar
6 be lattice framing 7 be block
8 is conveyer belt
9 be sensor 1 be sensor two.
Specific embodiment
The present invention is described further below in conjunction with the accompanying drawings：
As shown in figure 1 and 2，A kind of mine of present invention compression shape automatic diverter，One end connects power control unit，The power control unit controls whole part flow arrangement operation，Part flow arrangement includes many conveying bars arranged along conveying direction，It is one group that bar is conveyed per two，Each group of two conveying bars be arranged in parallel and are spaced apart each other，This interval is for promoting tooth bar to run，Similar to guide rail，Tooth bar is promoted to advance along guide rail，It is spaced apart between each group of conveying bar and forms conveying gap，Conveying gap is used to make the conveyer belt that lower section is arranged is fallen under the mineral less than gap length，The circulating transmission driven by power control unit is provided with below conveying bar，Circulating transmission drives and promotes tooth bar，Tooth bar lower end is promoted to be connected on circulating transmission，Upper end is through the guide rail each group of two conveying bars.Mineral, advance under the promotion for promoting tooth bar more than conveying gap along conveying bar and the operation of conveying gap less than the whereabouts conveyer belt in conveying gap.Due to mineral it is more and mixed in together，In order to ensure that the mineral less than conveying gap quickly can fall，During transport，We can be overturn to mineral and be shaken，Its means for adopting is will to promote tooth bar and circulating transmission elastic connection，Promote tooth bar rotate and with the function of automatically reverting to initial position centered on its connecting portion with circulating transmission，Also promote at each in addition many lattice framings are provided with tooth bar，Promote tooth bar itself can rotation so as to driving lattice framing to rotate，Even block is provided with above conveying bar，And the lower end of block is less than the top for promoting tooth bar，When the position for promoting tooth bar to move to block，Block stops the upper end for promoting tooth bar，Tooth bar lower end is promoted to advance with circulating transmission and rotate，After promoting tooth bar top to bypass block，Block automatically reverts to initial position，By the elasticity for promoting tooth bar itself，And the rotation of lattice framing，And the setting of block，Turn sieve can be carried out to mineral sufficiently to remove.The conveying bar and promotion tooth bar and lattice framing and block etc. of the present invention, can adopt high-abrasive material or other metal alloy compositions are made, and can reduce its friction area with mineral as far as possible, make conveying more quick while reducing friction.
In addition, the purpose that conveyer belt is arranged below conveying bar is conveyed for the mineral to sorting out, there is essential distinction with traditional ribbon conveyer in conveyer belt conveying, structure and material can be similar to, but in the present invention, the mineral of its transport are through sorting, mineral size difference is little, impact each other and rub less, conveyer belt can also be reduced damaging, significantly extend the service life of conveyer belt, in addition, nation directly directly can be processed by conveyer belt to next processing workshop section, the mineral that processing workshop section can also come according to conveyer belt conveying are targetedly processed, reduce difficulty of processing and less energy waste, different conveyer belts are arranged according to different minerals size, according to the transmission direction and speed of how many setting conveyer belts of mineral quantity, lift the efficiency of conveying.In addition, conveying gap on mineral conveying direction is presented diminishing compression shape structure, as shown in Figure 2, conveying gap between per group of conveying bar of transporting direction is gradually reduced, the setting can the more preferably more specific mineral on conveyer belt sorted and collected, be not in have the obvious mineral of difference in size on each conveyer belt.
In order to monitor whole mineral course of conveying and ensure normal quick operation, we are provided with for sensing the sensor one of force-bearing situation on tooth bar is promoted, its effect is to timely grasp the ruuning situation for promoting tooth bar present position mineral, and then control promotes the pace and power of tooth bar, conveying bar side is provided with the sensor two that situation is piled up for sensing mineral on conveying bar, and the sensor one and sensor two are connected with power control unit.
Using the mine compression shape automatic diverter of the present invention, its control method in use generally comprises following steps：
Mineral are transported and are placed on conveying bar；
Power control unit starts and driving cycle actuating device, and circulating transmission drives and promotes tooth bar operation, promotes tooth bar to promote mineral along conveying bar operation；
Promotion tooth bar is during promoting mineral to run along conveying bar, during when operation and by the position that has block, promote tooth bar itself passive rotation resilience, the lattice framing on tooth bar is promoted to rotate under the drive for promoting tooth bar and mineral to promote, overturn which so as to stir mineral, make less mineral fall and be moved to follow-up workshop section, the interaction of block and lattice framing and promotion tooth bar can effectively ensure that the mineral less than conveying gap are screened out on the conveyer belt of lower section in time；
During operation, less mineral under conveying gap are fallen conveyer belt and are transferred to follow-up corresponding workshop section, larger mineral are continued to run with along conveying bar, continue to fall less than the mineral in conveying gap, and the mineral more than conveying gap are continued to run with and are transported to corresponding workshop section along conveying bar.When the amount that conveyer belt is fallen under mineral is larger, the direction of transfer of the corresponding conveyer belt below conveying bar is in opposite direction with promote tooth bar to run, when the amount that conveyer belt is fallen under mineral is less, the direction of transfer for conveying the corresponding conveyer belt below bar is identical with the direction for promoting tooth bar operation.Promotion tooth bar is in the case where the control of circulating transmission drives, promote tooth bar advance at different rates per root, different transportation sections is considered mainly, particularly in the case where transport condition is more complicated, easily cause the accumulation of mineral, so the speed that promotion tooth bar can be adjusted independently and at any time per root and power, will be helpful to each delivery site and keep unimpeded, the data that power control unit is detected according to sensor one and sensor two, so as to control circulating transmission, circulating transmission drives and promotes tooth bar timely to be processed to conveying the mineral on bar.
All features disclosed in this specification, in addition to mutually exclusive feature, can be combined by any way.
This specification（Including any accessory claim, summary and accompanying drawing）Disclosed in any feature, unless specifically stated otherwise, can be replaced by other equivalent or alternative features with similar purpose.I.e., unless specifically stated otherwise, each feature is an example in a series of equivalent or similar characteristics.
Presently preferred embodiments of the present invention is the foregoing is only, not to limit the present invention, all any modification, equivalent and improvement made within the spirit and principles in the present invention etc., be should be included within the scope of the present invention.
Claims (9)
1. a kind of mine connects power control unit with shape automatic diverter, one end is compressed, it is characterised in that：Including many conveying bars arranged along conveying direction, it is one group that bar is conveyed per two, each group of two conveying bars be arranged in parallel and are spaced apart each other, it is spaced apart between each group of conveying bar and forms conveying gap, the circulating transmission driven by power control unit is provided with below conveying bar, the promotion tooth bar driven by which is provided with circulating transmission, tooth bar lower end is promoted to be connected on circulating transmission, through each group of two conveying bars, the conveying gap on mineral conveying direction is presented diminishing compression shape structure for upper end.
2. mine according to claim 1 is used and compresses shape automatic diverter, it is characterised in that：The promotion tooth bar and circulating transmission elastic connection, promote tooth bar rotate and with the function of automatically reverting to initial position centered on its connecting portion with circulating transmission.
3. mine according to claim 2 is used and compresses shape automatic diverter, it is characterised in that：Described each to promote and be provided with many lattice framings on tooth bar, promote tooth bar itself can rotation so as to drive lattice framing to rotate.
4. the mine according to one of claim 1-3 is used and compresses shape automatic diverter, it is characterised in that：Block is provided with above the conveying bar, and the lower end of block is less than the top for promoting tooth bar, when the position for promoting tooth bar to move to block, block stops the upper end for promoting tooth bar, tooth bar lower end is promoted to advance with circulating transmission and rotate, after promoting tooth bar top to bypass block, block automatically reverts to initial position.
5. the mine according to one of claim 1-3 is used and compresses shape automatic diverter, it is characterised in that：It is provided with multiple conveyer belts below the conveying bar, conveyer belt is for being transported to follow-up corresponding workshop section by the mineral fallen from conveying bar.
6. according to one of them described mine of claim 5 compression shape automatic diverter, it is characterised in that：It is provided with the promotion tooth bar for sensing the sensor one of force-bearing situation, conveys bar side and be provided with the sensor two that situation is piled up for sensing mineral on conveying bar, the sensor one and sensor two is connected with power control unit.
7. the mine use according to one of claim 1-6 compresses the control method of shape automatic diverter, it is characterised in that comprise the following steps：
Mineral are transported and are placed on conveying bar；
Power control unit starts and driving cycle actuating device, and circulating transmission drives and promotes tooth bar operation, promotes tooth bar to promote mineral along conveying bar operation；
Promotion tooth bar is during promoting mineral to run along conveying bar, during when operation and by the position that has block, promote tooth bar itself passive rotation resilience, the lattice framing on tooth bar is promoted to rotate under the drive for promoting tooth bar and mineral to promote, overturn which so as to stir mineral, make less mineral fall to being moved to follow-up workshop section；
During operation, less mineral under conveying gap are fallen conveyer belt and are transferred to follow-up corresponding workshop section, larger mineral are continued to run with along conveying bar, continue to fall less than the mineral in conveying gap, and the mineral more than conveying gap are continued to run with and are transported to corresponding workshop section along conveying bar.
8. mine use according to claim 7 compresses the control method of shape automatic diverter, it is characterised in that：
When the amount that conveyer belt is fallen under mineral is larger, the direction of transfer of the corresponding conveyer belt below conveying bar is in opposite direction with promote tooth bar to run, when the amount that conveyer belt is fallen under mineral is less, the direction of transfer of the corresponding conveyer belt below conveying bar is identical with the direction for promoting tooth bar operation, according to the different size of mineral of collection, different conveyer belts are set below conveying bar, it is possible to which the transporting direction and speed of transmission belt are determined according to freight volume.
9. mine use according to claim 7 compresses the control method of shape automatic diverter, it is characterised in that：
Promotion tooth bar is in the case where the control of circulating transmission drives, promote tooth bar advance at different rates per root, the data that power control unit is detected according to sensor one and sensor two, so as to control circulating transmission, circulating transmission drives and promotes tooth bar timely to be processed to conveying the mineral on bar.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510705932.0A CN106608513A (en) | 2015-10-27 | 2015-10-27 | Compressed automatic distributing device for mine and control method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510705932.0A CN106608513A (en) | 2015-10-27 | 2015-10-27 | Compressed automatic distributing device for mine and control method thereof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106608513A true CN106608513A (en) | 2017-05-03 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510705932.0A Pending CN106608513A (en) | 2015-10-27 | 2015-10-27 | Compressed automatic distributing device for mine and control method thereof |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106608513A (en) |
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2015
- 2015-10-27 CN CN201510705932.0A patent/CN106608513A/en active Pending
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Application publication date: 20170503 |