CN206105576U - Take mill of carving to throw machine - Google Patents
Take mill of carving to throw machine Download PDFInfo
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- CN206105576U CN206105576U CN201620725090.5U CN201620725090U CN206105576U CN 206105576 U CN206105576 U CN 206105576U CN 201620725090 U CN201620725090 U CN 201620725090U CN 206105576 U CN206105576 U CN 206105576U
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- grinding
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Abstract
The utility model relates to a take mill of carving to throw machine, including the frame, for the rotary clamping mechanism of centre gripping stone material and be used for throwing the mechanism to the first mill that the throwing was ground on the stone material surface, first mill is thrown the mechanism and is included the carving sword, is used for to drive carving sword pivoted drive mechanism and correspond the cooling device that the carving sword set up. Adopt the technical scheme of the utility model afterwards, the mill that directly utilizes the carving sword to carry out the stone material is thrown, to the stone material that needs the multichannel carving, the utility model discloses can reduce by former preliminary grinding technologies, if can reduce these several preliminary grinding processes in 50 meshes, 150 - 300 meshes and 200 - 300 meshes, saved several preliminary grinding's abrasive material, should adopt the carving sword moreover, the carving volume is very little, and the loss of carving sword is also minimum, can guarantee the life of carving sword.
Description
Technical field
This utility model is related to a kind of polished machine with carving, category stone machining equipment field.
Background technology
In field of stone processing, the main cutting for including stone material of processing of stone material and the grinding and polishing of stone material.Such as Authorization Notice No.
202278668 U of CN, it is in the Chinese utility model patent of entitled " a kind of Multifunctional multi-head cylindrical stone profiling machine ", open
A kind of a kind of Multifunctional multi-head cylindrical stone profiling machine Multifunctional multi-head cylindrical stone profiling machine, which includes：Base；Pillar,
Including the front left pillar, front right pillar, rear left pillar and the rear right pillar that are fixedly arranged on base, the top of the pillar passes through tetrad
Connect beam and be connected into trapezium structure；Working piece positioning device, including the upper and lower beam between front left and right column, lower distance between girders is installed
There are some workpiece pallet devices, correspondence is provided with workpiece support agency on the upper beam directly over each workpiece pallet device；Workpiece
Topping machanism, it is characterised in that：The workpiece topping machanism include by vertical lift and horizontal shifting drive mechanism can up and down,
Level is erected at the interior crossbeam between rear left and right column movably forward and backward, is sheathed on interior crossbeam and by motor driver
The crossbeam frame that slip position that can be on interior crossbeam horizontally slips, and it is some by along the longitudinally perpendicular main shaft being bearing on crossbeam frame
Drive with the Cutting tool of synchronous cutting workpiece；Feeler mechanism, including the stencil master holder on rear column, for following the trail of
Stencil master curved surface track and the copying control bar with light electric probe and PLC with the linkage of interior crossbeam, PLC
The input connection light electric probe of Programmable Logic Controller, outfan connect each drive mechanism of workpiece topping machanism.
Such as 105081913 A of application publication number CN, the Chinese utility model of entitled " a kind of grinding and polishing apparatus and polished machine "
A kind of polished machine is disclosed in patent application, which includes grinding and polishing unit, grinding and polishing unit includes frame, is horizontally arranged at interval in frame
On multiple grinding and polishing apparatus；Grinding and polishing apparatus include knife rest, the driving shaft being coaxially oppositely arranged on knife rest and driven shaft, drive master
Mair motor and grinding tool that moving axis is rotated, grinding tool include cutter shaft between driving shaft and driven shaft, are fixedly installed on cutter shaft
On cylindric emery wheel, the periphery facial contour of cylindric emery wheel is mutually chimeric with the periphery facial contour of cylindric workpiece, during work, circle
Column emery wheel is parallel with cylindric workpiece positioned opposite, and make cylindric emery wheel can the outer peripheral face of seamless applying cylindric workpiece enter
Row grinding and polishing.Also include work holder, including the movable stand that can be arranged on below the grinding and polishing apparatus, laterally transverse shifting
The multiple rotation clamping devices being disposed on movable stand and the drive mechanism for driving rotation clamping device work, rotation clamping
Mechanism includes the active apical axis being coaxially oppositely arranged and driven apical axis, and drive mechanism connection drives active apical axis to rotate, cylindric
Workpiece is clamped between active apical axis and driven apical axis, and can be rotated by active apical axis；The cylindric emery wheel and circle
Columnar workpiece is longitudinally parallel positioned opposite, and the transverse shifting of movable stand can make cylindric workpiece in the circle of each grinding and polishing apparatus
Switch between column emery wheel, the outer peripheral face of cylindric workpiece seamless applying with the cylindric emery wheel of the grinding and polishing apparatus is ground
Throw.
In stone machining processing, for the higher stone material of finished surface luminosity, by needing using various multiple tracks grinding and polishings
Operation, per pass grinding and polishing operation using different fineness abrasive material, such as in traditional processing operation, generally successively using 50 mesh, 150-
300 mesh, 200-300 mesh, 500 mesh, 700-800 mesh, 1000 mesh, the abrasive material of 3000 mesh carry out grinding and polishing to stone material.Using this
Stone grinder mode, haves the shortcomings that abrasive material is lost big, efficiency low.
In consideration of it, inventor is furtherd investigate to the problems referred to above, there is then this case to produce.
Utility model content
The purpose of this utility model is to provide a kind of simple structure, can improve the band carving of working (machining) efficiency, material-saving
The polished machine of mill.
In order to achieve the above object, this utility model adopts such technical scheme：
Polished machine with carving, including frame, the rotation clamping device to clamp stone material and to stone surface
The first grinding and polishing sector of grinding and polishing is carried out, first grinding and polishing sector includes carving knife, the driver to drive carving swivel dynamic
The chiller that structure and correspondence carving knife are arranged.
Used as a kind of optimal way of the present utility model, the frame includes left socle, right support, is connected on left socle
Crossbeam and the base being arranged between left socle bottom and right support bottom between portion and right support top, crossbeam are provided with
The mounting blocks that can be moved along the left and right directions of crossbeam and the mounting blocks drive mechanism moved to drive installation block, on mounting blocks
The first elevating mechanism is provided with, first grinding and polishing sector is arranged on the first elevating mechanism, sets on left socle and/or right support
There is the drive mechanism in front and back for driving crossbeam to move along the longitudinal direction.
Used as a kind of optimal way of the present utility model, the rotation clamping device includes clamping the first of stone material and consolidates
Determine frame and the second fixed mount, the first fixed mount and/or the second fixed mount are can be disposed in institute in the way of relatively described base slip
State on base, the first fixed mount is provided with the first tail spindle, the second fixed mount is provided with the second tail spindle, on the second fixed mount
The tail spindle drive mechanism for driving the second tail spindle to rotate is connected with, the first tail spindle and the second tail spindle are in the horizontal direction
Arrange.
Used as a kind of optimal way of the present utility model, first elevating mechanism is provided with swivel head, and swivel head is at least
With first surfaces of revolution and second surfaces of revolution, first grinding and polishing sector is arranged on first surfaces of revolution, also including being arranged on
The second grinding and polishing sector on two surfacess of revolution, the second grinding and polishing sector include motor and the abrasive material wheel being arranged on motor output shaft.
As a kind of optimal way of the present utility model, the frame include pedestal, enclose be located on pedestal front left pillar,
Front right pillar, rear left pillar and rear right pillar, are provided with support beam in frame, also include driving what support beam was vertically moved
Vertical lifting mechanism and the horizontal mobile mechanism to drive support beam horizontal shifting, being provided with support beam can be along support
The crossbeam frame of beam left and right directions movement, first grinding and polishing sector are fixed on crossbeam frame.
As a kind of optimal way of the present utility model, the rotation clamping device include being arranged on the front left pillar with
Upper beam and underbeam are provided between the front right pillar, upper beam is can be arranged on the frame in the way of stands longitudinal movement
On, thimble disk being provided with upper beam, lower thimble disk is provided with underbeam, upper thimble disk is provided with tail spindle, lower thimble disk
The lower tail spindle coordinated with upper tail spindle is provided with, upper tail spindle and lower tail spindle are vertically arranged, set on underbeam
There is the lower tail spindle drive mechanism for driving lower tail spindle to rotate.
Used as a kind of optimal way of the present utility model, the crossbeam frame is provided with swivel head, and swivel head at least has the
One surfaces of revolution and second surfaces of revolution, first grinding and polishing sector are arranged on first surfaces of revolution, also including being arranged on the second rotation
The second grinding and polishing sector on face, the second grinding and polishing sector include motor and the abrasive material wheel being arranged on motor output shaft.
As a kind of optimal way of the present utility model, the frame include pedestal, enclose be located on pedestal front left pillar,
Front right pillar, rear left pillar and rear right pillar, are provided with support beam in frame, also include driving what support beam was vertically moved
Vertical lifting mechanism and the horizontal mobile mechanism to drive support beam horizontal shifting, being provided with support beam can be along support
The crossbeam frame of beam left and right directions movement, first grinding and polishing sector are fixed on crossbeam frame, also at least set on the crossbeam frame
There is second grinding and polishing sector, the second grinding and polishing sector includes motor and the abrasive material wheel being arranged on motor output shaft, the rotation
Clamping device is multiple, and each rotates described first grinding and polishing sector of clamping device correspondence or the second grinding and polishing sector is arranged.
As a kind of optimal way of the present utility model, the second grinding and polishing sector for also arranging including correspondence stone material, the second mill
Throwing mechanism includes motor and the abrasive material wheel being arranged on motor output shaft, also including position switching mechanism, position switching mechanism bag
Include switching frame, the first switching part being arranged on switching frame and the second switching part and to realize that the first switching part and second is cut
The switching power source of portion position switching is changed, first grinding and polishing sector is arranged on the first switching part, second grinding and polishing sector
It is arranged on the second switching part.
As a kind of optimal way of the present utility model, including frame, the rotation clamping device to clamp stone material and
To the first grinding and polishing sector and the second grinding and polishing sector that grinding and polishing is carried out to stone surface, first grinding and polishing sector includes carving
Knife, the chiller to drive the carving swivel drive mechanism for moving and correspond to the setting of carving knife, the second grinding and polishing sector include
Motor and the abrasive material wheel being arranged on motor output shaft, also include clamping device movement is rotated to be delivered to stone material
The rotation clamping device conveying mechanism of the first grinding and polishing sector and the second grinding and polishing sector.
After using the technical solution of the utility model, the grinding and polishing of stone material is directly carried out using carving knife, for needing multiple tracks
The stone material of carving, this utility model can reduce former roads just grinding process, can such as reduce 50 mesh, 150-300 mesh and
200-300 Mu Zheji roads preliminary grinding operations, save the abrasive material of a few road preliminary grindings, and this adopt carving knife, carving amount very little, carving
The loss of sharpening is also minimum, ensure that the service life of carving knife.
Description of the drawings
Fig. 1 is the structural representation of the first embodiment in this utility model；
Fig. 2 is the partial structural diagram of second embodiment in this utility model；
Fig. 3 is the structural representation of the third embodiment in this utility model；
Fig. 4 is the partial structural diagram of the 4th kind of embodiment in this utility model；
Fig. 5 is the partial structural diagram of the 5th kind of embodiment in this utility model；
Fig. 6 is the partial structural diagram of the 6th kind of embodiment in this utility model；
Fig. 7 is the partial structural diagram of the 7th kind of embodiment in this utility model；
In figure：
10- left socle 11- right supports
13- crossbeam 14- bases
15- mounting blocks the first fixed mounts of 16-
17- the second fixed mount the first tail spindles of 18-
The top drive mechanisms of 19- the second tail spindle 191-
20- switching mechanisms 21- switches frame
22- the first switching part the second switching parts of 23-
30- the first grinding and polishing sector 31- drive mechanisms
32- carving knife 33- water cooling plants
40- swivel head drive mechanism 41- swivel heads
42- first surfaces of revolution, second surfacess of revolution of 43-
50- the second grinding and polishing sector 51- motors
52- abrasive material wheel 61- bases
62- front left pillar 63- front right pillars
64- underbeam 65- upper beams
Top disk in 66- support beams 67-
Top disk under the upper tail spindle 68- of 671-
Tail spindle 661- crossbeam frames under 681-
Specific embodiment
In order to the technical solution of the utility model is explained further, it is described in detail below in conjunction with the accompanying drawings.
The grinding and polishing process of swinging shaped stone material railing, which comprises the steps：
Step A, prepares shaped stone material railing base substrate, and the shaped stone material railing base substrate is by stone material through cutting big face, being engraved as
Make after type；Big face, the conventional machining mode that is shaped in field of stone processing of engraving are cut, which is mainly by processing of stone into predetermined
The shaped stone material railing base substrate of shape；
Step B, clamps shaped stone material base substrate and drives shaped stone material base substrate to rotate by rotating clamping device, special-shaped stone
The velocity of rotation of material base substrate drives carving knife rotation to enter shaped stone material railing base substrate by motor at 300 to 1800 revs/min
First grinding and polishing of row, the rotating speed of motor is 18000-24000 rev/min, and the carving amount of shaped stone material railing billet surface is 1cm-
2cm；Those skilled in the art can select the rotating speed of motor according to the carving amount of shaped stone material railing billet surface, such as work as
In 1.4cm to 1.5cm, the rotating speed of motor selects 20000 to 21000 revs/min to carving amount.
Step C, according to the demand of finished surface luminosity, at least carries out a second grinding and polishing by shaped stone material railing base substrate
It is processed into finished product railing, fineness >=500 mesh of the abrasive material of second grinding and polishing.
Carving knife is adopted in first grinding and polishing of this utility model, replace in traditional grinding and polishing operation using 50 mesh, 150-300
Mesh, 200-300 mesh this few road grinding and polishing operations, it is possible to increase the working (machining) efficiency on stone railing surface, while saving conventional processes
The loss of middle abrasive material.
As a kind of optimal way of the present utility model, in step C, the multiple second grinding and polishing is carried out, repeatedly
The fineness of the abrasive material that the second grinding and polishing is adopted is successively from 500 mesh, 700-800 mesh, 1000 mesh and 3000 mesh
Plant or various.Twice second grinding and polishing can be carried out as needed such as, 500 mesh and 700 are sequentially selected in second grinding and polishing twice
Purpose abrasive material；Three second grinding and polishing is carried out as needed can also, 500 mesh, 1000 mesh are selected in three second grinding and polishings successively
And 3000 mesh abrasive material；When carrying out four second grinding and polishings, sequentially can select 500 mesh, 700-800 mesh, 1000 mesh and
The abrasive material of 3000 mesh.
As a kind of optimal way of the present utility model, in step B and step C, the grinding and polishing with carving is adopted
Machine is processed.
Referring to figs. 1 to Fig. 7, the polished machine with carving, including frame, the rotation clamping device to clamp stone material and use
So that the first grinding and polishing sector 30 of grinding and polishing is carried out to stone surface, first grinding and polishing sector 30 is with to polish to stone material
Carving knife 32, compare traditional conventional abrasive material and soft abrasiye, the carving of stone material directly carried out using carving knife 32, its processing effect
Rate is higher, and as, during stone grinder, carving amount is less, the loss very little of carving knife 32, carving knife 32 specifically may be used
So that from the graver commonly used in field of stone processing, those skilled in the art can be according to the shape of stone material and hardness come phase
The model and hardness of the choosing and shaping knife answered, this utility model are used in carving knife 32 in polished machine.
Carving knife 32 of the present utility model is driven and rotated by drive mechanism 31, and drive mechanism 31 is existed from rotating speed
18000 to 24000 revs/min of water-cooled carving motor, in frame, correspondence carving knife 32 is provided with chiller 33, by cooling
Device 33 realizes the cooling of carving knife 32, it is ensured that carving knife 32 stably carries out grinding and polishing in the case where height operates.When in use, pass through
Rotation clamping device clamps stone material and drives stone material to rotate, and drives carving knife 32 to rotate so as to stone material by drive mechanism 31
Surface carries out polishing processing.
This utility model also includes the second grinding and polishing sector 50, and the second grinding and polishing sector 50 has abrasive material wheel 52, specifically, second
Grinding and polishing sector 50 is also with the motor 51 to drive abrasive material wheel 52 to rotate.First grinding and polishing sector 30 and the second grinding and polishing sector 50 are matched somebody with somebody
Close using processing is polished to stone material, when in use, by carving knife 32 can replace 50 mesh in Bartlit grinding and polishing,
150-300 mesh and 200-300 Mu Zheji roads preliminary grinding operations, by 32 polishing processing of carving knife, further according to the surface of stone material
Luminosity process requirements, select the second grinding and polishing sector 50 abrasive material wheel 52, specifically can select successively as needed 500 mesh, 700-
800 mesh, 1000 mesh, the abrasive material wheel 32 of 3000 mesh.
With reference to Fig. 1, as the first embodiment of the present utility model, frame includes left socle 11, right support 12, connection
Crossbeam 13 between 12 top of 11 top of left socle and right support and it is arranged on 11 bottom of left socle and 12 bottom of right support
Between base 14, crossbeam 13 be provided with can along crossbeam 13 length direction move mounting blocks 15 and to drive installation block
The mounting blocks drive mechanisms of 15 movements, mounting blocks 15 are provided with the first elevating mechanism, and first grinding and polishing sector 30 is arranged on the
On one elevating mechanism, before and after on left socle 11 and/or right support 12 being provided with to drive crossbeam 13 to move along the longitudinal direction
Drive mechanism.Mounting blocks drive mechanism, first elevating mechanism and drive mechanism can select field of stone processing in front and back
Conventional mechanisms, such as from screw body or hydraulic oil cylinder mechanism.By mounting blocks drive mechanism, the first elevating mechanism and
Drive mechanism can realize movement of first grinding and polishing sector 30 in three Spatial Dimensions in front and back, so as to realize the first grinding and polishing sector 30
Para-position, feeding, grinding and polishing, shaped stone material is processed.
This utility model is used in horizontal stone polished machine, and rotation clamping device includes the first fixation for clamping stone material
Frame 16 and the second fixed mount 17, the first fixed mount 16 and/or the second fixed mount 17 are by can be in the way of the base 14 slides relatively
It is disposed on the base 14, the first fixed mount 16 is provided with the first tail spindle 18, and it is top that the second fixed mount 17 is provided with second
Axle 19, is connected with the tail spindle drive mechanism 191 for driving the second tail spindle 19 to rotate, tail spindle on the second fixed mount 17
Drive mechanism 191 can adopt conventional motor transmission mechanism, and the first tail spindle 18 and the second tail spindle 19 are horizontally disposed.
During processing, stone material is folded between the first tail spindle 18 and the second tail spindle 19, drives stone material by tail spindle drive mechanism 191
Rotation, the first grinding and polishing sector 30 are placed in the top of stone material and stone material are processed.
With reference to Fig. 2, used as second embodiment of the present utility model, the polished machine of the embodiment has the first grinding and polishing
Mechanism 30 and the second grinding and polishing sector 50, the first grinding and polishing sector 30 is with the carving knife 32 to be polished to stone material, the second mill
Mechanism 50 is thrown with the abrasive material wheel 52 to be polished to stone material.Swivel head 41 is provided with frame, swivel head 41 at least has
There are first surfaces of revolution 42 and second surfaces of revolution 43, the first grinding and polishing sector 30 is arranged on first surfaces of revolution 42, the second polished machine 50
Arrange on second surfaces of revolution 43.This utility model can be arranged multiple second surfacess of revolution 43, for example may be used according to processing of stone demand
To arrange three, four or more, the different abrasive material wheel 52 of each installation of second surfaces of revolution 43 fineness, to realize to stone material
Multiple tracks polishing processing.Swivel head 41 is driven by swivel head drive mechanism 40 and is rotated, and carries out the switching of the surfaces of revolution so that first
Grinding and polishing sector 30 is contacted with stone material carries out grinding and polishing or so that the second grinding and polishing sector 50 is contacted with stone material carries out stone polishing, rotation
Head drive mechanism 40 can for example adopt electric machine structure.
Preferably, swivel head 41 is arranged on the first elevating mechanism, realizes 41 height of swivel head by the first elevating mechanism
Adjustment.Mounting blocks 15 are driven to move by mounting blocks drive mechanism, it is possible to achieve the adjustment of 41 horizontal level of swivel head.
With reference to Fig. 3, this utility model is used in vertical stone polished machine, as the third embodiment party of the present utility model
Formula, frame include pedestal 61, enclose front left pillar 62, front right pillar 63, rear left pillar and the rear right pillar being located on pedestal 61,
Support beam 66 is provided with frame, the vertical lifting mechanism that also includes driving support beam 66 to vertically move and to drive support
The horizontal mobile mechanism that beam 66 is moved horizontally, being provided with support beam 66 can be along the crossbeam frame of 66 left and right directions of support beam movement
661, first grinding and polishing sector 30 is fixed on crossbeam frame 661.It is additionally provided with to drive between support beam 66 and crossbeam frame 661
The crossbeam frame drive mechanism that dynamic crossbeam frame 661 is moved along support beam 66.Vertical lifting mechanism, horizontal mobile mechanism and crossbeam frame
Drive mechanism can select the attachment structure of the Conventional mechanisms of field of stone processing, these mechanisms and frame in the prior art
Also on the books, such as correspondence can select 202278668 U of Authorization Notice No. CN, a kind of entitled " Multifunctional multi-head cylindricality stone material
Corresponding vertical lifting mechanism, horizontal shifting drive mechanism and motor driver in profiling machine ".Vertical lifting mechanism, water
Flat travel mechanism and crossbeam frame drive mechanism drive the first grinding and polishing sector 30 in above-below direction, fore-and-aft direction and left and right directions
Movement, realize the para-position of the first grinding and polishing sector 30, feeding, grinding and polishing, to be processed to shaped stone material.
Used as a kind of optimal way of the present utility model, the rotation clamping device includes being arranged on the front left pillar 62
Upper beam 65 and underbeam 64 are provided between the front right pillar 63, upper beam 65 is can arrange in the way of stands longitudinal movement
In the frame, thimble disk 67 is provided with upper beam 65, be provided with lower thimble disk 68, set on upper thimble disk 67 on underbeam 64
There is upper tail spindle 671, lower thimble disk 68 is provided with the lower tail spindle 681 coordinated with upper tail spindle 67, upper tail spindle 671 and lower top
Spivot 681 is vertically arranged, the lower tail spindle driving machine that tail spindle 681 is rotated under on underbeam 65 being provided with to drive
Structure.Using this structure, stone material is erected between tail spindle 671 and lower tail spindle 681, by lower tail spindle drive mechanism band
Dynamic stone material is rotated, and the first grinding and polishing sector 30 is arranged on the side of stone material and the surface of stone material is processed, the first grinding and polishing sector 30
Position can be carried out by vertical lifting mechanism and horizontal mobile mechanism, so that comprehensive grinding and polishing is carried out to stone material.
With reference to Fig. 4, used as the 4th kind of embodiment of the present utility model, the polished machine of the embodiment has the first grinding and polishing
Mechanism 30 and the second grinding and polishing sector 50, the first grinding and polishing sector 30 is with the carving knife 32 to be polished to stone material, the second mill
Mechanism 50 is thrown with the abrasive material wheel 52 to be polished to stone material.
In this embodiment, crossbeam frame 661 is provided with swivel head 41, and swivel head 41 at least has first surfaces of revolution, 42 He
Second surfaces of revolution 43, the first grinding and polishing sector 30 are arranged on first surfaces of revolution 42, and the second polished machine 50 arranges second surfaces of revolution 43
On.
With reference to Fig. 5, as the 5th kind of embodiment of the present utility model, frame includes pedestal 61, enclose and be located on pedestal 61
Front left pillar 62, front right pillar 63, rear left pillar and rear right pillar, support beam 66 is provided with frame, also includes driving
Vertical lifting mechanism and the horizontal mobile mechanism to drive support beam 66 to move horizontally that dynamic support beam 66 is vertically moved, are propping up
Support beam 66 is provided with and can be fixed on crossbeam along the crossbeam frame 661 of 66 left and right directions of support beam movement, first grinding and polishing sector 30
On frame 661.Also at least provided with second polished machine 50 on the crossbeam frame 661.The rotation clamping device for multiple, often
Individual rotation clamping device corresponds to first grinding and polishing sector 30 or the second polished machine 50 is arranged.In embodiment, each rotating clamp
Hold mechanism and clamp one block of stone material to be processed, the first grinding and polishing sector 30 is arranged on the left side, and the right of the first grinding and polishing sector 30 sets successively
Multiple second grinding and polishing sectors 50 are put, stone material after processing through the carving of the first grinding and polishing sector 30 is sent into the second grinding and polishing sector 50 and entered
Row polishing processing.
With reference to Fig. 6, which is the structural representation of the 6th kind of embodiment of this utility model；The polished machine has the first grinding and polishing
Mechanism 30 and the second grinding and polishing sector 50, the first grinding and polishing sector 30 is with the carving knife 32 to be polished to stone material, the second mill
Mechanism 50 is thrown with the abrasive material wheel 52 to be polished to stone material.First grinding and polishing sector 30 and the second grinding and polishing sector 50 can be equal
It is arranged on crossbeam frame 661, it is also possible to which the second grinding and polishing sector 50 is arranged on crossbeam frame 661, the first grinding and polishing sector 30 is set
Put by the second grinding and polishing sector 50, and it is horizontal and vertical to drive the first grinding and polishing sector 30 to carry out by single drive mechanism
Displacement.
With reference to Fig. 7, which is the 7th kind of optimal way of the present utility model, and the polished machine of the embodiment is with the first grinding and polishing
Mechanism 30 and the second grinding and polishing sector 50, the first grinding and polishing sector 30 is with the carving knife 32 to be polished to stone material, the second mill
Mechanism 50 is thrown with the abrasive material wheel 52 to be polished to stone material.Also include position switching mechanism 20, position switching mechanism 20
It is arranged on crossbeam frame 661, the first grinding and polishing sector 30 is carried out by position switching mechanism 20 and 50 position of the second grinding and polishing sector is cut
Change.The upper and lower displacement of 20 entirety of position switching mechanism is realized by the displacement of crossbeam frame 661.
In this utility model, position switching mechanism 20 includes the first switching part for switching frame 21, being arranged on switching frame 21
22 and second switching part 23 and to realize the first switching part 22 and 23 position of the second switching part switching switching power source, cut
Change power source to be for example arranged on the first switching part 22 using electric machine structure, first grinding and polishing sector 30, described second
Polished machine 50 is arranged on the second switching part 23.Using this structure, in processing of stone, in an initial condition, the first grinding and polishing
Mechanism 30 is arranged on the top of the second grinding and polishing sector 50, and during work, crossbeam frame 661 is moved downward so as to drive position switching mechanism
20 it is overall move downward, the first grinding and polishing sector 30 and the second grinding and polishing sector 50 are processed to the surface of stone material from top to down,
When stone material bottom is machined to, the first switching part 22 and 23 position of the second switching part are switched by switching power source so that the
One grinding and polishing sector 30 is located at the lower section of the second grinding and polishing sector 50, is moved up by crossbeam frame 661 afterwards, drives position switching machine
Overall the moving upwards of structure 20 carries out secondary grinding and polishing to stone surface, to improve the crudy of stone material.Thus, being switched by position
Mechanism 20 coordinates the motion of 661 3 dimensions of crossbeam frame, shaped stone material can be processed, by 30 He of the first grinding and polishing sector
Second grinding and polishing sector 50 is processed to shaped stone material simultaneously, it is possible to increase working (machining) efficiency ensures processing of stone quality simultaneously.
This utility model also proposes a kind of polished machine with carving, and which includes frame, clamps to the rotation for clamping stone material
Mechanism and the first grinding and polishing sector 30 and the second grinding and polishing sector 50 grinding and polishing is carried out to stone surface, first polished machine
Structure 30 includes carving knife 32, the chiller to drive the carving swivel drive mechanism 31 for moving and correspond to 32 setting of carving knife
33, the second grinding and polishing sector 50 includes motor 51 and the abrasive material wheel 52 being arranged on motor output shaft, also includes being rotated
Clamping device movement is so that stone material to be delivered to the rotation clamping device conveyer of the first grinding and polishing sector 30 and the second grinding and polishing sector 40
Structure.Rotation clamping device conveying mechanism can select production line, referring for example to Fig. 3 and Fig. 5, upper beam 65 and underbeam 61 be set
Put can be with production line, after a certain block of stone material is processed on the first grinding and polishing sector 30, by production line band
Dynamic upper beam 65 and underbeam 61 move a station, so as to stone material is sent to next station, by the second grinding and polishing sector 50 to stone
Material is processed further.Using this structure, the conveying of stone material is carried out by production line, it is possible to increase the operating of equipment
The working (machining) efficiency of efficiency and stone material.
Product form of the present utility model is not limited to this case diagram and embodiment, and anyone carries out similar thinking to which
Appropriate change is modified, and all be should be regarded as without departing from patent category of the present utility model.
Claims (2)
1. the polished machine with carving, including frame, the rotation clamping device to clamp stone material and to enter to stone surface
First grinding and polishing sector of row grinding and polishing, it is characterised in that：First grinding and polishing sector include carving knife, to drive carving swivel move
Drive mechanism and the chiller that arranges of correspondence carving knife, the frame includes left socle, right support, is connected to left socle
Crossbeam and the base being arranged between left socle bottom and right support bottom between top and right support top, sets on crossbeam
The mounting blocks drive mechanism for having the mounting blocks that can be moved along the left and right directions of crossbeam and moving to drive installation block, mounting blocks
The first elevating mechanism is provided with, first grinding and polishing sector is arranged on the first elevating mechanism, on left socle and/or right support
The drive mechanism in front and back for driving crossbeam to move along the longitudinal direction is provided with, the rotation clamping device includes clamping stone material
The first fixed mount and the second fixed mount, the first fixed mount and/or the second fixed mount are by can be in the way of relatively described base slides
It is disposed on the base, the first fixed mount is provided with the first tail spindle, the second fixed mount is provided with the second tail spindle, second
The tail spindle drive mechanism for driving the second tail spindle to rotate, the first tail spindle and the second tail spindle edge are connected with fixed mount
Horizontally arranged, first elevating mechanism is provided with swivel head, and swivel head at least has first surfaces of revolution and the second rotation
Face, first grinding and polishing sector are arranged on first surfaces of revolution, also including the second grinding and polishing sector being arranged on second surfaces of revolution,
Second grinding and polishing sector includes motor and the abrasive material wheel being arranged on motor output shaft, and it is 18000- that the drive mechanism is rotating speed
24000 revs/min of water-cooled carving motor.
2. the polished machine with carving as claimed in claim 1, it is characterised in that：Also include the second grinding and polishing that correspondence stone material is arranged
Mechanism, the second grinding and polishing sector include motor and the abrasive material wheel being arranged on motor output shaft, also including position switching mechanism, position
Switching mechanism includes switching frame, the first switching part being arranged on switching frame and the second switching part and to realize the first switching
Portion and the switching power source of the second switching part position switching, first grinding and polishing sector is arranged on the first switching part, and described the
Two grinding and polishing sectors are arranged on the second switching part.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620725090.5U CN206105576U (en) | 2016-07-11 | 2016-07-11 | Take mill of carving to throw machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620725090.5U CN206105576U (en) | 2016-07-11 | 2016-07-11 | Take mill of carving to throw machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206105576U true CN206105576U (en) | 2017-04-19 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620725090.5U Expired - Fee Related CN206105576U (en) | 2016-07-11 | 2016-07-11 | Take mill of carving to throw machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206105576U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105945698A (en) * | 2016-07-11 | 2016-09-21 | 泉州市佳能机械制造有限公司 | Grinding and polishing machine with carving and milling |
| CN112720199A (en) * | 2021-02-20 | 2021-04-30 | 刘昆 | Angle mill cutting auxiliary mechanism |
-
2016
- 2016-07-11 CN CN201620725090.5U patent/CN206105576U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105945698A (en) * | 2016-07-11 | 2016-09-21 | 泉州市佳能机械制造有限公司 | Grinding and polishing machine with carving and milling |
| CN105945698B (en) * | 2016-07-11 | 2018-12-11 | 泉州市佳能机械制造有限公司 | A kind of technique that the grinding and polishing of shaped stone material railing is carried out using the polished machine with carving |
| CN112720199A (en) * | 2021-02-20 | 2021-04-30 | 刘昆 | Angle mill cutting auxiliary mechanism |
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| CF01 | Termination of patent right due to non-payment of annual fee |
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