Summary of the invention
The purpose of the present invention is to provide a kind of high-performance rare-earth luminescence display material installation and its application method, for gram
Take drawbacks described above in the prior art.
A kind of high-performance rare-earth luminescence display material installation according to the present invention, including main body, the main body top
Processing groove is equipped in end face, the processing trench bottom is connected with material collecting tank, in the bottom end face of the main body equipped with it is described
Material collecting tank bottom end is connected the discharge groove of setting, and the first cavity is equipped in the main body on the left of the processing groove, described
Equipped with the second cavity in the main body on the downside of first cavity, in the part between first cavity and second cavity
It is rotatably assorted and is connected with up and down extended first rotating shaft, extending end, which is installed with, at the top of the first rotating shaft protrudes into described the
The first cone pulley in one cavity, first rotating shaft bottom extending end are installed with the eccentric wheel protruded into second cavity,
It is equipped with third cavity in the main body on the right side of the processing groove, second turn that left and right is extended is equipped in the processing groove
Axis, the second shaft left side extending end, which runs through the part between first cavity and the processing groove and rotates therewith, matches
Connection is closed, is installed on the end face of extending end and protrudes into first cavity and first cone pulley on the left of second shaft
The second cone pulley that power is cooperatively connected, on the right side of second shaft extending end through the processing groove and the third cavity it
Between part and the connection that is rotatably assorted therewith, be installed on the end face of extending end on the right side of second shaft and protrude into the third
Third cone pulley in cavity is equipped with the extended sliding slot in left and right in the processing groove on the downside of second shaft, described
Extending end is connected setting with the second cavity right end on the left of sliding slot, and the sliding slot right side extending end runs through
It the right end face of the main body and communicates with the outside world, sieve material component, the third is slidably connected in the sliding slot
Guide runner is equipped on the right side of cavity in inner wall, is slidably connected with slider guide, the slider guide left end face in the guide runner
It is inside installed with first motor, the first motor left distal end is installed with the 4th cone pulley protruded into the third cavity, described
4th cone pulley is located at the third cone pulley upper side position, and the slider guide screw-internal thread fit is connected with first be extended up and down
Screw rod, first screw tip end are cooperatively connected with the second motor power admittedly in the guide runner inner roof wall, institute
It states and is equipped with the first sliding chamber in the main body on the downside of guide runner, described first is sliding intracavitary equipped with locking executing agency, the master
Organism bottom surrounding is equipped with moving assembly, and the moving assembly includes the support being fixedly connected with the main body bottom end face
Column is rotatably assorted in the support column bottom end face and is connected with the movement that maximum circumscribed circle stretches out outside the support column bottom end face
Idler wheel is moved easily and is carried by the moving assembly.
Further technical solution, equidistantly arrangement is installed with more on the outer surface of second shaft in the processing groove
The first crushing teeth is organized, is equipped in the processing groove of second shaft front and rear sides and is staggered with first crushing teeth
The second crushing teeth, the fixation of end of second crushing teeth far from second shaft side and the processing groove inner wall matches
Close connection.
Further technical solution, the sieve material component includes mainboard part, is equipped in the mainboard part up and down through setting
Through slot, through slot connection is equipped with the extended slot that is slidably connected in left and right, extends end on the left of the slot that is slidably connected
End is through the mainboard part left end face and communicates with the outside world, and sieve flitch, institute are slidably connected in the slot that is slidably connected
It states press in the slot that is slidably connected on the right side of sieve flitch and is slidably connected with top pressure spring, it is described to be slidably connected on the right side of slot
Lock through slot is equipped in the mainboard part.
Further technical solution, the locking executing agency include that sliding connection setting is intracavitary in first cunning
Lifting slider and being threadedly engaged with the lifting slider connect and the second extended up and down screw rod, second screw rod
Bottom end is rotatably assorted with the described first sliding intracavitary bottom wall and connect, and is rotatably assorted between the guide runner and the first sliding chamber
Be connected with up and down extended third shaft, at the top of the third shaft extending end protrude into the guide runner and with it is described
First screw rod bottom end face power is cooperatively connected, third shaft bottom extending end protrude into described first it is sliding intracavitary and with institute
The mating connection of the second screw rod bottom end power is stated, it is sliding equipped with the lock for extending downwardly setting in inner wall on the right side of the described first sliding chamber
Slot, the lock sliding slot bottom extending end are connected setting with the sliding slot, be slidably connected in the lock sliding slot with
The locking inserted link of the lifting slider secure fit connection.
Specific embodiment
Below with reference to Fig. 1-3, the present invention is described in detail.
Referring to Fig.1-3, a kind of high-performance rare-earth luminescence display material installation of embodiment according to the present invention, including host
Body 6, it is characterised in that: processing groove 61 is equipped in 6 top end surface of main body, 61 bottom of processing groove is connected with material collecting tank
611, the interior discharge groove 63 for being equipped with the setting that is connected with 611 bottom end of material collecting tank of the bottom end face of the main body 6 is described
It is equipped with the first cavity 62 in the main body 6 in 61 left side of processing groove, is set in the main body 6 of 62 downside of the first cavity
There is the second cavity 64, is rotatably assorted in the part between first cavity 62 and second cavity 64 and is connected with extension up and down
The first rotating shaft 622 of setting, the 622 top extending end of first rotating shaft are installed with first protruded into first cavity 62
Cone pulley 623, the 622 bottom extending end of first rotating shaft is installed with the eccentric wheel 641 protruded into second cavity 64, described
Third cavity 65 is equipped in the main body 6 on the right side of processing groove 61, be equipped with that left and right is extended in the processing groove 61 the
Two shafts 613, the 613 left side extending end of the second shaft is through the portion between first cavity 62 and the processing groove 61
Point and the connection that is rotatably assorted therewith, be installed on the end face of the 613 left side extending end of the second shaft and protrude into first sky
In chamber 62 and the second cone pulley 621 that 623 power of the first cone pulley is cooperatively connected, the 613 right side extending end of the second shaft
Part between the processing groove 61 and the third cavity 65 and the connection that is rotatably assorted therewith, second shaft 613
The third cone pulley 651 protruded into the third cavity 65 is installed on the end face of right side extending end, under second shaft 613
It is equipped with the extended sliding slot 68 in left and right in the processing groove 61 of side, the sliding 68 left side extending end of slot and described the
Two cavitys, 64 right end is connected setting, and the sliding 68 right side extending end of slot runs through the right end face of the main body 6
And communicate with the outside world, it is slidably connected with sieve material component in the sliding slot 68, is set in the 65 right side inner wall of third cavity
There is guide runner 66, is slidably connected with slider guide 661 in the guide runner 66, it is fixed in 661 left end face of slider guide
There is first motor 664,664 left distal end of first motor is installed with the 4th cone pulley 652 protruded into the third cavity 65,
4th cone pulley 652 is located at 651 upper side position of third cone pulley, and 661 screw-internal thread fit of slider guide is connected with up and down
The first extended screw rod 662,662 top end of the first screw rod and the admittedly in 66 inner roof wall of guide runner
Two motors, 663 power is cooperatively connected, and is equipped with the first sliding chamber 67 in the main body 6 of 66 downside of the guide runner, and described first
Locking executing agency is equipped in sliding chamber 67, the 6 bottom surrounding of main body is equipped with moving assembly 7, and the moving assembly 7 includes
The support column 71 being fixedly connected with 6 bottom end face of main body is rotatably assorted in 71 bottom end face of support column and is connected with
Maximum circumscribed circle stretches out the shifting roller 72 outside 71 bottom end face of support column, be moved easily by the moving assembly 7 and
It carries.
Valuably or illustratively, equidistantly arrangement is solid on the outer surface of second shaft 613 in the processing groove 61
Equipped with the first crushing teeth of multiple groups 614, it is equipped with and described first in the processing groove 61 of 613 front and rear sides of the second shaft
The second crushing teeth 612 that crushing teeth 614 is staggered, end of second crushing teeth 612 far from 613 side of the second shaft
End is connect with the 61 inner wall secure fit of processing groove, to realize that efficiency crushing works, improves fragmentation quality and efficiency.
Valuably or illustratively, the sieve material component includes mainboard part 681, is equipped in the mainboard part 681 and passes through up and down
The through slot 682 set is worn, the connection of through slot 682 is equipped with the extended slot 683 that is slidably connected in left and right, and the sliding connects
683 left side extending end of access slot is through 681 left end face of mainboard part and communicates with the outside world, described to be slidably connected in slot 683
It is slidably connected with sieve flitch 685, presses the company of being slidably matched in the slot 683 that is slidably connected on 685 right side of sieve flitch
It is connected to top pressure spring 684, lock through slot 686 is equipped in the mainboard part 681 on 683 right side of slot that is slidably connected, to realize
Fast assembling-disassembling and sieve material work, facilitate later maintenance and replacement, reduce maintenance downtime, substantially increase processing work
Whole efficiency.
Valuably or illustratively, the locking executing agency includes sliding connection setting in the described first sliding chamber 67
Interior lifting slider 671 and being threadedly engaged with the lifting slider 671 is connect and the second extended up and down screw rod 672,
Second screw rod, 672 bottom end is rotatably assorted with the described first sliding 67 inner bottom wall of chamber and connect, the guide runner 66 with it is described
It is rotatably assorted between first sliding chamber 67 and is connected with third shaft 665 extended up and down, extend at the top of the third shaft 665
End is protruded into the guide runner 66 and is cooperatively connected with the 662 bottom end face power of the first screw rod, the third shaft 665
Bottom extending end is protruded into the described first sliding chamber 67 and is cooperatively connected with the 672 bottom end power of the second screw rod, described
Be equipped with the lock sliding slot 69 for extending downwardly setting in first sliding 67 right side inner wall of chamber, the 69 bottom extending end of lock sliding slot with it is described
Sliding slot 68 is connected setting, is slidably connected in the lock sliding slot 69 and connect with 671 secure fit of lifting slider
Locking inserted link 691, thus realize automatic control locking work, improve sieve material component operation stability, meanwhile, greatly improve
Safety.
When original state, slider guide 661 is located at the top position in guide runner 66, at this point, slider guide 661 is made to drive a left side
The 4th cone pulley 652 on side end face utmostly far from third cone pulley 651, meanwhile, so that lifting slider 671 is located at the first sliding chamber 67
Interior top position, at this point, driving locking inserted link 691 to be fully located in lock sliding slot 69 by lifting slider 671.
When needing to install and use, the mainboard part 681 on sieve material component is fully inserted into sliding slot 68 first, at this point,
Since the sieve flitch 685 in mainboard part 681 is by 684 pressure on top surface of top pressure spring, stretch sieve 685 left distal end of flitch utmostly
Enter in the second cavity 64 and is slidably connected with the outer wall press on 641 right side of eccentric wheel, meanwhile, make the lock in mainboard part 681
Through slot 686 and lock 69 bottom end of sliding slot are in complete relative position, at this point, mainboard part 681 drives through slot 682 to be fully located at
In processing groove 61 right above discharge groove 63, the rotation of the first screw rod 662 is then driven by the second motor 663 of control, by first
Screw rod 662 drives slider guide 661 towards the bottom direction sliding in guide runner 66, meanwhile, third shaft is driven by the first screw rod 662
665 and 665 bottom of third shaft the second screw rod 672 rotation, and by the second screw rod 672 drive lifting slider 671 towards first
Bottom direction sliding in sliding chamber 67, at this point, drive locking inserted link 691 gradually to protrude into lock through slot 686 by lifting slider 671,
Until slider guide 661 slides into the lowest position in guide runner 66, at this point, driving the 4th cone pulley 652 and the by slider guide 661
Three cone pulleys, 651 power is cooperatively connected, meanwhile, drive lifting slider 671 to slide into the first sliding chamber 67 most by the second screw rod 672
Bottom position, and drive locking 691 bottom end of inserted link utmostly to protrude into lock through slot 686 by lifting slider 671, Jin Ershi
The locking work now fastened, then drives the rotation of the 4th cone pulley 652 by first motor 664, drives third by the 4th cone pulley 652
Cone pulley 651, the second shaft 613 and the second cone pulley 621 rotation, thus realize the second shaft 613 drive the first crushing teeth 614 into
The broken work of row, meanwhile, drive the first cone pulley 623, first rotating shaft 622 and eccentric wheel 641 to rotate by the second cone pulley 621, this
When, by eccentric wheel 641 and sieve 685 left end face of flitch press sliding cooperating, meanwhile, flitch 685 is sieved due to being pressed
The elastic acting force of spring 684, and then realize the continuous screen material work of sieve flitch 685.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, it is complete by the way that the mainboard part on material component will be sieved
It is protruded into sliding slot entirely, at this point, making to sieve flitch left distal end most since the sieve flitch in mainboard part is by top pressure spring pressure on top surface
Big degree is protruded into the second cavity and is slidably connected with the outer wall press on the right side of eccentric wheel, meanwhile, make the lock in mainboard part
Through slot and lock sliding slot bottom end be in complete relative position, at this point, mainboard part drive through slot be fully located at discharge groove just on
In the processing groove of side, the rotation of the first screw rod is then driven by the second motor of control, drives slider guide towards slide guide by the first screw rod
Bottom direction sliding in slot, meanwhile, drive the second screw rod of third shaft and third shaft bottom to rotate by the first screw rod,
And drive lifting slider to slide towards the first sliding intracavitary bottom direction by the second screw rod, at this point, driving locking to insert by lifting slider
Bar gradually protrudes into lock through slot, until slider guide slides into the lowest position in guide runner, at this point, driving the 4th by slider guide
Cone pulley and third cone pulley power are cooperatively connected, meanwhile, drive lifting slider to slide into the first sliding intracavitary most bottom by the second screw rod
Portion position, and drive locking inserted link bottom end utmostly to protrude into lock through slot by lifting slider, and then realize the lock of fastening
Then fixed work drives the rotation of the 4th cone pulley by first motor, by the 4th cone pulley drive third cone pulley, the second shaft and the
The rotation of plug tap wheel, thus realize that the second shaft drives the first crushing teeth to carry out broken work, meanwhile, first is driven by the second cone pulley
Cone pulley, first rotating shaft and eccentric wheel rotation, at this point, by eccentric wheel and sieve flitch left end face press sliding cooperating, together
When, sieve flitch realizes the continuous screen material work of sieve flitch due to the elastic acting force by top pressure spring, is also able to achieve
Fast assembling-disassembling work, facilitates later maintenance and replacement, reduces maintenance downtime, substantially increases whole work efficiency, meanwhile,
By controlling the clutch mating connection work of the 4th cone pulley and third cone pulley, the safety in utilization of operator is substantially increased.
Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design
To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention
It is subject to claims appended hereto.