CN204941543U - A kind of deep-sea mining system - Google Patents
A kind of deep-sea mining system Download PDFInfo
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- CN204941543U CN204941543U CN201520615594.7U CN201520615594U CN204941543U CN 204941543 U CN204941543 U CN 204941543U CN 201520615594 U CN201520615594 U CN 201520615594U CN 204941543 U CN204941543 U CN 204941543U
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- loading machine
- wire cable
- steel wire
- cable rope
- mineral aggregate
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Abstract
The utility model discloses a kind of deep-sea mining system, belong to deep water engineering field.The utility model comprises lash ship and loading machine, and be connected by individual wire cable rope between lash ship and loading machine, steel wire cable rope is coiled into regular cheese on loading machine; Loading machine is provided with several separate type mineral aggregate containers be stacked together, separate type mineral aggregate container is connected with steel wire cable rope, after mineral aggregate is filled, separate type mineral aggregate container is automatically separated with loading machine and is promoted to lash ship through steel wire cable rope; Steel wire cable rope installs a separate type mineral aggregate container at interval of the distance between lash ship to loading machine; Loading machine is also provided with the fixing and separator for being connected with steel wire cable rope during water under loading machine.The utility model utilizes individual wire cable rope to be responsible for the power drive of loading machine and the lifting of mineral aggregate, and can realize mineral aggregate continuance lifting, significantly enhances productivity, and reduces mining cost.
Description
Technical field
The utility model relates to a kind of deep water mining system, more particularly, relates to a kind of continuous mining system in deep-sea efficiently.
Background technology
Deep-sea mining faces complicated technical problem and business accounting problem.Have a kind of deep-sea mining scheme to be mining system based on shuttle type Mars Miner, be made up of surface mother ship and multiple shuttle type Mars Miner, shuttle type Mars Miner performs mining and defeated ore deposit task simultaneously, and its technology faces larger conflict, and operating efficiency is lower.At present, comparatively popular deep-sea mining mainly adopts the mode of Cemented filling, known Cemented filling mode, that the mineral matter that collected by deep water nodules collector device is by its delivery pump, delivery hose, ore storage bin, rigidity ore-raising pipe, be transported to the mining dredger of the water surface, this Cemented filling mode is, by the pipeline in a very thick connection water surface and seabed, the mineral aggregate of Mars Miner collection is delivered to surface mother ship or platform, therefore the lifting appliance that power is very large is needed, surface mother ship also must be custom-designed for Hoisting System, exploitation early investment is very large, system lacks flexibility.And, rigidity ore-raising pipe is carried vertically upward, therefore distance vertical transport cannot upwards be grown, and mineral matter proportion is larger than water, each material proportion is also different under water, mineral matter is when pipeline hydraulic is carried vertically upward, the heavier matter underwater of proportion can because of the effect of freely falling body, the material that after reaching a certain height, its proportion is heavier cannot upwards be carried, mineral matter is caused to sink to the bottom phenomenon in rigidity ore-raising pipe, thus blocking conveyance conduit, therefore its transfer efficiency is low, poor practicability, current deep-sea mining promotes conveying technology and is still an international technology difficult problem, become the technical bottleneck of deep water mining.
Summary of the invention
1. the utility model technical problem that will solve
The purpose of this utility model is to overcome the deficiency that existing deepsea mining system efficiency is low, cost is high, a kind of novel deep-sea mining system is provided, adopt the technical solution of the utility model, individual wire cable rope is utilized to be responsible for the power drive of loading machine and the lifting of mineral aggregate, and utilize separate type mineral aggregate loader mechanism to realize mineral aggregate continuance lifting, significantly enhance productivity, and reduce mining cost; Individual wire cable rope is adopted to avoid the mutual winding problem of many ropes; Steel wire cable rope mounts corresponding equipment, the functions such as scientific investigation, photography, sampling can be realized.
2. technical scheme
For achieving the above object, the technical scheme that the utility model provides is:
A kind of deep-sea of the present utility model mining system, comprise lash ship and loading machine, be connected by individual wire cable rope between described lash ship and loading machine, one end of described steel wire cable rope connects the dynamical system of loading machine, and the other end connects the operation control system of lash ship; Described steel wire cable rope is coiled into regular cheese on loading machine, and steel wire cable rope is used for mineral aggregate and the lifting of loading machine and the driving of loading machine and control; Described loading machine is provided with several separate type mineral aggregate containers be stacked together, described separate type mineral aggregate container is connected with steel wire cable rope, after mineral aggregate is filled, separate type mineral aggregate container is automatically separated with loading machine and is promoted to lash ship through steel wire cable rope; Described steel wire cable rope installs a separate type mineral aggregate container at interval of the distance between lash ship to loading machine; Described loading machine is also provided with the fixing and separator for being connected with steel wire cable rope during water under loading machine.
Further, described loading machine comprises frame, tracked drive, perching knife and conveying device, described perching knife is installed on frame front, described conveying device is located at perching knife rear, tracked drive promotes perching knife shoveling mineral under water, and is delivered in the separate type mineral aggregate container at rear by mineral by conveying device.
Further, described loading machine is also provided with the impeller for controlling loading machine landing direction.
Further, described steel wire cable rope forms with the multiply finer wire being wrapped in flexible cable periphery by being located at middle flexible cable.
Further, described steel wire cable rope is connected by snap close with separate type mineral aggregate container, described snap close comprises anchor ear, locking lever, boss and pull bar, described anchor ear comprises two semicircles watt be hinged, the buckling end of semicircle described in two watt is intermeshing dentation, and the buckling end interval of semicircle watt is hinged with locking lever wherein, boss is interval with at the buckling end of another semicircle watt, the other end of described locking lever is all articulated with on pull bar, forms parallelogram sturcutre; Described boss is positioned at corresponding locking its intermediate part, and when pull bar is by pulling force, locking lever presses boss makes two semicircles watt mutually hold tightly.
Further, described separate type mineral aggregate container is the string bag, described string bag opening struts and forms rectangular aperture, two angles of rectangular aperture are fixed on below the conveying device discharging mouth of loading machine by double buckle, two other angle is fixed on the horizontal frames of loading machine by double buckle, and the opening of the described string bag is connected with steel wire cable rope by the attached rope of lifting; The frame of described loading machine is hinged with supporting bracket, the free end of described supporting bracket is also provided with and the double buckle matched in string bag angle of two on horizontal frames, and the power that the double buckle that supporting bracket is connected with the string bag is opened is greater than the power that double buckle that the string bag is connected with horizontal frames is opened, when supporting bracket falls within horizontal frames, supporting bracket is connected with the string bag by double buckle; Described supporting bracket is also provided with the controlling organization controlling supporting bracket and lift and fall.
Further, described separate type mineral aggregate container is code charging basket together, described charging basket is the cylindrical shape of band tapering and hollow out, and described charging basket is placed in below the conveying device discharging mouth of loading machine, and charging basket is connected with steel wire cable rope by the attached rope of lifting successively.
3. beneficial effect
The technical scheme adopting the utility model to provide, compared with existing known technology, has following beneficial effect:
(1) a kind of deep-sea of the present utility model mining system, be connected by individual wire cable rope between its lash ship and loading machine, one end of steel wire cable rope connects the dynamical system of loading machine, the other end connects the control system of lash ship, steel wire cable rope is coiled into regular cheese on loading machine, and steel wire cable rope is used for mineral aggregate and the lifting of loading machine and the driving of loading machine and control; Loading machine is provided with several separate type mineral aggregate containers be stacked together, separate type mineral aggregate container is connected with steel wire cable rope, after mineral aggregate is filled, separate type mineral aggregate container is automatically separated with loading machine and is promoted to lash ship through steel wire cable rope; Steel wire cable rope installs a separate type mineral aggregate container at interval of the distance between lash ship to loading machine; Loading machine is also provided with the fixing and separator for being connected with steel wire cable rope during water under loading machine; Utilize novel deep-sea mining type, solve the problem of the low and poor practicability of the efficiency of Cemented filling mode, individual wire cable rope is utilized to be responsible for the power drive of loading machine and the lifting of mineral aggregate, and utilize separate type mineral aggregate loader mechanism to realize mineral aggregate continuance lifting, significantly improve production efficiency, and reduce mining cost; Meanwhile, individual wire cable rope effectively prevent the mutual winding problem of many ropes;
(2) a kind of deep-sea of the present utility model mining system, its loading machine comprises frame, tracked drive, perching knife and conveying device, perching knife is installed on frame front, conveying device is located at perching knife rear, tracked drive promotes perching knife shoveling mineral under water, and is delivered in the separate type mineral aggregate container at rear by mineral by conveying device, utilizes underwater shovel to install the standby highly effective gathering realizing mineral, it is convenient to control, and further increasing mineral efficiency of loading;
(3) a kind of deep-sea of the present utility model mining system, its loading machine being also provided with the impeller for controlling loading machine landing direction, making loading machine can select when declining direction of landing, accurately arriving operation destination; Further, multiple loading machine with water or water outlet at present time, can control each loading machine mutually away from, prevent the steel wire cable rope of each loading machine to be mutually wound around;
(4) a kind of deep-sea of the present utility model mining system, its steel wire cable rope forms with the multiply finer wire being wrapped in flexible cable periphery by being located at middle flexible cable, while realization energising, can provide enough large lifting force, reduce cable to use, thus reduce the risk of cable winds;
(5) a kind of deep-sea of the present utility model mining system, its steel wire cable rope is connected by snap close with separate type mineral aggregate container, snap close comprises anchor ear, locking lever, boss and pull bar, anchor ear comprises two semicircles watt be hinged, the buckling end of two semicircles watt is intermeshing dentation, and the buckling end interval of semicircle watt is hinged with locking lever wherein, boss is interval with at the buckling end of another semicircle watt, the other end of locking lever is all articulated with on pull bar, forms parallelogram sturcutre; Boss is positioned at corresponding locking its intermediate part, and when pull bar is by pulling force, locking lever presses boss makes two semicircles watt mutually hold tightly; Utilize anchor ear to achieve protective effect to steel wire cable rope, prevent from during lifting cargo, steel wire cable rope being pulled in local or being drawn bad; Meanwhile, utilize the parallelogram slfactuating latch of locking lever and pull bar composition, prevent steel wire cable rope tension to shrink and the problem that cannot fix, prevent during lifting cargo and skid or get loose;
(6) a kind of deep-sea of the present utility model mining system, its separate type mineral aggregate container is the string bag, utilizes double buckle structure to realize the opening of the string bag, Automatic-falling, easy to operate, easy to implement; Or separate type mineral aggregate container is charging basket, adopt charging basket charging, structure is more simple, operates more convenient.
Accompanying drawing explanation
Fig. 1 is the principle schematic of a kind of deep-sea of the present utility model mining system;
Fig. 2, Fig. 3 and Fig. 4 are respectively three kinds of working state schematic representations of the utility model embodiment 1;
Fig. 5 is the structural representation of the utility model embodiment 2;
Fig. 6 is the structural representation of the snap close in utility model.
Label declaration in schematic diagram:
1, lash ship; 2, steel wire cable rope; 3, cheese; 4, loading machine; 5, the string bag; 6, tracked drive; 7, supporting bracket; 8, snap close; 81, anchor ear; 82, lever is locked; 83, boss; 84, pull bar; 9, attached rope is lifted by crane; 10, double buckle; 11, charging basket.
Detailed description of the invention
For understanding content of the present utility model further, in conjunction with the accompanying drawings and embodiments the utility model is described in detail.
Embodiment 1
Shown in composition graphs 1, a kind of deep-sea mining system of the present embodiment, comprise lash ship 1 and loading machine 4, be connected by individual wire cable rope 2 between lash ship 1 and loading machine 4, one end of steel wire cable rope 2 connects the dynamical system of loading machine 4, for each motor of loading machine 4 provides electric power, the other end connects the operation control system of lash ship 1, conveniently on lash ship 1, carries out control & monitor to the action of loading machine 4; Steel wire cable rope 2 is coiled into regular cheese 3 on loading machine 4, and steel wire cable rope 2 is for mineral aggregate and the lifting of loading machine 4 and the driving of loading machine 4 and control; Loading machine 4 is provided with several separate type mineral aggregate containers be stacked together, separate type mineral aggregate container is connected with steel wire cable rope 2, after mineral aggregate is filled, separate type mineral aggregate container is automatically separated with loading machine 4 and is promoted to lash ship 1 through steel wire cable rope 2; Steel wire cable rope 2 installs a separate type mineral aggregate container at interval of the distance between lash ship 1 to loading machine 4; Loading machine 4 is also provided with the fixing and separator for being connected with steel wire cable rope 2 during loading machine 4 times water, one end that steel wire cable rope 2 is connected with loading machine 4 is connected to the middle part of loading machine 4, guarantees that loading machine 4 can keep level when lower water or water outlet.Utilize novel deep-sea mining type, solve the problem of the low and poor practicability of the efficiency of Cemented filling mode, individual wire cable rope is utilized to be responsible for the power drive of loading machine and the lifting of mineral aggregate, and utilize separate type mineral aggregate loader mechanism to realize mineral aggregate continuance lifting, significantly improve production efficiency, and reduce mining cost; Meanwhile, individual wire cable rope effectively prevent the mutual winding problem of many ropes.
As shown in Figures 2 to 4, loading machine 4 in the present embodiment comprises frame, tracked drive 6, perching knife and conveying device, perching knife is installed on frame front, conveying device is located at perching knife rear, tracked drive 6 promotes perching knife shoveling mineral under water, and is delivered in the separate type mineral aggregate container at rear by mineral by conveying device, utilizes underwater shovel to install the standby highly effective gathering realizing mineral, it is convenient to control, and can further increasing mineral efficiency of loading.In addition, loading machine 4 is also provided with and lands the impeller (not shown) in direction for controlling loading machine 4, this impeller be located in tubular structure, can be moved by propelling loading machinery 4 by vane rotary, the direction of adjustment loading machine 4, making loading machine 4 can select when declining direction of landing, accurately arriving operation destination; Further, when multiple loading machine 4 is with water or water outlet at present, can control each loading machine 4 mutually away from, prevent the steel wire cable rope 2 of each loading machine 4 to be mutually wound around.
Steel wire cable rope 2 in the present embodiment forms with the multiply finer wire being wrapped in flexible cable periphery by being located at middle flexible cable, the thickness of steel wire cable rope 2 and load capacity are determined by the finer wire radical of periphery, while realization energising, enough large lifting force can be provided, reduce cable to use, thus reduce the risk of cable winds; Steel wire cable rope 2 has certain flexibility, lash ship 1 arranges the draw off gear of steel wire cable rope 2, in order to avoid the extrusion damage of steel wire cable rope 2, does not generally advise adopting hoist engine folding and unfolding, the pressurization of many group pair rollers can be utilized to realize the folding and unfolding of steel wire cable rope 2, and be coiled on lash ship 1 deck.In addition, as shown in Figure 6, in order to prevent being pulled in local or draw bad by steel wire cable rope 2 during lifting cargo, in the present embodiment, steel wire cable rope 2 is connected by snap close 8 with separate type mineral aggregate container, snap close 8 comprises anchor ear 81, locking lever 82, boss 83 and pull bar 84, anchor ear 81 comprises two semicircles watt be hinged, the buckling end of two semicircles watt is intermeshing dentation, and the buckling end interval of semicircle watt is hinged with locking lever 82 wherein, boss 83 is interval with at the buckling end of another semicircle watt, the other end of locking lever 82 is all articulated with on pull bar 84, form parallelogram sturcutre, boss 83 is positioned in the middle part of corresponding locking lever 82, when pull bar 84 is by pulling force, locking lever 82 oppression boss 83 makes two semicircles watt mutually hold tightly, pull bar 84 can be used for connecting separate type mineral aggregate container, utilize anchor ear 81 to achieve protective effect to steel wire cable rope 2, prevent from during lifting cargo, steel wire cable rope 2 being pulled in local or being drawn bad, meanwhile, the parallelogram slfactuating latch utilizing locking lever 82 and pull bar 84 to form, prevents steel wire cable rope 2 tension to shrink and the problem that cannot fix, prevents during lifting cargo and skids or get loose.In addition, when submerged depth is darker, suggestion lash ship 1 adopts high-tension electricity to power to loading machine 4, and on loading machine 4, arranges transformer, to reduce the diameter of steel wire cable rope 2, weight reduction; Transformer filler is full of, and prevents infiltration.
Shown in hookup 2, Fig. 3 and Fig. 4, separate type mineral aggregate container in the present embodiment is the string bag 5, this string bag 5 is supported by wire rope, the string bag 5 opening struts and forms rectangular aperture, two angles of rectangular aperture are fixed on below the conveying device discharging mouth of loading machine 4 by double buckle 10, two other angle is fixed on the horizontal frames of loading machine 4 by double buckle 10, and the opening of the string bag 5 is connected with the snap close 8 on steel wire cable rope 2 by the attached rope 9 of lifting; The frame of loading machine 4 is hinged with supporting bracket 7, particularly, on the horizontal frames of loading machine 4, gallows frame can be installed, and supporting bracket 7 is hinged on gallows frame, gallows frame can be used for the lifting of loading machine 4, and loading machine 4 is horizontal when lifting by crane; The free end of supporting bracket 7 is also provided with the double buckle 10 matched with 5 jiaos, the string bag of two on horizontal frames, and the power that the double buckle 10 that supporting bracket 7 is connected with the string bag 5 is opened is greater than the power that double buckle 10 that the string bag 5 is connected with horizontal frames is opened, when supporting bracket 7 falls within horizontal frames, supporting bracket 7 is connected with the string bag 5 by double buckle 10; Supporting bracket 7 is also provided with the controlling organization controlling supporting bracket 7 and lift and fall.
A kind of deep-sea mining system of the present embodiment, during mining, on the deck of lash ship 1, the string bag 5 is installed on loading machine 4 in advance, and steel wire cable rope 2 is coiled in the rear of loading machine 4, the string bag 5 is connected with the corresponding snap close 8 of steel wire cable rope 2 by the attached rope 9 of lifting, finally steel wire cable rope 2 is fixed on the gallows frame of loading machine 4 with separator by fixing.Then, utilize many group pair roller pressurization release loading machines 4, in loading machine 4 decline process, impeller can be utilized to change the position of loading machine 4, make loading machine 4 drop to place accurately; After loading machine 4 lands, fix and be separated with gallows frame by steel wire cable rope 2 with separator, now the state of loading machine 4 as shown in Figure 2; After loading machine 4 lands, supporting bracket 7 is upwards turned to horizontal level by the controlling organization that control supporting bracket 7 lifts and falls, the cantilever end of supporting bracket 7 lifts with the Liang Ge angle, lower end of first string bag 5, the string bag 5 opening is opened, state as shown in Figure 3; Now, the control operation Systematical control loading machine 4 on lash ship 1 is utilized to start mining operations, it is inner that mineral enter the string bag 5 by conveying device, when in systems axiol-ogy to the string bag 5, weight is enough, loading machine 4 is stopped to work, the controlling organization release supporting bracket 7 of supporting bracket 7, makes it be in free state simultaneously; Now, steel wire cable rope 2 is upwards packed up, lifting attached rope 9 is pulled to be tightened up by the string bag 5 opening, and be with movable supporting stent 7 to continue upwards to rotate, when double buckle 10 on four angles of the string bag 5 is thrown off with supporting bracket 7, supporting bracket 7 freely falls on the horizontal frames of loading machine 4 under gravity, and is fastened and connected with two double buckles 10 of second string bag 5, and state now as shown in Figure 4; First string bag 5 is continued the pull-out water surface, the cheese 3 at loading machine 4 rear discharges steel wire cable rope 2, when first string bag 5 hangs supporting bracket 7, the network interface of second string bag is opened, start mining operations, the string bag 5 simultaneously lifted by crane arrives lash ship 1 discharging, repeats above-mentioned steps and can realize continuous exploitation; The afterbody of the string bag 5 is all provided with closing in, closing in is opened and can complete discharging easily; After the last string bag 5 is filled, the steel wire cable rope 2 on cheese 3 also arrives end, now loading machine 4 together can be lifted out the water surface, complete primary recovery operation.A lash ship 1 can arrange multiple loading machine 4 simultaneously together exploit, loading machine 4 together descends water, opens impeller, only should be noted the winding of the mutual collision of each loading machine 4 and steel wire cable rope 2, substantially increases production efficiency.Steel wire cable rope 2 mounts corresponding equipment, the functions such as scientific investigation, photography, sampling can also be realized.
Embodiment 2
Shown in composition graphs 1 and Fig. 5, the basic structure of a kind of deep-sea mining system of the present embodiment is with embodiment 1, difference is: the separate type mineral aggregate container in the present embodiment is code charging basket 11 together, charging basket 11 is the cylindrical shape of band tapering and hollow out, charging basket 11 is placed in below the conveying device discharging mouth of loading machine 4, and charging basket 11 is connected with steel wire cable rope 2 by the attached rope 9 of lifting successively.Fill compared with mineral aggregate with adopting the string bag 5 in embodiment 1, charging basket 11 easier for installation, structure is more simple, operates more convenient; Fill at a charging basket 11 and hang out in water surface process, loading machine 4 can uninterruptedly be exploited, and when next charging basket 11 is filled, previous charging basket 11 is unloaded, and therefore production efficiency is also higher.
A kind of deep-sea of the present utility model mining system, can be used for scientific investigation and the exploitation at deep-sea, utilize individual wire cable rope to be responsible for the power drive of loading machine and the lifting of mineral aggregate, and utilize separate type mineral aggregate loader mechanism to realize mineral aggregate continuance lifting, significantly enhance productivity, and reduce mining cost; Individual wire cable rope is adopted to avoid the mutual winding problem of many ropes; Easy to operate, easy to implement.
Below be schematically described the utility model and embodiment thereof, this description does not have restricted, and shown in accompanying drawing is also one of embodiment of the present utility model, and actual structure is not limited thereto.So, if those of ordinary skill in the art enlightens by it, when not departing from the utility model and creating aim, without creatively designing the frame mode similar to this technical scheme and embodiment, protection domain of the present utility model all should be belonged to.
Claims (7)
1. a deep-sea mining system, comprise lash ship (1) and loading machine (4), it is characterized in that: be connected by individual wire cable rope (2) between described lash ship (1) and loading machine (4), one end of described steel wire cable rope (2) connects the dynamical system of loading machine (4), and the other end connects the operation control system of lash ship (1); Described steel wire cable rope (2) is coiled into regular cheese (3) on loading machine (4), and steel wire cable rope (2) is for mineral aggregate and the lifting of loading machine (4) and the driving of loading machine (4) and control; Described loading machine (4) is provided with several separate type mineral aggregate containers be stacked together, described separate type mineral aggregate container is connected with steel wire cable rope (2), after mineral aggregate is filled, separate type mineral aggregate container and loading machine (4) are automatically separated and are promoted to lash ship (1) through steel wire cable rope (2); Described steel wire cable rope (2) installs a separate type mineral aggregate container at interval of the distance between lash ship (1) to loading machine (4); Described loading machine (4) is also provided with the fixing and separator for being connected with steel wire cable rope (2) during water under loading machine (4).
2. a kind of deep-sea according to claim 1 mining system, it is characterized in that: described loading machine (4) comprises frame, tracked drive (6), perching knife and conveying device, described perching knife is installed on frame front, described conveying device is located at perching knife rear, tracked drive (6) promotes perching knife shoveling mineral under water, and is delivered in the separate type mineral aggregate container at rear by mineral by conveying device.
3. a kind of deep-sea according to claim 2 mining system, is characterized in that: described loading machine (4) is also provided with the impeller for controlling loading machine (4) landing direction.
4. a kind of deep-sea according to claim 3 mining system, is characterized in that: described steel wire cable rope (2) forms with the multiply finer wire being wrapped in flexible cable periphery by being located at middle flexible cable.
5. a kind of deep-sea according to claim 4 mining system, it is characterized in that: described steel wire cable rope (2) is connected by snap close (8) with separate type mineral aggregate container, described snap close (8) comprises anchor ear (81), locking lever (82), boss (83) and pull bar (84), described anchor ear (81) comprises two semicircles watt be hinged, the buckling end of semicircle described in two watt is intermeshing dentation, and the buckling end interval of semicircle watt is hinged with locking lever (82) wherein, boss (83) is interval with at the buckling end of another semicircle watt, the other end of described locking lever (82) is all articulated with on pull bar (84), form parallelogram sturcutre, described boss (83) is positioned at corresponding locking lever (82) middle part, and when pull bar (84) is by pulling force, locking lever (82) oppression boss (83) makes two semicircles watt mutually hold tightly.
6. a kind of deep-sea mining system according to claim 2 to 5 any one, it is characterized in that: described separate type mineral aggregate container is the string bag (5), the described string bag (5) opening struts and forms rectangular aperture, two angles of rectangular aperture are fixed on below the conveying device discharging mouth of loading machine (4) by double buckle (10), two other angle is fixed on the horizontal frames of loading machine (4) by double buckle (10), the opening of the described string bag (5) is connected with steel wire cable rope (2) by the attached rope of lifting (9), the frame of described loading machine (4) is hinged with supporting bracket (7), the free end of described supporting bracket (7) is also provided with the double buckle (10) matched with the string bag of two on horizontal frames (5) angle, and the power that the double buckle (10) that supporting bracket (7) is connected with the string bag (5) is opened is greater than the power that double buckle (10) that the string bag (5) is connected with horizontal frames is opened, when supporting bracket (7) falls within horizontal frames, supporting bracket (7) is connected with the string bag (5) by double buckle (10), described supporting bracket (7) is also provided with the controlling organization controlling supporting bracket (7) and lift and fall.
7. a kind of deep-sea mining system according to claim 2 to 5 any one, it is characterized in that: described separate type mineral aggregate container is code charging basket together (11), described charging basket (11) is the cylindrical shape of band tapering and hollow out, described charging basket (11) is placed in below the conveying device discharging mouth of loading machine (4), and charging basket (11) is connected with steel wire cable rope (2) by the attached rope of lifting (9) successively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520615594.7U CN204941543U (en) | 2015-08-14 | 2015-08-14 | A kind of deep-sea mining system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520615594.7U CN204941543U (en) | 2015-08-14 | 2015-08-14 | A kind of deep-sea mining system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107288639A (en) * | 2017-07-24 | 2017-10-24 | 太原科技大学 | Deep-sea mining is saved along the soaring formula of rope can lifting device |
| CN107720327A (en) * | 2017-10-16 | 2018-02-23 | 深圳市远东海洋矿产资源开发研究院有限公司 | A kind of undersea mining transportation resources and system |
| CN109798119A (en) * | 2017-11-17 | 2019-05-24 | 广州光环能源科技有限公司 | Bottom mining device |
-
2015
- 2015-08-14 CN CN201520615594.7U patent/CN204941543U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107288639A (en) * | 2017-07-24 | 2017-10-24 | 太原科技大学 | Deep-sea mining is saved along the soaring formula of rope can lifting device |
| CN107720327A (en) * | 2017-10-16 | 2018-02-23 | 深圳市远东海洋矿产资源开发研究院有限公司 | A kind of undersea mining transportation resources and system |
| CN109798119A (en) * | 2017-11-17 | 2019-05-24 | 广州光环能源科技有限公司 | Bottom mining device |
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