The content of the invention
The technical problems to be solved by the invention are to provide a kind of stone material sanding apparatus of dustless environment protecting, and it can solve the problem that
The problem of stating now in the art.
The present invention is achieved through the following technical solutions:A kind of stone material sanding apparatus of dustless environment protecting of the present invention,
Including housing, provided with polishing chamber in the housing, the left side of the polishing intracavitary roof is provided with the first chute, and the polishing chamber is right
Side inwall is provided with to run through in the housing right side wall body below the second chute that Longitudinal extending is set, second chute and set
There is left-hand end to be connected with the polishing chamber opening of setting, the polishing intracavitary bottom wall is respectively arranged on the left side and the right side affixed component
And deep gouge, first chute is interior to be provided with screw thread cooperation on the first extended threaded rod of left and right, first threaded rod
It is connected with the movable block that the polishing intracavitary is stretched into bottom, the movable block and slides chamber provided with first, described first, which slides intracavitary, slides
Dynamic be connected with lifting slider, lifting slider both sides top edge is provided with and the described first cunning chamber both sides inwall slip
The movable block bottom end face and sliding connection, described the are run through in the convex sliding block being connected, the lifting slider bottom
One cunning intracavitary roof is provided with the lead-over groove for upwardly extending setting, and the movable block bottom right side is provided with groove, the groove and set
Have in the slide guide bar that left-hand end is fixedly connected with the lifting slider outer right wall, the lifting slider provided with the second cunning chamber, institute
The second cunning top of chamber is stated provided with shifting chute, the shifting chute inner roof wall is provided with the 3rd chute, the 3rd chute provided with left and right
The second extended threaded rod, second threaded rod is provided with the first top pressure sliding block that screw thread is connected, the movement
The second top pressure sliding block is provided with groove, the second top pressure slider bottom is provided with the connection through the lifting slider bottom end face
Bar, the connecting rod end is provided with contiguous block, the contiguous block provided with polishing motor, and the polishing motor bottom, which is connected with, beats
Provided with mobile bar extended to the left in bistrique, second chute, provided with dust suction dress in the wall body on the left of the housing
Put, protection device is additionally provided with outside the dust exhaust apparatus.
Preferably technical scheme, the first threaded rod left-hand end is rotatably assorted with the first chute inner left wall
Connection, the first threaded rod right-hand end and the first motor connection, it is right that first outer surface of motor is embedded in first chute
Side inwall is interior and is fixedly connected.
Preferably technical scheme, the second threaded rod left-hand end is rotatably assorted with the 3rd chute inner left wall
Connection, the second threaded rod right-hand end and the second motor connection, it is right that second outer surface of motor is embedded in the 3rd chute
Side inwall is interior and is fixedly connected.
Preferably technical scheme, the first top pressure slider bottom is stretched into the shifting chute, first top pressure
Sliding block left bottom is provided with the first inclined-plane, and the second top pressure sliding block right hand top, which is provided with, to be used to and first inclined-plane jacking sliding
Dynamic the second inclined-plane being connected, second inclined-plane tilt length is more than the tilt length on first inclined-plane, described second
The connection rod outer surface between sliding intracavitary bottom wall and the second top pressure sliding block bottom end face is around provided with the first top pressure bullet
Spring.
The positioning slide guide bar set in preferably technical scheme, second chute provided with Longitudinal extending, it is described fixed
It is provided with the mobile bar and sliding connection of the position slide guide bar in second chute, the mobile bar left end face
Oriented chute, the slide guide bar right-hand end is stretched into the oriented chute and end is provided with position limiting slide block, the position limiting slide block
Both sides end face offsets and is slidably matched with both sides inwall above and below the oriented chute respectively up and down.
Slide and match somebody with somebody in preferably technical scheme, the mobile bar between the oriented chute and second chute
Conjunction is connected with the top of mobile column, the mobile column provided with the sliding projection of limit, and the mobile column bottom is provided with the top of dividing plate, the dividing plate
The mobile outer surface of column between the mobile bar around being provided with the second top pressure spring, the dividing plate bottom end face with it is described
Deep gouge is oppositely arranged.
Preferably technical scheme, the dust exhaust apparatus by being fixedly installed on the dust catcher of outer wall on the left of the housing,
It is fixed on the dust-absorbing conduit of the dust catcher its right end face and is fixed on the cleaner head composition of the dust-absorbing conduit its right end face.
Preferably technical scheme, the affixed component is by cushion blocking and is fixed on end face at the top of the cushion blocking
Clamping fixture is constituted.
Is fixedly connected in preferably technical scheme, the lead-over groove provided with bottom with lifting slider top end face
Inner thread sleeve, the inner thread sleeve screw-internal thread fit is connected with the 3rd threaded rod, connected at the top of the 3rd threaded rod
There is the 3rd motor, the 3rd motor is embedded in the lead-over groove inner roof wall and is fixedly connected.
Preferably technical scheme, the protection device includes being fixedly installed on above and below the dust catcher and front and rear place
Containment vessel, be provided with maintenance door on the left of the containment vessel, the maintenance door can be outwardly opened by hinge, and the maintenance is outdoors
It is additionally provided with door handle.
The beneficial effects of the invention are as follows:
1. the first extended threaded rod of left and right is set in the first chute, the first chute by being set on the left of intracavitary roof of polishing,
The movable block of polishing intracavitary is stretched into screw thread mating connection bottom on first threaded rod, and the first threaded rod left-hand end is left with the first chute
Side inwall is rotatably assorted connection, the first threaded rod right-hand end and the first motor connection, so as to realize the left side for automatically controlling grinding head
Move right polishing work.
Slided 2. sliding intracavitary by first and being slidably connected to set at lifting slider, lifting slider both sides top edge with first
Movable block bottom end face and sliding connection are run through in the convex sliding block of chamber both sides inwall sliding connection, lifting slider bottom,
First cunning intracavitary roof, which is set, sets the second cunning chamber in the lead-over groove for upwardly extending setting, lifting slider, the second cunning top of chamber sets movement
Groove, shifting chute inner roof wall sets to set in the 3rd chute, the 3rd chute and set on the second extended threaded rod of left and right, the second threaded rod
The second top pressure sliding block is set in the first top pressure sliding block that screw thread is connected, shifting chute, the second top pressure slider bottom is set through lifting
The connecting rod of slider bottom end face, connecting rod end sets contiguous block, and work is finely tuned above and below grinding head so as to realize, improves polishing essence
Degree.
3. sliding intracavitary by first is slidably connected lifting slider, movable block bottom right side sets in groove, groove and sets a left side
Mobile bar extended to the left is set in the slide guide bar that side is fixedly connected with lifting slider outer right wall, the second chute, the
Set the positioning slide guide bar of Longitudinal extending setting in two chutes, mobile bar of the positioning slide guide bar in the second chute and be slidably matched
Oriented chute is set in connection, mobile bar left end face, slide guide bar right-hand end is stretched into oriented chute and end sets position limiting slide block,
Both sides end face offsets and is slidably matched with both sides inwall above and below oriented chute respectively above and below position limiting slide block, so as to realize mobile bar edge
Positioning slide guide bar direction is moved up and down, and band dynamic dividing plate is moved up and down, and is slided in the mobile bar between oriented chute and the second chute
Mating connection mobile column, sliding projection of limiting at the top of mobile column, mobile column bottom sets the shifting at the top of dividing plate, dividing plate between mobile bar
Dynamic outer surface of column is around the second top pressure spring is set, and dividing plate bottom end face is oppositely arranged with deep gouge, so as to realize dividing plate and deep gouge
It is connected, realizes the opening and closing work to opening.
4. the present invention is simple in construction, easy to operate, safe, the opening and closing of dividing plate, dust suction effect can be automatically controlled
Really good, polishing is precisely and stability is high.
Embodiment
As Figure 1-Figure 5, a kind of stone material sanding apparatus of dustless environment protecting of the invention, including housing 5, the housing 5
Interior to be provided with polishing chamber 51, the left side of the polishing inner roof wall of chamber 51 is provided with the first chute 53, the polishing right side inwall of chamber 51
Run through in the second chute 54 set provided with Longitudinal extending, the right side wall body of the housing 5 of the lower section of the second chute 54 and be provided with
Left-hand end is connected the opening 52 of setting with the polishing chamber 51, and the polishing inner bottom wall of chamber 51 is respectively arranged on the left side and the right side affixed
Provided with the first threaded rod 531 that left and right is extended, first screw thread in component 7 and deep gouge 55, first chute 53
Screw thread is connected with the movable block 6 that bottom is stretched into the polishing chamber 51, the movable block 6 and slided provided with first on bar 531
It is slidably connected with lifting slider 62, the both sides top edge of lifting slider 62 and sets in chamber 61, the first cunning chamber 61
Have and slide the convex sliding block 621 that the both sides inwall of chamber 61 is slidably connected with described first, the bottom of lifting slider 62 is through described
The bottom end face of movable block 6 and sliding connection, the first cunning chamber 61 inner roof wall are provided with the lead-over groove 68 for upwardly extending setting,
The bottom right side of movable block 6 is provided with groove 66, the groove 66 provided with left-hand end and the outer right wall of lifting slider 62
Chamber 63 is slided provided with second in the slide guide bar 661 being fixedly connected, the lifting slider 62, described second slides the top of chamber 63 provided with movement
Groove 64, the inner roof wall of shifting chute 64 is provided with second be extended in the 3rd chute 65, the 3rd chute 65 provided with left and right
Threaded rod 651, second threaded rod 651 is provided with the first top pressure sliding block 653 that screw thread is connected, the shifting chute 64
Provided with the second top pressure sliding block 641, the bottom of the second top pressure sliding block 641 is provided with the company through the bottom end face of lifting slider 62
Extension bar 631, the end of connecting rod 631 is provided with contiguous block 67, the contiguous block 67 provided with polishing motor 671, the polishing
The bottom of motor 671 is connected with provided with mobile bar 542 extended to the left in grinding head 672, second chute 54, described
It is provided with the wall body in the left side of housing 5 outside dust exhaust apparatus 8, the dust exhaust apparatus 8 and is additionally provided with protection device.
Wherein, the left-hand end of the first threaded rod 531 is rotatably assorted with the inner left wall of the first chute 53 and is connected, described
The right-hand end of first threaded rod 531 is connected with the first motor 532, and the outer surface of the first motor 532 is embedded in first chute 53
In the inwall of right side and it is fixedly connected, so as to realize that automatically control movable block 6 moves left and right work.
Wherein, the left-hand end of the second threaded rod 651 is rotatably assorted with the inner left wall of the 3rd chute 65 and is connected, described
The right-hand end of second threaded rod 651 is connected with the second motor 652, and the outer surface of the second motor 652 is embedded in the 3rd chute 65
In the inwall of right side and it is fixedly connected, so as to realize that automatically control the first top pressure sliding block 653 moves left and right work.
Wherein, the bottom of the first top pressure sliding block 653 is stretched into the shifting chute 64, and the first top pressure sliding block 653 is left
Side bottom is provided with the first inclined-plane 6531, and the right hand top of the second top pressure sliding block 641, which is provided with, to be used to and first inclined-plane 6531
Second inclined-plane 642 of top pressure sliding connection, the tilt length of the second inclined-plane 642 is more than inclining for first inclined-plane 6531
Plagioclase degree, described second slides outside the connecting rod 631 between the inner bottom wall of chamber 63 and the bottom end face of the second top pressure sliding block 641
Surface loop is arranged with the first top pressure spring 632, so as to realize the jacking sliding of the first top pressure sliding block 653 and the second top pressure sliding block 641
It is dynamic to coordinate, control the fine setting work of grinding head 672, accurate control polishing thickness.
Wherein, the positioning slide guide bar 541 set in second chute 54 provided with Longitudinal extending, the positioning slide guide bar
In 541 mobile bar 542 and sliding connection in second chute 54, the left end face of mobile bar 542
Provided with oriented chute 5421, the right-hand end of slide guide bar 661 is stretched into the oriented chute 5421 and end is provided with spacing cunning
Block 662, the position limiting slide block about 662 both sides end face respectively with the oriented chute about 5421 both sides inwall offset and slide
Coordinate, so as to realize that mobile bar 542 is moved up and down along positioning slide guide bar 541 direction, 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 second chute 54
Mobile column 544 is connected to, the top of mobile column 544 is provided with dividing plate 545 provided with the sliding projection 543 of limit, the bottom of mobile column 544,
The outer surface of the mobile column 544 between the top of dividing plate 545 and the mobile bar 542 is around provided with the second top pressure spring
546, the bottom end face of dividing plate 545 is oppositely arranged with the deep gouge 55, so as to realize that the cooperation of dividing plate 545 and deep gouge 55 connects
Connect, realize the opening and closing work to opening 52.
Wherein, the dust exhaust apparatus 8 is fixed on described by being fixedly installed on the dust catcher 81 of the left side outer wall of housing 5
The dust-absorbing conduit 82 of its right end face of dust catcher 81 and it is fixed on the cleaner head 83 of its right end face of dust-absorbing conduit 82 and constitutes, from
And prevent airborne dust and rubble from causing environmental pollution and health of human body.
Wherein, the affixed component 7 is by cushion blocking 71 and is fixed on the clamping fixture of the top end face of cushion blocking 71
72 compositions, so as to realize the strong fix connection of stone material.
Wherein, the inner screw sheath being fixedly connected in the lead-over groove 68 provided with bottom with the top end face of lifting slider 62
Cylinder 681, the screw-internal thread fit of inner thread sleeve 681 is connected with the 3rd threaded rod 683, and the top of the 3rd threaded rod 683 connects
The 3rd motor 684 is connected to, the 3rd motor 684 is embedded in the inner roof wall of lead-over groove 68 and is fixedly connected, so as to realize liter
The lifting work of sliding block 62 and dividing plate 545 drops.
Wherein, the protection device includes being fixedly installed on the containment vessel 90 at about 81 and front and rear place of the dust catcher,
The left side of containment vessel 90 is provided with maintenance door 91, and the maintenance door 91 can be outwardly opened by hinge 92, and the maintenance door 91
Door handle 93 is additionally provided with outside, by door handle 93 so as to which convenient open maintenance door 91 is safeguarded to the dust catcher 81.
During original state, the top end face of lifting slider 62 is abutted against with the first cunning inner roof wall of chamber 61, now, slide guide bar 661
Top end face is abutted against with the inner roof wall of groove 66, meanwhile, slide guide bar 661 drives mobile bar 542 positioned at the most top of the second chute 54
Portion position, now, the ultimate range of dividing plate 545 away from deep gouge 55, meanwhile, the first top pressure sliding block 653 be located at the 3rd chute 65 and move
The right-most position of dynamic groove 64, now, the second top pressure sliding block 641 is made the second top pressure by the pressure on top surface of the first top pressure spring 632
The top end face of sliding block 641 is abutted against with the inner roof wall of shifting chute 64, meanwhile, the right side section of the second inclined-plane 642 and the phase of the first inclined-plane 6531
Abut, now, the top end face of contiguous block 67 is abutted against with the bottom end face of lifting slider 62.
When needing polishing stone material, stone material is moved to the affixed top of component 7 after opening 52 first, then makes stone material
It is engaged by clamping with clamping fixture 72, now controls the 3rd threaded rod 683 to rotate by the 3rd motor 684, by the 3rd threaded rod 683
Drive inner thread sleeve 681 and be fixed on the lifting slider 62 of the bottom of inner thread sleeve 681 and move down, now, lifting is slided
Block 62 drives the mobile bar 542 on slide guide bar 661 and slide guide bar 661 in downward direction to be moved along the second chute 54, until such as Fig. 2
The shown top end face of convex sliding block 621 is abutted against with the first cunning inner bottom wall of chamber 61, now, lifting slider 62 drive slide guide bar 661 with
And the mobile bar 542 on slide guide bar 661 is abutted against with the inner bottom wall of the second chute 54, meanwhile, the bottom end of dividing plate 545 is fully-inserted heavy
In groove 55, so as to complete close fit connection, then the 3rd motor 684 is controlled to stop operating, while controlling the band of the second motor 652
Dynamic second threaded rod 651 is rotated, and makes the second threaded rod 651 drive the first top pressure sliding block 653 to be moved along the right direction of the 3rd chute 65
Dynamic, now, the first inclined-plane 6531 is slidably matched with the top pressure of the second inclined-plane 642, the second top pressure sliding block 641 is overcome the first top pressure bullet
The pressure on top surface of spring 632 is in downward direction moved along the second cunning chamber 63, now, and the second top pressure sliding block 641 drives connecting rod 631 and connected
The contiguous block 67 of the bottom of extension bar 631 is moved down, until the bottom end face of grinding head 672 as shown in Figure 3 and end face phase at the top of stone material
Abut, now, the second motor 652 of control stops operating, last to control polishing motor 671 to drive grinding head 672 to rotate simultaneously, the
One motor 532 drives the positive and negative rotation of the first threaded rod 531 and dust exhaust apparatus 8 to work, and makes grinding head 672 to end face at the top of stone material
Polishing work is carried out, is worked while completing dust suction by dust exhaust apparatus 8, the first threaded rod 531 is being driven just by the first motor 532
Reverse turn, makes the first threaded rod 531 drive movable block 6 to be moved along the left and right directions of the first chute 53, so as to realize 672 pairs of grinding head
End face moves left and right polishing at the top of stone material, and movable block 6 drives slide guide bar 661 along oriented chute 5421 or so during moving left and right
Direction is moved, and now, dividing plate 545 keeps constant with deep gouge 55, when needing to adjust polishing thickness, by controlling the second motor
652 rotate, and make the second threaded rod 651 drive the first top pressure sliding block 653 to move, so as to realize the automatic tune for thickness of polishing stone material
Section.
The beneficial effects of the invention are as follows:
1. the first extended threaded rod of left and right is set in the first chute, the first chute by being set on the left of intracavitary roof of polishing,
The movable block of polishing intracavitary is stretched into screw thread mating connection bottom on first threaded rod, and the first threaded rod left-hand end is left with the first chute
Side inwall is rotatably assorted connection, the first threaded rod right-hand end and the first motor connection, so as to realize the left side for automatically controlling grinding head
Move right polishing work.
Slided 2. sliding intracavitary by first and being slidably connected to set at lifting slider, lifting slider both sides top edge with first
Movable block bottom end face and sliding connection are run through in the convex sliding block of chamber both sides inwall sliding connection, lifting slider bottom,
First cunning intracavitary roof, which is set, sets the second cunning chamber in the lead-over groove for upwardly extending setting, lifting slider, the second cunning top of chamber sets movement
Groove, shifting chute inner roof wall sets to set in the 3rd chute, the 3rd chute and set on the second extended threaded rod of left and right, the second threaded rod
The second top pressure sliding block is set in the first top pressure sliding block that screw thread is connected, shifting chute, the second top pressure slider bottom is set through lifting
The connecting rod of slider bottom end face, connecting rod end sets contiguous block, and work is finely tuned above and below grinding head so as to realize, improves polishing essence
Degree.
3. sliding intracavitary by first is slidably connected lifting slider, movable block bottom right side sets in groove, groove and sets a left side
Mobile bar extended to the left is set in the slide guide bar that side is fixedly connected with lifting slider outer right wall, the second chute, the
Set the positioning slide guide bar of Longitudinal extending setting in two chutes, mobile bar of the positioning slide guide bar in the second chute and be slidably matched
Oriented chute is set in connection, mobile bar left end face, slide guide bar right-hand end is stretched into oriented chute and end sets position limiting slide block,
Both sides end face offsets and is slidably matched with both sides inwall above and below oriented chute respectively above and below position limiting slide block, so as to realize mobile bar edge
Positioning slide guide bar direction is moved up and down, and band dynamic dividing plate is moved up and down, and is slided in the mobile bar between oriented chute and the second chute
Mating connection mobile column, sliding projection of limiting at the top of mobile column, mobile column bottom sets the shifting at the top of dividing plate, dividing plate between mobile bar
Dynamic outer surface of column is around the second top pressure spring is set, and dividing plate bottom end face is oppositely arranged with deep gouge, so as to realize dividing plate and deep gouge
It is connected, realizes the opening and closing work to opening.
4. the present invention is simple in construction, easy to operate, safe, the opening and closing of dividing plate, dust suction effect can be automatically controlled
Really good, polishing is precisely and stability is high.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any
The change or replacement expected without creative work, should all be included within the scope of the present invention.Therefore, it is of the invention
Protection domain should be determined by the scope of protection defined in the claims.