CN205953062U - Row's device is changeed in waste material transportation - Google Patents
Row's device is changeed in waste material transportation Download PDFInfo
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- CN205953062U CN205953062U CN201620799092.9U CN201620799092U CN205953062U CN 205953062 U CN205953062 U CN 205953062U CN 201620799092 U CN201620799092 U CN 201620799092U CN 205953062 U CN205953062 U CN 205953062U
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- waste material
- mobile belt
- material transportation
- chute
- belt unit
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Abstract
The utility model relates to a metal mine opencast mining technical field discloses a row's device is changeed in waste material transportation who is used for row stock ground to solve the inflexible problem of row's device is changeed in waste material transportation transportation that exists among the prior art. Including the tightening band machine of the waste material peeled off of transportation stope, the feed end removal belt unit of unloading of delivery end cooperation in order to receive the quick -witted delivery end of tightening band with the tightening band machine, failing and expecting the subassembly, defeated material subassembly includes chute and removal belt unit, and on the chute set up the side slope between adjacent two -stage work platform, each was failed in material subassembly: the feed end that moves the belt unit and the delivery end cooperation of chute to be in order receiving unloading of chute delivery end, and the feed end of chute and removal belt feeder matched stack on the higher level work platform close and move the waste material that belt feeder group carried to the work platform of subordinate on the higher level work platform in order to receive.
Description
Technical field
This utility model is related to metal mine surface mining technical field, especially relates to a kind of waste material transportation and turns row's dress
Put.
Background technology
In the recovery process in mine, discharge operation is last link of production practice, and discharge field is mining
Dump the place that thing concentrates discharge, be a kind of stepped loose heap pad, in the exploitation in mine, therefore need transport dress
Put the side slope that waste material is transferred to discharge field to be discharged.
Used in existing FIX CHARGE RATE ABOUT THE WASTE stock ground, waste material transportation turns arranging device mainly several forms：
Mode one, by the way of fixing belt feeder transport plus material discharging machine discharge, in this mode, needs the waste material dumping first
First pass through fixing belt feeder to transport on the discharge platform of discharge field, then, waste material is transported to by material discharging machine by dummy car
On material feeding arm, then, the discharge arm then through material discharging machine is by the side slope of trash discharge to discharge field.Discharge field adopts aforesaid way one
In transport discharge device in, need to build material discharging machine First embankment and material discharging machine initial job platform, and, when discharge field tool
When having multistage operating platform, each level work platform is required to arrange material discharging machine, accordingly, it would be desirable on each level work platform
Build material discharging machine First embankment and material discharging machine initial job platform, quantities is huge.
Mode two, by the way of Automobile Transportation plus bull-dozer discharge, in which, the expense of Automobile Transportation is much high
In the expense of belt feeder transport, and Automobile Transportation is limited larger by orographic condition, is especially built in a lot of mines
The quantities of road is big, and investment is high, and poor in the safety in operation carrying out climbing during transport using automobile.
Mode three, by the way of railway transportation plus load wagon discharge, when carrying out discharge using aforesaid way three, needs elder generation
Build fixing railway line to discharge field, then row's mode is turned by load wagon or excavator turns and arranges the waste material of railway transportation
Drain, but, in aforesaid way three, the one-time investment of the transit route that constructs a railway is huge, with the growth of discharge time, can
The length to railway and running route can be needed to be optimized change, meanwhile, limited by the climbing gradient of train of conveying waste material
Seriously, its marker method underaction, and do not enable casting serialization.
Therefore, how a kind of flexible operation to be provided and the lower-cost waste material transportation of discharge to turn arranging device be art technology
One of technical problem that personnel need to solve.
Utility model content
The purpose of this utility model is to provide a kind of waste material transportation to turn arranging device, to solve fortune present in prior art
Defeated process underaction and the relatively costly technical problem of discharge.
This utility model provides a kind of waste material transportation for discharge field and turns arranging device, and described discharge field has by level
At least two-stage work platformses highly dividing, including：
For the waste material transportation of peeling off stope to the fixing belt feeder of highest work platformses, feed end and institute in discharge field
The delivery end stating fixing belt feeder coordinates to receive the mobile belt unit of the discharging of described fixing belt feeder delivery end；
Conveying assembly, described conveying assembly includes chute and mobile belt unit, and described chute is arranged at adjacent two-stage
In side slope between work platformses, in each conveying assembly：
The feed end of described mobile belt unit is coordinated with the delivery end of chute to receive the discharging of described chute delivery end,
And the feed end of described chute is moved on higher level's work platformses with receiving with the mobile belt unit cooperation on higher level's work platformses
The waste material of belt unit downward level work platform conveying.
Further, each described mobile belt unit has a waste material transportation main road, each described conveying
In assembly：
The unloading of the waste material transportation main road of the described mobile belt unit on the feed end of described chute and higher level's work platformses
The cooperation of material end.
Further, described mobile belt unit also has at least one waste material transportation branch road, and each described useless
It is provided with waste material diversion mechanism at material transport leg and the joint of described waste material transportation main road, described mobile belt unit is connect
A part in the waste material received branches to described waste material transportation branch road.
Further, the separatory funnel that described diversion mechanism includes support, described support supports.
Further, each described mobile belt unit includes multiple mobile belt machines, along waste material transportation direction, after
The feed end of one-level mobile belt machine is located at the lower section of previous stage mobile belt machine delivery end.
Further, vertically, the feed end of each described mobile belt machine is less than delivery end.
Further, described chute has multiple circular holes, for coordinating with fixture so that described chute is fixed on row
In side slope between the two neighboring described work platformses in stock ground.
Further, between described fixing belt feeder delivery end and matched described mobile belt unit feed end
It is provided with dust-proof mechanism, and/or, the feed end of the delivery end of described mobile belt unit on higher level's work platformses and described chute
Between be provided with dust-proof mechanism, and/or, the described mobile belt unit on the delivery end end of described chute and subordinate's work platformses
Be provided with dust-proof mechanism between feed end, and/or, the higher level's mobile belt machine delivery end in each described mobile belt unit with
It is provided with dust-proof mechanism between subordinate's mobile belt machine feed end.
Further, described dust-proof mechanism includes dust cover, the shower nozzle of the interior setting of described dust cover.
Further, described dust-proof mechanism includes dust cover, the blower fan of the interior setting of described dust cover and described blower fan even
Connecing and be located at described dust cover outside cleaner unit airduct, the fiber bag precipitator being connected with described cleaner unit airduct.
The waste material transportation that this utility model provides turns arranging device and can produce following beneficial effect：
The waste material transportation that this utility model provides turns in arranging device, and fixing belt is used for the waste material transportation peeling off stope extremely
On the highest work platformses of discharge field, the mobile belt unit on highest work platformses comes for fixing belt feeder transport
Waste material be transported to highest work platformses needs position；And, it is provided with a conveying between two often adjacent work platformses
Assembly, sets, and in two adjacent work platformses, the higher work platformses of level height are referred to as higher level's work platformses, and level is high
The relatively low referred to as subordinate's work platformses of degree, the chute that conveying assembly has be arranged on higher level's work platformses and subordinate's work platformses it
Between side slope on, can receive the transhipment of mobile belt unit on higher level's work platformses, need to be delivered to subordinate's work platformses
Waste material, the waste material that this chute receives is transported to and to need on subordinate's work platformses by the mobile belt unit on subordinate's work platformses
Position.
Above-mentioned waste material transportation turns in arranging device, and the waste material that stope is peeled off is delivered to the senior engineer of discharge field by fixing belt feeder
After making platform, waste material is transported on highest work platformses accordingly by positioned at the mobile belt unit on highest work platformses
Position；When needing to transport downward for the waste material on highest work platformses level work platform, highest work platformses are above-mentioned upper
Level work platform, now, the mobile belt unit on highest work platformses can will need the useless of downward level work platform conveying
The feed end by the chute to corresponding conveying assembly for the delivery end cross-docking for the material, and the mobile belt machine in this conveying assembly
The feed end of group receives the discharging of above-mentioned chute delivery end, and is turned waste material by setting the transportation route of mobile belt unit
It is transported to the corresponding position of subordinate's work platformses, when some work platforms needs to drain into waste material in the side slope of work platformses,
By mobile belt unit, waste material can be delivered to the neighbouring position of side slope, then directly waste material be drained into by load wagon etc.
Side slope.
Above-mentioned waste material transportation turns and employs the structure that fixing belt feeder adds mobile belt unit in arranging device, need not build fortune
Defeated road etc., and limited less by climbing height etc., and each shifting in the mobile belt unit on each work platforms
The position of dynamic belt feeder can adjustment position as needed, and then can arbitrarily change mobile belt unit in corresponding work platformses
On discharge position, flexible operation, and, with respect in prior art adopt discharge conveying arrangement for, this utility model
The discharge conveying arrangement conveying cost providing and build cost are relatively low.
Brief description
In order to be illustrated more clearly that this utility model specific embodiment or technical scheme of the prior art, below will be right
In specific embodiment or description of the prior art the accompanying drawing of required use be briefly described it should be apparent that, below describe
In accompanying drawing be some embodiments of the present utility model, for those of ordinary skill in the art, do not paying creativeness
On the premise of work, other accompanying drawings can also be obtained according to these accompanying drawings.
Same specification is adopted to move skin on the two-layer FIX CHARGE RATE ABOUT THE WASTE stock ground work platformses that Fig. 1 provides for this utility model embodiment
Waste material transportation with machine turns the front schematic view of arranging device；
Same specification is adopted to move skin on the two-layer FIX CHARGE RATE ABOUT THE WASTE stock ground work platformses that Fig. 2 provides for this utility model embodiment
Waste material transportation with machine turns the side schematic view of arranging device；
Different size is adopted to move skin on the two-layer FIX CHARGE RATE ABOUT THE WASTE stock ground work platformses that Fig. 3 provides for this utility model embodiment
Waste material transportation with machine turns the side schematic view of arranging device；
The simple waste material transportation on three layers of FIX CHARGE RATE ABOUT THE WASTE stock ground work platforms that Fig. 4 provides for this utility model embodiment turns row
The front schematic view of device；
Close-up schematic view at the A that Fig. 5 provides for this utility model embodiment；
The dust-proof mechanism partial enlargement front schematic view that Fig. 6 provides for this utility model embodiment.
The plate brad supporting schematic diagram that Fig. 7 provides for this utility model embodiment.
Reference：
1- fixes belt feeder；2- the first mobile belt unit；
21- the first mobile belt machine；22- the second mobile belt machine；
23- the 3rd mobile belt machine；24- the 4th mobile belt machine；
3- conveying assembly；31- chute；
311- cement mortar；312- soil nailing；
313-C30 concrete；314- termination screw rod；
315- pad；316- nut；
32- the second mobile belt unit；321- the 5th mobile belt machine；
322- the 6th mobile belt machine；33- the 3rd mobile belt unit；
331- the 7th mobile belt machine；332- the 8th mobile belt machine；
333- the 9th mobile belt machine；334- the tenth mobile belt machine；
4- diversion mechanism；41- support；
42- separatory funnel；5- dust-proof mechanism；
51- dust cover；52- blower fan；
53-- cleaner unit airduct；6- work platformses；
61- work platformses；62- work platformses；
7- load wagon；8- side slope.
Specific embodiment
Below in conjunction with accompanying drawing, the technical solution of the utility model is clearly and completely described it is clear that described
Embodiment is a part of embodiment of this utility model, rather than whole embodiments.Based on the embodiment in this utility model, this
The every other embodiment that field those of ordinary skill is obtained under the premise of not making creative work, broadly falls into this practicality
Novel protected scope.
In description of the present utility model, " " center ", " on ", D score, "left", "right", " perpendicular it should be noted that term
Directly ", the orientation of instruction such as " level ", " interior ", " outward " or position relationship are based on orientation shown in the drawings or position relationship, are only
For the ease of description this utility model with simplify description, rather than instruction or the hint device of indication or element must have specific
Orientation, with specific azimuth configuration and operation, therefore it is not intended that to restriction of the present utility model.Additionally, term " the
One ", " second ", " the 3rd " are only used for describing purpose, and it is not intended that indicating or hint relative importance.
In description of the present utility model, it should be noted that unless otherwise clearly defined and limited, term " peace
Dress ", " being connected ", " connection " should be interpreted broadly, for example, it may be being fixedly connected or being detachably connected, or integratedly
Connect；Can be to be mechanically connected or electrically connect；Can be to be joined directly together it is also possible to be indirectly connected to by intermediary,
It can be the connection of two element internals.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition
Concrete meaning in this utility model for the language.
Present embodiments provide a kind of waste material transportation and turn arranging device, including the waste material transportation for peeling off stope to discharge
In, the fixing belt feeder 1 of highest work platformses, feed end and the delivery end of fixing belt feeder 1 coordinate to receive fixing belt feeder
The mobile belt unit of the discharging of 1 delivery end；Conveying assembly 3, conveying assembly 3 includes chute 31 and mobile belt unit, chute
31 are arranged in 6 side slope 8 between adjacent two-stage work platformses, in each conveying assembly 3：The charging of mobile belt unit
End is coordinated with the delivery end of chute 31 to receive the discharging of chute 31 delivery end, and the feed end of chute 31 and higher level's work platformses
On the cooperation of mobile belt unit to receive the waste material of the conveying of mobile belt unit downward level work platform on higher level's work platformses.
In order to clearly the work process of arranging device be turned to above-mentioned waste material transportation and operation principle is retouched
State, specifically can be introduced as a example the structure shown in by Fig. 1 and Fig. 2；As depicted in figs. 1 and 2, discharge field has two work
Platform, respectively work platformses 61 and work platformses 62, wherein, work platformses 61 are the highest work platformses of discharge field, and work
Make in platform 61 and work platformses 62, work platformses 61 are higher level's work platformses, and work platformses 62 are subordinate's work platformses, in work
Make fixing belt feeder 1, the first mobile belt unit 2 and load wagon 7 are placed with platform 61, the chute 31 of conveying assembly 3 is installed
In side slope 8 between work platformses 61 and work platformses 62, the second mobile belt unit 32 is placed with work platformses 62
With load wagon 7；Turn in arranging device in above-mentioned waste material transportation, when waste material will be delivered to work platformses 62 from work platformses 61,
The chute 31 that conveying assembly 3 has can receive the transhipment of the first mobile belt unit 2 on work platformses 61, need to be delivered to down
The waste material of level work platform 62, the waste material that this chute 31 receives is transported to by the second mobile belt unit 32 on work platformses 62
The position needing on work platformses 62.Because conveying assembly 3 includes the second mobile belt unit 32, when work platformses 62 need
When waste material is drained in the side slope of work platformses 62, waste material can be delivered to by the attached of side slope by the second mobile belt unit 32
Then waste material is directly drained into the side slope of work platformses 62 by near position by load wagon 7 grade.Above-mentioned waste material transportation turns row's dress
Put the transport to waste material for the middle combination realization using fixing belt feeder 1 and mobile belt unit and chute 31, and can lead to
Waste material each side on this work platforms 6 residing for mobile belt unit is realized in the movement crossing each mobile belt machine in mobile belt unit
The transport of position, need not build transport routes etc., limited less by climbing height etc., and the movement on each work platforms 6
In belt unit the position of each mobile belt machine can adjustment position as needed, and then can arbitrarily change mobile belt machine
Discharge position on corresponding work platformses 6 for the group, flexible operation, and, with respect to the discharge transport dress adopting in prior art
For putting, the discharge conveying arrangement conveying cost that this utility model provides and build cost are relatively low.
Wherein, as shown in Fig. 2 multi-platform transport in order to realize waste material, each mobile belt unit has one and gives up
Material transport main road, in each conveying assembly 3：The first mobile belt unit 2 on the feed end of chute 31 and work platformses 61
Waste material transportation main road delivery end cooperation.
Further, as one kind specifically can embodiment, when the downward level work platform of discharge field higher level's work platformses
When the waste material of transport is excessive, mobile belt unit can also have the waste material transportation main road of one or more, on higher level's work platformses
Mobile belt unit by material transfer to multiple conveying assemblies so that waste material can by a plurality of waste material transportation main road by upper
Level work platform transports to subordinate's work platformses, accelerates waste material transportation speed.
Additionally, for the multi-direction transport realizing waste material, mobile belt unit also has at least one waste material transportation branch road,
As shown in figure 4, discharge field has three work platformses, wherein, in the first mobile belt unit 2 on highest work platformses, the
One mobile belt machine 21 and the 3rd mobile belt machine 23 have cooperatively formed one article of waste material transportation main road, and the second mobile belt machine 22
Cooperatively form one article of waste material transportation branch road with the 4th mobile belt machine 24, the 3rd mobile belt unit on subordinate's work platformses
In 33, the 7th mobile belt machine 331 and the 8th mobile belt machine 332 have cooperatively formed one article of waste material transportation main road, and the 9th shifting
Dynamic belt feeder 333 and the tenth mobile belt machine 334 have cooperatively formed one article of waste material transportation branch road, and each waste material transportation branch road
With can be provided with waste material diversion mechanism 4 at the joint of waste material transportation main road, by mobile belt unit receive waste material in
A part branches to waste material transportation branch road, by diversion mechanism 4, the waste material transporting on main line is transported to more a plurality of transport and props up
Lu Shang, realizes the trash discharge on different directions on work platformses 6.
Additionally, the delivery end of transport leg is unloaded to waste material on work platformses 6, then transferred to by 7 waste materials of load wagon
The side slope 8 of corresponding discharge field work platformses 6.
Wherein, as shown in figure 5, diversion mechanism 4 includes support 41, the separatory funnel 42 of support support, separatory funnel 42
First end is extended with funnel type flange, increased the end face cross-sectional area of separatory funnel 42 first end it is ensured that waste material transportation is imitated
Rate, the second end of separatory funnel 42, the 3rd end coordinate transport waste material with the main road of mobile belt unit and branch road respectively.
Further, as one kind specifically can embodiment, the second end in diversion mechanism 4, the 3rd end can be provided with
Governor motion, for adjusting the flow of the waste material being transported to mobile belt unit waste material transportation main road and waste material transportation branch road, makes
Being transported from transport main road of will not concentrating of waste material, better met on discharge field work platformses 6 different azimuth to useless
The discharge capacity of material.
Further, as one kind specifically can embodiment, the support 41 in diversion mechanism 4 can be fixed on mobile skin
It is also possible to support on the ground on band machine.
Further, as one kind specifically can embodiment, diversion mechanism 4 be fixed on can have on mobile belt machine many
The mode of kind, can be welded on mobile belt machine it is also possible to be fixed on mobile belt machine by bolt, nut.
Further, as one kind specifically can embodiment, separatory funnel 42 is stainless steel material, and stainless steel material is firm
Spend, wear-resisting.
Further, as one kind specifically can embodiment, when waste material needs transport many to discharge field work platformses 6
During individual orientation, at subordinate's transport leg of waste material and the joint of waste material higher level's transport leg, waste material diversion mechanism can also be provided with
4, increased waste material transportation branch road, realize waste material multi-faceted discharge on discharge field work platformses 6.
Additionally, each mobile belt unit includes multiple mobile belt machines, along waste material conveying direction, rear stage moves skin
Feed end with machine is located at the lower section of previous stage mobile belt machine delivery end so that waste material transportation enhanced convenience, specifically, can
With as shown in Fig. 2 the feed end of the 3rd mobile belt machine 23 in the first mobile belt unit 2 is located at the first mobile belt machine 21
Delivery end lower section so that material be subject to gravity can cross-docking to the 3rd mobile belt machine 23 feed end.
Further, specifically can embodiment, mobile belt machine feed end both sides and feed end top as one kind
End is provided with baffle plate, situation about dropping on work platformses 6 when reducing waste material transportation to mobile belt machine feed end.
Further, specifically can embodiment, the delivery end of higher level's mobile belt machine and subordinate's movement as one kind
The transport that in alignment can carry out waste material at the feed end cooperation of belt feeder can also the angled fortune carrying out waste material
Defeated, mobile belt machine direction, position flexibly changing, structure is simple and can quickly meet waste material transportation in different azimuth, real
Now quickly multi-platform transport.
Additionally, vertically, the feed end of each mobile belt machine is less than delivery end, and waste material is by mobile belt machine
Feed end liter be transported to delivery end can cross-docking to the feed end of identical subordinate mobile belt machine, vertical height need not be purchased not
Same mobile belt machine carries out cooperation transhipment, so that the mobile belt in the mobile belt unit on each work platforms
Machine adopts same specification, and purchase engineering amount is little, marker method is also more flexible.
As shown in Fig. 2 the first mobile belt machine 21 in the first mobile belt unit 2 on work platformses 61 and the 3rd shifting
The feed end of dynamic belt feeder 23 is less than delivery end, and the feed end of the 3rd mobile belt machine 23 is less than the first mobile belt machine 21
Delivery end is so that the first mobile belt machine 21 and the 3rd mobile belt machine 23 can adopt same specification.
Or, the feed end of each mobile belt machine can be in same horizontal line with delivery end, and along waste material
Transmission direction, the vertical height of previous stage mobile belt machine is higher than the vertical height of rear stage mobile belt machine, specifically as Fig. 3 institute
Show, the charging of the mobile belt machine in the first mobile belt unit 2 and the second mobile belt unit 32 on work platformses 61
End and delivery end are in same level and the vertical height of previous stage mobile belt machine is higher than rear stage mobile belt machine
Vertical height is so that waste material can smoothly transport on each mobile belt machine.
In a kind of specific embodiment, the chute 31 in above-mentioned conveying assembly 3 has multiple circular holes, for joining with fixture
Close to be fixed on chute in the side slope 8 between the two neighboring work platformses in discharge field 6.
Further, as one kind specifically can embodiment, as shown in fig. 7, chute 31 is two neighboring in discharge field
Soil-Nailing Wall Structure fixed form can be adopted, between the two neighboring work platformses in discharge field in side slope 8 between work platformses 6
Side slope 8 on bore elongated hole, soil nailing 312 inserts the elongated hole in the side slope 8 between discharge field work platformses 6 by the circular hole of chute 31
In, pour into cement mortar 311 between elongated hole and soil nailing, soil nailing 312 head installs pad 315, the termination screw rod 314 of soil nailing 312
Tightened using nut 316 with chute 31, closed using C30 concrete 313 between nut 316 and chute 31.
In the above-described embodiments, wherein, chute 31 consolidating in the side slope 8 between the two neighboring work platformses in discharge field 6
Determining mode can also have other forms, for example：Chute 31 can be adopted in the side slope 8 between the two neighboring work platformses in discharge field 6
Use suspension roof support structurally-fixed mode.
And for example：Metal bar is imbedded on the side slope 8 between the two neighboring work platformses in discharge field 6, metal bar and chute it
Between welded.
Further, as one kind specifically can embodiment, the cross section of chute 31 is U-shaped.
Further, as one kind specifically can embodiment, the feed end of chute 31 is by the two neighboring work in discharge field
Make to extend in the side slope 8 between platform 6 immediately below the delivery end of higher level's mobile belt unit, the delivery end of chute 31 is by discharge
Extend in side slope 8 between the two neighboring work platformses 6 in field directly over the feed end of subordinate's mobile belt unit, prevent waste material
Transport to subordinate's mobile belt machine to the feed end of chute 31 and the delivery end of chute 31 being transported by higher level's mobile belt unit
Situation about dropping during group on discharge field work platformses 6 occurs.
As shown in Fig. 2 setting between fixing belt feeder 1 delivery end and matched the first mobile belt unit 2 feed end
There is dust-proof mechanism 5, and/or, between the delivery end of the first mobile belt unit 2 on work platformses 61 and the feed end of chute 31
It is provided with dust-proof mechanism 5, and/or, the charging of the second mobile belt unit 32 on the delivery end end of chute 31 and work platformses 62
It is provided with dust-proof mechanism 5 between end, and/or, the higher level's mobile belt machine delivery end in each mobile belt unit is moved with subordinate
It is provided with dust-proof mechanism 5, including dust cover 51, the shower nozzle of setting in dust cover 51, in dust cover 51 between dynamic belt feeder feed end
Inside carry out watering and lowering dust, produce substantial amounts of dust during preventing waste material transportation, protect the working environment of workman.
Or, as shown in fig. 6, dust-proof mechanism 5 includes dust cover 51, the blower fan 52 of the interior setting of dust cover 51 and blower fan 52
Connect and be located at dust cover 51 outside cleaner unit airduct 53, the fiber bag precipitator being connected with cleaner unit airduct 53, waste material
Dust cleaner unit airduct 53 is entered into by blower fan 52, then by cleaner unit airduct enter fiber bag precipitator carry out dedusting.Logical
Cross above example, the flexibility ratio that this waste material transportation turns arranging device is high, easy to use while, save time and cost.
It is briefly described below taking two-layer FIX CHARGE RATE ABOUT THE WASTE stock ground work platformses as a example.
As depicted in figs. 1 and 2, the waste material transportation that the fixing belt feeder on highest work platformses 1 is peeled off from stope to
The first end of separatory funnel 42, waste material is shunted through separatory funnel 42, respectively from the second end, the 3rd end of separatory funnel 42
Transport the second mobile belt machine 22 on the first mobile belt machine 21 and the waste material transportation branch road to waste material transportation main road, pass through
After dust-proof mechanism 5, by waste material transportation to the 3rd mobile belt machine 23, the second mobile belt machine 22 will give up the first mobile belt machine 21
To the 4th mobile belt machine 24, the delivery end of the 4th mobile belt machine 24 is unloaded to waste material on work platformses 61 for material transport, then
Transfer to the side slope 8 of discharge field work platformses 61 by 7 waste materials of load wagon, waste material is passed through dust-proof machine by the 3rd mobile belt machine 23
Structure 5 transports to the feed end of chute 31, and waste material is transported to the feed end of the 5th mobile belt machine 321 by chute 31, by
The delivery end of five mobile belt machines 321 transports to the feed end of the 6th mobile belt machine 322, reaches on work platformses 62, loads
7 waste materials of car transfer to the side slope 8 of discharge field work platformses 62.
It is briefly described below taking three layers of FIX CHARGE RATE ABOUT THE WASTE stock ground work platforms as a example.
As shown in Figure 4 and Figure 5, the waste material transportation that the fixing belt feeder on highest work platformses 1 is peeled off from stope to
The first end of separatory funnel 42, waste material is shunted through separatory funnel 42, respectively from the second end, the 3rd end of separatory funnel 42
Transport the second mobile belt machine 22 on the first mobile belt machine 21 and the waste material transportation branch road to waste material transportation main road, pass through
After dust-proof mechanism 5, by waste material transportation to the 3rd mobile belt machine 23, the second mobile belt machine 22 will give up the first mobile belt machine 21
To the 4th mobile belt machine 24, the delivery end of the 4th mobile belt machine 24 is unloaded to waste material on work platformses 6 for material transport, then by
7 waste materials of load wagon transfer to the side slope 8 of corresponding discharge field work platformses 6, and waste material is passed through anti-by the 3rd mobile belt machine 23
Dirt mechanism 5 transports to the feed end of chute 31, and waste material is transported to the feed end of the 7th mobile belt machine 331 by chute 31, leads to
The delivery end crossing the 7th mobile belt machine 331 transports to the first end of separatory funnel 42, and waste material is carried out point through separatory funnel 42
Stream, transports the 8th mobile belt machine 332 to waste material transportation main road and useless from the second end of separatory funnel 42, the 3rd end respectively
The 9th mobile belt machine 333 on material transport leg, thus reaching subordinate's work platformses, the 9th mobile belt machine 333 is by waste material
Transport to the tenth mobile belt machine 334, the delivery end of the tenth mobile belt machine 334 is unloaded to waste material on work platformses 6, then by
7 waste materials of load wagon transfer to the side slope 8 of corresponding discharge field work platformses 6, and waste material is passed through anti-by the 8th mobile belt machine 332
Dirt mechanism 5 transports to the feed end of chute 31, and waste material is transported to the feed end of the 5th mobile belt machine 321 by chute 31, leads to
The delivery end crossing the 5th mobile belt machine 321 transports to the feed end of the 6th mobile belt machine 322, reaches afterbody work flat
On platform, 7 waste materials of load wagon transfer to the side slope 8 of corresponding discharge field work platformses 6.
Finally it should be noted that：Various embodiments above is only in order to illustrating the technical solution of the utility model, rather than it is limited
System；Although being described in detail to this utility model with reference to foregoing embodiments, those of ordinary skill in the art should
Understand：It still can be modified to the technical scheme described in foregoing embodiments, or to wherein some or all of
Technical characteristic carries out equivalent；And these modifications or replacement, do not make the essence of appropriate technical solution depart from this practicality new
The scope of type each embodiment technical scheme.
Claims (10)
1. a kind of waste material transportation for discharge field turns arranging device, and described discharge field has at least two-stage dividing by level height
Work platformses are it is characterised in that include：
Waste material transportation for peeling off stope is solid with described to the fixing belt feeder of highest work platformses, feed end in discharge field
The delivery end determining belt feeder coordinates to receive the mobile belt unit of the discharging of described fixing belt feeder delivery end；
Conveying assembly, described conveying assembly includes chute and mobile belt unit, and described chute is arranged at two adjacent level works
In side slope between platform, in each conveying assembly：
The feed end of described mobile belt unit is coordinated with the delivery end of chute to receive the discharging of described chute delivery end, and institute
State the feed end of chute and the mobile belt unit on higher level's work platformses coordinates to receive mobile belt on higher level's work platformses
The waste material of unit downward level work platform conveying.
2. waste material transportation according to claim 1 turns arranging device it is characterised in that each described mobile belt unit has
There is a waste material transportation main road, in each described conveying assembly：
The delivery end of the waste material transportation main road of described mobile belt unit on the feed end of described chute and higher level's work platformses
Cooperation.
3. waste material transportation according to claim 2 turn arranging device it is characterised in that described mobile belt unit also have to
It is provided with useless at a few waste material transportation branch road, and each described waste material transportation branch road and the joint of described waste material transportation main road
Material diversion mechanism, the part in the waste material that described mobile belt unit is received branches to described waste material transportation branch road.
4. waste material transportation according to claim 3 turns arranging device it is characterised in that described diversion mechanism includes support, institute
State the separatory funnel of support support.
5. waste material transportation according to claim 1 turns arranging device it is characterised in that each described mobile belt unit bag
Include multiple mobile belt machines, along waste material transportation direction, the feed end of rear stage mobile belt machine is located at previous stage mobile belt machine
The lower section of delivery end.
6. waste material transportation according to claim 5 turns arranging device it is characterised in that vertically, each described shifting
The feed end of dynamic belt feeder is less than delivery end.
7. waste material transportation according to claim 6 turns arranging device it is characterised in that described chute has multiple circular holes, uses
Coordinate in fixture to be fixed on described chute in the side slope between the two neighboring described work platformses in discharge field.
8. the waste material transportation according to any one of claim 1-7 turns arranging device it is characterised in that described fixing belt feeder unloads
It is provided with dust-proof mechanism between material end and matched described mobile belt unit feed end, and/or, on higher level's work platformses
It is provided with dust-proof mechanism between the delivery end of described mobile belt unit and the feed end of described chute, and/or, the unloading of described chute
It is provided with dust-proof mechanism between the feed end of described mobile belt unit on material end end and subordinate's work platformses, and/or, each
It is provided with dust-proof machine between higher level's mobile belt machine delivery end in described mobile belt unit and subordinate's mobile belt machine feed end
Structure.
9. waste material transportation according to claim 8 turn arranging device it is characterised in that described dust-proof mechanism include dust cover,
The shower nozzle of setting in described dust cover.
10. waste material transportation according to claim 8 turn arranging device it is characterised in that described dust-proof mechanism include dust cover,
Cleaner unit airduct that the blower fan arranging in described dust cover is connected with described blower fan and outside positioned at described dust cover, with institute
State the fiber bag precipitator of cleaner unit airduct connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620799092.9U CN205953062U (en) | 2016-07-27 | 2016-07-27 | Row's device is changeed in waste material transportation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620799092.9U CN205953062U (en) | 2016-07-27 | 2016-07-27 | Row's device is changeed in waste material transportation |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205953062U true CN205953062U (en) | 2017-02-15 |
Family
ID=57972715
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620799092.9U Withdrawn - After Issue CN205953062U (en) | 2016-07-27 | 2016-07-27 | Row's device is changeed in waste material transportation |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205953062U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106044252A (en) * | 2016-07-27 | 2016-10-26 | 中冶沈勘秦皇岛工程技术有限公司 | Waste material transporting, transferring and discharging device |
| CN109353836A (en) * | 2018-11-28 | 2019-02-19 | 秦皇岛港股份有限公司 | Dissipate the sundry intercepting device and its method of material feeder |
| CN110745573A (en) * | 2019-10-31 | 2020-02-04 | 万宝矿产有限公司 | Overlapping self-moving type material distribution method for transshipment conveyor |
-
2016
- 2016-07-27 CN CN201620799092.9U patent/CN205953062U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106044252A (en) * | 2016-07-27 | 2016-10-26 | 中冶沈勘秦皇岛工程技术有限公司 | Waste material transporting, transferring and discharging device |
| CN109353836A (en) * | 2018-11-28 | 2019-02-19 | 秦皇岛港股份有限公司 | Dissipate the sundry intercepting device and its method of material feeder |
| CN109353836B (en) * | 2018-11-28 | 2023-10-20 | 秦皇岛港股份有限公司 | Sundry interception device and method for bulk material feeder |
| CN110745573A (en) * | 2019-10-31 | 2020-02-04 | 万宝矿产有限公司 | Overlapping self-moving type material distribution method for transshipment conveyor |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170215 Effective date of abandoning: 20170721 |