CN206543643U - A kind of nonmetallic ore impact disintegrating machine - Google Patents
A kind of nonmetallic ore impact disintegrating machine Download PDFInfo
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- CN206543643U CN206543643U CN201720153771.3U CN201720153771U CN206543643U CN 206543643 U CN206543643 U CN 206543643U CN 201720153771 U CN201720153771 U CN 201720153771U CN 206543643 U CN206543643 U CN 206543643U
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Abstract
The utility model is related to a kind of fine crusher, more particularly to a kind of nonmetallic ore impact disintegrating machine.The technical problems to be solved in the utility model is to provide a kind of nonmetallic ore impact disintegrating machine.In order to solve the above-mentioned technical problem, the utility model provides such a nonmetallic ore impact disintegrating machine, includes top plate, one-level breaker, feed arrangement, big screen cloth, two-stage crushing device, the first breaking tank, the second breaking tank, small screen cloth, discharging opening, collecting tank etc.；Bottom plate top left side is welded with left socle, bottom plate top right side is welded with right support, installing plate is welded with the top of left socle and right support, installing plate centre position is provided with the second breaking tank, and second breaking tank pass through installing plate, second broken trench bottom is provided with centre position at the top of discharging opening, bottom plate and is placed with collecting tank, and discharging opening is located at directly over collecting tank.The utility model has reached obtains more abundant by ore reduction, and production capacity is high, the effect of ore reduction granularity evenly.
Description
Technical field
The utility model is related to a kind of fine crusher, more particularly to a kind of nonmetallic ore impact disintegrating machine.
Background technology
Ore refers to therefrom extract useful constituent or itself has the mineral aggregate of certain performance that can be utilized.
Metalliferous mineral, nonmetallic mineral can be divided into.The unit content of useful component is referred to as the grade of ore in ore, the noble metal such as gold, platinum
Ore represents that other ores are often represented with percentage with g ton.The conventional grade of ore equally has to weigh the value of ore
Imitate composition ore in gangue composition and objectionable impurities number also influence ore value.
Existing nonmetallic ore fine crusher does not have multiple stage crushing during breaking ores, and ore reduction obtains insufficient,
Production capacity is low, and broken ore grain size is uneven, and crushing effect is poor, therefore needs a kind of obtain ore reduction of research and development badly and more fill
Point, production capacity is high, ore reduction granularity evenly, the good nonmetallic ore impact disintegrating machine of crushing effect.
Utility model content
(1) technical problem to be solved
The utility model is not more in order to overcome existing nonmetallic ore impact disintegrating machine during breaking ores
Level is broken, and ore reduction obtains insufficient, and production capacity is low, and broken ore grain size is uneven, the shortcoming of crushing effect difference, this
The utility model technical problem to be solved is to provide a kind of nonmetallic ore impact disintegrating machine.
(2) technical scheme
In order to solve the above-mentioned technical problem, the utility model provides such a nonmetallic ore impact disintegrating machine, bag
Top plate, one-level breaker, feed arrangement, big screen cloth, two-stage crushing device, the first breaking tank, the second breaking tank, small sieve are included
Net, discharging opening, collecting tank, installing plate, right support, bottom plate and left socle, bottom plate top left side are welded with the top of left socle, bottom plate
Right side, which is welded with the top of right support, left socle and right support, is welded with installing plate, and installing plate centre position is provided with second and crushed
Groove, and the second breaking tank passes through installing plate, the second broken trench bottom is provided with centre position at the top of discharging opening, bottom plate and is placed with collection
Groove, and discharging opening is directly over collecting tank, and small screen cloth and two-stage crushing device, and small screen cloth position are provided with the second breaking tank
First breaking tank is installed at the top of the lower section of two-stage crushing device, the second breaking tank, the first broken trench bottom is provided with shaker screen
Ore is housed, top plate bottom is provided with one-level breaker, one-level breaker bottom in net, the first breaking tank at the top of big screen cloth
In the first breaking tank, the outer left and right sides of the first breaking tank is provided with feed arrangement, and feed arrangement bottom and the first breaking tank
Connection.
Preferably, one-level breaker includes cylinder, mobile bar, pressing plate and big knob, and top plate bottom is connected by bolt
The mode connect is connected with cylinder, and the expansion link bottom of cylinder is connected with mobile bar by shaft coupling, and mobile bar bottom is located at the
In one breaking tank, mobile bar bottom is welded with pressing plate, and pressing plate is located at the top of ore, and pressing plate bottom is welded with big knob.
Preferably, two-stage crushing device includes fixed plate, motor, first rotating shaft, broken cylinder, the first crushing teeth, second
Rotating shaft and bearing block, installing plate top right side are welded with fixed plate, and fixed plate passes on left bolted mode and is connected with electricity
Machine, the output shaft of motor is connected with first rotating shaft by shaft coupling, and first rotating shaft passes through the second breaking tank, and first rotating shaft is located at
In second breaking tank, the mode that the second breaking tank inner left wall is bolted, which is connected with bearing block, bearing block, is provided with
Two rotating shafts, the second rotating shaft right-hand member and first rotating shaft left end are welded with broken cylinder, and the first crushing teeth is welded with broken cylinder.
Preferably, feed arrangement includes hopper, feed pipe, block and connecting rod, and the outer left and right sides of the first breaking tank is equal
Feed pipe is connected with by way of welding, charging bottom of the tube is welded with down with being connected inside the first breaking tank at the top of feed pipe
Hopper, the mobile bar left and right sides is welded with connecting rod, and connecting rod bottom is welded with block, and block is located in feed pipe.
Preferably, small knob is also included, the gap location of the big knob in pressing plate bottom is connected with small pressure by way of welding
Tooth, the material of small knob is Q235 steel, and small knob is distributed in pressing plate bottom even.
Preferably, the second crushing teeth is also included, the gap location of the first crushing teeth is connected by way of welding on broken cylinder
The second crushing teeth is connected to, the material of the second crushing teeth is Q235 steel, and the first crushing teeth is uniformly distributed on broken cylinder.
Preferably, also include in reinforcement, the big screen bottom left and right sides and the second breaking tank and gone back between two walls of left and right
Have in the small screen bottom left and right sides and discharging opening and reinforcement, reinforcement are connected with by way of welding between two walls of left and right
To be obliquely installed.
Operation principle：When needing the ore in broken first breaking tank, start one-level breaker and constantly move up and down
Ore is hit, the first break of ore is realized, the ore after crushing enters the second breaking tank, the broken dress of one-level by big screen cloth
Putting motion upwards drives feed arrangement to open, and ore enters the first breaking tank from feed arrangement, and one-level breaker is moved downward
Drive feed arrangement to close, feed arrangement stops charging, start the work of two-stage crushing device, the ore in the second breaking tank is entered
Row second-time breakage, it is broken that ore in small, broken bits enters discharging opening through too small screen cloth, collecting tank is fallen into from discharging opening bottom, ore is broken
After the completion of broken, treat one-level breaker reset, close one-level breaker, close two-stage crushing device, feed arrangement stop into
Material.
Because one-level breaker includes cylinder, mobile bar, pressing plate and big knob, top plate bottom is bolted
Mode is connected with cylinder, and the expansion link bottom of cylinder is connected with mobile bar by shaft coupling, and mobile bar bottom is located at first and broken
In broken groove, mobile bar bottom is welded with pressing plate, and pressing plate is located at the top of ore, and pressing plate bottom is welded with big knob, so opening
Cylinder of taking offence constantly extends shortening, drives mobile bar constantly motion upwards downwards, the constantly motion upwards downwards of band dynamic pressure plate
Ore is hit, the first break of ore is realized, the ore after crushing enters the second breaking tank by big screen cloth, ore reduction is complete
Treat that pressing plate resets after, cylinder stops flexible.
Because two-stage crushing device includes fixed plate, motor, first rotating shaft, broken cylinder, the first crushing teeth, the second rotating shaft
And bearing block, installing plate top right side is welded with fixed plate, and fixed plate passes on left bolted mode and is connected with motor, electricity
The output shaft of machine is connected with first rotating shaft by shaft coupling, and first rotating shaft passes through the second breaking tank, and first rotating shaft is located at second
In breaking tank, the mode that the second breaking tank inner left wall is bolted, which is connected with bearing block, bearing block, is provided with second turn
Axle, the second rotating shaft right-hand member and first rotating shaft left end are welded with broken cylinder, and the first crushing teeth is welded with broken cylinder, so starting electricity
Machine is rotated, and drives first rotating shaft to rotate, and drives broken cylinder and the second axis of rotation, the ore in the second breaking tank is carried out into second
It is secondary broken, it is broken that ore in small, broken bits is spilt by small screen cloth, motor is closed after the completion of ore reduction, broken cylinder stops operating.
Because feed arrangement includes hopper, feed pipe, block and connecting rod, the outer left and right sides of the first breaking tank passes through weldering
The mode connect is connected with feed pipe, and charging bottom of the tube is welded with hopper with being connected inside the first breaking tank at the top of feed pipe, moves
The lever left and right sides is welded with connecting rod, and connecting rod bottom is welded with block, and block is located in feed pipe, and block coordinates with feed pipe,
So mobile bar is moved upwards, drivening rod is moved upwards, drives block upwards, and ore enters the from hopper by feed pipe
One breaking tank, mobile bar is moved downward, and drives block to move downward, feed pipe is blocked, and ore stops entering the first breaking tank.
Because also including small knob, the gap location of the big knob in pressing plate bottom is connected with small knob by way of welding,
The material of small knob is Q235 steel, and small knob is distributed in pressing plate bottom even, so being more beneficial for realizing the efficiency crushing of ore.
Because also including the second crushing teeth, the gap location of the first crushing teeth is connected with by way of welding on broken cylinder
Second crushing teeth, the material of the second crushing teeth is Q235 steel, and the first crushing teeth is uniformly distributed on broken cylinder, so breaking ore
It is more fully broken.
It is also small between two walls of left and right in the big screen bottom left and right sides and the second breaking tank because also including reinforcement
It is connected with reinforcement in the screen bottom left and right sides and discharging opening between two walls of left and right by way of welding, reinforcement is to incline
Tiltedly set, so making shaker screen net and small screen cloth fix more firm.
(3) beneficial effect
The utility model has reached obtains more abundant by ore reduction, and production capacity is high, the effect of ore reduction granularity evenly
Really, by setting one-level breaker and two-stage crushing device to also have big screen cloth and small screen cloth to realize the graded crushing of ore, and
By the screening of big screen cloth and small screen cloth, make the granularity of ore evenly.
Brief description of the drawings
Fig. 1 is the first main structure diagram of the present utility model.
Fig. 2 is the first main structure diagram of one-level breaker of the present utility model.
Fig. 3 is the first main structure diagram of two-stage crushing device of the present utility model.
Fig. 4 is the main structure diagram of feed arrangement of the present utility model.
Fig. 5 is second of main structure diagram of one-level breaker of the present utility model.
Fig. 6 is second of main structure diagram of two-stage crushing device of the present utility model.
Fig. 7 is second of main structure diagram of the present utility model.
Mark in accompanying drawing for：1- top plates, 2- one-level breakers, 3- feed arrangements, 4- ores, the big screen clothes of 5-, 6- bis-
Level breaker, the breaking tanks of 7- first, the breaking tanks of 8- second, the small screen clothes of 9-, 10- discharging openings, 11- collecting tanks, 12- installing plates,
13- right supports, 14- bottom plates, 15- left socles, 201- cylinders, 202- mobile bars, 203- pressing plates, the big knobs of 204-, 601- is fixed
Plate, 602- motors, 603- first rotating shafts, 604- crushes cylinder, the crushing teeths of 605- first, the rotating shafts of 606- second, 607- bearing blocks,
301- hoppers, 302- feed pipes, 303- blocks, 304- connecting rods, the small knobs of 16-, the crushing teeths of 17- second, 18- reinforcements.
Embodiment
The utility model is further described with reference to the accompanying drawings and examples.
Embodiment 1
A kind of nonmetallic ore impact disintegrating machine, as shown in figs. 1-7, includes top plate 1, one-level breaker 2, charging dress
Put 3, big screen cloth 5, two-stage crushing device 6, the first breaking tank 7, the second breaking tank 8, small screen cloth 9, discharging opening 10, collecting tank 11,
Installing plate 12, right support 13, bottom plate 14 and left socle 15, the top left side of bottom plate 14 are welded with left socle 15, the top right of bottom plate 14
Side is welded with right support 13, and left socle 15 and the top of right support 13 are welded with installing plate 12, and the centre position of installing plate 12 is provided with
Second breaking tank 8, and the second breaking tank 8 passes through installing plate 12, the bottom of the second breaking tank 8 is provided with discharging opening 10, the top of bottom plate 14
Centre position is placed with collecting tank 11, and discharging opening 10 is located at directly over collecting tank 11, and small screen cloth is provided with the second breaking tank 8
9 and two-stage crushing device 6, and small screen cloth 9 is located at the lower section of two-stage crushing device 6, the top of the second breaking tank 8 is provided with first and broken
Broken groove 7, the bottom of the first breaking tank 7 is provided with big screen cloth 5, the first breaking tank 7 the big top of screen cloth 5 and ore 4, the bottom of top plate 1 is housed
Portion is provided with one-level breaker 2, and the bottom of one-level breaker 2 is located in the first breaking tank 7, the outer left and right two of the first breaking tank 7
Side is provided with feed arrangement 3, and the bottom of feed arrangement 3 is connected with the first breaking tank 7.
Embodiment 2
A kind of nonmetallic ore impact disintegrating machine, as shown in figs. 1-7, includes top plate 1, one-level breaker 2, charging dress
Put 3, big screen cloth 5, two-stage crushing device 6, the first breaking tank 7, the second breaking tank 8, small screen cloth 9, discharging opening 10, collecting tank 11,
Installing plate 12, right support 13, bottom plate 14 and left socle 15, the top left side of bottom plate 14 are welded with left socle 15, the top right of bottom plate 14
Side is welded with right support 13, and left socle 15 and the top of right support 13 are welded with installing plate 12, and the centre position of installing plate 12 is provided with
Second breaking tank 8, and the second breaking tank 8 passes through installing plate 12, the bottom of the second breaking tank 8 is provided with discharging opening 10, the top of bottom plate 14
Centre position is placed with collecting tank 11, and discharging opening 10 is located at directly over collecting tank 11, and small screen cloth is provided with the second breaking tank 8
9 and two-stage crushing device 6, and small screen cloth 9 is located at the lower section of two-stage crushing device 6, the top of the second breaking tank 8 is provided with first and broken
Broken groove 7, the bottom of the first breaking tank 7 is provided with big screen cloth 5, the first breaking tank 7 the big top of screen cloth 5 and ore 4, the bottom of top plate 1 is housed
Portion is provided with one-level breaker 2, and the bottom of one-level breaker 2 is located in the first breaking tank 7, the outer left and right two of the first breaking tank 7
Side is provided with feed arrangement 3, and the bottom of feed arrangement 3 is connected with the first breaking tank 7.
One-level breaker 2 includes cylinder 201, mobile bar 202, pressing plate 203 and big knob 204, and the bottom of top plate 1 passes through
Bolted mode is connected with cylinder 201, and the expansion link bottom of cylinder 201 is connected with mobile bar 202 by shaft coupling, and moves
The bottom of lever 202 is located in the first breaking tank 7, and the bottom of mobile bar 202 is welded with pressing plate 203, and pressing plate 203 is located at ore 4
Top, the bottom of pressing plate 203 is welded with big knob 204.
Embodiment 3
A kind of nonmetallic ore impact disintegrating machine, as shown in figs. 1-7, includes top plate 1, one-level breaker 2, charging dress
Put 3, big screen cloth 5, two-stage crushing device 6, the first breaking tank 7, the second breaking tank 8, small screen cloth 9, discharging opening 10, collecting tank 11,
Installing plate 12, right support 13, bottom plate 14 and left socle 15, the top left side of bottom plate 14 are welded with left socle 15, the top right of bottom plate 14
Side is welded with right support 13, and left socle 15 and the top of right support 13 are welded with installing plate 12, and the centre position of installing plate 12 is provided with
Second breaking tank 8, and the second breaking tank 8 passes through installing plate 12, the bottom of the second breaking tank 8 is provided with discharging opening 10, the top of bottom plate 14
Centre position is placed with collecting tank 11, and discharging opening 10 is located at directly over collecting tank 11, and small screen cloth is provided with the second breaking tank 8
9 and two-stage crushing device 6, and small screen cloth 9 is located at the lower section of two-stage crushing device 6, the top of the second breaking tank 8 is provided with first and broken
Broken groove 7, the bottom of the first breaking tank 7 is provided with big screen cloth 5, the first breaking tank 7 the big top of screen cloth 5 and ore 4, the bottom of top plate 1 is housed
Portion is provided with one-level breaker 2, and the bottom of one-level breaker 2 is located in the first breaking tank 7, the outer left and right two of the first breaking tank 7
Side is provided with feed arrangement 3, and the bottom of feed arrangement 3 is connected with the first breaking tank 7.
One-level breaker 2 includes cylinder 201, mobile bar 202, pressing plate 203 and big knob 204, and the bottom of top plate 1 passes through
Bolted mode is connected with cylinder 201, and the expansion link bottom of cylinder 201 is connected with mobile bar 202 by shaft coupling, and moves
The bottom of lever 202 is located in the first breaking tank 7, and the bottom of mobile bar 202 is welded with pressing plate 203, and pressing plate 203 is located at ore 4
Top, the bottom of pressing plate 203 is welded with big knob 204.
Two-stage crushing device 6 includes fixed plate 601, motor 602, first rotating shaft 603, broken cylinder 604, the first crushing teeth
605th, the second rotating shaft 606 and bearing block 607, the top right side of installing plate 12 are welded with fixed plate 601, and fixed plate 601 is passed on left
Bolted mode is connected with motor 602, and the output shaft of motor 602 is connected with first rotating shaft 603, and first by shaft coupling
Rotating shaft 603 passes through the second breaking tank 8, and first rotating shaft 603 is located in the second breaking tank 8, and the inner left wall of the second breaking tank 8 passes through bolt
The mode of connection, which is connected with bearing block 607, bearing block 607, is provided with the second rotating shaft 606, the right-hand member of the second rotating shaft 606 and first
The left end of rotating shaft 603 is welded with broken cylinder 604, and the first crushing teeth 605 is welded with broken cylinder 604.
Embodiment 4
A kind of nonmetallic ore impact disintegrating machine, as shown in figs. 1-7, includes top plate 1, one-level breaker 2, charging dress
Put 3, big screen cloth 5, two-stage crushing device 6, the first breaking tank 7, the second breaking tank 8, small screen cloth 9, discharging opening 10, collecting tank 11,
Installing plate 12, right support 13, bottom plate 14 and left socle 15, the top left side of bottom plate 14 are welded with left socle 15, the top right of bottom plate 14
Side is welded with right support 13, and left socle 15 and the top of right support 13 are welded with installing plate 12, and the centre position of installing plate 12 is provided with
Second breaking tank 8, and the second breaking tank 8 passes through installing plate 12, the bottom of the second breaking tank 8 is provided with discharging opening 10, the top of bottom plate 14
Centre position is placed with collecting tank 11, and discharging opening 10 is located at directly over collecting tank 11, and small screen cloth is provided with the second breaking tank 8
9 and two-stage crushing device 6, and small screen cloth 9 is located at the lower section of two-stage crushing device 6, the top of the second breaking tank 8 is provided with first and broken
Broken groove 7, the bottom of the first breaking tank 7 is provided with big screen cloth 5, the first breaking tank 7 the big top of screen cloth 5 and ore 4, the bottom of top plate 1 is housed
Portion is provided with one-level breaker 2, and the bottom of one-level breaker 2 is located in the first breaking tank 7, the outer left and right two of the first breaking tank 7
Side is provided with feed arrangement 3, and the bottom of feed arrangement 3 is connected with the first breaking tank 7.
One-level breaker 2 includes cylinder 201, mobile bar 202, pressing plate 203 and big knob 204, and the bottom of top plate 1 passes through
Bolted mode is connected with cylinder 201, and the expansion link bottom of cylinder 201 is connected with mobile bar 202 by shaft coupling, and moves
The bottom of lever 202 is located in the first breaking tank 7, and the bottom of mobile bar 202 is welded with pressing plate 203, and pressing plate 203 is located at ore 4
Top, the bottom of pressing plate 203 is welded with big knob 204.
Two-stage crushing device 6 includes fixed plate 601, motor 602, first rotating shaft 603, broken cylinder 604, the first crushing teeth
605th, the second rotating shaft 606 and bearing block 607, the top right side of installing plate 12 are welded with fixed plate 601, and fixed plate 601 is passed on left
Bolted mode is connected with motor 602, and the output shaft of motor 602 is connected with first rotating shaft 603, and first by shaft coupling
Rotating shaft 603 passes through the second breaking tank 8, and first rotating shaft 603 is located in the second breaking tank 8, and the inner left wall of the second breaking tank 8 passes through bolt
The mode of connection, which is connected with bearing block 607, bearing block 607, is provided with the second rotating shaft 606, the right-hand member of the second rotating shaft 606 and first
The left end of rotating shaft 603 is welded with broken cylinder 604, and the first crushing teeth 605 is welded with broken cylinder 604.
Feed arrangement 3 includes hopper 301, feed pipe 302, block 303 and connecting rod 304, the outer left and right of the first breaking tank 7
Both sides are connected with feed pipe 302 by way of welding, and the bottom of feed pipe 302 is connected with the inside of the first breaking tank 7, feed pipe
302 tops are welded with hopper 301, and the left and right sides of mobile bar 202 is welded with connecting rod 304, and the bottom of connecting rod 304 is welded with block
303, block 303 is located in feed pipe 302.
Also include small knob 16, the gap location of the big knob 204 in the bottom of pressing plate 203 is connected with small pressure by way of welding
Tooth 16, the material of small knob 16 is Q235 steel, and small knob 16 is distributed in the bottom even of pressing plate 203.
Also include the second crushing teeth 17, the gap location of first crushing teeth 605 is connected by way of welding on broken cylinder 604
The second crushing teeth 17 is connected to, the material of the second crushing teeth 17 is Q235 steel, and the first crushing teeth 605 uniformly divides on broken cylinder 604
Cloth.
Also include also small between two walls of left and right in reinforcement 18, the big bottom left and right sides of screen cloth 5 and the second breaking tank 8
Reinforcement 18 is connected with by way of welding between two walls of left and right in the bottom left and right sides of screen cloth 9 and discharging opening 10, is strengthened
Muscle 18 is to be obliquely installed.
Operation principle：When needing the ore 4 in broken first breaking tank 7, start one-level breaker 2 and constantly transport up and down
It is dynamic to hit ore 4, the first break of ore 4 is realized, the ore 4 after crushing enters the second breaking tank 8, one by big screen cloth 5
Motion drives feed arrangement 3 to open to level breaker 2 upwards, and ore 4 enters the first breaking tank 7 from feed arrangement 3, and one-level is crushed
Device 2 moves downward drive feed arrangement 3 and closed, and feed arrangement 3 stops charging, starts two-stage crushing device 6 and works, by second
Ore 4 in breaking tank 8 carries out second-time breakage, broken that ore 4 in small, broken bits enters discharging opening 10 through too small screen cloth 9, from discharging
10 bottoms of mouth fall into collecting tank 11, after the completion of ore 4 is broken, treat that one-level breaker 2 resets, and close one-level breaker 2, close
Two-stage crushing device 6 is closed, feed arrangement 3 stops charging.
Because one-level breaker 2 includes cylinder 201, mobile bar 202, pressing plate 203 and big knob 204, the bottom of top plate 1
The mode being bolted is connected with cylinder 201, and the expansion link bottom of cylinder 201 is connected with mobile bar 202 by shaft coupling,
And the bottom of mobile bar 202 is located in the first breaking tank 7, the bottom of mobile bar 202 is welded with pressing plate 203, and pressing plate 203 is located at ore
4 top, the bottom of pressing plate 203 is welded with big knob 204, so starting cylinder 201 constantly extends shortening, drives mobile bar
202 constantly motions upwards downwards, constantly ore 4 is hit in motion to band dynamic pressure plate 203 upwards downwards, realizes the first of ore 4
Secondary broken, the ore 4 after crushing enters the second breaking tank 8 by big screen cloth 5, treats that pressing plate 203 resets after the completion of ore 4 is broken,
Cylinder 201 stops flexible.
Broken because two-stage crushing device 6 includes fixed plate 601, motor 602, first rotating shaft 603, broken cylinder 604, first
Broken tooth 605, the second rotating shaft 606 and bearing block 607, the top right side of installing plate 12 are welded with fixed plate 601, the left side of fixed plate 601
The mode being bolted is connected with motor 602, and the output shaft of motor 602 is connected with first rotating shaft 603 by shaft coupling, and
First rotating shaft 603 passes through the second breaking tank 8, and first rotating shaft 603 is located in the second breaking tank 8, and the inner left wall of the second breaking tank 8 passes through
Bolted mode, which is connected with bearing block 607, bearing block 607, is provided with the second rotating shaft 606, the right-hand member of the second rotating shaft 606 and
The left end of first rotating shaft 603 is welded with broken cylinder 604, and the first crushing teeth 605 is welded with broken cylinder 604, so starting motor 602
Rotate, drive first rotating shaft 603 to rotate, drive the broken rotating shaft 606 of cylinder 604 and second to rotate, by the ore in the second breaking tank 8
4, which carry out second, is crushed, broken that ore 4 in small, broken bits is spilt by small screen cloth 9, and motor 602 is closed after the completion of ore 4 is broken,
Broken cylinder 604 stops operating.
Because feed arrangement 3 includes outside hopper 301, feed pipe 302, block 303 and connecting rod 304, the first breaking tank 7
The left and right sides is connected with feed pipe 302 by way of welding, and the bottom of feed pipe 302 connects with the inside of the first breaking tank 7, fed
The top of pipe 302 is welded with hopper 301, and the left and right sides of mobile bar 202 is welded with connecting rod 304, and the bottom of connecting rod 304 is welded with block
303, block 303 is located in feed pipe 302, and block 303 coordinates with feed pipe 302, so mobile bar 202 is moved upwards, drives
Connecting rod 304 is moved upwards, drives block 303 upwards, and ore 4 enters the first breaking tank 7 from hopper 301 by feed pipe 302,
Mobile bar 202 is moved downward, and drives block 303 to move downward, feed pipe 302 is blocked, and ore 4 stops entering the first breaking tank
7。
Because also including small knob 16, the gap location of the big knob 204 in the bottom of pressing plate 203 is connected with by way of welding
Small knob 16, the material of small knob 16 is Q235 steel, and small knob 16 is distributed in the bottom even of pressing plate 203, so being more beneficial for reality
The efficiency crushing of existing ore 4.
Because also including the second crushing teeth 17, the side that the gap location of first crushing teeth 605 passes through welding on broken cylinder 604
Formula is connected with the second crushing teeth 17, and the material of the second crushing teeth 17 is Q235 steel, and the first crushing teeth 605 is equal on broken cylinder 604
Even distribution, so making ore 4 more fully broken.
Because also including reinforcement 18, in the big bottom left and right sides of screen cloth 5 and the second breaking tank 8 between two walls of left and right also
Have in the small bottom left and right sides of screen cloth 9 and discharging opening 10 and reinforcement 18 be connected with by way of welding between two walls of left and right,
Reinforcement 18 is is obliquely installed, so making shaker screen net 5 and small screen cloth 9 fix more firm.
Embodiment described above only expresses preferred embodiment of the present utility model, and it describes more specific and detailed,
But therefore it can not be interpreted as the limitation to the utility model the scope of the claims.It should be pointed out that for the common of this area
For technical staff, without departing from the inventive concept of the premise, some deformations can also be made, improves and substitutes, these are all
Belong to protection domain of the present utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (7)
1. a kind of nonmetallic ore impact disintegrating machine, it is characterised in that include top plate (1), one-level breaker (2), charging
Device (3), big screen cloth (5), two-stage crushing device (6), the first breaking tank (7), the second breaking tank (8), small screen cloth (9), discharging
Mouth (10), collecting tank (11), installing plate (12), right support (13), bottom plate (14) and left socle (15), bottom plate (14) top left side
Left socle (15) is welded with, bottom plate (14) top right side is welded with the top of right support (13), left socle (15) and right support (13)
Installing plate (12) is welded with, installing plate (12) centre position is provided with the second breaking tank (8), and the second breaking tank (8) passes through peace
Plate (12) is filled, the second breaking tank (8) bottom is provided with discharging opening (10), and bottom plate (14) crown center position is placed with collecting tank
(11), and discharging opening (10) is located at directly over collecting tank (11), small screen cloth (9) is installed in the second breaking tank (8) and two grades are broken
Crushing device (6), and small screen cloth (9) is located at the lower section of two-stage crushing device (6), the second breaking tank (8) top is provided with first and broken
Broken groove (7), the first breaking tank (7) bottom, which is provided with big screen cloth (5), the first breaking tank (7) at the top of big screen cloth (5), is equipped with ore
(4), top plate (1) bottom is provided with one-level breaker (2), and one-level breaker (2) bottom is located in the first breaking tank (7),
First breaking tank (7) outer left and right sides is provided with feed arrangement (3), and feed arrangement (3) bottom is connected with the first breaking tank (7).
2. a kind of nonmetallic ore impact disintegrating machine according to claim 1, it is characterised in that one-level breaker (2)
Include cylinder (201), mobile bar (202), pressing plate (203) and big knob (204), top plate (1) bottom is bolted
Mode is connected with cylinder (201), and the expansion link bottom of cylinder (201) is connected with mobile bar (202), and mobile bar by shaft coupling
(202) bottom is located in the first breaking tank (7), and mobile bar (202) bottom is welded with pressing plate (203), and pressing plate (203) is located at ore deposit
The top of stone (4), pressing plate (203) bottom is welded with big knob (204).
3. a kind of nonmetallic ore impact disintegrating machine according to claim 2, it is characterised in that two-stage crushing device (6)
Include fixed plate (601), motor (602), first rotating shaft (603), broken cylinder (604), the first crushing teeth (605), second turn
Axle (606) and bearing block (607), installing plate (12) top right side are welded with fixed plate (601), and fixed plate (601) is passed on left
Bolted mode is connected with motor (602), and the output shaft of motor (602) is connected with first rotating shaft (603) by shaft coupling,
And first rotating shaft (603) passes through the second breaking tank (8), first rotating shaft (603) is located in the second breaking tank (8), the second breaking tank
(8) mode that inner left wall is bolted is connected with bearing block (607), and bearing block is provided with the second rotating shaft on (607)
(606), the second rotating shaft (606) right-hand member and first rotating shaft (603) left end are welded with broken cylinder (604), crush and are welded on cylinder (604)
There is the first crushing teeth (605).
4. a kind of nonmetallic ore impact disintegrating machine according to claim 3, it is characterised in that feed arrangement (3) includes
There are hopper (301), feed pipe (302), block (303) and connecting rod (304), the first breaking tank (7) outer left and right sides passes through
The mode of welding is connected with feed pipe (302), and feed pipe (302) bottom inside the first breaking tank (7) with connecting, feed pipe
(302) top is welded with hopper (301), and mobile bar (202) left and right sides is welded with connecting rod (304), the weldering of connecting rod (304) bottom
Block (303) is connected to, block (303) is located in feed pipe (302).
5. a kind of nonmetallic ore impact disintegrating machine according to claim 4, it is characterised in that also include small knob
(16), the gap location of the big knob in pressing plate (203) bottom (204) is connected with small knob (16), small knob by way of welding
(16) material is Q235 steel, and small knob (16) is distributed in pressing plate (203) bottom even.
6. a kind of nonmetallic ore impact disintegrating machine according to claim 5, it is characterised in that also include second and crush
The gap location of the first crushing teeth (605) is connected with the second crushing teeth by way of welding on tooth (17), broken cylinder (604)
(17), the material of the second crushing teeth (17) is Q235 steel, and the first crushing teeth (605) is uniformly distributed on broken cylinder (604).
7. a kind of nonmetallic ore impact disintegrating machine according to claim 6, it is characterised in that also include reinforcement
(18), there is small screen cloth (9) bottom or so between two walls of big screen cloth (5) the bottom left and right sides and the interior left and right of the second breaking tank (8)
It is connected with reinforcement (18) in both sides and discharging opening (10) between two walls of left and right by way of welding, reinforcement (18) is to incline
Tiltedly set.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201720153771.3U CN206543643U (en) | 2017-02-21 | 2017-02-21 | A kind of nonmetallic ore impact disintegrating machine |
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| CN201720153771.3U CN206543643U (en) | 2017-02-21 | 2017-02-21 | A kind of nonmetallic ore impact disintegrating machine |
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| CN206543643U true CN206543643U (en) | 2017-10-10 |
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| CN201720153771.3U Expired - Fee Related CN206543643U (en) | 2017-02-21 | 2017-02-21 | A kind of nonmetallic ore impact disintegrating machine |
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| CN108043556A (en) * | 2017-11-09 | 2018-05-18 | 深圳市晟腾企业管理有限公司 | A kind of building material factory sandstone multistage sand device |
| CN108246454A (en) * | 2018-04-19 | 2018-07-06 | 重庆思味特宠物用品有限公司 | Pet treat processing reducing mechanism |
| CN111889203A (en) * | 2018-07-24 | 2020-11-06 | 李代全 | Household fennel, honey, tea and fennel seed milling equipment and milling method |
| CN109158146A (en) * | 2018-08-07 | 2019-01-08 | 曾爱玲 | A kind of rare earth ore multiple stage crushing equipment |
| CN109158146B (en) * | 2018-08-07 | 2020-12-04 | 湖州达立智能设备制造有限公司 | Multistage crushing equipment of tombarthite ore |
| CN112718057A (en) * | 2020-12-16 | 2021-04-30 | 临澧县江浩矿业有限公司 | Mineral crushing device for mining industry |
| CN114100735A (en) * | 2021-11-19 | 2022-03-01 | 沈阳工程学院 | Strontium titanate high-purity powder preparation and feeding equipment and using method thereof |
| CN114273060A (en) * | 2022-03-03 | 2022-04-05 | 龙口市江达汽车配件有限公司 | Molding sand crushing equipment |
| CN114273060B (en) * | 2022-03-03 | 2022-06-07 | 龙口市江达汽车配件有限公司 | Molding sand crushing equipment |
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Granted publication date: 20171010 Termination date: 20180221 |