CN217458053U - Mine that simple operation is opened and is adopted ore discharging device - Google Patents

Abstract

The utility model discloses a mine exploitation that simple operation uses the ore discharging device, its structure includes gasket, branch, steady rest, mounting bracket, carriage, movable mechanism, loading and unloading body, the gasket is connected with the branch, and the steady rest carries out welded connection with the branch table end, and the mounting bracket is fixed in the steady rest inboard, and among the carriage perpendicular to mounting bracket, the loading body carries out interval fit with the carriage, and the movable mechanism carries out swing joint with the loading and unloading body; the utility model relates to a mine exploitation of simple operation is with unloading device has set up parts such as protector, first, the second baffle, dismantlement piece through the moving mechanism, the loading and unloading body continuously packs into the ore through the moving mechanism and the produced dust homoenergetic of unloading in-process is intercepted by protector and first, the second baffle, makes the dust can't enter into the phenomenon of piling up that produces in the middle of the pivot, simultaneously through dismantling the piece and the fixed slot can further promotion loading and unloading body be fixed in the dismantlement performance.

Description

Mine that simple operation is opened and is adopted ore discharging device

Technical Field

The utility model relates to a mining equipment technical field, concretely relates to mine exploitation of simple operation is with unloading ore device.

Background

The mine mining can generate a large amount of ores, so that the ores can be completely put into the ore unloading device, and a large amount of ores can be directly put into the transport vehicle by the conveying and carrying of the device, so that the convenience of ore position movement can be achieved, the mechanical force replaces the manual carrying, the position change efficiency of the whole ores and the mining convenience of the mine are greatly improved, and the mining area is gradually reduced due to the fact that the accumulation of the ores is stopped;

however, the existing ore discharging device has the following defects: the process of mining, loading and unloading the ore and the like can drive the dust carried in the ore to float, so that the generated dust easily floats into the movable mechanism along with the driving of air and wind power, and the phenomena of blocking, activity blockage and the like are easily caused by the fact that a large amount of dust is accumulated in the movable mechanism.

SUMMERY OF THE UTILITY MODEL

Technical problem to be solved

In order to overcome the prior art not enough, the mine that provides a simple operation is opened and is adopted ore discharging device now, has solved because the process such as the exploitation of ore, the loading and unloading all can drive the dust that carries in the middle of the ore itself and drift to produced dust drifts in the middle of the movable mechanism along with the drive of air wind-force easily, and then piles up the problem that a large amount of dust then leads to phenomena such as card death and activity card pause in the movable mechanism easily.

(II) technical scheme

The utility model discloses a following technical scheme realizes: the utility model provides a mine of simple operation is opened and is adopted ore discharging device, including gasket, branch, steady rest, mounting bracket, carriage, moving mechanism, the loading and unloading body, the gasket is connected with branch, the steady rest carries out welded connection with the branch table end, the mounting bracket is fixed in the steady rest inboard, among the carriage perpendicular to mounting bracket, the loading body carries out the interval cooperation with the carriage, moving mechanism carries out swing joint with the loading and unloading body.

Further, the moving mechanism is equipped with pivot, links up groove, protector, first baffle, second baffle, fixed slot, dismantlement piece, the pivot is connected with the protector through linking up the groove, the protector carries out fixed connection with linking up the groove, first baffle carries out clearance fit with the protector, the second baffle is on the same water flat line with first baffle displacement, the fixed slot is as an organic whole with second baffle table end, dismantle the piece and install in fixed slot both sides.

Further, the protector is equipped with dustproof shell, recess, atmospheric pressure hole, balance plate, link, spacing layer, draw-in groove, dustproof shell and recess structure as an organic whole, the atmospheric pressure hole imbeds in recess table end, the balance plate is fixed in atmospheric pressure hole front end and carries out fixed connection with the recess, the link carries out the location with the balance plate and is connected, spacing layer and link structure as an organic whole, the draw-in groove runs through in the spacing layer center.

Furthermore, be equipped with many places atmospheric pressure hole and be the ring form in the recess, the balance plate is trapezoidal solid shape to be equipped with six on the connecting end altogether, the draw-in groove is circular polishing form.

Further, the loading and unloading body is provided with a fixed plate, a moving body, a mine box, an accommodating end and an inclined plate, the moving body is arranged below the fixed plate and communicated with the fixed plate, the upper end of the moving body is fixedly connected with the mine box, the accommodating end and the mine box are of an integrated structure, and the inclined plate is fixed at the side end of the accommodating end and communicated with the side end of the accommodating end.

Furthermore, the fixed plates are arranged on the outer side of the ore box and are in a solid state, the moving bodies are arranged at the lower end of the ore box and are provided with four groups, and the inclined plates are in a plane polishing state.

Furthermore, the moving body is provided with a shell, a bolt, an installation grid, a positioning seat, a supporting column, a limiting ring and a turnover wheel, the inner side of the shell is fixedly connected with the installation grid through the bolt, the inner wall of the installation grid is connected with the positioning seat in a positioning mode, the supporting column is connected with the positioning seat in a clamping mode, the limiting ring is fixedly connected with the supporting column, and the turnover wheel is embedded into the limiting ring and is in clearance fit with the limiting ring.

Furthermore, four bolts are arranged inside the shell, four groups of positioning seats and supporting columns are arranged in the mounting grids, the limiting ring is in a circular ring polishing shape, and the turnover wheel is in a spherical shape.

(III) advantageous effects

Compared with the prior art, the utility model, following beneficial effect has:

1) a mine mining of simple operation is with unloading device, parts such as protector has been set up through the movable mechanism, it is first, the second baffle, dismantle the piece, the loading and unloading body is continuously packed into the ore through the movable mechanism and is unloaded produced dust homoenergetic by the protector with first, the second baffle intercepts, make the dust can't enter into the accumulational phenomenon that produces in the middle of the pivot, can further promote loading and unloading body's dismantlement performance through dismantling the piece simultaneously with the fixed slot, so that can solve the pivot of movable mechanism and continuously receive the card that the dust influence produced and pause the phenomenon that the card dies etc. can't move, and can further promote the dismantlement speed of loading and unloading body.

2) A mine exploitation of simple operation is with unloading ore device, parts such as dustproof shell has been set up through the protector, the atmospheric pressure hole, the balance plate, the dustproof effect that the protector can further promotion self through dustproof shell, and then can balance pivot ambient air pressure through the atmospheric pressure hole, prevent the influence rotation phenomenon that pressure produced, and the rotation balance nature of further promotion pivot of balance plate ability, it reaches firm pivoted effect to make it, thereby can reach the dustproof effect that promotes whole part, and promote the whole activity performance of pivot, break the rotation difficulty that external factors produced, keep at balanced pivoted effect simultaneously.

3) A mine exploitation of simple operation is with unloading device has set up parts such as moving body, hang plate, fixed plate through the loading and unloading body, and the loading and unloading body passes through the fixed plate can further promotion self and moving mechanism's stability of being connected to can promote the effect of empting of ore through holding adding of holding the hold improvement back can promote the loading area of self and through the hang plate, and the lower extreme removes the displacement performance that the physical stamina reaches the loading and unloading of being convenient for, makes it reach the effect of simple and easy utilization.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

fig. 1 is a schematic structural view of the mine unloading device for mine mining, which is convenient to operate;

fig. 2 is a schematic structural view of the improved movable mechanism of the present invention;

fig. 3 is a schematic structural view of an improved three-dimensional protector of the present invention;

FIG. 4 is a schematic structural view of the loading and unloading body after being improved;

fig. 5 is a schematic structural view of the moving body of the present invention viewed from above after improvement.

In the figure: a gasket-1, a support rod-2, a stabilizing frame-3, a mounting frame-4, a sliding frame-5, a movable mechanism-6, a loading and unloading body-7, a rotating shaft-61, a connecting groove-62, a protector-63, a first baffle-64, a second baffle-65, a fixing groove-66, a disassembling block-67, a dustproof shell-631, a groove-632 and an air pressure hole-633, the device comprises a balance plate-634, a connecting end-635, a limiting layer-636, a clamping groove-637, a fixing plate-71, a moving body-72, an ore box-73, an accommodating end-74, an inclined plate-75, a shell-721, bolts-722, an installation grid-723, a positioning seat-724, a supporting column-725, a limiting ring-726 and a turnover wheel-727.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention will be further described in detail with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the invention.

Referring to fig. 1, the utility model provides a mine that simple operation is opened and is used ore discharging device: including gasket 1, branch 2, steady rest 3, mounting bracket 4, carriage 5, moving mechanism 6, the loading and unloading body 7, gasket 1 is connected with branch 2, and steady rest 3 carries out welded connection with 2 table ends of branch, and mounting bracket 4 is fixed in 3 inboards of steady rest, among 5 perpendicular to mounting bracket 4 of carriage, loading body 7 carries out the interval cooperation with carriage 5, and moving mechanism 6 carries out swing joint with the loading and unloading body 7.

Referring to fig. 2, the utility model provides a mine exploitation of simple operation is with unloading device, including the moving mechanism 6 be equipped with pivot 61, join groove 62, the protector 63, first baffle 64, the second baffle 65, fixed slot 66, dismantle piece 67, pivot 61 is connected with the protector 63 through joining groove 62, the protector 63 carries out fixed connection with joining groove 62, first baffle 64 carries out clearance fit with the protector 63, second baffle 65 and first baffle 64 displacement are on the same water flat line, fixed slot 66 is as an organic whole with second baffle 65 table end, dismantle piece 67 and install in fixed slot 66 both sides.

Referring to fig. 3, the utility model provides an ore discharging device is used in mine that simple operation is opened, including the protector 63 is equipped with dustproof shell 631, recess 632, atmospheric pressure hole 633, balance plate 634, link 635, spacing layer 636, draw-in groove 637, dustproof shell 631 and recess 632 are integrated structure, atmospheric pressure hole 633 is embedded in recess 632 table end, balance plate 634 is fixed in atmospheric pressure hole 633 front end and recess 632 and carries out fixed connection, link 635 and balance plate 634 carry out the location and are connected, spacing layer 636 and link 635 are integrated structure, draw-in groove 637 runs through in spacing layer 636 center; be equipped with many places atmospheric pressure hole 633 in recess 632 and be the ring form to can guarantee the rotatory smoothness nature of whole part, make it can the atmospheric pressure effect among the balanced space, the influence of breaking pressure produces phenomenons such as difficult removal, balance plate 634 is trapezoidal solid shape, and be equipped with six on link 635 altogether, make it can promote the rotation performance of whole part by a wide margin, make it keep balanced pivoted effect, draw-in groove 637 is circular polishing form, thereby can link up each other with corresponding rotating member, reach perfect laminating effect, break off the production in clearance.

Referring to fig. 4, the utility model provides an ore discharging device for mine opening, which is convenient to operate, comprising a loading and unloading body 7, a fixed plate 71, a moving body 72, an ore box 73, an accommodating end 74 and an inclined plate 75, wherein the moving body 72 is arranged below the fixed plate 71 and communicated with the ore box 73, the upper end of the moving body 72 is fixedly connected with the ore box 73, the accommodating end 74 and the ore box 73 are of an integrated structure, and the inclined plate 75 is fixed at the side end of the accommodating end 74 and communicated with the ore box 73; the fixed plate 71 is provided with two in the ore box 73 outside altogether, and be solid form, thereby can link up each other with specific part, reach fixed and quick effect of dismantling, the moving body 72 is provided with four groups in the ore box 73 lower extreme altogether, can play corresponding supplementarily for the removal of ore box 73 for this reason, prevent that the ore box 73 is based on the phenomenon such as difficult displacement that produces under the stack of ore weight, the hang plate 75 is the plane polishing state, thereby can play corresponding supplementarily for empting of ore, prevent simultaneously that the impurity and the dust of ore from remaining in the original point.

Referring to fig. 5, the utility model provides a mine that simple operation is opened and is used ore discharging device, including the moving body 72 be equipped with shell 721, bolt 722, installation check 723, positioning seat 724, support column 725, retaining ring 726, upset wheel 727, the shell 721 inboard is through bolt 722 and installation check 723 fixed connection, installation check 723 inner wall is connected with positioning seat 724 location, support column 725 carries out the block joint with positioning seat 724, retaining ring 726 carries out fixed connection with support column 725, upset wheel 727 is embedded in among retaining ring 726 and carries out clearance fit; the bolts 722 are totally provided with four bolts in the shell 721, so that the whole component can be fixed in a specific installation area to achieve an omnibearing stable effect, four groups of positioning seats 724 and supporting columns 725 are totally arranged in the installation grid 723 to strengthen the generation of the prototype state breaking deformation phenomenon of the whole component, the limiting ring 726 can be stably fixed at the central part of the installation grid 723, the limiting ring 726 is in a circular ring polishing shape, so that the limiting ring 727 can provide a corresponding movable area for the turning wheel 727 and prevent the generation of the blocking blockage phenomenon, the turning wheel 727 is in a spherical shape, and the turning wheel 727 can play a role of corresponding assistance in moving the component and improving the displacement effect of the component.

The utility model provides an ore unloading device for mine development, which is convenient to operate through improvement, and has the following working principle;

firstly, when the device is used, the device is firstly placed in a working area, then the device is connected with an external power supply, the required electric energy can be provided for the working of the device, the unloading device for mines can fix the stable frame 3 and other components in the corresponding working area through the gasket 1 and the supporting rod 2, the sliding frame 5 can be limited in the corresponding working area through the shape formed by the assembling of the stable frame 3 and the mounting frame 4, the vertical effect is achieved, the movable mechanism 6 can drive the loading and unloading body 7 to move through the sliding frame 5, and the loading and unloading body 7 can drive the ore to the corresponding unloading area to dump under the position adjustment of the movable mechanism 6, so that the unloading process of the ore is completed;

secondly, the movable mechanism 6 can perform corresponding movement effect with the sliding frame 5 through the rotating shaft 61, so that the movable mechanism can be connected with the protector 63 through penetrating through the connecting groove 62, and further the first baffle 64 and the second baffle 65 of the protector 63 can wrap the rotating shaft 61 in all directions, so that the rotating mechanism can drive the protector 63 to rotate and move together, and further dust generated by ore can be blocked out under the mutual matching and holding of the protector 63 and the first and second baffles, the accumulation phenomenon generated by the dust continuously invading the rotating shaft 61 is prevented, and the connecting performance between the fixed groove 66 and the dismounting block 67 of the second baffle 65 can be enhanced, so that the stable movement effect is achieved;

thirdly, the protector 63 can improve the whole dustproof performance of itself through the dustproof shell 631, and further can balance the air pressure around the rotating shaft 61 through the air pressure hole 633 in the groove 632, so as to prevent the rotation generated by the influence of the air pressure from being blocked, further, the balance plate 634 and the connecting end 635 can rotate together with the rotating shaft 61 under mutual clamping, and the rotation balance of the rotating shaft 61 can be greatly improved according to the distribution position and the number of the balance plate 634, meanwhile, the limit layer 636 and the clamping groove 637 of the connecting end 635 can form a perfect bonding effect with the rotating shaft 61, so that the connection performance between the two is further enhanced, and the generation of a gap is cut off;

fourthly, the loading and unloading body 7 can be directly connected with the fixing groove 66 and the disassembling block 67 of the second baffle 65 through the two fixing plates 71 of the ore box 73, so that the rapid assembling and disassembling performance is achieved, and then four groups of moving bodies 72 at the lower end of the ore box 73 can play a corresponding auxiliary performance for the movement of the ore box 73, so that the effect of self-position movement can be achieved, meanwhile, the loading and accommodating of the ore box 73 can be improved after the area of the accommodating end 74 of the ore box 73 is enlarged, and the unloading efficiency of the ore can be improved and broken stones are prevented from remaining in the ore box 73 according to the holding of the inclined plate 75;

fifthly, the moving body 72 can connect the components such as the mounting grid 723 and the like with the lower end of the mine box 73 through the four bolts 722 of the shell 721, so that the four sets of positioning seats 724 and the supporting columns 725 inside can maintain the prototype of the mounting grid 723 and the shell 721 to prevent deformation caused by continuous use, and at the same time, the limiting ring 726 can be firmly fixed in the central area of the mounting grid 723 to limit the position of the turning wheel 727, and the turning wheel 727 can rotate in the pushing process of the loading body 7 through the spherical shape of the turning wheel 727, thereby completing the auxiliary effect of position movement of the loading body 7.

The utility model relates to an ore discharging device for mine exploitation of simple operation, through optimizing setting up protector 63, first baffle 64, second baffle 65, atmospheric pressure hole 633, balance plate 634, hang plate 75, under the mutual cooperation of numerous parts such as moving body 72, so as to can solve the pivot 61 of movable mechanism 6 and continue the phenomenon that card pause card that produces is died etc. and can't move by the influence of dust, and can further promote the dismantlement speed of handling body 7, can reach the dustproof effect that promotes whole part simultaneously, and promote the whole mobility of pivot 61, break the rotation difficulty that external factor produced, keep in balanced pivoted effect simultaneously, and can reach the stability of further promotion handling body 7 and movable mechanism 6 connection, and can expand the area of holding of self and prevent to empty the rubble residual phenomenon that produces after finishing with the ore, and simultaneously, the moving effect of the loading and unloading body 7 is convenient.

Claims (8)

1. The utility model provides a mine that simple operation is opened and is adopted ore discharging device, includes: the device comprises a gasket (1), a support rod (2), a stabilizing frame (3), a mounting frame (4), a sliding frame (5) and a loading and unloading body (7);

the method is characterized in that: still include activity mechanism (6), activity mechanism (6) carry out swing joint with the loading and unloading body (7), activity mechanism (6) are equipped with pivot (61), join groove (62), protection ware (63), first baffle (64), second baffle (65), fixed slot (66), dismantle piece (67), pivot (61) are connected with protection ware (63) through joining groove (62), protection ware (63) carry out fixed connection with joining groove (62), clearance fit is carried out with protection ware (63) in first baffle (64), second baffle (65) and first baffle (64) displacement are on the same water flat line, fixed slot (66) are as an organic whole with second baffle (65) table end, dismantle piece (67) and install in fixed slot (66) both sides.

2. The mine unloading device for mine opening, which is convenient and fast to operate, according to claim 1, is characterized in that: gasket (1) is connected with branch (2), welded connection is carried out with branch (2) table end in steady rest (3), it is inboard that steady rest (3) are fixed in mounting bracket (4), among carriage (5) perpendicular to mounting bracket (4), the loading and unloading body (7) carry out the interval cooperation with carriage (5).

3. The mine unloading device for mine opening, which is convenient and fast to operate, according to claim 1, is characterized in that: protector (63) are equipped with dustproof shell (631), recess (632), atmospheric pressure hole (633), balance plate (634), link (635), spacing layer (636), draw-in groove (637), dustproof shell (631) and recess (632) structure as an organic whole, atmospheric pressure hole (633) are embedded in recess (632) table end, balance plate (634) are fixed in atmospheric pressure hole (633) front end and recess (632) and are carried out fixed connection, link (635) carry out the location with balance plate (634) and are connected, spacing layer (636) and link (635) structure as an organic whole, draw-in groove (637) run through in spacing layer (636) center.

4. The mine unloading device for mine opening, which is convenient to operate, according to claim 3, is characterized in that: the groove (632) is internally provided with a plurality of air pressure holes (633) and is in a ring shape, the balance plate (634) is in a trapezoidal solid shape, six blocks are arranged on the connecting end (635), and the clamping groove (637) is in a circular polishing shape.

5. The mine unloading device for mine opening, which is convenient and fast to operate, according to claim 1, is characterized in that: the loading and unloading body (7) is provided with a fixing plate (71), a moving body (72), a mine box (73), an accommodating end (74) and an inclined plate (75), the moving body (72) is arranged below the fixing plate (71) and communicated with the fixing plate, the upper end of the moving body (72) is fixedly connected with the mine box (73), the accommodating end (74) and the mine box (73) are of an integrated structure, and the inclined plate (75) is fixed at the side end of the accommodating end (74) and communicated with the side end of the accommodating end (74).

6. The mine unloading device for mine opening, which is convenient to operate, according to claim 5, is characterized in that: the fixed plates (71) are arranged on the outer side of the ore box (73) in total, and are in a solid state, the moving bodies (72) are arranged on the lower end of the ore box (73) in total in four groups, and the inclined plates (75) are in a plane polishing state.

7. The mine opening unloading device convenient to operate according to claim 5 or 6, wherein: the movable body (72) is provided with a shell (721), bolts (722), an installation grid (723), a positioning seat (724), a supporting column (725), a limiting ring (726) and an overturning wheel (727), the inner side of the shell (721) is fixedly connected with the installation grid (723) through the bolts (722), the inner wall of the installation grid (723) is connected with the positioning seat (724) in a positioning mode, the supporting column (725) is connected with the positioning seat (724) in a clamping mode, the limiting ring (726) is fixedly connected with the supporting column (725), and the overturning wheel (727) is embedded in the limiting ring (726) and is in clearance fit with the limiting ring.

8. The mine opening unloading device convenient to operate according to claim 7, characterized in that: the bolt (722) is provided with four bolts in all in the shell (721), four groups of positioning seats (724) and supporting columns (725) are provided in the mounting grid (723), the limiting ring (726) is in a circular ring polishing shape, and the turning wheel (727) is in a spherical shape.

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