CN209238410U - A kind of environmental protection ore-dressing plant - Google Patents

Abstract

The utility model relates to the technical fields of mining equiment auxiliary equipment can automatically be sent to ore inside work box more particularly to a kind of environmentally friendly ore-dressing plant, more time saving and energy saving；And screen plate can be made automatically to shake, ore is screened, improve practicability；And automatically the ore of screening can be collected；Including work box and screen plate, work box is internally provided with working chamber, and position is provided with and communicated with discharge nozzle among work box bottom end, and multiple groups screen holes are provided with and communicated on screen plate；Further include accommodating box, carrying case, lower transport axis, upper transport axis and conveyer belt, further includes first motor, rotation axis, two groups of supporting legs and two groups of idler wheels；It further include hydraulic cylinder, telescopic rod, four groups of smooth shafts, four groups of smooth tubes, four groups of elastic springs and four groups of fixed blocks；Further include material transfer pipe, placement plate, ball bearing, connecting shaft, auger, the second motor and transmission shaft, further includes bottom plate, third motor, rotary shaft, rotating disc and collecting box.

Description

A kind of environmental protection ore-dressing plant

Technical field

The utility model relates to the technical fields of mining equiment auxiliary equipment, more particularly to a kind of environmentally friendly ore-dressing plant.

Background technique

It is well known that environmentally friendly ore-dressing plant is a kind of device used when being screened for ore, keep people more convenient Ore is screened, be widely used in a variety of applications in the field of mining equiment；It is existing environmental protection ore-dressing plant include Work box and screen plate, work box is internally provided with working chamber, and is provided with and communicated with working hole, work box bottom on working chamber top It holds intermediate position to be provided with and communicated with discharge nozzle, and is provided with outlet valve on discharge nozzle, multiple groups sieve is provided with and communicated on screen plate Hole is selected, screen plate lateral wall is connected with work box inner wall；Existing environmental protection ore-dressing plant when in use first fixes device A suitable position, staff, can be according to the body of ore to the incoming ore screened inside work box Product is of different sizes to screen ore, opens the biggish ore of volume ratio and the lesser ore separation of volume ratio, volume compares Small ore can leak down from screen plate, and staff is collected the lesser ore of volume ratio, will not have later The biggish ore of the volume ratio of filter is shifted out from work box；Existing environmental protection ore-dressing plant finds to pass in ore in use It send to needing staff's hands-on inside work box, it is more time-consuming；And screen plate is made to carry out automatically shaking behaviour Make to get up than relatively difficult to achieve, practicability is lower；And to be collected comparison to the ore screened inconvenient by staff.

Utility model content

In order to solve the above technical problems, the utility model, which provides one kind, to be automatically sent to ore in work box Portion, it is more time saving and energy saving；And screen plate can be made automatically to shake, ore is screened, improve practicability；And it can With a kind of environmentally friendly ore-dressing plant being automatically collected to the ore of screening.

A kind of environmentally friendly ore-dressing plant of the utility model, including work box and screen plate, work box are internally provided with work Chamber, and it is provided with and communicated with working hole on working chamber top, position is provided with and communicated with discharge nozzle among work box bottom end, and is discharging It is provided with outlet valve on pipe, multiple groups screen holes are provided with and communicated on screen plate；Further include accommodating box, carrying case, lower transport axis, on Axis and conveyer belt are transported, accommodating box, which is internally provided with, holds chamber, and holds mouth holding chamber top and being provided with and communicated with, accommodating box top End right side and carrying case bottom end left contact, carrying case are internally provided with transmission cavity, and equal in transmission cavity left end, top and bottom end It is provided with and communicated with transmission mouth, lower transport axis front-end and back-end can be rotated downside wall preceding in carrying case and interior back lower side wall respectively And it is rotatably pierced by bottom end and rear side bottom end on front side of carrying case respectively, upper transport axis front-end and back-end can be rotated across biography respectively It send preceding side wall and interior rear side wall in case and is rotatably pierced by top and rear side top, upper transport axis on front side of carrying case respectively Top and lower transport axis bottom end are contacted with side wall in conveyer belt and interior downside wall respectively, further include first motor, rotation axis, two Group supporting leg and two groups of idler wheels, first motor front output end are connected with rotation shaft rear end, rotation axis front end and upper transport shaft rear end It is connected, two groups of supporting leg tops are connected with position among carrying case bottom end, and two groups of idler wheels may be rotatably mounted at two groups of supporting legs respectively Bottom end；It further include hydraulic cylinder, telescopic rod, four groups of smooth shafts, four groups of smooth tubes, four groups of elastic springs and four groups of fixed blocks, sieve Plate left end is selected to be rotatably connected with left side wall in work box, hydraulic cylinder left end is rotatably connected with downside wall left in work box, liquid Cylinder pressure right part output end is connected with telescopic rod left end, and position is rotatably connected among telescopic rod right end and screen plate bottom end, and four groups Smooth shaft top is connected with work box bottom end front left side, left rear side, forward right side and right lateral side respectively, four groups of smooth tube bottom end difference It is connected with four groups of fixed block tops, four groups of smooth tube tops are provided with and communicated with port, and four groups of smooth shaft bottom ends are each passed through four Group and is movable to inside four groups of smooth tube tops smooth tube top respectively, four groups of elastic springs be separately positioned on four groups it is smooth The outside of bar, four groups of elastic springs are separately positioned on the outside of four groups of smooth tubes, four groups of elastic spring tops respectively with work box Bottom end front left side, left rear side, forward right side are connected with right lateral side, four groups of elastic spring bottom ends respectively with four groups of fixed block top phases Even, position and right side bottom end centre position are respectively arranged with left vibration motor and right vibration motor among bottom end on the left of work box； It further include material transfer pipe, placement plate, ball bearing, connecting shaft, auger, the second motor and transmission shaft, material transfer pipe top left hand and bottom End right side is provided with and respectively communicated with input pipe and efferent duct, and placement plate left end is connected with left side wall in material transfer pipe, inside placement plate It is provided with placed cavity, ball bearing is placed on inside placement plate, and connecting shaft left end can be rotated the position among placement plate right end And it protruding into inside ball bearing, connecting shaft right end is connected with auger left end, and the second motor left end is connected with material transfer pipe right end, the Two motor left part output ends are connected with transmission shaft right end, transmission shaft left end pass through material transfer pipe right end and protrude into inside material transfer pipe with Auger right end is connected, and further includes bottom plate, third motor, rotary shaft, rotating disc and collecting box, and four groups of fixed block bottom ends are and bottom plate Top left hand is connected, and intermediate part interior is provided with and communicated with the first limiting slot on the right side of bottom plate top, and rotating disc is placed on the first limit Inside the slot of position, rotating disc bottom end is contacted with downside wall in bottom plate, and rotating disc lateral wall is contacted with bottom plate inner sidewall, third motor top Portion's output end is connected with rotary shaft bottom end, and rotary shaft top passes through intermediate position on the right side of bottom plate bottom end and protrudes into the first limiting slot Internal to be connected with position among rotating disc bottom end, collecting box is internally provided with collecting chamber, and is provided with and communicated on collecting chamber top Collection port.

A kind of environmentally friendly ore-dressing plant of the utility model, further includes the first firm plate and the second firm plate, the first firm plate Top is connected on rear side of front end and carrying case, and first motor bottom end is connected on rear side of the first firm plate top, the second firm plate left end with Top is connected with bottom end on the right side of material transfer pipe and the second motor bottom end respectively.

A kind of environmentally friendly ore-dressing plant of the utility model, upper transport axis front end are provided with card cap, lower transport axis front end with Rear end is provided with lower card cap.

A kind of environmentally friendly ore-dressing plant of the utility model, screen plate right end, front-end and back-end are provided with buffer bar, and three groups It is contacted with work box inner wall on the outside of buffer bar.

A kind of environmentally friendly ore-dressing plant of the utility model, left vibration motor top and bottom end are provided with left support, right shake Dynamic motor top and bottom end are provided with right support, and two groups of left support right ends are connected with position among bottom end on the left of work box, Two groups of right support left ends are connected with position among bottom end on the right side of work box.

A kind of environmentally friendly ore-dressing plant of the utility model, further includes two groups of supporting plates and two groups of universal wheels, two groups of supporting plate tops It is connected respectively on the right side of on the left of material transfer tube bottom end and bottom end, two groups of universal wheels may be rotatably mounted at the bottom end of two groups of supporting plates respectively, Two groups of universal wheel bottom ends with bottom plate top left contact.

A kind of environmentally friendly ore-dressing plant of the utility model is provided with brake block on two groups of universal wheels.

A kind of environmentally friendly ore-dressing plant of the utility model, further includes four groups of supporting blocks, and four groups of supporting block tops are and bottom plate It is connected on the left of bottom end.

A kind of environmentally friendly ore-dressing plant of the utility model, further includes limit plate, part interior connection among limit plate top It is provided with the second limiting slot, collecting board is installed on the second limiting slot, and limit plate bottom end is connected with rotating disc top.

A kind of environmentally friendly ore-dressing plant of the utility model, further includes vertical plate and transverse slat, on the right side of vertical plate top and bottom plate bottom end It is connected, third motor right end is connected with transverse slat left end, and position is connected among transverse slat right end and vertical plate left end.

Compared with prior art the utility model has the following beneficial effects: automatically ore can be sent in work box First motor is electrically connected by portion, and first motor drives rotation axis rotation to be driven through upper transport axis and drives conveyer belt rotation, under Transport axis can be rotated with auxiliary conveyor belt, and staff is passed through into accommodating box needs the ore that screens, and conveyer belt is by mine Stone transports inside work box, saves labour, supporting leg and idler wheel interaction can make staff by carrying case into More convenient when row is mobile, first motor is that purchase comes, and first motor when in use by buy together come use say Bright book is electrically connected；Screen plate can be made automatically to shake, ore is screened, vibration motor is electrically connected, shaken Dynamic motor drives work box vibration, and elastic spring can assist vibration motor to shake work box, and smooth shaft can be in smooth tube It inside moves up and down, auxiliary elastic spring vibration will do it elastic spring not when shaking and be swung left and right, improves device Stability hydraulic cylinder is electrically connected, hydraulic cylinder is made when being collected the volume ratio not filtered biggish ore It drives telescopic rod to do the movement retracted, tilts screen plate, the biggish ore of volume ratio is made to fall down from screen plate, work people Member is again collected it, and vibration motor and hydraulic cylinder are that purchase comes, and vibration motor and hydraulic cylinder are using Shi Jun by buy together come operation instructions be electrically connected；Automatically the ore of screening can be collected, by Two motors are electrically connected, and the second motor drives transmission shaft rotation, and transmission shaft drives auger rotation, and then allows auger to mine Stone is transported, and finally by Ore Transportation at efferent duct, is sent to inside collecting box by efferent duct, and then is completed to ore Automatic collection, while ore can be made to be distributed in collecting box more evenly, third motor is electrically connected, third motor Rotary shaft rotation is driven, rotary shaft drives turn disc, and rotating disc drives collecting box rotation, collecting box top left hand and output Tube bottom end position is corresponding, when collecting box rotation, allows ore is relatively uniform to be sent in collecting box, the second motor and the Three motors be purchase come, and the second motor and third motor when in use by buy together come operation instructions It is electrically connected.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the portion A partial enlarged view in Fig. 1；

Fig. 3 is the left view structural representation of the utility model transmission box part；

It is attached marked in the figure: 1, work box；2, screen plate；3, discharge nozzle；4, accommodating box；5, carrying case；6, lower transport axis；7, Upper transport axis；8, conveyer belt；9, first motor；10, rotation axis；11, supporting leg；12, idler wheel；13, hydraulic cylinder；14, telescopic rod； 15, smooth shaft；16, smooth tube；17, elastic spring；18, fixed block；19, right vibration motor；20, material transfer pipe；21, placement plate； 22, ball bearing；23, connecting shaft；24, auger；25, the second motor；26, transmission shaft；27, input pipe；28, efferent duct；29, bottom Plate；30, third motor；31, rotary shaft；32, rotating disc；33, collecting box；34, the first firm plate；35, the second firm plate；36, Upper card cap；37, buffer bar；38, right support；39, supporting plate；40, universal wheel；41, brake block；42, supporting block；43, limit plate； 44, vertical plate；45, transverse slat.

Specific embodiment

With reference to the accompanying drawings and examples, specific embodiment of the present utility model is described in further detail.Below Embodiment is not intended to limit the scope of the present invention for illustrating the utility model.

As shown in Figure 1 to Figure 3, a kind of environmentally friendly ore-dressing plant of the utility model, including work box 1 and screen plate 2, work Case 1 is internally provided with working chamber, and is provided with and communicated with working hole on working chamber top, and position connection is set among 1 bottom end of work box It is equipped with discharge nozzle 3, and is provided with outlet valve on discharge nozzle 3, multiple groups screen holes are provided with and communicated on screen plate 2；It further include containing Case 4, carrying case 5, lower transport axis 6, upper transport axis 7 and conveyer belt 8 are put, accommodating box 4, which is internally provided with, holds chamber, and is holding chamber Top, which is provided with and communicated with, holds mouth, and on the right side of 4 top of accommodating box and 5 bottom end left contact of carrying case, carrying case 5 are internally provided with biography Chamber is sent, and is provided with and communicated with transmission mouth in transmission cavity left end, top and bottom end, lower 6 front-end and back-end of transport axis can turn respectively It moves downside wall preceding in carrying case 5 and interior back lower side wall and is rotatably pierced by 5 front side bottom end of carrying case and rear side bottom respectively End, upper 7 front-end and back-end of transport axis can be rotated side wall preceding in carrying case 5 and interior rear side wall respectively and can turn respectively Dynamic to be pierced by 5 front side top of carrying case and rear side top, upper 7 top of transport axis and lower 6 bottom end of transport axis are pushed up in conveyer belt 8 respectively Side wall and the contact of interior downside wall, further include first motor 9,10, two groups of supporting legs 11 of rotation axis and two groups of idler wheels 12, first motor 9 Front output end is connected with 10 rear end of rotation axis, and 10 front end of rotation axis is connected with upper 7 rear end of transport axis, and two groups of 11 tops of supporting leg are equal It is connected with position among 5 bottom end of carrying case, two groups of idler wheels 12 may be rotatably mounted at the bottom end of two groups of supporting legs 11 respectively；It further include liquid Cylinder pressure 13,14, four groups of telescopic rod, 15, four groups of smooth shaft smooth tube, 16, four groups of elastic springs 17 and four groups of fixed blocks 18, screen plate 2 left ends are rotatably connected with left side wall in work box 1, and 13 left end of hydraulic cylinder is rotatably connected with left downside wall in work box 1, liquid 13 right part output end of cylinder pressure is connected with 14 left end of telescopic rod, and position rotatably connects among 14 right end of telescopic rod and 2 bottom end of screen plate It connects, four groups of 15 tops of smooth shaft are connected with 1 bottom end front left side of work box, left rear side, forward right side and right lateral side respectively, and four groups smooth 16 bottom end of pipe is connected with four groups of 18 tops of fixed block respectively, and four groups of 16 tops of smooth tube are provided with and communicated with port, and four groups smooth 15 bottom end of bar is each passed through four groups of 16 tops of smooth tube and is movable to inside four groups of 16 tops of smooth tube respectively, four groups of elastic force Spring 17 is separately positioned on the outside of four groups of smooth shafts 15, and four groups of elastic springs 17 are separately positioned on the outer of four groups of smooth tubes 16 Side, four groups of 17 tops of elastic spring are connected with 1 bottom end front left side of work box, left rear side, forward right side and right lateral side respectively, four groups of bullets 17 bottom end of power spring is connected with four groups of 18 tops of fixed block respectively, among 1 left side bottom end of work box centre position and right side bottom end Position is respectively arranged with left vibration motor and right vibration motor 19；Further include material transfer pipe 20, placement plate 21, ball bearing 22, connect It is provided with and respectively communicated on the right side of spindle 23, auger 24, the second motor 25 and transmission shaft 26,20 top left hand of material transfer pipe and bottom end defeated Entering pipe 27 and efferent duct 28,21 left end of placement plate is connected with left side wall in material transfer pipe 20, and placement plate 21 is internally provided with placed cavity, Ball bearing 22 is placed on inside placement plate 21, and 23 left end of connecting shaft can be rotated the position among 21 right end of placement plate and stretch Enter inside ball bearing 22,23 right end of connecting shaft is connected with 24 left end of auger, 25 left end of the second motor and 20 right end phase of material transfer pipe Even, 25 left part output end of the second motor is connected with 26 right end of transmission shaft, and 26 left end of transmission shaft passes through 20 right end of material transfer pipe and stretches Enter 20 inside of material transfer pipe to be connected with 24 right end of auger, further includes bottom plate 29, third motor 30, rotary shaft 31, rotating disc 32 and receipts Header 33, four groups of 18 bottom ends of fixed block are connected with 29 top left hand of bottom plate, intermediate part interior connection on the right side of 29 top of bottom plate It is provided with the first limiting slot, rotating disc 32 is placed on inside the first limiting slot, and 32 bottom end of rotating disc connects with downside wall in bottom plate 29 Touching, 32 lateral wall of rotating disc are contacted with 29 inner sidewall of bottom plate, and 30 top output port of third motor is connected with 31 bottom end of rotary shaft, rotation 31 top of shaft passes through intermediate position on the right side of 29 bottom end of bottom plate and protrudes into inside the first limiting slot and among 32 bottom end of rotating disc Position is connected, and collecting box 33 is internally provided with collecting chamber, and is provided with and communicated with collection port on collecting chamber top；Can automatically by Ore is sent to inside work box, and first motor is electrically connected, and first motor drives rotation axis rotation to pass through upper transport axis Dynamic to drive conveyer belt rotation, lower transport axis can be rotated with auxiliary conveyor belt, and staff is passed through into accommodating box to need to sieve The ore of choosing, conveyer belt inside Ore Transportation to work box, will save labour, and supporting leg and idler wheel interaction can make work Make personnel to be more convenient when moving carrying case, first motor is that purchase comes, and first motor passes through when in use The operation instructions come are bought together to be electrically connected；Screen plate can be made automatically to shake, ore is screened, will shaken Motor is electrically connected, and vibration motor drives work box vibration, and elastic spring can assist vibration motor to shake work box, light Slide bar can move up and down in smooth tube, and auxiliary elastic spring vibration makes elastic spring not will do it a left side when shaking The right side is waved, and the stability of device is improved, when the biggish ore of the volume ratio not filtered is collected, by hydraulic cylinder into Row electrical connection, makes hydraulic cylinder that telescopic rod be driven to do the movement retracted, tilts screen plate, make the biggish ore of volume ratio from screening It falls down on plate, staff is again collected it, and vibration motor and hydraulic cylinder are that purchase comes, and shakes electricity Machine and hydraulic cylinder when in use by buy together come operation instructions be electrically connected；It can be automatically to the mine of screening Stone is collected, and the second motor is electrically connected, and the second motor drives transmission shaft rotation, and transmission shaft drives auger rotation, into And transport auger to ore, finally by Ore Transportation at efferent duct, it is sent in collecting box by efferent duct Portion, and then complete automatic collection to ore, at the same can make ore be distributed in collecting box more evenly, by third motor into Row electrical connection, third motor drive rotary shaft rotation, and rotary shaft drives turn disc, and rotating disc drives collecting box rotation, receives Header top left hand is corresponding with efferent duct bottom position, when collecting box rotation when, allow ore it is relatively uniform be sent to receipts In header, the second motor and third motor are that purchase comes, and the second motor and third motor pass through one when in use The operation instructions come with purchase are electrically connected.

A kind of environmentally friendly ore-dressing plant of the utility model, further includes the first firm plate 34 and the second firm plate 35, first is steady 34 front end of solid plate is connected with 5 rear side top of carrying case, and 9 bottom end of first motor is connected on rear side of the first firm 34 top of plate, and second is steady 35 left end of solid plate and top are connected with 20 right side bottom end of material transfer pipe and 25 bottom end of the second motor respectively；First firm plate can make One motor is more firm, and the second firm plate can make the second motor more firm.

A kind of environmentally friendly ore-dressing plant of the utility model, upper 7 front end of transport axis are provided with card cap 36, before lower transport axis 6 End and rear end are provided with lower card cap；Upper card cap can be such that transport axis does not run out of from carrying case, and lower card cap can make Lower transport axis will not be run out of from carrying case.

A kind of environmentally friendly ore-dressing plant of the utility model, 2 right end of screen plate, front-end and back-end are provided with buffer bar 37, Three groups of 37 outsides of buffer bar are contacted with 1 inner sidewall of work box；Buffer bar can stop ore to leak down around screen plate.

A kind of environmentally friendly ore-dressing plant of the utility model, left vibration motor top and bottom end are provided with left support, right shake Dynamic 19 top of motor and bottom end are provided with right support 38, two groups of left support right ends with position among 1 left side bottom end of work box It is connected, two groups of 38 left ends of right support are connected with position among 1 right side bottom end of work box；Left support can make left vibration motor more Firm, right support can make right vibration motor more firm.

A kind of environmentally friendly ore-dressing plant of the utility model, further includes two groups of supporting plates 39 and two groups of universal wheels 40, two groups of supporting plates 39 tops are connected on the right side of on the left of 20 bottom end of material transfer pipe and bottom end respectively, and two groups of universal wheels 40 may be rotatably mounted at two groups of branch respectively The bottom end of plate 39, two groups of 40 bottom ends of universal wheel are contacted with 29 top left hand of bottom plate；Supporting plate and universal wheel mutual cooperation effect, can So that staff more easily controls material transfer pipe.

A kind of environmentally friendly ore-dressing plant of the utility model is provided with brake block 41 on two groups of universal wheels 40；Brake block can So that material transfer pipe it is more stable be fixed on a position.

A kind of environmentally friendly ore-dressing plant of the utility model, further includes four groups of supporting blocks 42, four groups of 42 tops of supporting block with It is connected on the left of 29 bottom end of bottom plate；Supporting block can make device it is more firm be fixed on a position.

A kind of environmentally friendly ore-dressing plant of the utility model, further includes limit plate 43, part interior among 43 top of limit plate It is provided with and communicated with the second limiting slot, collecting board is installed on the second limiting slot, and 43 bottom end of limit plate is connected with 32 top of rotating disc； Limit plate can play certain fixed function to collecting box.

A kind of environmentally friendly ore-dressing plant of the utility model, further includes vertical plate 44 and transverse slat 45,44 top of vertical plate and bottom plate 29 It is connected on the right side of bottom end, 30 right end of third motor is connected with 45 left end of transverse slat, position phase among 45 right end of transverse slat and 44 left end of vertical plate Even；Vertical plate can fix bottom plate, while can fix third motor with transverse slat mating reaction.

A kind of environmentally friendly ore-dressing plant of the utility model, is fixed on a suitable position for device first at work It sets, staff, can be of different sizes to mine according to the volume of ore to the incoming ore screened inside work box Stone is screened, and the biggish ore of volume ratio and the lesser ore separation of volume ratio are opened, and the lesser ore of volume ratio can be from Leak down in screen plate, staff is collected the lesser ore of volume ratio, later that the volume not filtered is bigger Ore be shifted out from work box, automatically ore can be sent to inside work box, first motor is electrically connected, One motor drives rotation axis rotation to be driven through upper transport axis and drives conveyer belt rotation, and lower transport axis can be turned with auxiliary conveyor belt Dynamic, staff is passed through the ore for needing to screen into accommodating box, and conveyer belt saves labor for inside Ore Transportation to work box Power, supporting leg and idler wheel interaction can be such that staff is more convenient when moving carrying case, can make screen plate It automatically shakes, ore is screened, vibration motor is electrically connected, vibration motor drives work box vibration, elastic force bullet Spring can assist vibration motor to shake work box, and smooth shaft can move up and down in smooth tube, assist elastic spring Vibration will do it elastic spring not when shaking and be swung left and right, the stability of device improved, when the volume that will do not filter When bigger ore is collected, hydraulic cylinder is electrically connected, makes hydraulic cylinder that telescopic rod be driven to do the movement retracted, makes to sieve It selects plate to tilt, the biggish ore of volume ratio is made to fall down from screen plate, staff is again collected it, can be certainly Dynamic is collected the ore of screening, and the second motor is electrically connected, and the second motor drives transmission shaft rotation, transmission shaft band Dynamic auger rotation, and then transport auger to ore, finally by Ore Transportation at efferent duct, passed by efferent duct It send to collecting box, and then completes the automatic collection to ore, while ore can be made to be distributed in collecting box more evenly, Third motor is electrically connected, third motor drives rotary shaft rotation, and rotary shaft drives turn disc, and rotating disc, which drives, to be received Header rotation, collecting box top left hand is corresponding with efferent duct bottom position, when collecting box rotation, keeps ore relatively uniform Be sent in collecting box, the first firm plate can make first motor more firm, and the second firm plate can make the second motor more steady Gu upper card cap can be such that transport axis does not run out of from carrying case, lower card cap can make lower transport axis will not be from carrying case In run out of, buffer bar can stop ore to leak down around screen plate, and left support can make left vibration motor more firm, Right support can make right vibration motor more firm, and supporting plate and universal wheel mutual cooperation effect can make staff more easily Material transfer pipe is controlled, brake block can make material transfer pipe it is more stable be fixed on a position, supporting block can make device more Firm is fixed on a position, and limit plate can play certain fixed function to collecting box, and vertical plate can fix bottom plate, together When with transverse slat mating reaction can fix third motor, first motor, the second motor, third motor, vibration motor and hydraulic cylinder It is that purchase comes, and first motor, the second motor, third motor, vibration motor and hydraulic cylinder pass through one when in use The operation instructions come with purchase are electrically connected.

A kind of environmentally friendly ore-dressing plant of the utility model, the mounting means of all components described above, connection type or sets The mode of setting is common mechanical mode, and the specific structure of its all component, model and coefficient index are its included technology, As long as the equal of its advantages can be reached to be implemented, therefore do not adding to repeat.

A kind of environmentally friendly ore-dressing plant of the utility model, in the absence of explanation to the contrary, " up and down, in front and back The noun of locality that outer and vertical-horizontal " etc. is included in the term only represents orientation of the term under normal service condition, or is Those skilled in the art understand that be commonly called as, should not be seen as a limitation of this term, at the same time, " first ", " second " and " The ordered series of numbers nouns such as three " do not represent specific quantity and sequence, are only used for the differentiation of title.

The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art For art personnel, without deviating from the technical principle of the utility model, several improvements and modifications can also be made, these change It also should be regarded as the protection scope of the utility model into modification.

Claims (10)

1. a kind of environmental protection ore-dressing plant, including work box (1) and screen plate (2), work box (1) are internally provided with working chamber, and It is provided with and communicated with working hole on working chamber top, position is provided with and communicated with discharge nozzle (3) among work box (1) bottom end, and is being gone out Outlet valve is provided in expects pipe (3), screen plate is provided with and communicated with multiple groups screen holes on (2)；It is characterized in that, further including accommodating box (4), carrying case (5), lower transport axis (6), upper transport axis (7) and conveyer belt (8), accommodating box (4), which is internally provided with, holds chamber, and Hold mouth holding chamber top and being provided with and communicated with, on the right side of accommodating box (4) top with carrying case (5) bottom end left contact, carrying case (5) it is internally provided with transmission cavity, and is provided with and communicated with transmission mouth in transmission cavity left end, top and bottom end, before lower transport axis (6) End and rear end can be rotated preceding downside wall and interior back lower side wall in carrying case (5) respectively and be rotatably pierced by carrying case respectively (5) front side bottom end and rear side bottom end, upper transport axis (7) front-end and back-end can be rotated the preceding side wall in carrying case (5) respectively With it is interior after side wall and be rotatably pierced by top and rear side top on front side of carrying case (5) respectively, upper transport axis (7) top is under Transport axis (6) bottom end is contacted with the interior side wall of conveyer belt (8) and interior downside wall respectively, further includes first motor (9), rotation axis (10), two groups of supporting legs (11) and two groups of idler wheels (12), first motor (9) front output end are connected with rotation axis (10) rear end, turn Moving axis (10) front end is connected with upper transport axis (7) rear end, two groups of supporting leg (11) tops with position phase among carrying case (5) bottom end Even, two groups of idler wheels (12) may be rotatably mounted at the bottom end of two groups of supporting legs (11) respectively；It further include hydraulic cylinder (13), telescopic rod (14), four groups of smooth shafts (15), four groups of smooth tubes (16), four groups of elastic springs (17) and four groups of fixed blocks (18), screen plate (2) Left end is rotatably connected with work box (1) interior left side wall, and hydraulic cylinder (13) left end rotatably connects with left downside wall in work box (1) It connects, hydraulic cylinder (13) right part output end is connected with telescopic rod (14) left end, among telescopic rod (14) right end and screen plate (2) bottom end Position is rotatably connected, four groups of smooth shaft (15) tops respectively with work box (1) bottom end front left side, left rear side, forward right side and the right side Rear side is connected, and four groups of smooth tube (16) bottom ends are connected with four groups of fixed block (18) tops respectively, and four groups of smooth tube (16) tops are equal It is provided with and communicated with port, four groups of smooth shaft (15) bottom ends are each passed through four groups of smooth tube (16) tops and are movable to four respectively Inside group smooth tube (16) top, four groups of elastic springs (17) are separately positioned on the outside of four groups of smooth shafts (15), four groups of elastic force Spring (17) is separately positioned on the outside of four groups of smooth tubes (16), four groups of elastic spring (17) tops respectively with work box (1) bottom End front left side, left rear side, forward right side are connected with right lateral side, and four groups of elastic spring (17) bottom ends are pushed up with four groups of fixed blocks (18) respectively End is connected, and position and right side bottom end centre position are respectively arranged with left vibration motor and right shake among bottom end on the left of work box (1) Dynamic motor (19)；It further include material transfer pipe (20), placement plate (21), ball bearing (22), connecting shaft (23), auger (24), second Motor (25) and transmission shaft (26) are provided with and respectively communicated with input pipe (27) and defeated on the right side of material transfer pipe (20) top left hand and bottom end Outlet pipe (28), placement plate (21) left end are connected with material transfer pipe (20) interior left side wall, and placement plate (21) is internally provided with placed cavity, rolling Pearl bearing (22) is placed on placement plate (21) inside, and connecting shaft (23) left end can be rotated across position among placement plate (21) right end And it is internal to protrude into ball bearing (22), and connecting shaft (23) right end is connected with auger (24) left end, the second motor (25) left end and Material transfer pipe (20) right end is connected, and the second motor (25) left part output end is connected with transmission shaft (26) right end, transmission shaft (26) left end It across material transfer pipe (20) right end and protrudes into that material transfer pipe (20) is internal to be connected with auger (24) right end, further includes bottom plate (29), the Three motors (30), rotary shaft (31), rotating disc (32) and collecting box (33), four groups of fixed block (18) bottom ends are pushed up with bottom plate (29) End left side is connected, and intermediate part interior is provided with and communicated with the first limiting slot on the right side of bottom plate (29) top, and rotating disc (32) is placed on Inside first limiting slot, rotating disc (32) bottom end is contacted with bottom plate (29) interior downside wall, rotating disc (32) lateral wall and bottom plate (29) inner sidewall contacts, and third motor (30) top output port is connected with rotary shaft (31) bottom end, and rotary shaft (31) top passes through Intermediate position and protruding into inside the first limiting slot is connected with position among rotating disc (32) bottom end on the right side of bottom plate (29) bottom end, receipts Header (33) is internally provided with collecting chamber, and is provided with and communicated with collection port on collecting chamber top.

2. a kind of environmentally friendly ore-dressing plant as described in claim 1, which is characterized in that further include the first firm plate (34) and second Firm plate (35), the first firm plate (34) front end are connected with top on rear side of carrying case (5), the first firm plate (34) top rear side the One motor (9) bottom end is connected, the second firm plate (35) left end and top respectively with bottom end on the right side of material transfer pipe (20) and the second motor (25) bottom end is connected.

3. a kind of environmentally friendly ore-dressing plant as claimed in claim 2, which is characterized in that above transport axis (7) front end and be provided with card Cap (36), lower transport axis (6) front-end and back-end are provided with lower card cap.

4. a kind of environmentally friendly ore-dressing plant as claimed in claim 3, which is characterized in that screen plate (2) right end, front-end and back-end are equal It is provided with buffer bar (37), is contacted with work box (1) inner sidewall on the outside of three groups of buffer bars (37).

5. a kind of environmentally friendly ore-dressing plant as claimed in claim 4, which is characterized in that left vibration motor top and bottom end are respectively provided with There is left support, right vibration motor (19) top and bottom end are provided with right support (38), and two groups of left support right ends are and work box (1) position is connected among the bottom end of left side, and two groups of right support (38) left ends are connected with position among bottom end on the right side of work box (1).

6. a kind of environmentally friendly ore-dressing plant as claimed in claim 5, which is characterized in that further include two groups of supporting plates (39) and two group ten thousand To wheel (40), two groups of supporting plate (39) tops are connected on the right side of on the left of material transfer pipe (20) bottom end and bottom end respectively, two groups of universal wheels (40) may be rotatably mounted at the bottom end of two groups of supporting plates (39) respectively, two groups of universal wheel (40) bottom ends with bottom plate (29) top left hand Contact.

7. a kind of environmentally friendly ore-dressing plant as claimed in claim 6, which is characterized in that be provided with brake on two groups of universal wheels (40) Vehicle piece (41).

8. a kind of environmentally friendly ore-dressing plant as claimed in claim 7, which is characterized in that it further include four groups of supporting blocks (42), four groups Supporting block (42) top is connected with bottom plate (29) bottom end left side.

9. a kind of environmentally friendly ore-dressing plant as claimed in claim 8, which is characterized in that further include limit plate (43), limit plate (43) part interior is provided with and communicated with the second limiting slot among top, and collecting board is installed on the second limiting slot, limit plate (43) Bottom end is connected with rotating disc (32) top.

10. a kind of environmentally friendly ore-dressing plant as claimed in claim 9, which is characterized in that it further include vertical plate (44) and transverse slat (45), It is connected on the right side of vertical plate (44) top and bottom plate (29) bottom end, third motor (30) right end is connected with transverse slat (45) left end, transverse slat (45) right end and vertical plate (44) left end centre position are connected.