CN207358768U - A kind of workpiece polishing mechanism of stone edge grinding machine - Google Patents
A kind of workpiece polishing mechanism of stone edge grinding machine Download PDFInfo
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- CN207358768U CN207358768U CN201721292167.5U CN201721292167U CN207358768U CN 207358768 U CN207358768 U CN 207358768U CN 201721292167 U CN201721292167 U CN 201721292167U CN 207358768 U CN207358768 U CN 207358768U
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Abstract
The utility model discloses a kind of workpiece polishing mechanism of stone edge grinding machine, including base, support base is installed on base, feed arrangement is actively provided with support base, first driving means are installed on support base, feed arrangement is connected with first driving means, correspond on base on the part of feed arrangement and sanding apparatus is installed, the second driving device and the 3rd driving device being provided with base, sanding apparatus is fixedly installed in the second driving device, second driving device is installed in the 3rd driving device, human-computer interaction module and controller are further included, human-computer interaction module and controller are mounted on base or support base, feed arrangement, first driving means, sanding apparatus, second driving device and the 3rd driving device are electrically connected in controller corresponding output end.Compared with prior art, its is easy to operate for the utility model, low to operation level requirement, and can quickly determine seat surface, quick to knife, improves processing efficiency, reduces cost.
Description
Technical field
The utility model is related to stone machining equipment technical field, and in particular to be a kind of sander of stone edge grinding machine
Structure.
Background technology
Stone material is as natural ornament materials, applied to many places.In Ornamental Stone Industry, for beautiful or installation requirements,
The edge of stone material workpiece is required to be processed further handling, chamfering is such as carried out, slots or wear into variously-shaped.Thereby produce
Dedicated for the edge polisher of edge processing.
Include on existing stone edge grinding machine 7 be used for grind stone surface or edge bistrique, for data input
Control panel and the controller for controlling stone edge grinding machine to work, 7 bistriques are general by corresponding motor drive operational, bistrique
All it is emery wheel.If 7 emery wheel depths of cut are inconsistent, the face that can cause to grind does not reach requirement.Such as have in 7 bistriques
Emery wheel is polished more a little will destroy moulding, and some emery wheels are polished a bit less, just do not reach due surface roughness.Institute
With the control of setting and the bistrique depth of cut to the datum level of stone material workpiece is extremely important.
To solve the above problems, common processing method is the datum level by pre-entering stone material workpiece on control panel
Numerical value, according to presetting, controller automatically controls the motorized feed work for being provided with bistrique.However, the size of stone material is not
One, to obtain the numerical value of the datum level of stone material workpiece and bistrique feed value, need to be tried by multiple samples in adjusting process
Machine, manipulation is cumbersome, also relatively time-consuming, higher to operation level requirement, influences work efficiency, increases being produced into for enterprise
This.
In consideration of it, inventor furthers investigate the above problem, there is this case generation then.
Utility model content
The purpose of this utility model is to provide a kind of workpiece polishing mechanism of stone edge grinding machine, its is easy to operate, and worker is grasped
It is low to make level requirement, and can quickly determine seat surface, it is quick to knife, processing efficiency is improved, reduces cost.
To achieve these goals, the utility model adopts the following technical solution：
A kind of workpiece polishing mechanism of stone edge grinding machine, including base, it is vertically-mounted on the base to have two into being oppositely arranged
Support base, the feed arrangement for driving slabstone feeding to be processed is actively provided with the support base, is pacified on the support base
Equipped with for promoting the feed arrangement to clamp the first driving means of slabstone to be processed, the feed arrangement drives with described first
Dynamic device is sequentially connected, and corresponds on the base on the part of the feed arrangement and is provided with for the side to slabstone to be processed
The sanding apparatus that edge is polished, is provided with the base for driving the sanding apparatus to carry out longitudinal direction to slabstone to be processed
Second driving device of polishing and the 3rd driving dress for driving the sanding apparatus laterally to polish slabstone to be processed
Put, the sanding apparatus is fixedly installed in second driving device, and second driving device is installed on the described 3rd and drives
On dynamic device, second driving device is provided with graduated scale and pointer, and the 3rd driving device is provided with position indicator；
Human-computer interaction module and controller are further included, the human-computer interaction module and controller are mounted on the base
Or on the support base, the human-computer interaction module is connected with controller data transmission, the feed arrangement, described first
Driving device, the sanding apparatus, second driving device and the 3rd driving device are electrically connected in the control
The corresponding output terminal of device.
Preferably, the feed arrangement, which includes into, is oppositely arranged, and the first crossbeam being set up on the base and
Two crossbeams, the second cross beam are installed in the first driving means, and the first crossbeam is fixed on the support base, institute
State be separately installed with first crossbeam and second cross beam for a pair of sidewalls of slabstone to be processed is simultaneously clamped on and fed
One chain gear transmission component and the second chain gear transmission component, the first driving means drive the second cross beam horizontal to described first
Beam moves.
Preferably, the first driving means include the first motor, the first retarder, the first guide rail and are slided with the first guide rail
Dynamic the first sliding block coordinated, first guide rail are installed on the support base, are articulated with first guide rail for driving
The first screw that first sliding block slides on the first guide rail, first screw are passed through feed screw nut and first sliding block
It is dynamic to connect, the supporting block for being useful for the first retarder of installation is fixedly connected with the support base, first retarder is installed on
In the supporting block, the input axis connection of the output shaft of first motor and first retarder, first retarder
Output shaft be connected with first screw, the second cross beam is fixedly installed on first sliding block；First driving
Device, which further includes, is useful for sensing the sensor that the feed arrangement clamps slabstone to be processed, and the sensor is installed on described the
On two crossbeams, the sensor and first motor connect the respective input and output terminal of the controller respectively.
Preferably, the sanding apparatus includes spindle motor, and bistrique is provided with the output shaft of the spindle motor.
Preferably, second driving device includes the second motor, mounting base, the second screw and for installing the main shaft
First dovetail of motor is secondary and vibration damper plate, second motor are installed in the mounting base, and second screw into setting vertically
Put, and be articulated in the mounting base, the output terminal of second motor is connected with second screw, the first dovetail pair
Sliding block there is vertical portion and the transverse part perpendicular with vertical portion, the spindle motor is installed on vibration damper plate, the damping
Plate is fixed in the vertical portion through bolt, is offered on the transverse part and matched first screw thread of second screw
Hole, second motor connect the corresponding output end of the controller；The graduated scale is vertically installed in the mounting base, institute
State pointer and be installed on the position for corresponding to the graduated scale on the snubber block.
Preferably, the 3rd driving device includes the 3rd motor, the 3rd screw and the second dovetail pair, the 3rd screw
Being set into accumbency, the 3rd screw is articulated on the base, and the 3rd motor is installed on the base, and the described 3rd
The output shaft of motor is connected with the first end of the 3rd screw, and the position indicator is installed on the of the 3rd screw
On two ends, the sliding block of the second dovetail pair has vertical portion and the transverse part perpendicular with vertical portion, and the mounting base is consolidated
Due on the transverse part, offered in the vertical portion with matched second threaded hole of the 3rd screw, the described 3rd
Motor connects the corresponding output end of the controller.
Preferably, the 4th motor and the second retarder, the output shaft of the 4th motor and institute are installed on the base
The input axis connection of the second retarder is stated, there is two output shafts, the first chain gear transmission component on second retarder
With the second chain gear transmission component is corresponding to second retarder respectively exports axis connection, described in the 4th motor connection
The corresponding output end of controller.
Preferably, the first chain gear transmission component includes being used for the first head sprocket of power input and for power output
The 3rd head sprocket, and the first driven sprocket, first head sprocket, the 3rd head sprocket and first driven sprocket
Through chain drive, on the chain it is uniformly distributed have it is multiple be used to contact the first clamping plates to rub with slabstone to be processed, described the
One head sprocket is articulated on one end of the first crossbeam, and the 3rd head sprocket and first driven sprocket are articulated in institute
State on the other end of first crossbeam, and the 3rd head sprocket be located at first head sprocket and first driven sprocket it
Between；The wheel shaft of first head sprocket and the output shaft of above-mentioned second retarder are sequentially connected.
Preferably, the second chain gear transmission component includes the second head sprocket and the second driven chain for being used for power input
Wheel, second head sprocket and second driven sprocket through chain drive, on the chain it is uniformly distributed have it is multiple be used for
The second clamping plate of slabstone contact friction to be processed, second head sprocket and second driven sprocket are articulated in described second
On the both ends of crossbeam, the wheel shaft of second head sprocket is driven by the output shaft of Hooks coupling universal coupling and above-mentioned second retarder
Connection.
Preferably, stainless steel sink is installed corresponding to accumbency on the part of the feed arrangement on the base, it is described
The output shaft of spindle motor is stretched into the stainless steel sink, and the output shaft that the bistrique is installed on the spindle motor stretches into institute
State on the part in stainless steel sink, the output shaft of the spindle motor and the junction of the stainless steel sink are provided with sealing
Part.
Using above-mentioned technical proposal, the beneficial effect of the utility model is：
Compared with prior art, the vertically-mounted on base of the utility model has two into the support base being oppositely arranged,
Feed arrangement is provided with support base, first driving means are installed on support base, feed arrangement is driven with first driving means
Connection, corresponds on base on the part of feed arrangement and is provided with sanding apparatus, and the second driving device and the are provided with base
Three driving devices, sanding apparatus are fixedly installed in the second driving device, and second driving device is installed on the described 3rd and drives
On dynamic device, the second driving device is provided with graduated scale and pointer, and the 3rd driving device is provided with position indicator；The mechanism is also
Include human-computer interaction module and controller, human-computer interaction module is connected with controller data transmission, and controller is used to control
State each device work.At work, transmitted first by human-computer interaction module and controller signals, controller first controls the first drive
Dynamic device pushes directly on clamping of the feed arrangement to slabstone to be processed, then controls the second driving device and the 3rd driving device point
Not Qu Dong the transverse shifting of sanding apparatus and vertically movable, (being moved on the end face to be processed of slabstone to be processed), at this time, passes through
The graduated scale and pointer of second driving device installation, the position indicator of the 3rd driving device installation, it becomes possible to draw seat surface
Coordinate value, realize quick tool setting, then general feed arrangement feeds the slabstone to be processed clamped, same second driving dress
The graduated scale and pointer of installation are put, the position indicator of the 3rd driving device installation, just can quickly draw sanding apparatus to be added
The stock removal of work slabstone.Therefore, operated using human-computer interaction module, easy to operate, human-computer interaction module is passed with controller data
Defeated connection, controller directly control each device work, thus it is low to operation level requirement, realize by once with regard to energy base
The coordinate value and quick tool setting of seat surface, and can quickly draw stock removal of the sanding apparatus to slabstone to be processed, easy to identical size
The processing of slabstone to be processed；Processing efficiency is improved, while reduces personnel's participation, reduces cost.
Therefore, a kind of workpiece polishing mechanism of stone edge grinding machine of the utility model, its is easy to operate, to operation level requirement
It is low, and can quickly determine seat surface, it is quick to knife, processing efficiency is improved, reduces cost.
Brief description of the drawings
For ease of explanation, the utility model is described in detail by following embodiment and attached drawing.
Fig. 1 is the structure diagram of the utility model.
Fig. 2 is the partial structural diagram of the utility model.
Fig. 3 is the structure diagram of stone edge grinding machine complete machine.
Fig. 4 is the structure diagram of the side view of stone edge grinding machine complete machine.
In figure：
1- bases；2- support bases；3- feed arrangements；31- first crossbeams；32- second cross beams；The first head sprockets of 311-；
312- first clamping plates；The second head sprockets of 321-；322- second clamping plates；4- first driving means；The first motors of 41-；42- first subtracts
Fast device；The first guide rails of 43-；The first sliding blocks of 44-；The first screws of 45-；46- supporting blocks；5- sanding apparatus；51- spindle motors 52-
Bistrique；The second motors of 61-；The second driving devices of 6-；62- mounting bases；The second screws of 63-；64- the first dovetail pairs；65- dampings
Plate；601- graduated scales；602- pointers；The 3rd driving devices of 7-；The 3rd screws of 71-；72- the second dovetail pairs；The 3rd motors of 73-；
701- position indicators；8- slabstones to be processed；The 4th motors of 9-；10- universal shaft coupling devices；11- stainless steel sinks；12- second subtracts
Fast device.
Embodiment
In order to which the technical solution of the utility model is explained further, come below by specific embodiment to the utility model
It is described in detail.
As shown in Figs 1-4, the workpiece polishing mechanism of the stone edge grinding machine of the utility model, including base 1, are erected on the base 1
It is straight to be provided with two into the support base 2 being oppositely arranged, actively it is provided with the support base 2 and drives slabstone 8 to be processed to feed
Feed arrangement 3, the first driving for promoting the feed arrangement 3 to clamp slabstone 8 to be processed is installed on the support base 2
Device 4, the feed arrangement 3 are sequentially connected with the first driving means 4, and the feed arrangement 3 is corresponded on the base 1
Part on sanding apparatus 5 for polishing the edge of slabstone 8 to be processed is installed, use is installed on the base 1
In the driving sanding apparatus 5 to for the second driving device 6 polished the longitudinal direction of slabstone 8 to be processed and for driving
State sanding apparatus 5 and peace is fixed to the 3rd driving device for laterally polishing slabstone 8 to be processed, the sanding apparatus 5
Loaded in second driving device 6, second driving device 6 is installed in the 3rd driving device 7, and described second drives
Dynamic device is provided with graduated scale 601 and pointer 602, and the 3rd driving device is provided with position indicator 701.
The workpiece polishing mechanism of the stone edge grinding machine of the utility model, has further included human-computer interaction module (not provided in figure) and control
Device (not provided in figure) processed, the human-computer interaction module and the controller are mounted on the base 1 or the support base 2
On, the transmission of the human-computer interaction module and the controller data connects, the feed arrangement 3, the first driving means 4,
The sanding apparatus 5, second driving device 6 and the 3rd driving device 7 are electrically connected corresponding in the controller
Output terminal.
In above-mentioned, specifically：The controller uses this area conventional controller, the human-computer interaction module and controller
Connected using usual manner.As another preferable, controller equivalence replacement here is PLC control system.
In the utility model, it is preferred that the feed arrangement 3, which includes into, to be oppositely arranged, and is set up on the base 1
First crossbeam 31 and second cross beam 32, the second cross beam 32 is installed in the first driving means 4, the first crossbeam
31 are fixed on the support base 2, are separately installed with the first crossbeam 31 and second cross beam 32 for slabstone to be processed
The the first chain gear transmission component and the second chain gear transmission component that 8 a pair of sidewalls is simultaneously clamped on and fed, the first driving dress
The 4 drives second cross beam 32 is put to move to the first crossbeam 31.Set using the above structure, pass through first driving means 4
Drive the second cross beam 32 flatly to be moved to first crossbeam 31, realize and a pair of sidewalls of slabstone 8 to be processed is clamped,
Simultaneously because first crossbeam 31 and second cross beam 32 correspondingly set the first chain gear transmission component and the second chain gear transmission component, it is real
Now by the horizontal feed of slabstone 8 to be processed.So the feed arrangement coordinates first driving means 4, slabstone to be processed can be realized
8 clamping and conveying, convenient polishing, and it is stable and reliable in work.Human assistance operation is reduced, it is more laborsaving, on slabstone 8 to be processed
Sharpened edge is brighter and cleaner, beautiful.
In the utility model, it is preferred that the first driving means 4 include the first motor 41, the first retarder 42, first
Guide rail 43 and the first sliding block 44 being slidably matched with the first guide rail 43, first guide rail 43 are installed on the support base 2, institute
The first screw 45 being articulated with the first guide rail 43 for driving first sliding block 44 to be slided on the first guide rail 43 is stated, it is described
First screw 45 is sequentially connected through feed screw nut and first sliding block 44, is fixedly connected on the support base 2 and is useful for installing
The supporting block of first retarder 42, first retarder 42 are installed in the supporting block 46, first motor 41 it is defeated
The input axis connection of shaft and first retarder 42, the output shaft of first retarder 42 connect with first screw 45
Connect, the second cross beam 32 is fixedly installed on first sliding block 44；The first driving means 4, which further include, to be useful for sensing
The feed arrangement 3 clamps the sensor (not provided in figure) of slabstone 8 to be processed, and the sensor is installed on the second cross beam
On 32, the sensor and first motor 41 connect the respective input and output terminal of the controller respectively.Using upper
Structure setting is stated, drives the first sliding block 44 to be slided on the first guide rail 43 by the first motor 41, realizes second cross beam 32 toward close
First crossbeam 31 is moved away from 31 direction of first crossbeam.
More specifically, above-mentioned first motor 41 is using Conventional stepper motor or servomotor in this area, the sensor
Using pressure sensor, pressure sensor is installed on second cross beam 32, and stepper motor or servomotor are connected with controller, pressure
Sensor is connected with controller control, and the controller control stepper motor or servomotor work, realize controller control
Make the first sliding block 44 to move, unavoidably the cumbersome and laborious problem of manual operation.
In the utility model, it is preferred that the sanding apparatus 5 includes spindle motor 51, the spindle motor 51 it is defeated
Bistrique 52 is installed on shaft.
In the utility model, it is preferred that second driving device 6 includes the second motor 61, mounting base 62, the second screw
63 and for install the spindle motor 51 the first dovetail pair 64 and vibration damper plate 65, second motor 61 be installed on the peace
Fill on seat 62, second screw 63 is articulated in the mounting base 62, the output of second motor 61 into being vertically arranged
End is connected with second screw 63, and the sliding block of the first dovetail pair 64 has vertical portion and the transverse direction perpendicular with vertical portion
Portion, the spindle motor 51 are installed on vibration damper plate 65, and the vibration damper plate 65 is fixed in the vertical portion through bolt, the horizontal stroke
Offered on to portion and connect the controller with matched first threaded hole of second screw 63, second motor 61
Corresponding output end；The graduated scale 601 is vertically installed in the mounting base 62, and the pointer 602 is installed on the snubber block
Correspond to the position of the graduated scale 601 on 65.Set using the above structure, realize that the second driving device 6 drives sanding apparatus
Longitudinal direction polishing feeding, it is stable and reliable in work.Here the graduated scale 601 and pointer by being installed in the second driving device 6
602, the positional value after transverse shifting can be directly read, initial position value is subtracted by positional value after movement, obtains horizontal shifting
Momentum (stock removal for obtaining horizontal direction), it is easy to operate.
In the utility model, it is preferred that the 3rd driving device 7 includes the 3rd motor 73, the 3rd screw 71 and second
Dovetail pair 72, the 3rd screw 71 are set into accumbency, and the 3rd screw 71 is articulated on the base 1, the 3rd electricity
Machine 73 is installed on the base 1, and the output shaft of the 3rd motor 73 is connected with the first end of the 3rd screw 71,
The position indicator 701 is installed on the second end of the 3rd screw 71, and the sliding block of the second dovetail pair 72 has
Vertical portion and the transverse part perpendicular with vertical portion, the mounting base 62 are fixed on the transverse part, are opened in the vertical portion
Equipped with connecting the corresponding output of the controller with 71 matched second threaded hole of the 3rd screw, the 3rd motor 73
End.Set using the above structure, realize the driving sanding apparatus horizontal direction polishing feeding of the 3rd driving device 7, working stability can
Lean on, here by the position indicator 701 installed in the 3rd driving device 7, can directly read it is vertically movable after positional value,
Initial position value is subtracted by positional value after movement, obtains vertically movable amount (stock removal for obtaining vertical direction), operation letter
It is single.
In the utility model, it is preferred that the 4th motor 9 and the second retarder 12 be installed on the base 1, the described 4th
The input axis connection of the output shaft of motor 9 and second retarder 12, has two output shafts on second retarder 12,
The first chain gear transmission component and the second chain gear transmission component is corresponding to second retarder respectively exports axis connection,
4th motor 9 connects the corresponding output end of the controller.Set using the above structure, realize the 4th electricity of controller control
Machine 9 works, and the 4th motor 9 drives the first chain gear transmission component and the second chain gear transmission component synchronization to work in the same direction, and conveying is to be added
While work stone material, moreover it is possible to which reduction treats processing surface of stone and causes damage.
In the utility model, it is preferred that the first chain gear transmission component includes the first head sprocket for being used for power input
311 and the 3rd head sprocket for power output, and the first driven sprocket, first head sprocket 311, the 3rd main chain
Wheel and first driven sprocket through chain drive, on the chain it is uniformly distributed have multiple be used to contact with slabstone 8 to be processed
The first clamping plate 312 of friction, first head sprocket 311 are articulated on one end of the first crossbeam 31, the 3rd main chain
Wheel and first driven sprocket are articulated on the other end of the first crossbeam 31, and the 3rd head sprocket is positioned at described
Between first head sprocket 311 and first driven sprocket；The wheel shaft of first head sprocket 311 and above-mentioned second retarder
12 output shaft is sequentially connected.
In the utility model, it is preferred that the second chain gear transmission component includes the second head sprocket for being used for power input
321 and second driven sprocket, second head sprocket 321 and second driven sprocket through chain drive, on the chain
It is even be laid with it is multiple be used to contact the second clamping plates 322 to rub with slabstone 8 to be processed, second head sprocket 321 and described the
Two driven sprockets are articulated on the both ends of the second cross beam 32, and the wheel shaft of second head sprocket 321 passes through universal connecting shaft
Device 10 and the output shaft of above-mentioned second retarder 12 are sequentially connected.
In above-mentioned, specifically, the input axis connection of the output shaft of the 4th motor 9 and the second retarder 12, the second retarder
There are two output shafts on 12, the drive connection of one of output shaft and the first head sprocket 311, it is another to output shaft through ability
The common universal shaft coupling device 10 in domain is connected with the second head sprocket 321.
In the utility model, it is preferred that be provided with the base 1 corresponding to accumbency on the part of the feed arrangement 3
Stainless steel sink 11, the output shaft of the spindle motor 51 are stretched into the stainless steel sink 11, and the bistrique 52 is installed on institute
The output shaft for stating spindle motor 51 is stretched on the part in the stainless steel sink 11, the output shaft of the spindle motor 51 and institute
The junction for stating stainless steel sink 11 is provided with seal (not provided in figure).Set using the above structure, stainless steel sink 11
The cooling water and stone powder when stone material is polished can be accommodated, is focused on easy to cooling water and stone powder.
In the utility model, the second motor 61 and the 3rd motor 73 use stepper motor or servomotor, the 4th motor 9
Using conventional common electric machine in this area.
Using above-mentioned technical proposal, a kind of workpiece polishing mechanism of stone edge grinding machine of the utility model, its is easy to operate, to worker
It is low to operate level requirement, and can quickly determine seat surface, it is quick to knife, processing efficiency is improved, while personnel's participation is reduced,
Reduce cost.
Compared with prior art, a kind of workpiece polishing mechanism of stone edge grinding machine of the utility model, at work, passes through first
Human-computer interaction module is transmitted with controller signals, and controller first controls first driving means 4 to push directly on feed arrangement to be added
The clamping of work slabstone 8, then controls the second driving device 6 and the 3rd driving device 7 to drive the transverse shifting of sanding apparatus 5 respectively
With vertically movable, (being moved on the end face to be processed of slabstone 8 to be processed), at this time, the scale installed by the second driving device 6
Ruler 601 and pointer 602, the position indicator 701 of the 3rd driving device 7 installation, it becomes possible to draw the coordinate value of seat surface, realize
Quick tool setting, then general feed arrangement feed the slabstone to be processed 8 clamped, the quarter that same second driving device 6 is installed
Ruler 601 and pointer 602 are spent, the position indicator 701 of the 3rd driving device 7 installation, just can quickly draw sanding apparatus to be added
The stock removal of work slabstone 8.Therefore, operated using human-computer interaction module, easy to operate, human-computer interaction module is passed with controller data
Defeated connection, controller directly control each device work, thus it is low to operation level requirement, realize by once with regard to energy pedestal
The coordinate value and quick tool setting in face, and can quickly draw stock removal of the sanding apparatus to slabstone 8 to be processed, treated easy to identical size
Process the processing of slabstone 8；Processing efficiency is improved, while reduces personnel's participation, reduces cost.
It should be noted that：If using the direction that slabstone 8 to be processed is fed on feed arrangement as X-axis, that first driving means
Driving sanding apparatus is moved along Z-direction, and the 3rd driving device 7 drives the second driving device 6 to be moved along Y direction.
The utility model controller controls the second motor 61 and the work of the 3rd motor 73 to allow emery wheel to connect with stone material datum level
Touch, 701 numerical value of position indicator is then adjusted to 0, (701 operation principle of position indicator is：Such as model 3.0, as turn one
Circle, can show 30 on table, i.e., be refined as 30 deciles 1 turn, the depth of cut=n*1.5 for screw (make tooth away from for 1.5), every 1
Turn the depth of cut=1X1.5=1.5mm, the every 1 turn of depth of cut/30=1.5/30=0.05mm, it is feed often to jump a lattice on table
0.05mm, the position indicator 701 with selecting different accuracy according to stone material permissible accuracy.) the utility model polished edges of stones
The workpiece polishing mechanism of machine is at work, individually operated to the progress of each motor by controller according to technological requirement, adjusts required
The depth of cut, then can directly setting-out stone material be processed.Needs are such as processed, the emery wheel with changing different-diameter, according to the above method
.Specifically, by position indicator 701, graduated scale 601 and pointer 602, and coordinate can quickly carry out stone material datum level and
Each emery wheel reference position determines, control is carried out to the depth of cut further according to 701 numerical value of position indicator.
Specifically, in the utility model, the second driving device 6 driving sanding apparatus shift motion is 50mm, and the 3rd drives
It is 50mm that device 7, which drives the stroke of the second driving device 6 movement, and spindle motor uses motor of the rated power for 5.5KW.
The product form and style of above-described embodiment and schema and non-limiting the utility model, any technical field
The appropriate change or modification that those of ordinary skill does it, all should be regarded as not departing from the patent category of the utility model.
Claims (10)
- It is vertically-mounted on the base to have two into being oppositely arranged 1. a kind of workpiece polishing mechanism of stone edge grinding machine, including base Support base, it is characterised in that：The feed arrangement for driving slabstone feeding to be processed, the branch are actively provided with the support base First driving means for promoting the feed arrangement to clamp slabstone to be processed, the feed arrangement and institute are installed on support seat First driving means drive connection is stated, corresponds on the base on the part of the feed arrangement and is provided with for to be processed The sanding apparatus that the edge of slabstone is polished, is provided with the base for driving the sanding apparatus to slabstone to be processed The second driving device for longitudinally being polished and for driving that the sanding apparatus laterally polishes slabstone to be processed Three driving devices, the sanding apparatus are fixedly installed in second driving device, and second driving device is installed on institute State in the 3rd driving device, second driving device is provided with graduated scale and pointer, and the 3rd driving device is provided with position Put display；Human-computer interaction module and controller are further included, the human-computer interaction module and controller are mounted on the base or institute State on support base, the human-computer interaction module is connected with controller data transmission, the feed arrangement, first driving Device, the sanding apparatus, second driving device and the 3rd driving device are electrically connected in the controller Corresponding output end.
- A kind of 2. workpiece polishing mechanism of stone edge grinding machine according to claim 1, it is characterised in that：The feed arrangement includes Have into and be oppositely arranged, and the first crossbeam and second cross beam being set up on the base, the second cross beam are installed on described In one driving device, the first crossbeam is fixed on the support base, is installed respectively on the first crossbeam and second cross beam It is useful for the first chain gear transmission component and the second chain gear transmission group that a pair of sidewalls of slabstone to be processed is simultaneously clamped on and fed Part, the first driving means drive the second cross beam to be moved to the first crossbeam.
- A kind of 3. workpiece polishing mechanism of stone edge grinding machine according to claim 2, it is characterised in that：The first driving dress Put including the first motor, the first retarder, the first guide rail and the first sliding block being slidably matched with the first guide rail, first guide rail It is installed on the support base, is articulated with what is slided for driving first sliding block on the first guide rail on first guide rail First screw, first screw are sequentially connected through feed screw nut and first sliding block, are fixedly connected with the support base For installing the supporting block of the first retarder, first retarder is installed in the supporting block, first motor it is defeated The input axis connection of shaft and first retarder, the output shaft of first retarder are connected with first screw, institute Second cross beam is stated to be fixedly installed on first sliding block；The first driving means, which further include, to be useful for sensing the feeding dress The sensor for clamping slabstone to be processed is put, the sensor is installed on the second cross beam, the sensor and described first Motor connects the respective input and output terminal of the controller respectively.
- A kind of 4. workpiece polishing mechanism of stone edge grinding machine according to claim 1, it is characterised in that：The sanding apparatus includes There is spindle motor, bistrique is installed on the output shaft of the spindle motor.
- A kind of 5. workpiece polishing mechanism of stone edge grinding machine according to claim 4, it is characterised in that：Second driving device Including the second motor, mounting base, the second screw and the first dovetail of the spindle motor is secondary and vibration damper plate for installing, and described the Two motors are installed in the mounting base, and second screw is articulated in the mounting base, described second into being vertically arranged The output terminal of motor is connected with second screw rod transmission, the sliding block of the first dovetail pair have vertical portion and with vertical portion phase Vertical transverse part, the spindle motor are installed on the vibration damper plate, and the vibration damper plate is fixed on the vertical portion through bolt On, offered on the transverse part and connect the control with matched first threaded hole of second screw, second motor The corresponding output end of device processed；The graduated scale is vertically installed in the mounting base, and the pointer is installed on the snubber block Corresponding to the position of the graduated scale.
- A kind of 6. workpiece polishing mechanism of stone edge grinding machine according to claim 5, it is characterised in that：The 3rd driving dress Put and set including the 3rd motor, the 3rd screw and the second dovetail pair, the 3rd screw into accumbency, the 3rd screw is articulated in On the base, the 3rd motor is installed on the base, output shaft and the 3rd screw of the 3rd motor First end connects, and the position indicator is installed on the second end of the 3rd screw, the cunning of the second dovetail pair Block has vertical portion and the transverse part perpendicular with vertical portion, and the mounting base is fixed on the transverse part, the vertical portion On offer and matched second threaded hole of the 3rd screw, the 3rd motor connects the corresponding output of the controller End.
- A kind of 7. workpiece polishing mechanism of stone edge grinding machine according to claim 2, it is characterised in that：It is provided with the base 4th motor and the second retarder, the output shaft of the 4th motor and the input axis connection of second retarder, described the There are two output shafts on two retarders, the first chain gear transmission component and the second chain gear transmission component respectively with it is described Second retarder accordingly exports axis connection, and the 4th motor connects the corresponding output end of the controller.
- A kind of 8. workpiece polishing mechanism of stone edge grinding machine according to claim 7, it is characterised in that：First chain gear transmission Component includes the first head sprocket for being used for power input and the 3rd head sprocket for power output, and the first driven sprocket, First head sprocket, the 3rd head sprocket and first driven sprocket are uniformly distributed on the chain through chain drive There are multiple first clamping plates for being used to contact friction with slabstone to be processed, first head sprocket is articulated in the one of the first crossbeam On end, the 3rd head sprocket and first driven sprocket are articulated on the other end of the first crossbeam, and described Three head sprockets are between first head sprocket and first driven sprocket；The wheel shaft of first head sprocket and above-mentioned the The output shaft of two retarders is sequentially connected.
- A kind of 9. workpiece polishing mechanism of stone edge grinding machine according to claim 7, it is characterised in that：Second chain gear transmission Component includes the second head sprocket and the second driven sprocket for being used for power input, second head sprocket and second driven chain Wheel through chain drive, on the chain it is uniformly distributed have it is multiple be used to contact the second clamping plates to rub with slabstone to be processed, it is described Second head sprocket and second driven sprocket are articulated on the both ends of the second cross beam, the wheel shaft of second head sprocket It is sequentially connected by the output shaft of Hooks coupling universal coupling and above-mentioned second retarder.
- A kind of 10. workpiece polishing mechanism of stone edge grinding machine according to claim 4, it is characterised in that：It is corresponding on the base Stainless steel sink is installed in accumbency on the part of the feed arrangement, the output shaft of the spindle motor stretches into the stainless steel In sink, the output shaft that the bistrique is installed on the spindle motor is stretched on the part in the stainless steel sink, the master The output shaft of spindle motor and the junction of the stainless steel sink are provided with seal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721292167.5U CN207358768U (en) | 2017-10-09 | 2017-10-09 | A kind of workpiece polishing mechanism of stone edge grinding machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721292167.5U CN207358768U (en) | 2017-10-09 | 2017-10-09 | A kind of workpiece polishing mechanism of stone edge grinding machine |
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| Publication Number | Publication Date |
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| CN207358768U true CN207358768U (en) | 2018-05-15 |
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| CN201721292167.5U Expired - Fee Related CN207358768U (en) | 2017-10-09 | 2017-10-09 | A kind of workpiece polishing mechanism of stone edge grinding machine |
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| CN (1) | CN207358768U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117381584A (en) * | 2023-10-08 | 2024-01-12 | 广东和汇智能工程有限公司 | Permanent magnet high-speed and high-efficiency ceramic and stone edge grinding machine and control method thereof |
-
2017
- 2017-10-09 CN CN201721292167.5U patent/CN207358768U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117381584A (en) * | 2023-10-08 | 2024-01-12 | 广东和汇智能工程有限公司 | Permanent magnet high-speed and high-efficiency ceramic and stone edge grinding machine and control method thereof |
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