CN108750727A - High-order unloading unit and loading method based on side dumping position - Google Patents
High-order unloading unit and loading method based on side dumping position Download PDFInfo
- Publication number
- CN108750727A CN108750727A CN201810502427.XA CN201810502427A CN108750727A CN 108750727 A CN108750727 A CN 108750727A CN 201810502427 A CN201810502427 A CN 201810502427A CN 108750727 A CN108750727 A CN 108750727A
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- CN
- China
- Prior art keywords
- frame
- cage
- car
- car arrester
- movable block
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G67/00—Loading or unloading vehicles
- B65G67/02—Loading or unloading land vehicles
- B65G67/24—Unloading land vehicles
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G67/00—Loading or unloading vehicles
- B65G67/02—Loading or unloading land vehicles
- B65G67/04—Loading land vehicles
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G69/00—Auxiliary measures taken, or devices used, in connection with loading or unloading
- B65G69/003—Restraining movement of a vehicle at a loading station using means not being part of the vehicle
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Aviation & Aerospace Engineering (AREA)
- Excavating Of Shafts Or Tunnels (AREA)
- Ship Loading And Unloading (AREA)
Abstract
A kind of high-order unloading unit and loading method based on side dumping position,It include the promotion tower apparatus with frame (1) and for promoting mine car (9),It is arranged on frame (1) and for the motorcycle device (3) to mine car (9) progress screens,It is arranged on frame (1) and is used to form mine car (9) between haulage vehicle the chute (4) of circulation passage,It is provided on mine car (9) and to be opened/closed gushes out port,By promoting tower apparatus,Mine car (9) is navigated to the upper end of haulage vehicle,Mine car (9) is fixed by motorcycle device (3),It is connected to the port that gushes out to mine car (9) by chute (4),The ore of mine car (9) is flowed into haulage vehicle,No longer mine car is overturn by high-place tippler,Therefore the entrucking weight of high-order unloading unit is increased,Improve the efficiency of unloading of high-order unloading unit.
Description
Technical field
The present invention relates to a kind of high-order unloading unit and loading method, an especially a kind of high position based on side dumping position is unloaded dress
It sets and loading method.
Background technology
A high position unloads station for the ore of underground mining to be attached to carrier from mine car, therefore high-order unloading unit is one
The important mine device of kind is also all that mine car is overturn by high-place tippler in existing high-order unloading unit, from
And the ore in mine car in the wagon box of carrier, due to being limited by inverting action power, existing high-order overturning
It is three tons that machine maximum, which overturns weight, to affect the efficiency of unloading of high-order unloading unit.
Based on applicant's technical problem existing in the Disclosure of invention on March 20th, 2018 and background technology, technology
Feature and technique effect make the application technical solution of the present invention.
Invention content
The object of the present invention is a kind of high-order unloading unit based on side dumping position,
The object of the present invention is a kind of loading method based on side dumping position.
In order to overcome the technical drawbacks described above, the object of the present invention is to provide a kind of high-order unloading unit based on side dumping position and
Loading method, therefore the entrucking weight of high-order unloading unit is increased, improve the efficiency of unloading of high-order unloading unit.
In order to achieve the above objectives, the technical solution adopted by the present invention is that：A kind of high-order unloading unit based on side dumping position, packet
Containing with frame and for promoting the promotion tower apparatus of mine car, being arranged on frame and for carrying out screens to mine car
Motorcycle device, the chute for being arranged on frame and being used to be formed circulation passage between mine car and haulage vehicle, on mine car
It is provided with and to be opened/closed gushes out port.
Mine car is navigated to transport vehicle by promoting tower apparatus due to devising motorcycle device, chute and promoting tower apparatus
Upper end, mine car is fixed by motorcycle device, is connected to the port that gushes out to mine car by chute, the mine of mine car
Stone is flowed into haulage vehicle, and no longer mine car is overturn by high-place tippler, therefore increases high-order unloading unit
Entrucking weight improves the efficiency of unloading of high-order unloading unit.
The present invention devises, by keep mine car home state and open mine car gush out port in the way of for producing
Motorcycle device, the chute with circulation passage and the promotion tower apparatus for main body of raw clamping active force are coupled to each other.
The present invention devises, motorcycle device and chute in the way of being gripped to mine car and bobbin conveys
Couple with tower apparatus is promoted.
The present invention devises, and promotes tower apparatus and is set as also including cage and lifting device.
The present invention devises, and also includes the first accessories apparatus and the first accessories apparatus is set as and promotes tower apparatus connection
Connect, the first accessories apparatus be set as include preceding car arrester, rear car arrester and lateral bracket and preceding car arrester, rear car arrester and
Lateral bracket is set as being distributed in moving track.
The present invention devises, and motorcycle device, chute and lifting device is respectively arranged on frame and cage and transverse direction
Bracket is arranged in the frame, and cage is set as coupling with lifting device and mine car is arranged in cage, and mine car is respectively set to
Couple with motorcycle device and chute and mine car be arranged in lateral bracket, before being respectively arranged in lateral bracket car arrester and
Car arrester and preceding car arrester and rear car arrester are respectively set to couple with mine car contact afterwards.
The present invention devises, and frame is set as the tower-like body of quadrangle and the bottom terminal ends of frame are provided with lateral support
Frame is provided with lifting device in the top end of frame and the middle part of frame is provided with motorcycle device, in the cross of frame
It is respectively arranged between beam, between the vertical beam of frame and is set as contacting with cage in the vertical beam of the X tie-beams being distributed and frame
Formula couples.
The present invention devises, and cage is set as including cage shell portion, web portion, lower shaft portion, upper axle portion, left otic placode and the right side
The upper end end face portion in otic placode and cage shell portion is set as coupling with the lower end of web portion, left otic placode and auris dextra plate be set as with
Web portion clamp-mounting type couples and lower shaft portion is set as and the lower end of left otic placode, the lower end of auris dextra plate and web portion
Upper end concatenation type couples, upper axle portion be set as coupling with the upper end concatenation type of the upper end of left otic placode and auris dextra plate and on
Axle portion is set as coupling with lifting device, and cage shell portion is set as coupling with mine car holding type and cage shell portion is set as sliding with frame
Dynamic formula couples, and cage shell portion is arranged in lateral bracket and cage shell portion is set as rectangular box-like body, web portion, left otic placode and the right side
Otic placode is respectively set to rectangular patch body and lower shaft portion and upper axle portion are provided in round clava respectively.
The present invention devises, and the left motorcycle device of motorcycle device is arranged facial in the left side of frame and left motorcycle device and sets
It sets in the upper surface of the output port of chute, the right motorcycle device of motorcycle device is arranged in the right side of frame face and left motorcycle
Device and right motorcycle device are respectively set to include perpendicular supporting block, telescoping cylinder, swing seat and horizontal support block, erect supporting block and cross
Supporting block is set as coupling with frame and perpendicular supporting block and horizontal support block are set as being in be mutually perpendicular to be distributed, in perpendicular supporting block
It is provided with axis pin hole body, telescoping cylinder is set as coupling with the axis pin hole body of perpendicular supporting block by axis pin and setting on horizontal support block
It is equipped with thickening part, axis pin hole body is provided on thickening part, support mouth body is provided on the end of horizontal support block and holds in the palm a mouthful body
It is set as coupling with mine car contact, the axis pin hole body of thickening part is respectively set to join by axis pin and horizontal support block and telescoping cylinder
It connects and thickening part is set as triangle plates, swing seat is set as rectangular patch body and perpendicular supporting block is set as rectangular strip
Shape body, horizontal support block are set as Ω words blocks and a mouthful body are ask to be set as L-shaped channel-shaped body.
The present invention devises, and it includes chute portion and deflector that chute, which is set as, and deflector is arranged in the defeated of chute portion
Inbound port portion, chute portion is set as coupling with frame and the output end oral area in chute portion is set as extending in frame facet
Portion, the input terminal oral area in chute portion are set as being distributed in an overlapping with frame facet portion, and deflector is set as overturning with chute portion
Formula couples and deflector couples with chute portion and mine car hanging-connecting respectively, and chute portion is set as quadrangle cone tubular body and leads
Flowing plate is set as rectangular patch body.
The present invention devises, and preceding car arrester is arranged in the left side of frame face and car arrester is arranged on the right side of frame afterwards
Face, preceding car arrester and rear car arrester are respectively set to include rear movable block, preceding movable block, back stay, front tension bar, compression
Cylinder, connecting seat, spring, block, rotation axis and distance rod and rotation axis are set as coupling with lateral bracket rotary type, compression cylinder
It is arranged in lateral bracket and the follower head of connecting seat is set as coupling with rotation axis, in the flexible end of compression cylinder and connection
The axis pin hole body that the front end of seat is respectively arranged with axis pin hole body and compression cylinder is set as axis pin by axis pin and connecting seat
Hole body couples, and distance rod is set as coupling with the end of rotation axis, after the rear face of rotation axis is provided with movable block and
The movable block before the front face of rotation axis is provided with, rear movable block and preceding movable block are respectively set to and lateral bracket movable type
Couple and be provided with back stay on rear movable block, the end, preceding of front tension bar and back stay is provided on preceding movable block
The end of pull rod and the end of distance rod are respectively arranged with axis pin hole body, and the axis pin hole body of distance rod is respectively set to pass through axis pin
Couple with the axis pin hole body of the axis pin hole body of back stay and front tension bar, the inner termination of spring is respectively set to the right side with rear movable block
The right side face of side surface part and preceding movable block couples and the external end head of spring is set as coupling with block, and block is set as and mine
Vehicle contact couples, rear movable block and preceding movable block be respectively set to rectangular block shape body and back stay, front tension bar, connecting seat and
Distance rod is set as clava, and spring is provided in round column and block is provided in round discoid body, and compression cylinder is set as
Hydraulically extensible cylinder.
The present invention devises, and the enhancing hook that lifting device is set as winch hoister and lifting device is set as and tank
Cage couples.
The present invention devises, and lateral bracket is set as including to enclose frame, rear rail and fromer rail and enclose frame to be set as frame
Frame couples, and rear rail and fromer rail are respectively set to and enclose that frame couples and rear rail and fromer rail are respectively set to extend in frame
In frame, rear rail and fromer rail are set as in be arranged parallel to each other distribution and rear rail and fromer rail is respectively set to and mine car
Brace type couples, and encloses frame and is respectively set to couple and enclose frame with frame, preceding car arrester and rear car arrester and is set as ring bodies simultaneously
And rear rail and fromer rail are respectively set to I-shaped strip shape body.
The present invention devises, and mine car is set as tray portion, box shell portion and base plate and in the left and right sides in box shell portion face
It is respectively arranged with tray portion, base plate is arranged bottom end port part and base plate in box shell portion and is set as convertible with box shell portion
Connection, tray portion is set as coupling with motorcycle device contact and base plate is respectively set to and cage, chute and lateral support
Bridge joint touch couples, and tray portion is set as rectangular strip body and base plate is provided with the plate body with idler wheel, and box shell portion is set
It is set to rectangular drum like body.
The present invention devises, and frame, cage and lifting device are set as with motorcycle device and chute according to leakage current channel
Mode is distributed and frame, cage and lifting device and lateral bracket, preceding car arrester and rear car arrester be set as according to pour in stream
The mode of dynamic positioning is distributed, the center line of frame, the center line of cage, the center line of lifting device and lateral bracket center line
It is arranged on same straight line.
The present invention devises, a kind of loading method based on side dumping position, and step is：
The box shell portion for filling with ore is put on rear rail and fromer rail, box shell portion is pushed, makes the idler wheel of base plate in rear rail
It is moved in fromer rail, which is pushed into cage shell portion, the compression cylinder of preceding car arrester is extended, car arrester turns before driving
Moving axis is rotated, and the distance rod of car arrester is distributed in vertical plumbness before driving, by the back stay of preceding car arrester with before
Pull rod drives the rear movable block of preceding car arrester and preceding movable block to be closed up, makes the rear movable block of preceding car arrester and preceding movable block
On spring and block act on the mine car of left side and positioned, the compression cylinder of rear car arrester is extended, car arrester after drive
Rotation axis rotated, after drive the distance rod of car arrester in vertical plumbness be distributed, pass through the back stay of rear car arrester
And front tension bar, the rear movable block of car arrester and preceding movable block are closed up after drive, make rear movable block and the Forward of rear car arrester
The mine car that spring and block on motion block act on right side is positioned, and enhancing hook and the upper axle portion of lifting device are connected
It connects, drives cage to be moved up along the vertical beam of frame by lifting device, cage drives the mine car to be promoted, when bottom plate position
When deflector, telescoping cylinder is made to extend, swing seat is driven inwardly to be rotated in horizontal support block, support mouth body is made to be clamped with tray portion,
So that cage is moved down along the vertical beam of frame by lifting device, deflector and base plate are mounted, base plate is turned over box shell portion
Turn, so that the bottom end port part in box shell portion is passed through deflector and be connected to the input terminal oral area in chute portion, the ore in box shell portion passes through
The output end oral area in chute portion is encased in carrier, after the ore of the mine car unloads, deflector and chute portion
The mounting sealing of input terminal oral area, makes cage be moved up along the vertical beam of frame, makes base plate and box shell portion by lifting device
Bottom end port part sealing, makes telescoping cylinder shrink, drives swing seat to be turned out in horizontal support block, make support mouth body and tray part
From making cage be moved down along the vertical beam of frame by lifting device, which be put on rear rail and fromer rail, preceding resistance
The compression cylinder of vehicle device is shunk, and the rotation axis of car arrester is rotated before driving, and the distance rod of car arrester is horizontal before driving
Distribution is driven the rear movable block of preceding car arrester and preceding movable block to be extended, is made by the back stay and front tension bar of preceding car arrester
The rear movable block of preceding car arrester and the spring on preceding movable block and block and the mine car of left side separate, the compression of rear car arrester
Cylinder is shunk, and the rotation axis of car arrester is rotated after drive, and the distance rod of car arrester is horizontal distribution after drive, by rear
The back stay and front tension bar of car arrester, the rear movable block of car arrester and preceding movable block are extended after drive, make rear car arrester
Movable block and spring on preceding movable block and block are detached with the mine car of right side afterwards, in the mine car and cage of mobile right side
The mine car is pushed into the mine car of left side in cage.
The technical effects of the invention are that：Mine car enters in the cage of unloading in frame body, and lifting device will unload cage
Lift, after reaching designated position, the claw auto-extending in motorcycle device holds mine car railway carriage both sides, unloads under cage at this time
The wheel body of drop, mine car bottom discharge side moves decline along the support roller device on cage disk body, and mine car is opened, and realization is unloaded automatically
Vehicle, ore are fitted into along chute in automobile, after loading-unloading vehicle, cage hoisting lofty perch, and tramcar wheel self-return, motorcycle device
In claw automatically retract, cage drops to running track face again, and empties is pushed by heavily loaded mine car, and a kind high position unloads station,
It can unload automatically, and be automatically loaded automobile, ore is made quickly to be encased in trackless automobile by rail mining car.This side dump mine
Vehicle special high level unloads station and saves the lay day, has saved loading-unloading vehicle cost, reduces place usable floor area, improves handling
Vehicle efficiency, effective solution shipment of the ore from mine car to automobile reduce the turnaround time, improve entrucking capacity.
In the technical scheme, mine car gushes out the bottom end port part that port refers to mine car.
In the technical scheme, it keeps mine car home state and opens motorcycle device, the chute for gushing out port of mine car
It is important technical characteristic with tower apparatus is promoted, in the technical field of high-order unloading unit and loading method based on side dumping position,
With novelty, creativeness and practicability, term in the technical scheme is all the patent text that can be used in the art
It offers and explains and understand.
Description of the drawings
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technology description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
Some embodiments of invention for those of ordinary skill in the art without creative efforts, can be with
Obtain other attached drawings according to these attached drawings.
Fig. 1 is a kind of schematic diagram of high-order unloading unit based on side dumping position of the present invention；
Fig. 2 is the right view of Fig. 1；
Fig. 3 is the vertical view of Fig. 1；
Fig. 4 is the structural schematic diagram of motorcycle device 3；
Frame -1, cage -2, motorcycle device -3, chute -4, preceding car arrester -5, rear car arrester -6, lifting device -7, laterally support
Frame -8, mine car -9, cage shell portion -21, web portion -22, lower shaft portion -23, upper axle portion -24, left otic placode -25, auris dextra plate -26, a left side
Motorcycle device -31, right motorcycle device -32, thickening part -34, perpendicular supporting block -35, telescoping cylinder -36, swing seat -37, support mouth body -
38, horizontal support block -39, chute portion -41, deflector -42, rear movable block -51, preceding movable block -52, back stay -53, front tension bar -
54, compression cylinder -55, connecting seat -56, spring -57, block -58, rotation axis -59, distance rod -61, enclose frame -81, rear rail -82,
Fromer rail -83, tray portion -91, box shell portion -92, base plate -93.
Specific implementation mode
According to guidelines for examination, such as " having ", "comprising" and " comprising " term used in the present invention should understand that
Not allot the presence or addition of one or more of the other element or combinations thereof.
In the description of the present invention, it should be noted that term "center", "upper", "lower", "left", "right", "vertical",
The orientation or positional relationship of the instructions such as "horizontal", "inner", "outside" is the orientation or positional relationship of general expression, is merely for convenience of
The description present invention and simplified description, do not indicate or imply the indicated device or element must have a particular orientation, with spy
Fixed azimuth configuration and operation, therefore be not considered as limiting the invention.In addition, term " first ", " second ", " third "
It is used for description purposes only, is not understood to indicate or imply relative importance.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " installation ", " phase
Even ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or be integrally connected；It can
Can also be electrical connection to be mechanical connection；It can be directly connected, can also indirectly connected through an intermediary, Ke Yishi
Connection inside two elements.For the ordinary skill in the art, above-mentioned term can be understood at this with concrete condition
Concrete meaning in invention.
As long as in addition, technical characteristic involved in invention described below different embodiments non-structure each other
It can be combined with each other at conflict.
Below in conjunction in the embodiment of the present invention, technical solution in the embodiment of the present invention is clearly and completely retouched
It states, it is clear that described embodiment is only a part of the embodiment of the present invention, instead of all the embodiments.Based in the present invention
Embodiment, every other embodiment obtained by those of ordinary skill in the art without making creative efforts,
It shall fall within the protection scope of the present invention.
A kind of high-order unloading unit based on side dumping position, Fig. 1 are one embodiment of the present invention, specifically in conjunction with attached drawing
Bright the present embodiment includes frame 1, cage 2, motorcycle device 3, chute 4, preceding car arrester 5, rear car arrester 6,7 and of lifting device
Lateral bracket 8,
It is respectively arranged with motorcycle device 3, chute 4 and lifting device 7 on frame 1 and cage 2 and lateral bracket 8 are arranged in frame
In frame 1, cage 2 is set as coupling with lifting device 7 and mine car 9 is arranged in cage 2, and mine car 9 is respectively set to and motorcycle
Device 3 and chute 4 couple and mine car 9 is arranged in lateral bracket 8,5 He of car arrester before being respectively arranged in lateral bracket 8
Car arrester 6 and preceding car arrester 5 and rear car arrester 6 are respectively set to couple with 9 contact of mine car afterwards.
In the present embodiment, frame 1 is set as the tower-like body of quadrangle and the bottom terminal ends of frame 1 is provided with lateral support
Frame 8 is provided with lifting device 7 in the top end of frame 1 and the middle part of frame 1 is provided with motorcycle device 3, in frame
It is respectively arranged with and is set as in the vertical beam of the X tie-beams being distributed and frame 1 and tank between 1 crossbeam, between the vertical beam of frame 1
2 contact of cage couples.
By frame 1, the company of the support to cage 2, motorcycle device 3, chute 4, lifting device 7 and lateral bracket 8 is formd
Contact is realized and is connect with the orientation of cage 2 by frame 1, is realized and is connect with the carrier of motorcycle device 3, is realized and chute
4 carrier connection, realizes and is connect with the carrier of lifting device 7, realize and connect with the carrier of lateral bracket 8.
In the present embodiment, cage 2 be set as include cage shell portion 21, web portion 22, lower shaft portion 23, upper axle portion 24,
The upper end end face portion in left otic placode 25 and auris dextra plate 26 and cage shell portion 21 is set as coupling with the lower end of web portion 22, left ear
Plate 25 and auris dextra plate 26 are set as coupling with 22 clamp-mounting type of web portion and lower shaft portion 23 is set as the lower end with left otic placode 25
The upper end concatenation type connection of head, the lower end of auris dextra plate 26 and web portion 22, upper axle portion 24 are set as and left otic placode 25
The upper end concatenation type of upper end and auris dextra plate 26 couples and upper axle portion 24 is set as coupling with lifting device 7, cage shell portion 21
It is set as coupling with 9 holding type of mine car and cage shell portion 21 is set as coupling with 1 slidingtype of frame, cage shell portion 21 is arranged in transverse direction
On bracket 8 and cage shell portion 21 is set as rectangular box-like body, and web portion 22, left otic placode 25 and auris dextra plate 26 are respectively set to square
Shape plates and lower shaft portion 23 and upper axle portion 24 are respectively set to round clava.
By cage 2, the support tie point to frame 1, lifting device 7 and lateral bracket 8 is formd, by cage shell portion 21,
The connection with frame 1 is realized, realizes and is connect with the carrier of mine car 9, realizes the connection with lateral bracket 8, by upper axle portion
24, it realizes and is connect with the carrier of lifting device 7, by web portion 22, lower shaft portion 23, left otic placode 25 and auris dextra plate 26, realized
The connection of upper axle portion 24 and cage shell portion 21.
In the present embodiment, the left motorcycle device 31 of motorcycle device 3 is arranged in the left side of frame 1 face and left motorcycle dress
It sets 31 to be arranged in the upper surface of the output port of chute 4, the right motorcycle device 32 of motorcycle device 3 is arranged in the right side of frame 1
Portion and left motorcycle device 31 and right motorcycle device 32 are respectively set to include perpendicular supporting block 35, telescoping cylinder 36, swing seat 37
With horizontal support block 39, perpendicular supporting block 35 and horizontal support block 39 are set as coupling with frame 1 and erect supporting block 35 and horizontal support block
39 are set as in being mutually perpendicular to be distributed, and are provided with axis pin hole body in perpendicular supporting block 35, telescoping cylinder 36 be set as through axis pin and
The axis pin hole body of perpendicular supporting block 35 couples and is provided with thickening part 34 on horizontal support block 39, and pin is provided on thickening part 34
Axis hole body is provided with support mouth body 38 on the end of horizontal support block 39 and mouthful body 38 is ask to be set as coupling with 9 contact of mine car,
The axis pin hole body of thickening part 34 is respectively set to couple with horizontal support block 39 and telescoping cylinder 36 by axis pin and thickening part 34 is set
Triangle plates are set to, swing seat 37 is set as rectangular patch body and perpendicular supporting block 35 is set as rectangular strip body, horizontal branch
Bracer 39 is set as Ω words blocks and mouthful body 38 is ask to be set as L-shaped channel-shaped body.
By motorcycle device 3, the support tie point to frame 1 and mine car 9 is formd, by left motorcycle device 31 and right motorcycle
Device 32 realizes the connection with frame 1, by swing seat 37 and support mouth body 38, realizes and is clamped and connected with mine car 9, by adding
Thick portion 34, perpendicular supporting block 35, telescoping cylinder 36 and horizontal support block 39, realize and are connect with the swing of swing seat 37.
In the present embodiment, it includes chute portion 41 and deflector 42 that chute 4, which is set as, and the setting of deflector 42 is being slipped
The input terminal oral area of canister portion 41, chute portion 41 is set as coupling with frame 1 and the output end oral area in chute portion 41 is set as prolonging
It is stretched outside the side surface part of frame 1, the input terminal oral area in chute portion 41 is set as being distributed in an overlapping with the side surface part of frame 1, deflector
42 are set as and chute portion 41 is convertible couples and deflector 42 couples with chute portion 41 and 9 hanging-connecting of mine car respectively, chute
Portion 41 is set as quadrangle cone tubular body and deflector 42 is set as rectangular patch body.
By chute 4, the support tie point to frame 1 and mine car 9 is formd, by chute portion 41, is realized and frame 1
Connection, by deflector 42, realizes and is connect with the connection of mine car 9, realizes the entrucking processing to carrier.
In the present embodiment, preceding car arrester 5 is arranged in the left side of frame 1 face and car arrester 6 is arranged in frame 1 afterwards
Right side face, preceding car arrester 5 and rear car arrester 6 be respectively set to include rear movable block 51, preceding movable block 52, back stay 53,
Front tension bar 54, compression cylinder 55, connecting seat 56, spring 57, block 58, rotation axis 59 and distance rod 61 and rotation axis 59 is set as
Couple with 8 rotary type of lateral bracket, compression cylinder 55 is arranged in lateral bracket 8 and the follower head of connecting seat 56 is set as and turns
Moving axis 59 couples, and the front end in the flexible end of compression cylinder 55 and connecting seat 56 is respectively arranged with axis pin hole body and compression cylinder
55 axis pin hole body is set as coupling with the axis pin hole body of connecting seat 56 by axis pin, and distance rod 61 is set as and rotation axis 59
End couples, the movable block 51 and before the front face of rotation axis 59 is provided with after the rear face of rotation axis 59 is provided with
Movable block 52, rear movable block 51 and preceding movable block 52 are respectively set to couple and in rear movable block with 8 movable type of lateral bracket
It is provided with back stay 53 on 51, the end of front tension bar 54 and back stay 53, front tension bar 54 are provided on preceding movable block 52
End and the end of distance rod 61 are respectively arranged with axis pin hole body, the axis pin hole body of distance rod 61 be respectively set to by axis pin with
The axis pin hole body connection of the axis pin hole body and front tension bar 54 of back stay 53, the inner termination of spring 57 are respectively set to and rear movable block
51 right side face and the right side face of preceding movable block 52 couple and the external end head of spring 57 is set as coupling with block 58, covers
Cap 58 is set as coupling with 9 contact of mine car, rear movable block 51 and preceding movable block 52 be respectively set to rectangular block shape body and after
Pull rod 53, front tension bar 54, connecting seat 56 and distance rod 61 are set as clava, and spring 57 is provided in round column and block
58 are provided in round discoid body, and compression cylinder 55 is set as hydraulically extensible cylinder.
By preceding car arrester 5 and rear car arrester 6, the support tie point to lateral bracket 8 and mine car 9 is formd, by rear shifting
Motion block 51, preceding movable block 52, compression cylinder 55 and rotation axis 59, realize the connection with lateral bracket 8, by spring 57 and block
58, it realizes and is connect with the resistance of mine car 9, by back stay 53, front tension bar 54, connecting seat 56 and distance rod 61, realized to rear
The gathering of movable block 51 and preceding movable block 52 and the processing of extension movement.
In the present embodiment, lifting device 7 be set as winch hoister and lifting device 7 enhancing hook be set as with
Cage 2 couples.
By lifting device 7, the support tie point to frame 1 and cage 2 is formd, by lifting device 7, is realized and frame
The connection of frame 1 realizes the connection with cage 2, realizes the connection of the promotion to mine car 9.
In the present embodiment, lateral bracket 8 is set as including to enclose frame 81, rear rail 82 and fromer rail 83 and enclose frame 81
It is set as the connection of frame 1, rear rail 82 and fromer rail 83 are respectively set to and enclose frame 81 and couple and rear rail 82 and fromer rail
83 are respectively set to extend in frame 1, rear rail 82 and fromer rail 83 be set as in be arranged parallel to each other distribution and after lead
Rail 82 and fromer rail 83 are respectively set to couple with 9 brace type of mine car, enclose frame 81 be respectively set to frame 1, preceding car arrester 5 and
Car arrester 6 couples and encloses that frame 81 is set as ring bodies and rear rail 82 and fromer rail 83 are respectively set to I-shaped strip afterwards
Body.
By lateral bracket 8, the support tie point to frame 1, preceding car arrester 5, rear car arrester 6 and mine car 9 is formd, by
Frame 81 is enclosed, the connection with frame 1 is realized, realizes the connection with preceding car arrester 5, realizes the connection with rear car arrester 6, by
Rear rail 82 and fromer rail 83 realize the connection of the support to mine car 9.
In the present embodiment, mine car 9 is set as tray portion 91, box shell portion 92 and base plate 93 and on the left side in box shell portion 92
Right side portion is respectively arranged with tray portion 91, and bottom end port part and base plate 93 setting in box shell portion 92 is arranged in base plate 93
For with box shell portion 92 is convertible couples, tray portion 91 is set as coupling with 3 contact of motorcycle device and base plate 93 is set respectively
It is set to and couples with cage 2, chute 4 and 8 contact of lateral bracket, tray portion 91 is set as rectangular strip body and base plate 93 is set
It is equipped with the plate body with idler wheel, box shell portion 92 is set as rectangular drum like body.
By mine car 9, the support tie point to cage 2, motorcycle device 3, chute 4 and lateral bracket 8 is formd, by tray
Portion 91 realizes the connection with motorcycle device 3, by base plate 93, realizes the connection with cage 2, realizes the company with chute 4
It connects, realizes the connection with lateral bracket 8, by box shell portion 92, realize the storage connection to ore.
In the present embodiment, frame 1, cage 2 and lifting device 7 are set as logical according to leakage current with motorcycle device 3 and chute 4
The mode in road is distributed and frame 1, cage 2 and lifting device 7 are set as with lateral bracket 8, preceding car arrester 5 and rear car arrester 6
By pour in flowing positioning in the way of be distributed, the center line of frame 1, the center line of cage 2, lifting device 7 center line and cross
It is arranged on same straight line to the center line of bracket 8.
Second embodiment of the present invention, according to keeping 9 home state of mine car and open the side for gushing out port of mine car 9
Formula is the motorcycle device 3 for generating clamping active force, the chute 4 with circulation passage and for the promotion tower apparatus phase of main body
It is mutually coupled with.
In the present embodiment, in the way of being gripped to mine car 9 and bobbin conveys motorcycle device 3 and slipping
Slot 4 couples with tower apparatus is promoted.
In the present embodiment, tower apparatus is promoted to be set as also including cage 2 and lifting device 7.
In the present embodiment, also include the first accessories apparatus and the first accessories apparatus is set as and promotes tower apparatus connection
Connect, the first accessories apparatus be set as include preceding car arrester 5, rear car arrester 6 and lateral bracket 8 and preceding car arrester 5, after hold up traffic
Device 6 and lateral bracket 8 are set as being distributed in moving track.
Second embodiment of the present invention is based on one embodiment.
With reference to embodiment, the present invention is further described, following embodiment is intended to illustrate invention rather than to this
Invention further limits.
A kind of loading method based on side dumping position, step are：
The box shell portion 92 for filling with ore is put on rear rail 82 and fromer rail 83, box shell portion 92 is pushed, makes the rolling of base plate 93
Wheel moves in rear rail 82 and fromer rail 83, which is pushed into cage shell portion 21, the compression cylinder 55 of preceding car arrester 5
Elongation, the rotation axis 59 of car arrester 5 is rotated before driving, and the distance rod 61 of car arrester 5 is in vertical plumbness point before driving
Cloth, by the back stay 53 and front tension bar 54 of preceding car arrester 5, drive preceding car arrester 5 rear movable block 51 and preceding movable block 52 into
Row closes up, and spring 57 and block 58 on the rear movable block 51 and preceding movable block 52 of preceding car arrester 5 is made to act on the mine of left side
Vehicle 9 is positioned, and the compression cylinder 55 of rear car arrester 6 is extended, and the rotation axis 59 of car arrester 6 is rotated after drive, after drive
The distance rod 61 of car arrester 6 is distributed in vertical plumbness, by the back stay 53 and front tension bar 54 of rear car arrester 6, after drive
The rear movable block 51 and preceding movable block 52 of car arrester 6 are closed up, and are made on the rear movable block 51 and preceding movable block 52 of rear car arrester 6
Spring 57 and block 58 act on the mine car 9 of right side and positioned, enhancing hook and the upper axle portion 24 of lifting device 7 are connected
It connects, drives cage 2 to be moved up along the vertical beam of frame 1 by lifting device 7, cage 2 drives the mine car 9 to be promoted, and works as bottom
When plate portion 93 is located at deflector 42, telescoping cylinder 36 is made to extend, drives swing seat 37 inwardly to be rotated in horizontal support block 39, make support mouth
Body 38 is clamped with tray portion 91, so that cage 2 is moved down along the vertical beam of frame 1 by lifting device 7, deflector 42 and bottom plate
Portion 93 mounts, and base plate 93 is overturn with box shell portion 92, and the bottom end port part in box shell portion 92 is made to pass through deflector 42 and chute portion 41
The connection of input terminal oral area, the ore in box shell portion 92 is encased in by the output end oral area in chute portion 41 in carrier, when
After the ore of the mine car 9 unloads, deflector 42 and the input terminal oral area in chute portion 41 are mounted and sealed, lifting device 7 is passed through
So that cage 2 is moved up along the vertical beam of frame 1, so that base plate 93 and the bottom end port part in box shell portion 92 is sealed, make telescoping cylinder 36
It shrinks, drives swing seat 37 to be turned out in horizontal support block 39, so that support mouth body 38 is detached with tray portion 91, pass through lifting device
7 make cage 2 be moved down along the vertical beam of frame 1, which are put on rear rail 82 and fromer rail 83, preceding car arrester 5
Compression cylinder 55 is shunk, and the rotation axis 59 of car arrester 5 is rotated before driving, and the distance rod 61 of car arrester 5 is horizontal before driving
State is distributed, and by the back stay 53 and front tension bar 54 of preceding car arrester 5, drives the rear movable block 51 of preceding car arrester 5 and preceding movable block
52 are extended, and make the mine of the spring 57 and block 58 and left side on the rear movable block 51 and preceding movable block 52 of preceding car arrester 5
Vehicle 9 separates, and the compression cylinder 55 of rear car arrester 6 is shunk, the rotation axis 59 of car arrester 6 is rotated after drive, is held up traffic after drive
The distance rod 61 of device 6 is horizontal distribution, by the back stay 53 and front tension bar 54 of rear car arrester 6, car arrester 6 after drive
Movable block 51 and preceding movable block 52 are extended afterwards, make the spring 57 on the rear movable block 51 and preceding movable block 52 of rear car arrester 6
And block 58 is detached with the mine car 9 of right side, mine car 9 in the mine car 9 and cage 2 of mobile right side, the mine of left side
Vehicle 9 is pushed into cage 2.
When being verified to the present invention, cage 2 and lifting device 7 technological incorporation is carried out with chute 4, ensure that mine
The correct horizontal position of vehicle 9 increases the amount of unloading that mine car 9 gushes out port.
The present invention has the following characteristics：
1, mine car 9 is navigated to transport by promoting tower apparatus due to devising motorcycle device 3, chute 4 and promoting tower apparatus
The upper end of vehicle is fixed mine car 9 by motorcycle device 3, is connected to the port that gushes out to mine car 9 by chute 4, mine
The ore of vehicle 9 is flowed into haulage vehicle, and no longer mine car is overturn by high-place tippler, therefore is increased a high position and unloaded
The entrucking weight of device improves the efficiency of unloading of high-order unloading unit.
2, due to devising frame 1, cage 2 and lifting device 7, raising efficiency and stability to mine car 9 are improved.
3, with realizing 9 continuity of mine car mobile due to devising preceding car arrester 5, rear car arrester 6 and lateral bracket 8, it is real
Show and has unloaded 9 continuity of mine car.
4, due to devising motorcycle device 3, by gripping, the fixing intensity to mine car 9 is improved.
5, due to devising chute 4, the flowing of closed channel is realized, prevents from generating pollution to environment.
6, due to devising the technical characteristic of the present invention, in the effect of the independent and mutual set of technical characteristic,
By experiments have shown that, property indices of the invention be existing property indices be at least 1.7 times, pass through assess tool
There is good market value.
Also other and holding 9 home state of mine car and the motorcycle device 3 for gushing out port, the chute 4 of opening mine car 9
All it is one of the embodiment of the present invention with the technical characteristic of tower apparatus connection is promoted, and each technology of embodiment described above is special
Sign can be combined arbitrarily, to meet Patent Law, patent regulation and the requirement of guidelines for examination, no longer to above-mentioned implementation
The embodiment of all possible combination of each technical characteristic in example is all described.
Above-described embodiment is provided by the present invention based on the high-order unloading unit of side dumping position and one kind of loading method
Way of realization increases according to other deformations of scheme provided by the present invention and either reduces composition therein or step or incite somebody to action
The present invention is all belonged to the scope of protection of the present invention for other technical fields close with the present invention.
Claims (10)
1. a kind of high-order unloading unit based on side dumping position, it is characterized in that：Include with frame (1) and for promoting mine car
(9) promotion tower apparatus, setting exist on frame (1) and for carrying out the motorcycle device (3) of screens to mine car (9), being arranged
Chute (4) on frame (1) and for forming circulation passage between haulage vehicle to mine car (9), is arranged on mine car (9)
Have and to be opened/closed gushes out port.
2. a kind of high-order unloading unit based on side dumping position, it is characterized in that：According to holding mine car (9) home state and open mine
The mode for gushing out port of vehicle (9) is motorcycle device (3), the chute (4) with circulation passage for generating clamping active force
It is coupled to each other with the promotion tower apparatus for main body.
3. the high-order unloading unit according to claim 2 based on side dumping position, it is characterized in that：It is carried out according to mine car (9)
It grips and the mode of bobbin conveying couples motorcycle device (3) and chute (4) with tower apparatus is promoted.
4. the high-order unloading unit according to claim 1 based on side dumping position, it is characterized in that：Tower apparatus is promoted to be set as also
Include cage (2) and lifting device (7),
Or, also including the first accessories apparatus and the first accessories apparatus is set as and promotes tower apparatus and couple, the first attachment fills
Install that be set to include preceding car arrester (5), rear car arrester (6) and lateral bracket (8) and preceding car arrester (5), rear car arrester (6)
It is set as being distributed in moving track with lateral bracket (8).
5. the high-order unloading unit according to claim 4 based on side dumping position, it is characterized in that：It is set respectively on frame (1)
It is equipped with motorcycle device (3), chute (4) and lifting device (7) and cage (2) and lateral bracket (8) is arranged in frame (1),
Cage (2) is set as coupling with lifting device (7) and mine car (9) is arranged in cage (2), mine car (9) be respectively set to
Motorcycle device (3) and chute (4) couple and mine car (9) is arranged in lateral bracket (8), are set respectively in lateral bracket (8)
It is equipped with preceding car arrester (5) and rear car arrester (6) and preceding car arrester (5) and rear car arrester (6) is respectively set to connect with mine car (9)
Touch couples.
6. the high-order unloading unit according to claim 4 based on side dumping position, it is characterized in that：Mine car (9) is set as tray
Portion (91), box shell portion (92) and base plate (93) and it is respectively arranged with tray portion in the left and right side portion of box shell portion (92)
(91), the bottom end port part and base plate (93) that base plate (93) is arranged in box shell portion (92) are set as turning over box shell portion (92)
Rotatable connection, tray portion (91) are set as coupling with motorcycle device (3) contact and base plate (93) is respectively set to and tank
Cage (2), chute (4) and the connection of lateral bracket (8) contact, tray portion (91) are set as rectangular strip body and base plate (93)
It is provided with the plate body with idler wheel, box shell portion (92) are set as rectangular drum like body.
7. the high-order unloading unit according to claim 4 based on side dumping position, it is characterized in that：The left support of motorcycle device (3)
The output port in chute (4) in the left side of frame (1) face and the setting of left motorcycle device (31) is arranged in vehicle device (31)
Upper surface, right motorcycle device (32) setting of motorcycle device (3) in the right side of frame (1) face and left motorcycle device (31) and
Right motorcycle device (32) is respectively set to include perpendicular supporting block (35), telescoping cylinder (36), swing seat (37) and horizontal support block
(39), it erects supporting block (35) and horizontal support block (39) is set as coupling with frame (1) and erects supporting block (35) and horizontal support block
(39) it is set as, in being mutually perpendicular to be distributed, axis pin hole body being provided on perpendicular supporting block (35), telescoping cylinder (36) is set as passing through
Axis pin couples with the axis pin hole body of perpendicular supporting block (35) and is provided with thickening part (34) on horizontal support block (39), in thickening part
(34) it is provided with axis pin hole body on, support mouth body (38) is provided on the end of horizontal support block (39) and a mouthful body (38) is ask to be arranged
To couple with mine car (9) contact, the axis pin hole body of thickening part (34) be respectively set to through axis pin and horizontal support block (39) and
Telescoping cylinder (36) couples and thickening part (34) are set as triangle plates, swing seat (37) be set as rectangular patch body and
Perpendicular supporting block (35) is set as rectangular strip body, and horizontal support block (39) is set as Ω words blocks and a mouthful body (38) is ask to be set as
L-shaped channel-shaped body,
Or, chute (4) is set as including that chute portion (41) and deflector (42) and deflector (42) are arranged in chute portion
(41) input terminal oral area, chute portion (41) are set as coupling with frame (1) and the output end oral area of chute portion (41) is arranged
To extend in the side surface part of frame (1), the input terminal oral area of chute portion (41) is set as in an overlapping dividing with the side surface part of frame (1)
Cloth, deflector (42) be set as with chute portion (41) it is convertible couple and deflector (42) respectively with chute portion (41) and mine car
(9) hanging-connecting couples, and chute portion (41) are set as quadrangle cone tubular body and deflector (42) is set as rectangular patch body.
8. the high-order unloading unit according to claim 4 based on side dumping position, it is characterized in that：Frame (1) is set as four sides
The tower-like body of shape and the bottom terminal ends of frame (1) are provided with lateral bracket (8), are provided with and carry in the top end of frame (1)
It rises device and (7) and the middle part of frame (1) is provided with motorcycle device (3), between the crossbeam of frame (1), frame (1)
It is respectively arranged between vertical beam and is set as coupling with cage (2) contact in the vertical beam of the X tie-beams being distributed and frame (1),
Or, cage (2) is set as including cage shell portion (21), web portion (22), lower shaft portion (23), upper axle portion (24), left ear
Plate (25) and the upper end end face portion of auris dextra plate (26) and cage shell portion (21) are set as coupling with the lower end of web portion (22),
Left otic placode (25) and auris dextra plate (26) are set as coupling with web portion (22) clamp-mounting type and lower shaft portion (23) is set as and a left side
The upper end concatenation type of the lower end of otic placode (25), the lower end of auris dextra plate (26) and web portion (22) couples, upper axle portion
(24) it is set as coupling with the upper end concatenation type of the upper end of left otic placode (25) and auris dextra plate (26) and upper axle portion (24) is set
It is set to and couples with lifting device (7), cage shell portion (21) are set as coupling with mine car (9) holding type and cage shell portion (21) are set as
Couple with frame (1) slidingtype, cage shell portion (21) are arranged in lateral bracket (8) and cage shell portion (21) are set as rectangular box-like
Body, web portion (22), left otic placode (25) and auris dextra plate (26) are respectively set to rectangular patch body and lower shaft portion (23) and upper
Axle portion (24) is respectively set to round clava,
Or, preceding car arrester (5) setting is in the left side of frame (1) face and car arrester (6) is arranged in the right side of frame (1) afterwards
Portion, preceding car arrester (5) and rear car arrester (6) are respectively set to include rear movable block (51), preceding movable block (52), back stay
(53), front tension bar (54), compression cylinder（55）, connecting seat (56), spring (57), block (58), rotation axis (59) and distance rod
(61) and rotation axis (59) is set as coupling with lateral bracket (8) rotary type, compression cylinder（55）It is arranged in lateral bracket (8)
And the follower head of connecting seat (56) is set as coupling with rotation axis (59), in compression cylinder（55）Flexible end and connecting seat
(56) front end is respectively arranged with axis pin hole body and compression cylinder（55）Axis pin hole body be set as through axis pin and connecting seat
(56) axis pin hole body connection, distance rod (61) are set as coupling with the end of rotation axis (59), the rear side in rotation axis (59)
Face is provided with rear movable block (51) and the front face of rotation axis (59) is provided with preceding movable block (52), rear movable block
(51) and preceding movable block (52) is respectively set to couple with lateral bracket (8) movable type and be provided on rear movable block (51)
Back stay (53) is provided with the end of front tension bar (54) and back stay (53), front tension bar (54) on preceding movable block (52)
End and the end of distance rod (61) are respectively arranged with axis pin hole body, and the axis pin hole body of distance rod (61) is respectively set to pass through pin
Axis couples with the axis pin hole body of the axis pin hole body of back stay (53) and front tension bar (54), and the inner termination of spring (57) is respectively set to
Couple with the right side face of the right side face of rear movable block (51) and preceding movable block (52) and the external end head of spring (57) is arranged
To couple with block (58), block (58) is set as coupling with mine car (9) contact, rear movable block (51) and preceding movable block (52)
It is respectively set to rectangular block shape body and back stay (53), front tension bar (54), connecting seat (56) and distance rod (61) is set as stick
Shape body, spring (57) is provided in round column and block (58) is provided in round discoid body, compression cylinder（55）It is set as liquid
Telescoping cylinder is pressed,
Or, lifting device (7) is set as winch hoister and the enhancing hook of lifting device (7) is set as joining with cage (2)
It connects,
Or, lateral bracket (8) is set as including to enclose frame (81), rear rail (82) and fromer rail (83) and enclose frame (81) setting
Couple for frame (1), rear rail (82) and fromer rail (83) be respectively set to enclose frame (81) couple and rear rail (82) and
Fromer rail (83) is respectively set to extend in frame (1), and rear rail (82) and fromer rail (83) are set as being in the row of being mutually parallel
Column distribution and rear rail (82) and fromer rail (83) are respectively set to couple with mine car (9) brace type, enclose frame (81) and set respectively
It is set to and couples and enclose frame (81) with frame (1), preceding car arrester (5) and rear car arrester (6) and be set as ring bodies and rear rail
(82) and fromer rail (83) is respectively set to I-shaped strip shape body.
9. the high-order unloading unit according to claim 4 based on side dumping position, it is characterized in that：Frame (1), cage (2) and
Lifting device (7) and motorcycle device (3) and chute (4) are set as being distributed in the way of leakage current channel and frame (1), cage
(2) and lifting device (7) and lateral bracket (8), preceding car arrester (5) and rear car arrester (6) are set as positioning according to pouring in flowing
Mode be distributed, the center line of frame (1), the center line of cage (2), the center line of lifting device (7) and lateral bracket (8)
Center line is arranged on same straight line.
10. a kind of loading method based on side dumping position, it is characterized in that：Its step is：
The box shell portion (92) for filling with ore is put on rear rail (82) and fromer rail (83), pushes box shell portion (92), makes bottom plate
The idler wheel in portion (93) moves in rear rail (82) and fromer rail (83), which is pushed into cage shell portion (21), before
The compression cylinder of car arrester (5)（55）Elongation, the rotation axis (59) of car arrester (5) is rotated before driving, car arrester (5) before driving
Distance rod (61) in vertical plumbness be distributed, by the back stay (53) and front tension bar (54) of preceding car arrester (5), before drive
The rear movable block (51) and preceding movable block (52) of car arrester (5) are closed up, make preceding car arrester (5) rear movable block (51) and before
The mine car (9) that spring (57) and block (58) on movable block (52) act on left side is positioned, rear car arrester (6)
Compression cylinder（55）Elongation, the rotation axis (59) of car arrester (6) is rotated after drive, the distance rod of car arrester (6) after drive
(61) it is in that vertical plumbness is distributed, by the back stay (53) and front tension bar (54) of rear car arrester (6), car arrester after drive
(6) rear movable block (51) and preceding movable block (52) is closed up, and the rear movable block (51) of rear car arrester (6) and preceding movable block are made
(52) mine car (9) that spring (57) and block (58) on act on right side is positioned, and the promotion of lifting device (7) is hung
Hook is connect with upper axle portion (24), drives cage (2) to be moved up along the vertical beam of frame (1) by lifting device (7), cage (2)
It drives the mine car (9) to be promoted, when base plate (93) is located at deflector (42), telescoping cylinder (36) is made to extend, drive and swing
Seat (37) inwardly rotates in horizontal support block (39), so that support mouth body (38) is clamped with tray portion (91), is made by lifting device (7)
Cage (2) is moved down along the vertical beam of frame (1), and deflector (42) and base plate (93) are mounted, base plate (93) and box shell
Portion (92) is overturn, and the bottom end port part in box shell portion (92) is made to connect by deflector (42) and the input terminal oral area in chute portion (41)
Logical, the ore in box shell portion (92) is encased in by the output end oral area of chute portion (41) in carrier, when the mine car (9)
After ore unloads, deflector (42) and the input terminal oral area in chute portion (41) are mounted and sealed, tank is made by lifting device (7)
Cage (2) is moved up along the vertical beam of frame (1), so that base plate (93) and the bottom end port part in box shell portion (92) is sealed, is made to stretch
Cylinder (36) is shunk, and swing seat (37) is driven to be turned out in horizontal support block (39), makes support mouth body (38) and tray portion (91) point
From making cage (2) be moved down along the vertical beam of frame (1) by lifting device (7), which be put into rear rail (82)
On fromer rail (83), the compression cylinder of preceding car arrester (5)（55）It shrinks, the rotation axis (59) of car arrester (5) carries out before driving
Rotation, the distance rod (61) of car arrester (5) is horizontal distribution before driving, by the back stays (53) of preceding car arrester (5) and
Front tension bar (54) drives the rear movable block (51) of preceding car arrester (5) and preceding movable block (52) to be extended, makes preceding car arrester (5)
Rear movable block (51) and preceding movable block (52) on spring (57) and block (58) and the mine car (9) of left side separate, after
The compression cylinder of car arrester (6)（55）It shrinks, the rotation axis (59) of car arrester (6) is rotated after drive, car arrester (6) after drive
Distance rod (61) distribution that is horizontal held up traffic after drive by the back stay (53) and front tension bar (54) of rear car arrester (6)
The rear movable block (51) and preceding movable block (52) of device (6) are extended, and make the rear movable block (51) of rear car arrester (6) and preceding movement
Spring (57) and block (58) on block (52) are detached with the mine car (9) of right side, the mine car (9) and cage of mobile right side
(2) mine car (9) in, the mine car (9) of left side is pushed into cage (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810502427.XA CN108750727B (en) | 2018-05-23 | 2018-05-23 | High-order unloading device and loading method based on side unloading position |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810502427.XA CN108750727B (en) | 2018-05-23 | 2018-05-23 | High-order unloading device and loading method based on side unloading position |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108750727A true CN108750727A (en) | 2018-11-06 |
| CN108750727B CN108750727B (en) | 2020-11-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810502427.XA Active CN108750727B (en) | 2018-05-23 | 2018-05-23 | High-order unloading device and loading method based on side unloading position |
Country Status (1)
| Country | Link |
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| CN (1) | CN108750727B (en) |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2470472A (en) * | 1946-08-02 | 1949-05-17 | Frank E Christopher | Automatic coal dumping appliance |
| CN2635639Y (en) * | 2003-07-25 | 2004-08-25 | 徐传刚 | Vertical lifting automatic turning over unloading machine for mine |
| CN203199859U (en) * | 2013-05-03 | 2013-09-18 | 山东加宁重工有限公司 | Multifunctional locking tank swing-deck |
| CN204323347U (en) * | 2014-12-18 | 2015-05-13 | 山东科技大学 | New mine product coal-discharging system |
-
2018
- 2018-05-23 CN CN201810502427.XA patent/CN108750727B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2470472A (en) * | 1946-08-02 | 1949-05-17 | Frank E Christopher | Automatic coal dumping appliance |
| CN2635639Y (en) * | 2003-07-25 | 2004-08-25 | 徐传刚 | Vertical lifting automatic turning over unloading machine for mine |
| CN203199859U (en) * | 2013-05-03 | 2013-09-18 | 山东加宁重工有限公司 | Multifunctional locking tank swing-deck |
| CN204323347U (en) * | 2014-12-18 | 2015-05-13 | 山东科技大学 | New mine product coal-discharging system |
Non-Patent Citations (1)
| Title |
|---|
| 陈刚 秦涛: "《采煤概论》", 30 April 2013, 冶金工业出版社 * |
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| Publication number | Publication date |
|---|---|
| CN108750727B (en) | 2020-11-03 |
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