Summary of the invention
Technical problem to be solved by the invention is to provide a kind of stone material grinding devices of dustless environment protecting, are able to solve
State the problems in present technology.
The present invention is achieved through the following technical solutions: a kind of stone material grinding device of dustless environment protecting of the invention,
Polishing chamber is equipped with including shell, in the shell, the left side of the intracavitary roof of polishing is equipped with first sliding groove, and the polishing chamber is right
Side inner wall is equipped with longitudinally extended second sliding slot, runs through in the housing right side wall body below the second sliding slot and sets
There is left-hand end to be connected with the polishing chamber opening of setting, the intracavitary bottom wall of polishing is respectively arranged on the left side and the right side affixed component
And deep gouge, the first sliding groove is interior to be equipped with the first extended threaded rod of left and right, is threadedly engaged on first threaded rod
It is connected with bottom and protrudes into the intracavitary movable block of the polishing, the first sliding chamber, the described first sliding intracavitary cunning are equipped in the movable block
It is dynamic to be connected with lifting slider, it is equipped at the top edge of the lifting slider two sides and the described first sliding chamber two sides inner wall sliding
The movable block bottom end face and sliding connection are run through in the convex sliding block being cooperatively connected, the lifting slider bottom, and described the
One sliding intracavitary roof is equipped with the lead-over groove for upwardly extending setting, and the movable block bottom right side is equipped with groove, sets in the groove
The slide guide bar for having left-hand end to be fixedly connected with the lifting slider outer right wall, the lifting slider is interior to be equipped with the second sliding chamber, institute
It states the second sliding top of chamber and is equipped with shifting chute, the shifting chute inner roof wall is equipped with third sliding slot, is equipped with left and right in the third sliding slot
The second extended threaded rod, second threaded rod are equipped with the first press sliding block for being threadedly engaged connection, the movement
The second press sliding block is equipped in slot, the second press slider bottom is equipped with the connection through the lifting slider bottom end face
Bar, the connecting rod end are equipped with link block, and polishing motor is equipped in the link block, and the polishing motor bottom, which is connected with, beats
Bistrique, the second sliding slot is interior to be equipped with mobile bar extended to the left, and dust suction dress is equipped in the wall body on the left of the shell
It sets, protective device is additionally provided with outside the dust exhaust apparatus.
Preferably technical solution, the first threaded rod left-hand end are rotatably assorted with the first sliding groove inner left wall
Connection, the first threaded rod right-hand end are connect with first motor, and the first motor outer surface is right embedded in the first sliding groove
In the inner wall of side and it is fixedly connected.
Preferably technical solution, the second threaded rod left-hand end are rotatably assorted with the third sliding slot inner left wall
Connection, the second threaded rod right-hand end are connect with the second motor, and second outer surface of motor is right embedded in the third sliding slot
In the inner wall of side and it is fixedly connected.
Preferably technical solution, the first press slider bottom protrude into the shifting chute, first press
Sliding block left bottom be equipped with the first inclined-plane, it is described second press sliding block right hand top be equipped with to first inclined-plane jacking sliding
Dynamic the second inclined-plane being cooperatively connected, second inclined-plane tilt length are greater than the tilt length on first inclined-plane, and described second
The connection rod outer surface between sliding intracavitary bottom wall and the second press sliding block bottom end face presses bullet around being equipped with first
Spring.
Preferably technical solution, the second sliding slot is interior equipped with longitudinally extended positioning slide guide bar, described fixed
Position slide guide bar runs through the mobile bar and sliding connection in the second sliding slot, is equipped in the mobile bar left end face
Oriented chute, the slide guide bar right-hand end protrudes into the oriented chute and end is equipped with position limiting slide block, the position limiting slide block
Upper and lower both sides of the face offset and are slidably matched with two sides inner wall above and below the oriented chute respectively.
Preferably technical solution, the interior sliding of the mobile bar between the oriented chute and the second sliding slot are matched
Conjunction is connected with mobile column, and the mobile column top, which is equipped with, limits sliding convex block, and the mobile column bottom is equipped with partition, the partition top
The mobile outer surface of column between the mobile bar around being equipped with the second top pressure spring, the partition bottom end face with it is described
Deep gouge is oppositely arranged.
Preferably technical solution, the dust exhaust apparatus by being fixed at the dust catcher of outer wall on the left of the shell,
It is fixed on the dust-absorbing conduit of the dust catcher right end face and is fixed on the cleaner head composition of the dust-absorbing conduit right end face.
Preferably technical solution, the affixed component is by cushion blocking and is fixed on the cushion blocking top end surface
It is clamped fixture composition.
Preferably technical solution, the interior bottom that is equipped with of the lead-over groove are fixedly connected with the lifting slider top end surface
Inner thread sleeve, the inner thread sleeve screw-internal thread fit is connected with third threaded rod, connection at the top of the third threaded rod
There is third motor, the third motor is in the lead-over groove inner roof wall and is fixedly connected.
Preferably technical solution, the protective device include being fixed at the dust catcher up and down and at front and back
Protective shell, be equipped with maintenance door on the left of the protective shell, the maintenance door can be outwardly opened by hinge, and outside the maintenance door
It is additionally provided with door handle.
The beneficial effects of the present invention are:
1. setting the first extended screw thread of left and right in first sliding groove by setting first sliding groove on the left of intracavitary roof of polishing
Bar is threadedly engaged connection bottom on the first threaded rod and protrudes into intracavitary movable block of polishing, and the first threaded rod left-hand end is sliding with first
Slot inner left wall is rotatably assorted connection, and the first threaded rod right-hand end is connect with first motor, to realize automatic control grinding head
Move left and right polishing work.
2. setting at the top edge of lifting slider two sides and being slided with first by the first sliding intracavitary sliding connection lifting slider
Movable block bottom end face and sliding connection are run through in the convex sliding block of chamber two sides inner wall sliding connection, lifting slider bottom,
First sliding intracavitary roof sets the lead-over groove for upwardly extending setting, and the second sliding chamber is set in lifting slider, and the second sliding top of chamber sets movement
Slot, shifting chute inner roof wall set third sliding slot, and the second extended threaded rod of left and right is set in third sliding slot, is set on the second threaded rod
It is threadedly engaged the first press sliding block of connection, the second press sliding block is set in shifting chute, the second press slider bottom is set through lifting
The connecting rod of slider bottom end face, connecting rod end set link block, to realize that grinding head finely tunes work up and down, improve polishing essence
Degree.
3. by the first sliding intracavitary sliding connection lifting slider, movable block bottom right side sets groove, sets a left side in groove
The slide guide bar that side is fixedly connected with lifting slider outer right wall sets mobile bar extended to the left in second sliding slot, the
Longitudinally extended positioning slide guide bar is set in two sliding slots, positions the mobile bar that slide guide bar runs through in second sliding slot and is slidably matched
It connecting, oriented chute is set in mobile bar left end face, slide guide bar right-hand end protrudes into oriented chute and end sets position limiting slide block,
Both sides of the face offset and are slidably matched with two sides inner wall above and below oriented chute respectively position limiting slide block up and down, to realize mobile bar edge
Positioning slide guide bar direction moves up and down, and band dynamic dividing plate moves up and down, sliding in the mobile bar between oriented chute and second sliding slot
Mating connection mobile column, sliding convex block of limiting at the top of mobile column, mobile column bottom set partition, the shifting at the top of partition between mobile bar
Around the second top pressure spring is set, partition bottom end face is oppositely arranged dynamic outer surface of column with deep gouge, to realize partition and deep gouge
It is cooperatively connected, realizes the opening and closing work to opening.
4. the configuration of the present invention is simple, easy to operate, highly-safe, the opening and closing of partition, dust suction effect can be automatically controlled
Fruit is good, and polishing is precisely and stability is high.
Specific embodiment
As Figure 1-Figure 5, the stone material grinding device of a kind of dustless environment protecting of the invention, including shell 5, the shell 5
Interior to be equipped with polishing chamber 51, the left side of polishing 51 inner roof wall of chamber is equipped with first sliding groove 53, on the 51 right side inner wall of polishing chamber
Equipped with longitudinally extended second sliding slot 54, runs through in the 5 right side wall body of the shell of 54 lower section of second sliding slot and be equipped with
Left-hand end is connected the opening 52 of setting with the polishing chamber 51, and 51 inner bottom wall of polishing chamber is respectively arranged on the left side and the right side affixed
Component 7 and deep gouge 55, the first sliding groove 53 is interior to be equipped with the first extended threaded rod 531 of left and right, first screw thread
It is threadedly engaged on bar 531 and is connected with the movable block 6 that bottom is protruded into the polishing chamber 51, it is sliding to be equipped with first in the movable block 6
Chamber 61 is slidably connected with lifting slider 62 in the first sliding chamber 61, sets at the 62 two sides top edge of lifting slider
There is the convex sliding block 621 with the described first sliding 61 two sides inner wall of chamber sliding connection, 62 bottom of lifting slider is through described
6 bottom end face of movable block and sliding connection, the described first sliding 61 inner roof wall of chamber are equipped with the lead-over groove 68 for upwardly extending setting,
6 bottom right side of movable block is equipped with groove 66, is equipped with left-hand end and 62 outer right wall of lifting slider in the groove 66
The slide guide bar 661 being fixedly connected, the lifting slider 62 is interior to be equipped with the second sliding chamber 63, is equipped with and moves at the top of the described second sliding chamber 63
Slot 64,64 inner roof wall of shifting chute are equipped with third sliding slot 65, left and right is extended second are equipped in the third sliding slot 65
Threaded rod 651, second threaded rod 651 is equipped with the first press sliding block 653 for being threadedly engaged connection, in the shifting chute 64
Equipped with the second press sliding block 641, second press, 641 bottom of sliding block is equipped with the company through 62 bottom end face of lifting slider
Extension bar 631,631 end of connecting rod are equipped with link block 67, polishing motor 671, the polishing are equipped in the link block 67
671 bottom of motor is connected with grinding head 672, and mobile bar 542 extended to the left is equipped in the second sliding slot 54, described
It is equipped with dust exhaust apparatus 8 in the wall body in 5 left side of shell, is additionally provided with protective device outside the dust exhaust apparatus 8.
Wherein, 531 left-hand end of the first threaded rod is rotatably assorted with 53 inner left wall of first sliding groove and connect, described
First threaded rod, 531 right-hand end is connect with first motor 532, and 532 outer surface of first motor is embedded in the first sliding groove 53
It in the inner wall of right side and is fixedly connected, to realize that automatically control movable block 6 moves left and right work.
Wherein, 651 left-hand end of the second threaded rod is rotatably assorted with 65 inner left wall of third sliding slot and connect, described
Second threaded rod, 651 right-hand end is connect with the second motor 652, and 652 outer surface of the second motor is embedded in the third sliding slot 65
It in the inner wall of right side and is fixedly connected, to realize that automatically control the first press sliding block 653 moves left and right work.
Wherein, first press, 653 bottom of sliding block is protruded into the shifting chute 64, and the first press sliding block 653 is left
Side bottom be equipped with the first inclined-plane 6531, it is described second press 641 right hand top of sliding block be equipped with to first inclined-plane 6531
The second inclined-plane 642 of sliding connection is pressed, 642 tilt length of the second inclined-plane is greater than inclining for first inclined-plane 6531
Plagioclase degree, the described second sliding 63 inner bottom wall of chamber and described second press outside the connecting rod 631 between 641 bottom end face of sliding block
Surface loop is arranged with the first top pressure spring 632, to realize the jacking sliding of the first press sliding block 653 and the second press sliding block 641
Dynamic cooperation controls the fine tuning work of grinding head 672, accurate control polishing thickness.
Wherein, longitudinally extended positioning slide guide bar 541, the positioning slide guide bar are equipped in the second sliding slot 54
541 run through the mobile bar 542 in the second sliding slot 54 and are slidably connected, in 542 left end face of mobile bar
Equipped with oriented chute 5421,661 right-hand end of slide guide bar is protruded into the oriented chute 5421 and end is equipped with limit and slides
Block 662, about 662 both sides of the face of position limiting slide block offset and slide with about the 5421 two sides inner wall of oriented chute respectively
Cooperation, to realize that mobile bar 542 is moved up and down along positioning 541 direction of slide guide bar, band dynamic dividing plate 545 is moved up and down.
Wherein, the company of being slidably matched in the mobile bar 542 between the oriented chute 5421 and the second sliding slot 54
It is connected to mobile column 544, is equipped at the top of the mobile column 544 and limits sliding convex block 543,544 bottom of mobile column is equipped with partition 545,
544 outer surface of the mobile column between 545 top of partition and the mobile bar 542 is around equipped with the second top pressure spring
546,545 bottom end face of partition is oppositely arranged with the deep gouge 55, to realize that the cooperation of partition 545 and deep gouge 55 connects
It connects, realizes the opening and closing work to opening 52.
Wherein, the dust exhaust apparatus 8 is fixed on described by being fixed at the dust catcher 81 of the 5 left side outer wall of shell
The dust-absorbing conduit 82 of 81 right end face of dust catcher and the cleaner head 83 for being fixed on 82 right end face of dust-absorbing conduit form, from
And prevent fugitive dust and rubble from causing environmental pollution and health of human body.
Wherein, the affixed component 7 by cushion blocking 71 and is fixed on the clamping fixture of 71 top end surface of cushion blocking
72 compositions, to realize the strong fix connection of stone material.
Wherein, the inner screw sheath being fixedly connected equipped with bottom with 62 top end surface of lifting slider in the lead-over groove 68
Cylinder 681,681 screw-internal thread fit of inner thread sleeve is connected with third threaded rod 683, connects at the top of the third threaded rod 683
It is connected to third motor 684, the third motor 684 is in 68 inner roof wall of lead-over groove and is fixedly connected, to realize liter
The lifting work of sliding block 62 and partition 545 drops.
Wherein, the protective device includes the protective shell 90 being fixed at about 81 dust catcher and front and back,
Maintenance door 91 is equipped on the left of the protective shell 90, the maintenance door 91 can be outwardly opened by hinge 92, and the maintenance door 91
It is additionally provided with door handle 93 outside, is safeguarded the opening of maintenance door 91 to the dust catcher 81 to facilitate by door handle 93.
When original state, 62 top end surface of lifting slider is abutted against with the first sliding 61 inner roof wall of chamber, at this point, slide guide bar 661
Top end surface is abutted against with 66 inner roof wall of groove, meanwhile, the drive of slide guide bar 661 mobile bar 542 is located at the most top of second sliding slot 54
Portion position, at this point, 545 maximum distance of partition is far from deep gouge 55, meanwhile, the first press sliding block 653 is located at third sliding slot 65 and shifting
The right-most position of dynamic slot 64, at this point, pressure on top surface of the second press sliding block 641 by the first top pressure spring 632, makes the second press
641 top end surface of sliding block is abutted against with 64 inner roof wall of shifting chute, meanwhile, 642 right side section of the second inclined-plane and 6531 phase of the first inclined-plane
It abuts, at this point, 67 top end surface of link block is abutted against with 62 bottom end face of lifting slider.
When need to polish stone material when, stone material is moved to 7 top of affixed component after opening 52 first, then makes stone material
It is engaged by clamping with clamping fixture 72, third threaded rod 683 is controlled by third motor 684 at this time and is rotated, by third threaded rod 683
Drive inner thread sleeve 681 and the lifting slider 62 for being fixed on 681 bottom of inner thread sleeve move down, at this point, lifting is slided
Block 62 drives the mobile bar 542 on slide guide bar 661 and slide guide bar 661 to move in downward direction along second sliding slot 54, until such as Fig. 2
Shown 621 top end surface of convex sliding block is abutted against with the first sliding 61 inner bottom wall of chamber, at this point, lifting slider 62 drive slide guide bar 661 with
And the mobile bar 542 on slide guide bar 661 is abutted against with 54 inner bottom wall of second sliding slot, meanwhile, it is heavy that 545 bottom end of partition is fully inserted into
In slot 55, to complete close fit connection, then controls third motor 684 and stop operating, while controlling 652 band of the second motor
Dynamic second threaded rod 651 rotation, makes the second threaded rod 651 that the first press sliding block 653 be driven to move along 65 right direction of third sliding slot
It is dynamic, at this point, the first inclined-plane 6531 is slidably matched with the press of the second inclined-plane 642, the second press sliding block 641 is made to overcome the first press bullet
The pressure on top surface of spring 632 moves in downward direction along the second sliding chamber 63, at this point, the second press sliding block 641 drives connecting rod 631 and connects
The link block 67 of 631 bottom of extension bar moves down, until 672 bottom end face of grinding head as shown in Figure 3 and stone material top end surface phase
It abuts, at this point, the second motor 652 of control stops operating, the last polishing motor 671 that controls simultaneously drives grinding head 672 to rotate, the
One motor 532 drives 531 positive and negative rotation of the first threaded rod and dust exhaust apparatus 8 to work, and makes grinding head 672 to stone material top end surface
Polishing work is carried out, while dust suction work is completed by dust exhaust apparatus 8, the first threaded rod 531 is being driven just by first motor 532
Reverse turn makes the first threaded rod 531 that movable block 6 be driven to move along 53 left and right directions of first sliding groove, to realize that grinding head 672 is right
Stone material top end surface moves left and right polishing, and movable block 6 drives slide guide bar 661 along oriented chute 5421 or so during moving left and right
Direction is mobile, at this point, partition 545 is remained unchanged with deep gouge 55, when needing to adjust polishing thickness, by controlling the second motor
652 rotations make the second threaded rod 651 drive the first press sliding block 653 mobile, to realize the automatic tune to stone material polishing thickness
Section.
The beneficial effects of the present invention are:
1. setting the first extended screw thread of left and right in first sliding groove by setting first sliding groove on the left of intracavitary roof of polishing
Bar is threadedly engaged connection bottom on the first threaded rod and protrudes into intracavitary movable block of polishing, and the first threaded rod left-hand end is sliding with first
Slot inner left wall is rotatably assorted connection, and the first threaded rod right-hand end is connect with first motor, to realize automatic control grinding head
Move left and right polishing work.
2. setting at the top edge of lifting slider two sides and being slided with first by the first sliding intracavitary sliding connection lifting slider
Movable block bottom end face and sliding connection are run through in the convex sliding block of chamber two sides inner wall sliding connection, lifting slider bottom,
First sliding intracavitary roof sets the lead-over groove for upwardly extending setting, and the second sliding chamber is set in lifting slider, and the second sliding top of chamber sets movement
Slot, shifting chute inner roof wall set third sliding slot, and the second extended threaded rod of left and right is set in third sliding slot, is set on the second threaded rod
It is threadedly engaged the first press sliding block of connection, the second press sliding block is set in shifting chute, the second press slider bottom is set through lifting
The connecting rod of slider bottom end face, connecting rod end set link block, to realize that grinding head finely tunes work up and down, improve polishing essence
Degree.
3. by the first sliding intracavitary sliding connection lifting slider, movable block bottom right side sets groove, sets a left side in groove
The slide guide bar that side is fixedly connected with lifting slider outer right wall sets mobile bar extended to the left in second sliding slot, the
Longitudinally extended positioning slide guide bar is set in two sliding slots, positions the mobile bar that slide guide bar runs through in second sliding slot and is slidably matched
It connecting, oriented chute is set in mobile bar left end face, slide guide bar right-hand end protrudes into oriented chute and end sets position limiting slide block,
Both sides of the face offset and are slidably matched with two sides inner wall above and below oriented chute respectively position limiting slide block up and down, to realize mobile bar edge
Positioning slide guide bar direction moves up and down, and band dynamic dividing plate moves up and down, sliding in the mobile bar between oriented chute and second sliding slot
Mating connection mobile column, sliding convex block of limiting at the top of mobile column, mobile column bottom set partition, the shifting at the top of partition between mobile bar
Around the second top pressure spring is set, partition bottom end face is oppositely arranged dynamic outer surface of column with deep gouge, to realize partition and deep gouge
It is cooperatively connected, realizes the opening and closing work to opening.
4. the configuration of the present invention is simple, easy to operate, highly-safe, the opening and closing of partition, dust suction effect can be automatically controlled
Fruit is good, and polishing is precisely and stability is high.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention
Protection scope should be determined by the scope of protection defined in the claims.