CN202062293U - Novel polishing device of polisher - Google Patents
Novel polishing device of polisher Download PDFInfo
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- CN202062293U CN202062293U CN2010205109239U CN201020510923U CN202062293U CN 202062293 U CN202062293 U CN 202062293U CN 2010205109239 U CN2010205109239 U CN 2010205109239U CN 201020510923 U CN201020510923 U CN 201020510923U CN 202062293 U CN202062293 U CN 202062293U
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Abstract
The utility model relates to a novel polishing device of a polisher, which comprises a polishing transmission main shaft branch part at the top of the polisher, the number and width of saddle type swinging body slide block support breams of the polisher, a millstone, an inside gear structure of a millstone-type circular mill and a grinding block protecting plate arranged at a clamp seat of a grinding pin of the millstone, especially comprises a diamond grinding block arranged on the clamp seat of the grinding pin, moreover, a grinding pin clamp seat distributing condition of the millstone, wherein the millstone and the circular mill have two rotating structure modes: a speed changing millstone structure mode that the turning direction of a driving gear is consistent with that of a driven wheel and a speed changing millstone structure mode that the turning direction of the driving gear is reverse to that of the driven gear, so that the grinding force of the single millstone and the grinding force of the single millstone-type circular mill are increased. Simultaneously, the force abradability of an inner gear can be reduced and then a stress of a power motor is reduced. By the devices, consumption can be reduced, energy can be saved, service life of the machine can be prolonged and product quality can be improved.
Description
Technical field
The utility model relates to a kind of polishing machine; especially the novel polishing device in a kind of polishing machine, it comprises: mill gear mechanism and abrasive disk type circle grinding machine gear mechanism device; abrasive disk type circle grinding machine and mill; polishing machine pendular body sliding panel brace summer quantity and width; the card of mill mill pin is sat; mill pin distribution situation; abrading block; the baffle of abrading block; mill and the position of abrasive disk type circle grinding machine on polishing machine; polishing machine swing number; mill and abrasive disk type circle grinding machine distributed quantity in each swing of polishing machine; saddle type pendular body sliding panel brace summer is arranged on each pendular body on the polishing machine.
Background technology
Ceramic polished brick is produced the polishing machine on the polish line now, its mill quantity is many, and drive the power motor quantity of mill running and mill as many, each motor power consumption is also many, quality requirement also improves again, and producer has to increase mill quantity and justifies in grinding machine quantity or every polishing and increase polishing machine, and the mill motor on the polishing machine is too big because of load, often burn easily, especially the mill structural design.
Import ceramic polished brick machine no matter, still mill structure and the operation principle on the homemade ceramic polished brick machine all is: mill is connected with the mill top then and polishes line shaft by its separately moving driven by motor polishing transmission main shaft; It is motionless that fixing bucket in while mill top stiff end and the polishing machine is connected and fixed end with screw, and mill rotating shaft upper end is connected with the polishing line shaft, the lower end is connected and fixed the mill outer casing bottom by some supporting structures---the lower central place of the mill bucker that just is commonly called as, driving the mill shell rotates, the mill shell drives the mill mill pin swinging axle of installing on oneself, drives mill mill pin successively and moves in a circle on the brick face.There is inner one of mill to be fixedly mounted on driving gear on the mill rotating shaft again by key and keyway, driving gear drives and to be installed in that tape spool holds driving gear component free to rotate on next or two axostylus axostyles of mill fixed cap---and driving intermediate gear has plenty of an overall gear, have plenty of the two parts of being divided into, the top tooth is few and external diameter is little; The lower part is that tooth is many and outer, and the footpath more greatly.Its top and driving gear connect, and the lower part connects with driven gear.Driven gear is to install on the mill rotating shaft by bearing, be fixed on simultaneously on the cam or with a protruding high footing cam, by the swing arm lever swing on the convex-concave promotion mill mill pin of cam, grind the pin swing then thereby be installed in the mill of swinging on the axostylus axostyle by the swing arm lever drives.Also just allow mill mill pin promptly will do arc swing, move in a circle again, come the rubbed brick face.It is existing that mill indoor design dual mode---a kind of is three protruding mill modes, and its driving gear diameter is 148.6mm, 41 teeth; Driving intermediate gear is an integral body---there are two idler gears to be distributed in the limit, the left and right sides of driving gear.Diameter is 94mm, 24 teeth; Ring gear diameter is 148.6mm, 39 teeth.Driven gear is fixed on the cam, and the convex-concave on its cam is 3 convex-concaves, mill revolution 19 circles half, and cam circles than mill more.Another kind is a protruding high footing cam mill, and its driving gear diameter is 137.5mm, 38 teeth; Driving intermediate gear is branch two parts up and down, and the top gear diameter is 76mm, 20 teeth, and the lower part gear diameter is 80mm, 21 teeth; Ring gear diameter is 134.2mm, 37 teeth.The swing arm of a fixing convex below its driven gear, its mill revolution 13 circles, the swing arm of convex is turned around than mill more.
But all to be driven gear turn to consistent mill with driving gear for they, and when mill rotated for 19 thoughtful 22 weeks, driven gear just manys one week of rotation than mill, and it is few just to grind the pin number of oscillations, influences the grinding force of mill.If they will increase single mill grinding force, have only to increase mill pressure or drive mill, the raising speed of grinding plate with heavy-duty motor more.Because they all are that to utilize driven gear and mill to turn to consistent, and are faster than speed of grinding plate by the little driven gear that speeds of the gear number of teeth.Be easy to cause the mill motor to burn like this, if also can cause the faster reduction abrasive disk life-span of mill internals loss with heavy-duty motor, the electric energy loss that also can increase single products simultaneously, but effect can be too not desirable yet; Because linear speed is carried soon, and the grinding force of mill does not catch up with, it is inhomogeneous to make brick face luminosity once more, not high enough, can occur also that cutter line, mill are drawn, the mill mark returns the throwing brick, and mill pressure add cause problems such as aircraft bombing, polishing machine fortune big belt of brick and polishing machine base plate rapid wear too greatly.
Mill on the existing ceramic brick polisher, deck on the mill pin of mill (deck is the position of dress abrading block) dress shows as during abrading block: when one, common abrading block was installed, deck and abrading block junction space Chang Yinwei advance the brick slag to be caused under the mill level between the abrading block to differ to cause aircraft bombing; When two, diamond grinding block being installed, the space of deck and diamond grinding block joint, and between the abrading block base of diamond grinding block and the diamond grinding block damping rubber cushion, usually advance the brick slag easily between diamond grinding block damping rubber cushion and the diamond grinding block working lining, cause under the mill between the diamond grinding block level to differ and cause the mill aircraft bombing, cause diamond grinding block to scrap.Can cause the injury to personnel of rotting of the big belt of polishing machine fortune brick under the mill aircraft bombing comparison serious situation.
Existing abrasive disk type circle grinding machine answers its internal gear rotational structure the same with existing mill structure.The difference of this round grinding machine and mill is: the internal structure difference is---mill is a cam and the circle grinding machine is the disk of similar cam, and the teeth of similar gear teeth are arranged under the disk; Secondly difference is on the swing axostylus axostyle of mill rocking lever to be arranged, it is to utilize cam to promote rocking lever, impel the swing of swing axostylus axostyle, and be by gear on the grinding tool rotating shaft rod on the circle grinding machine, it is to utilize teeth below the disk of circle grinding machine and it to be meshed, and the grinding tool rotating shaft rod of round grinding machine is rotated.The grinding tool that outside difference is a mill is that the grinding tool of circle grinding machine is to rotate rubbed brick by swinging back and forth rubbed brick repeatedly.Multigraph press and mill have only said structure to have any different, and other element structure is identical.Existing this mill swinging axle and circle grinding machine turning cylinder only have a bearings point at the mechanical cover place, be easy to cause turning cylinder and swing spindle nose to rock and occur a series of polishing problems when causing the grinding tool rubbed brick.
Install a bearing additional by the position, termination of the inner end of machinery and this bearing is installed on mill inner casing and the circle grinding machine inner casing at turning cylinder and swinging axle, simultaneously the gear on the turning cylinder of circle grinding machine _ _ _ _ original be position, termination in the turning cylinder inner end, present gear position is two bearings points centres.Also can cause circle mill motor stressed big, burn easily; Simultaneously, can be to be fixed on the disk that oblique tooth is arranged below also because of driven gear in the circle mill, be to have teeth (just to be equivalent to the cam below the mill driven gear on several cones and the cone below the disk, not having convex-concave below it is that the plane has teeth), thus circle grinds axostylus axostyle and the grinding tool rotation that promotes the installation grinding tool on the cone rotation drive mill circle grinding machine like this.Determined the grinding tool circumference on the mill circle mill to rotate the master, reduced the sharpness of grinding tool to being that up time is rotated.
A polishing machine has only the polishing machine of a swing: it has seven to 20 mills, is exactly that a different mill quantity constitute, and utilizes a big belt of fortune brick, and a transmission drives the big belt transmission of fortune brick; A polishing machine has two swings, and it roughly is: machine of 16 mills is both a big belt of fortune brick, per eight mills, a swing; Same machine of 18 mills, swing of per nine mills, the same big belt of fortune brick; Same machine of 20 mills, the same big belt of fortune brick, machine of per ten mills.These three kinds of structures all are transmissions.
If ceramic brick polisher platform number is many, meeting is because of the base plate of every polishing machine, the wear condition difference of the big belt of fortune brick, and the different next bricks of skimming that can influence of polishing machine level have problems such as mill is drawn, mill mark, light path.
A present ceramic brick polisher is by two swing brace summer sliding panels, but improve the production line of getting rid of again because of many polishing machine combinations along with producing linear speed, series during the polished bricks that causes is produced causes because of the board reason, and selects to increase the mill quantity of separate unit single oscillation ceramic brick polisher.
Make mill with pendulum together, helping same machine different grain size abrading block can better smooth grinding and polishing brick face, reaches better effect.Several hrs gets off and can formation much return the throwing brick.Directly velocity of initiation can not improve, and causes to yield poorly.Because now to increase the grinding force of every polishing machine of requirement stronger for production capacity, many productions of machinery factory only increases the mill quantity of every polishing machine or the platform number that ceramic producer increases polishing machine.Particularly production of machinery producer increases every polishing machine and increases mill quantity, but along with every polishing machine mill quantity increases, each swing of polishing machine still is that the moving polishing machine situation of two the sliding panel strong points, particularly double pendulum is the most special.Stressed excessive, can cause the polishing of back timber deformation effect for a long time because if its each swing increases too many mill possibility polishing machine back timber.Can increase one to a plurality of saddle type pendular body sliding panel brace summers by each pendular body.
Existing institute mill two is abrading blocks that rubbed brick is arranged on six pin, its six pin are to be that circular being evenly distributed in the center of circle encircled on every side from the mill center, it is not in place because of the space rubbed brick so always to make the middle part, existing diamond grinding block: a kind of is that working lining is partly made of metal powder and diamond, and the diamond grinding block base portion is made of metal powder.In aggregates with the sintering way.This way one is the waste metal charge, because just use less than base portion at all; The 2nd, there is not the damping facility can cause aircraft bombing; Another kind is to do the diamond grinding block base portion with iron plate, installs several millimeters elastic rubber fittings of one deck then additional to reach damping under the base position, is dress one deck several millimeters iron plates under rubber cushion at last, is diamond working layers below the iron plate.Sheet iron to the working lining is fixing tight again from the base portion to rubber with several screws again.Sheet iron is a fixed screw on the working lining in the another kind of structure.Simultaneously this sheet iron and diamond working layers be fire in aggregates.And this sheet iron is level and smooth, and it ties true Buddha's warrior attendant abrading block working lining, takes off to hold not to be fine, often because of aircraft bombing diamond working layers is exploded, so that whole diamond grinding block is scrapped.Because smearing the corner, diamond grinding block do not smear position on earth once more, when this position, diamond grinding block ground also causes aircraft bombing easily.Also have the base portion and the quakeproof rubber pad knot of diamond grinding block really exposed position to be arranged the position; and iron plate and elastic rubber fitting knot really has exposed position in the position above the diamond working layers; there is free gap this two parts exposed section; regular meeting enters the brick quarrel and causes diamond grinding block level on mill to change, and also can cause aircraft bombing.
The utility model content
At the weak point that exists in the above-mentioned technology, thereby the utility model provides a kind of improves the burnishing device grinding force, reduce the mill power motor and the circle grinding machine the stressed saving of power motor electric energy, and the integrality of the abrading block work on the mill, the novel polishing device in a kind of polishing machine of the polishing effect of raising polishing machine.
For achieving the above object, the utility model provides the device of the novel polishing in a kind of polishing machine, comprise at described burnishing device: mill new gear mechanism and abrasive disk type circle grinding machine new gear mechanism arrangement, abrasive disk type circle grinding machine and mill, the quantity and the width of polishing machine saddle type pendular body sliding panel brace summer, the card of mill mill pin is sat, mill pin distribution situation, abrading block, the baffle of abrading block, the polishing transmission main shaft is connected and their positions on polishing machine with abrasive disk type circle grinding machine with mill, polishing machine swing number, mill or abrasive disk type circle grinding machine distributed quantity on each pendular body of polishing machine, the width of the polishing machine saddle type pendular body sliding panel brace summer on each pendular body of saddle type on the polishing machine is 20cm-40cm, saddle type pendular body sliding panel brace summer quantity on each pendular body of polishing machine is that each pendular body increases one to a plurality of it is characterized in that, they are connected with the polishing transmission main shaft; The polishing transmission main shaft is mounted on the polishing machine top, and the polishing transmission main shaft stretches into and is connected with mill in the polishing machine or is connected with abrasive disk type circle grinding machine; Power motor is installed on the buff spindle, and described power motor drives buff spindle and rotates, and the polishing transmission main shaft drives abrasive disk type circle grinding machine and mill rotates; Described every polishing machine has a plurality of polishing transmission main shafts, abrasive disk type circle grinding machine and mill; Each pendular body of described every polishing machine all is mounted on the pendular body sliding panel brace summer.
The new gear mechanism of the new gear mechanism of mill and abrasive disk type circle grinding machine, described gear mechanism is divided into driving gear and turns to consistent speed change mill and driving gear and driven gear switched in opposite speed change mill and abrasive disk type circle grinding machine with driven gear; Described first kind of gear mechanism comprises fixed cap, rotating shaft, driving gear, driven gear, driving gear component, gear shaft and, cam, the two ends of described rotating shaft are respectively through the inside of described fixed cap and described cam, described gear shaft is arranged on the outside of described rotating shaft, the one end is through the inside of described fixed cap, described driving gear and described driven gear are installed on described rotating shaft successively, on described gear shaft, driving gear component is installed, described driving gear component is made of upper gear and undergear, described upper gear is meshed with described driving gear, and described lower part gear and described driven gear are meshed;
Described second kind of gear mechanism comprises fixed cap, rotating shaft, driving gear, driven gear, driving gear component, tooth sector, gear shaft and cam, the two ends of described rotating shaft are respectively through the inside of described fixed cap and described cam, described gear shaft is arranged on the outside of described rotating shaft, the one end is through the inside of described fixed cap, driving gear and driven gear are installed on described rotating shaft successively, on described gear shaft, driving gear component is installed, described driving gear component is made of upper gear and undergear, axostylus axostyle also is installed on described fixed cap, on described axostylus axostyle, live bearing is installed, described live bearing is installed tooth sector outward, described driving gear component upper gear is meshed with tooth sector, described driving gear is meshed with tooth sector, at this moment, driving gear is not meshed with the driving gear component upper gear, described driving gear component lower part gear and described driven gear are meshed---or described tooth sector can also be meshed with described driving gear component undergear and described driven gear respectively, at this moment, driven gear is not meshed with the driving gear component undergear, and described driving gear is meshed with described driving gear component top gear.It is applicable to the gear mechanism of tripod to the multiway mill.
Upper gear in the described driving gear component is more than the big number of teeth of diameter of described driving gear; Undergear in the driving gear component lacks than the little number of teeth of diameter of driven gear; Undergear in the driving gear component lacks than the little number of teeth of upper gear diameter in the driving gear component.It is applicable to the gear mechanism of tripod to the multiway mill.
The diameter number of gears of the internal gear of second kind of driving gear and driven gear switched in opposite speed change mill what, can flexible configuration; First kind of driving gear and driven gear turn to the consistent described cam of speed change mill to be divided into two kinds on three protruding mills and protruding high footing cam mill.Their gear diameter and the number of teeth are:
Three protruding mill gear diameters and number of teeth data: the driving gear number of teeth and diameter range: the 18 teeth≤driving gear number of teeth≤39 teeth, diameter 140mm to 70mm and 42 teeth≤driving gear number of teeth≤500 teeth, diameter 150mm to 500mm;
The driven gear number of teeth and diameter range: the 26 teeth≤driven gear number of teeth≤38 teeth, diameter 140mm to 90mm and 40 teeth≤driven gear number of teeth≤600 teeth, diameter 150mm to 700mm;
The transmission component gear number of teeth and diameter range: the 25 teeth≤transmission component gear number of teeth≤600 teeth, diameter 96mm to 600mm and the 15 teeth≤transmission component gear number of teeth≤23 teeth, diameter 90mm to 10mm
Protruding high footing cam mill gear diameter and number of teeth data:
The driven gear number of teeth and diameter range: the 26 teeth≤driven gear number of teeth≤36 teeth, diameter 130mm to 90mm and 39 teeth≤driven gear number of teeth≤600 teeth, diameter 150mm to 700mm;
The driving gear number of teeth and diameter range: the 18 teeth≤driving gear number of teeth≤37 teeth, diameter 130mm to 70mm and 39 teeth≤driving gear number of teeth≤500 teeth, diameter 140mm to 500mm;
The number of teeth of travelling gear and diameter range: the 22 teeth≤transmission component gear number of teeth≤600 teeth, diameter 81mm to 600mm and the 15 teeth≤transmission component gear number of teeth≤19 teeth, diameter 20mm to 75mm;
First kind of driving gear turns to consistent speed change mill and abrasive disk type circle grinding machine with driven gear: described driving gear component is one or more; Second kind of driving gear and driven gear switched in opposite speed change mill: the quantity of described driving gear component and described tooth sector is one or more; It is applicable to that tripod is to multiway mill and abrasive disk type circle grinding machine.
The round grinding machine new gear of described abrasive disk type mechanism is characterized in that first kind of driving gear turns to consistent speed change mill with driven gear: described driving gear component is one or more; Second kind of driving gear and driven gear switched in opposite speed change mill: the quantity of described driving gear component and described tooth sector is one or more; It is applicable to that tripod is to multiway mill and abrasive disk type circle grinding machine.
Described abrasive disk type circle grinding machine of novel polishing device in a kind of polishing machine and mill, it is characterized in that, in described mill and the abrasive disk type circle grinding machine swing axostylus axostyle is installed, described rotating shaft rod has two bearings points, a bearings point is installed on the inner casing of mill device, another bearings point is installed on the shell position of mill device gear also is installed on rotating shaft rod, and described gear is positioned at the centre of two bearings points of described rotating shaft rod.
Described mill and abrasive disk type circle grinding machine are installed on the ceramic brick polisher, and described mill is connected with the polishing transmission main shaft with abrasive disk type circle grinding machine, on the described polishing transmission main shaft power motor is installed, and described power motor drives described polishing transmission main shaft and rotates.Described polishing transmission main shaft by polishing machine before to after the right axle of a polishing machine top center of order line certain distance, a polishing machine top center line left side axle certain distance, about distance equate.
24～56 mills or abrasive disk type circle grinding machine is installed on polishing machine, and mill or abrasive disk type circle grinding machine mean allocation are two groups, between two polishing oscillating body apparatus pendular body sliding panel brace summer are installed.With two pendular bodies of same polishing machine, these all mills of polishing are divided into two pendular body of a part behind last pendular body.In each pendular body, install one then additional to a plurality of pendular body sliding panel brace summers, pendular body sliding panel brace summer is a saddle type, saddle type sliding panel brace summer bipod is fixed on the polishing machine frame, the top of saddle type pendular body sliding panel brace summer is with cylinder ball swinging in the cross rest body, the cylinder ball is mounted in the top cuboid groove of pendular body sliding panel brace summer, be convenient to pendular body and slide, the width of saddle type pendular body sliding panel brace summer is between the 20cm-30cm.Can prevent to polish the different position in the production because of different platform level difference, big belt base plate wearing and tearing, cause that mark, luminosity inequality are drawn, ground to mill in the polished bricks production, the not equal problem of the distortion of brick, be increased to 12 to 28 mills or abrasive disk type circle grinding machine and increase mill quantity on each pendular body, reach the board quantity of reduction polishing machine---causing like this that the pendular body crossbeam is stressed causes distortion greatly and causes serial polishing problem.Increase one or more saddle type pendular body sliding panel brace summer on each pendular body, be equally applicable to the polishing machine of each pendular body.
The bottom of described mill also is equipped with the mill pin, the quantity of mill pin can be three or more, the mills of six mill pin wherein, its mill pin branch situation: constitute by a kind of in inside and outside prolonged type mill pin, interior conventional formula mill pin, outer conventional formula mill pin, the conventional formula mill pin; Described inside and outside prolonged type mill pin is made of inner prolonged type mill pin and outer end prolonged type mill pin, and described inner prolonged type mill pin is arranged between the prolonged type mill pin of described outer end; Conventional formula mill pin is made of inner prolonged type mill pin and conventional mill pin in described, and described inner prolonged type mill pin is arranged between the described conventional mill pin; Described outer conventional formula mill pin is made of outer end prolonged type mill pin and conventional mill pin, and the described outer end of conventional formula mill pin prolonged type mill pin is arranged between the described conventional mill pin, and conventional formula mill pin is exactly conventional mill pin.
On the described mill pin diamond grinding block is installed, really there is the delavay raspberry herb of a lot of projections to strengthen the power of holding of taking off of diamond grinding block working lining in the one side surface at described adamantine working lining knot, this sheet iron and elastic rubber fitting knot really prolong bossed step in the one side limit, wrap rubber and base.
Abrading block baffle in the novel polishing device, the mill pin deck outer surface of described mill is provided with the abrading block baffle, and the mill pin deck of mill is provided with the abrading block baffle---and perhaps the abrading block baffle directly is installed on the abrading block.The baffle corner of abrading block be square can be the fillet arc also, be microscler silk hole above the baffle, can regulate and control the position of baffle protection abrading block flexibly, be fixed on card with screw and take;
A kind of polishing machine novel polishing device described mill new gear mechanism and abrasive disk type circle grinding machine new gear mechanism, it is characterized in that driving gear described in the described gear mechanism, described driven gear, described transmission component upper gear and described transmission component undergear driven gear, tooth sector are a kind of in angular gear, conical gear, angular wheel or the trapezoidal gear.It is applicable to that tripod is to the multiway mill
The requirement that shows as mill is applicable to that the tripod mill is to the multiway mill.
Compared with prior art, the utlity model has following advantage:
It is stressed with the power motor of circle grinding machine that the utility model alleviates mill, reaches the effect of using electricity wisely; In addition,, just strengthened the grinding force of single mill or multigraph press, alleviated the rapid wear of mill machine and multigraph press internal gear, increased abrasive disk life-span owing to improve the mill pin number of oscillations of mill and the grinding tool velocity of rotation of abrasive disk type circle grinding machine; Improve the stationarity of ceramic brick polisher and the effect of throwing brick, and the unnecessary loss that reduces the use of abrading block.
Description of drawings
Fig. 1 is the exploded view of three protruding cam mills of the utility model;
Fig. 2 is this practicality polishing assembly and mill, mill power motor structure chart;
Fig. 3 is the side view that the splash guard polishing machine is arranged;
Fig. 4 is the upward view of mill first embodiment;
Fig. 5 is the upward view of mill second embodiment;
Fig. 6 is the upward view of mill the 3rd embodiment;
Fig. 7 is the example structure figure of inner driving gear of mill and the equidirectional rotation change gear mechanism of driven gear;
Fig. 8 is another example structure figure of inner driving gear of mill and driven gear direction of rotation change gear mechanism;
Fig. 9 is the structure chart of abrasive disk type circle grinding machine;
Figure 10 is the interior view of abrasive disk type circle mill among Fig. 9;
Figure 11 is the exploded view of abrasive disk type circle mill among Figure 10;
Figure 12 is for being equipped with a kind of figure of abrading block baffle on the mill mill pin;
Figure 13 is equipped with diamond grinding block and abrading block baffle figure for mill mill pin;
Figure 14 is the exploded view of a protruding high footing cam mill;
Figure 15 is three partial graphs that protruding cam mill decomposes;
Figure 16 is the polishing machine side view of splash guard of dismantling;
Figure 17 is a polishing machine pendular body crossbeam exploded view.
The main element symbol description is as follows:
1 fixed cap, 2 gear mechanisms, 3 cams
4 mill pin, 5 power motors, 6 polishing transmission main shafts
7 saddle type pendular body sliding panel brace summers, 8 mills, 9 outer end prolonged type mill pin
10 inner prolonged type mill pin 11 conventional mill pin, 12 mill pin outer ends
16 driven gears, 17 gear shaft a, 18 transmission upper gear
19 transmission undergears, 20 gear shaft b, 21 tooth sectors
22 abrasive disk types circle grinding machine, 23 wheel discs, 24 teeth
25 bearings, 26 gears, 27 abrading block baffles
28 mills mill pin deck, 29 diamond grinding block bases, 30 diamond grinding block damping rubber cushions
33 1 protruding high footing cams of 31 diamond grinding block working linings, 32 abrading block baffles
The swing axostylus axostyle 35 mill shells 36 polishing machine frames of 34 mills mill pin
37 abrading blocks, 38 power motor fixed bits, 39 polishing transmission main shaft fixed bits
The power transmission shaft of the swinging axle 42 abrasive disk types circle grinding machine of 40 polishing machine pendular body crossbeams, 41 mills
The specific embodiment
For clearer statement the utility model, the utility model will be further described below in conjunction with accompanying drawing.
As Fig. 1, Fig. 2, Fig. 3, Figure 16, shown in Figure 14, the utility model provides gear mechanism and protruding HEM NOT LEVELED cam mill of novel three the protruding cam mills 8 in a kind of polishing machine, gear mechanism is installed on the frame of polishing machine, constitute by gear mechanism and the power drive mechanism that is installed in mill 8 upper ends, power drive mechanism is made of power motor 5 and polishing transmission main shaft 6, and the two ends of polishing transmission main shaft 6 are connected with power motor 5 and rotating shaft 14 respectively.In the inside of mill 8 gear mechanism 2 is installed, it is that three mill pin are installed between fixed cap 1 and the cam 3 to a plurality of mill pin, gear mechanism that the bottom also is equipped with the mill foot section, the speed change mill that driving gear is consistent with the driven gear rotation direction: gear mechanism is made of rotating shaft, gear shaft, driving gear, driven gear and driving gear component, the mills of six mill pin wherein, its mill pin is made of a kind of in inside and outside prolonged type mill pin, interior conventional formula mill pin, the conventional formula mill of extension pin, the conventional formula mill pin; The speed change mill of driving gear and driven gear direction of rotation: gear mechanism is made of rotating shaft, gear shaft, driving gear, driven gear and driving gear component, tooth sector 21, the mills of six mill pin wherein, its mill pin is made of a kind of in inside and outside prolonged type mill pin, interior conventional formula mill pin, the conventional formula mill of extension pin, the conventional formula mill pin.On mill pin 4, common abrading block or diamond grinding block are installed, wherein thin iron block really has the delavay raspberry herb of a lot of projections to strengthen the power of holding of taking off of diamond grinding block working lining in the one side surface at adamantine working lining knot, this sheet iron and elastic rubber fitting knot really prolong bossed step in the one side limit, wrap rubber and base.
24～56 mills 8 or abrasive disk type circle grinding machine 22 is installed on polishing machine, and the burnishing device mean allocation is two groups, between two polishing oscillating body apparatus pendular body sliding panel brace summer is installed.With two pendular bodies of same polishing machine, these all mills of polishing are divided into two pendular body of a part behind last pendular body.In each pendular body, install one then additional to a plurality of saddle type pendular body sliding panel brace summers, saddle type pendular body sliding panel brace summer 7 is saddle types, saddle type pendular body sliding panel brace summer 7 bipods are fixed on the polishing machine frame, the top of saddle type pendular body sliding panel brace summer 7 is with cylinder ball swinging in the cross rest body, the cylinder ball is mounted in the top cuboid groove of saddle type pendular body sliding panel brace summer 7, be convenient to pendular body and slide, the width of saddle type pendular body sliding panel brace summer 7 is between the 20cm-30cm.Can prevent to polish the different position in the production because of different platform level difference, big belt base plate wearing and tearing, cause that mark, luminosity inequality are drawn, ground to mill in the polished bricks production, the not equal problem of the distortion of brick, and increase mill 8 on each pendular body or abrasive disk type circle grinding machine quantity is increased to 12 to 28 mills, and reach the board quantity of reduction polishing machine---causing like this that the pendular body crossbeam is stressed causes distortion greatly and causes serial polishing problem.Increase one or more pendular body sliding panel brace summer on each pendular body, be equally applicable to the polishing machine of a pendular body.
As shown in Figure 4, be installed in inside and outside prolonged type mill pin in the bottom of mill 8, should constitute by inner prolonged type mill pin 10 and outer end prolonged type mill pin 9 by inside and outside prolonged type mill pin, inner prolonged type mill pin 10 is arranged between two adjacent outer end prolonged type mill pin 9, and outer end prolonged type mill pin 9 is arranged between two adjacent inner prolonged type mill pin 10.The circle centre position of mill pin end 13 to mill 4 bottoms of inner prolonged type mill pin 10 extends, and the length of the mill pin end 13 of inner prolonged type mill pin 10 is greater than the length of routine mill pin end; Extend to the edge of mill 4 bottoms the mill pin outer end 12 of outer end prolonged type mill pin 9, and the length of the mill pin end 12 of outer end prolonged type mill pin 9 is greater than the length of routine mill pin outer end.
As shown in Figure 5, conventional formula mill pin in the bottom of mill 8 is installed in, conventional formula mill pin is made of inner prolonged type mill pin 10 and conventional mill pin 11 in this, and inner prolonged type mill pin 10 is arranged between two adjacent conventional mill pin 11.The circle centre position of mill pin end 13 to mill 4 bottoms of inner prolonged type mill pin 10 extends, and the length of the mill pin end 13 of inner prolonged type mill pin 10 is greater than the length of routine mill pin 11 ends.
As shown in Figure 6, conventional formula mill pin outside the bottom of mill 8 is installed in, outer conventional formula mill pin is made of outer end prolonged type mill pin 9 and conventional mill pin 11, and outer end prolonged type mill pin 9 is arranged between the conventional mill pin 11.The circle centre position of mill pin outer end 12 to mill 8 bottoms of outer end prolonged type mill pin 9 extends, and the length on the mill pin top 12 of outer end prolonged type mill pin 9 is greater than the length on routine mill pin 11 tops.
As shown in Figure 7, the gear mechanism of the inner driving gear of mill and three protruding cam mills of the equidirectional rotation speed change of driven gear is installed between fixed cap 1 and the cam 3.Wherein, the top of rotating shaft 14 and gear shaft a17 is through the inside of fixed cap 1, two gear shaft a17 are arranged on the outside of rotating shaft 14, and driving gear 15 and driven gear 16 are installed in the middle part of rotating shaft 14 respectively with terminal, and driving gear component is installed on the gear shaft.The quantity of driving gear component is two or an integral body, is made of transmission upper gear 18 and transmission undergear 19, and driving gear 15 is meshed with transmission upper gear 18, and driven gear 16 is meshed with transmission undergear 19.Transmission upper end gear 18 is structure as a whole with transmission undergear 19, and the teeth quantity of transmission undergear 19 outer rims and diameter are less than the teeth quantity and the diameter of transmission upper gear outer rim.Driving gear component 18,19 assembly quantity be one to a plurality of.Driving gear, transmission upper gear and transmission undergear, driven gear are a kind of in angular gear, conical gear, angular wheel or the trapezoidal gear.This structure is made and is used for the tripod mill to the multiway mill.
First kind of driving gear turns to consistent speed change mill and abrasive disk type circle grinding machine it is characterized in that with driven gear, cam be divided into three protruding mills and a protruding high footing cam mill two kinds.Their gear diameter and the number of teeth are:
Three protruding mill gear diameters and number of teeth data: the driving gear number of teeth and diameter range: the 18 teeth≤driving gear number of teeth≤39 teeth, diameter 140mm to 70mm and 42 teeth≤driving gear number of teeth≤500 teeth, diameter 150mm to 500mm;
The driven gear number of teeth and diameter range: the 26 teeth≤driven gear number of teeth≤38 teeth, diameter 140mm to 90mm and 40 teeth≤driven gear number of teeth≤600 teeth, diameter 150mm to 700mm;
The transmission component gear number of teeth and diameter range: the 25 teeth≤transmission component gear number of teeth≤600 teeth, diameter 96mm to 600mm and the 15 teeth≤transmission component gear number of teeth≤23 teeth, diameter 90mm to 10mm;
A protruding high footing cam mill diameter and a number of teeth data:
The driven gear number of teeth and diameter range: the 26 teeth≤driven gear number of teeth≤36 teeth, diameter 130mm to 90mm and 39 teeth≤driven gear number of teeth≤600 teeth, diameter 150mm to 700mm;
The driving gear number of teeth and diameter range: the 18 teeth≤driving gear number of teeth≤37 teeth, diameter 130mm to 70mm and 39 teeth≤driving gear number of teeth≤500 teeth, diameter 140mm to 500mm;
The number of teeth of travelling gear and diameter range: the 22 teeth≤transmission component gear number of teeth≤600 teeth, diameter 81mm to 600mm and the 15 teeth≤transmission component gear number of teeth≤19 teeth, diameter 20mm to 75mm.
As shown in Figure 8, the inner driving gear of mill and three protruding cam mill gear mechanisms of driven gear direction of rotation speed change are installed between fixed cap 1 and the cam 3.Wherein, the top of rotating shaft 14, gear shaft a17, gear shaft b is through the inside of fixed cap 1, two or more gear shaft a17 are arranged on the outside of rotating shaft 14, driving gear 15 and driven gear 16 are installed in the middle part of rotating shaft 14 respectively with terminal, and driving gear component is installed in a17 on the gear shaft.The quantity of driving gear component is two or more, constitute by transmission upper gear 18 and transmission undergear 19, driving gear 15 is meshed with tooth sector 21, and tooth sector 21 is meshed with transmission upper gear 18, and driven gear 16 is meshed with transmission undergear 19.Transmission upper end gear 18 is structure as a whole with transmission undergear 19, and the teeth quantity of transmission undergear 19 outer rims and diameter are less than the teeth quantity and the diameter of transmission upper gear 18 outer rims.Between transmission upper gear 18 and driving gear 15, also be provided with tooth sector 21, tooth sector 21 is installed on the another gear shaft b20 between rotating shaft 14 and the gear shaft a17, the quantity of gear shaft b20 is consistent with gear shaft a17 quantity, is separately positioned between rotating shaft 14 and the gear shaft a17.Driven gear 16 and travelling gear lower part gear 19 are meshed, and the diameter of driven gear 16 and teeth are counted small transmission gear lower part gear 19 diameters and teeth number.Driving gear, tooth sector, transmission upper gear, transmission undergear and driven gear are a kind of in angular gear, conical gear, angular wheel or the trapezoidal gear.Another kind of frame mode is and foregoing: tooth sector 21 and travelling gear lower part gear 19 are meshed simultaneously that tooth sector 21 and driven gear 16 also are meshed, tooth sector 21 is between travelling gear lower part gear 19 and driven gear 16, the diameter of travelling gear lower part gear 19 and the number of teeth are less than driven gear 16 diameters and the number of teeth, the number of teeth of driving gear 15 and diameter are less than the number of teeth diameter of the gear 18 on idler gear top, other member: axostylus axostyle a17 and axostylus axostyle b 20 rotary shafts 14, cam 3, fixed cap 1, the fixed position identical with preceding a kind of narrating mode, cam 3, driving gear 15, driven gear 16, it is the same that the position that driving gear component 18-19 installs and quantity and Fig. 7 are chatted, tooth sector 21 and driving gear component 18-19 quantity are one or more, and tooth sector 21 is identical with driving gear component 18-19 quantity.This structure is made and is used for the tripod mill to the multiway mill.
To shown in Figure 11, circle grinding machine 22 and mill difference are as Fig. 9: the internal structure difference is---mill is a cam and the circle grinding machine is the wheel disc 23 of similar cam, and the teeth 24 of similar gear teeth are arranged under the wheel disc; Secondly difference is on the swing axostylus axostyle of mill rocking lever to be arranged, it is to utilize cam to promote rocking lever, impel the swing of swing axostylus axostyle, and be by gear 26 on the grinding tool rotating shaft rod on the circle grinding machine, it is to utilize teeth below the wheel disc of circle grinding machine and it to be meshed, and the grinding tool rotating shaft rod of round grinding machine is rotated.The grinding tool that outside difference is a mill is that the grinding tool of circle grinding machine is to rotate rubbed brick by swinging back and forth rubbed brick repeatedly.Multigraph press and mill have only said structure to have any different, and other element structure is identical.The gear rotation of abrasive disk type circle grinding machine inside to the mill gear rotation that also possesses Fig. 7, Fig. 8 to, the mill gear structure of the same Fig. 7 of internal gear structure, Fig. 8 of abrasive disk type circle grinding machine is identical.Abrasive disk type circle grinding machine internal gear is a kind of in angular gear, conical gear, angular wheel or the trapezoidal gear.Existing this mill swinging axle 41 and circle grinding machine turning cylinder 42 only have bearing 25 strong points at mill shell 35 and circle grinding machine turning cylinder 42 places, be easy to cause turning cylinder and swing spindle nose to rock and occur a series of polishing problems when causing the grinding tool rubbed brick, in mill 8 and the abrasive disk type circle grinding machine 22 swing axostylus axostyle 41 is installed, rotating shaft rod has two bearings points, a bearings point is installed on the inner casing of mill device, another bearings point is installed on the shell position of mill device and on abrasive disk type circle grinding machine turning cylinder 42 gear is installed also, and gear is positioned at the centre of two bearings points of rotating shaft rod.
Extremely shown in Figure 14 as Figure 12; install abrading block baffle 27,31 additional at mill mill pin deck 28 dual-sides or four limits; the baffle hole of tightening up a screw is a rectangle; the position that the abrading block baffle can freely be installed abrading block baffle 27,31 protection abrading blocks as required prevents that common abrading block from advancing the brick slag with mill mill space, pin deck 28 place of engaging; and deck 28 advances the brick slag with space, the diamond abrading block place of engaging, between diamond grinding block base 29 and the diamond grinding block damping rubber cushion 30 between diamond grinding block working lining and the four banding enclosed abrading block baffles 31 the joint space advance the brick slag.The mill pin deck outer surface of mill is provided with abrading block baffle 31, mill 8 mill pin decks are provided with the abrading block baffle---perhaps the abrading block baffle directly be installed at the baffle 31 of abrading block 31 abrading blocks be square also can be the fillet arc, it above the baffle microscler silk hole, can regulate and control the position of baffle protection abrading block flexibly, be fixed on card with screw and take;
Be connected with polishing transmission main shaft 6 with abrasive disk type circle grinding machine 22 devices as Fig. 3 polishing machine upper millstone 8, on the transmission main shaft 6 power motor be installed, the polishing transmission main shaft 6 that power motor drives rotates.Polishing transmission main shaft 6 by before the polishing machine to after the right axle of a polishing machine top center of order line certain distance, a polishing machine top center line left side axle certain distance, about distance equate.
As protruding high footing cam mill of Figure 14, it also has Fig. 7, inner driving gear of mill and driven gear equidirectional rotate three protruding cam mill and Fig. 8 of speed change, the inner driving gear of mill and two kinds of gear rotation flowing modes of three protruding cam mills of driven gear direction of rotation speed change---in these two kinds of gear rotation flowing mode structures, protruding high footing cam mill Figure 14 with three protruding cam mills differences is: three the protruding cams of cam mill under driven gear 16 different, the cam of a protruding high footing cam mill Figure 14 is a protruding high footing cam 33, and the cam of three protruding cam mills is three protruding cams 3; The quantity of other member, installation site frame mode are all identical.
Figure 16, Figure 13 are a kind of polishing machines, the pin of saddle type pendular body sliding panel brace summer 7 is fixed on the polishing machine frame 36, the top of saddle type pendular body sliding panel brace summer 7 is positioned at polishing machine pendular body crossbeam 40 times, and the width of saddle type pendular body sliding panel brace summer 7 is 20cm to 30cm; Power motor 5 is fixed on the polishing machine pendular body crossbeam, and it drives polishing transmission main shaft 6; Polishing transmission main shaft 6 is fixed on the polishing machine pendular body crossbeam 40, and is connected with mill 8 or is connected with abrasive disk type circle grinding machine 22, drives mill 8,22 rotations of abrasive disk type circle grinding machine; The mill that mill 8 is fixed under the polishing machine pendular body 40 is fixed bucket down; Mill pin 4 is installed on the mill shell 35; There is mill mill pin card to sit 28 on the mill pin 4; Mill mill pin card is sat 28 times abrading block 37 is installed; The mill pin deck outer surface of mill is provided with abrading block baffle 27, and the mill pin deck 28 of mill is provided with abrading block baffle 27---and perhaps abrading block baffle 27 directly is installed on the abrading block 37.The baffle corner of abrading block be square can be the fillet arc also, be microscler silk hole above the baffle, can regulate and control the position of baffle protection abrading block flexibly, be fixed on card with screw and take.
More than disclosed only be several specific embodiment of the present utility model, still, the utility model is not limited thereto, any those skilled in the art can think variation all should fall into protection domain of the present utility model.
Claims (13)
1. the novel polishing device in the polishing machine, it comprises: mill new gear mechanism and abrasive disk type circle grinding machine new gear mechanism arrangement, abrasive disk type circle grinding machine and mill, polishing machine pendular body sliding panel brace summer number, the card of mill mill pin is sat, mill pin distribution situation, abrading block, the baffle of abrading block, buff spindle is connected and their positions on polishing machine with abrasive disk type circle grinding machine with mill, polishing machine swing number, mill or abrasive disk type circle grinding machine distributed quantity on each pendular body of polishing machine, the quantity and the width of the saddle type pendular body sliding panel brace summer on each pendular body on same the polishing machine, it is characterized in that they are connected with the polishing transmission main shaft; The polishing transmission main shaft is mounted on the polishing machine top, and the polishing transmission main shaft stretches into and is connected with mill in the polishing machine or is connected with abrasive disk type circle grinding machine; Power motor is installed on the buff spindle, and described power motor drives buff spindle and rotates, and the polishing transmission main shaft drives abrasive disk type circle grinding machine and mill rotates; Described every polishing machine has a plurality of polishing transmission main shafts, abrasive disk type circle grinding machine and mill; Each pendular body of described every polishing machine all is mounted on the pendular body sliding panel brace summer.
2. the novel polishing device in a kind of polishing machine as claimed in claim 1, the inside and the abrasive disk type circle grinding machine inside that it is characterized in that mill all are equipped with gear mechanism, and described gear mechanism is divided into driving gear and turns to consistent speed change mill and driving gear and driven gear switched in opposite speed change mill with driven gear; Described first kind of gear mechanism comprises fixed cap, rotating shaft, driving gear, driven gear, driving gear component, gear shaft and, cam, the two ends of described rotating shaft are respectively through the inside of described fixed cap and described cam, described gear shaft is arranged on the outside of described rotating shaft, the one end is through the inside of described fixed cap, described driving gear and described driven gear are installed on described rotating shaft successively, on described gear shaft, driving gear component is installed, described driving gear component is made of upper gear and undergear, described upper gear is meshed with described driving gear, and described lower part gear and described driven gear are meshed;
Described second kind of gear mechanism comprises fixed cap, rotating shaft, driving gear, driven gear, driving gear component, tooth sector, gear shaft and cam, the two ends of described rotating shaft are respectively through the inside of described fixed cap and described cam, described gear shaft is arranged on the outside of described rotating shaft, the one end is through the inside of described fixed cap, driving gear and driven gear are installed on described rotating shaft successively, on described gear shaft, driving gear component is installed, described driving gear component is made of upper gear and undergear, axostylus axostyle also is installed on described fixed cap, on described axostylus axostyle, live bearing is installed, described live bearing is installed tooth sector outward, described driving gear component upper gear is meshed with tooth sector, described driving gear is meshed with tooth sector, at this moment, driving gear is not meshed with the driving gear component upper gear, described driving gear component lower part gear and described driven gear are meshed---or described tooth sector can also be meshed with described driving gear component undergear and described driven gear respectively, at this moment, driven gear is not meshed with the driving gear component undergear, and described driving gear is meshed with described driving gear component top gear.
3. the novel polishing device in a kind of polishing machine as claimed in claim 1 is characterized in that, the upper gear in the described driving gear component is more than the big number of teeth of diameter of described driving gear; Undergear in the driving gear component lacks than the little number of teeth of diameter of driven gear; Undergear in the driving gear component lacks than the little number of teeth of upper gear diameter in the driving gear component.
4. the novel polishing device in a kind of polishing machine as claimed in claim 1 is characterized in that, the diameter number of gears of the internal gear of second kind of driving gear and driven gear switched in opposite speed change mill what, can flexible configuration; First kind of driving gear turns to consistent speed change mill with driven gear, and described cam is divided into two kinds on three protruding mills and protruding high footing cam mill, and their gear diameter and the number of teeth are:
Three protruding mill gear diameters and number of teeth data: the driving gear number of teeth and diameter range: the 18 teeth≤driving gear number of teeth≤39 teeth, diameter 140mm to 70mm and 42 teeth≤driving gear number of teeth≤500 teeth, diameter 150mm to 500mm;
The driven gear number of teeth and diameter range: the 26 teeth≤driven gear number of teeth≤38 teeth, diameter 140mm to 90mm and 40 teeth≤driven gear number of teeth≤600 teeth, diameter 150mm to 700mm;
The transmission component gear number of teeth and diameter range: the 25 teeth≤transmission component gear number of teeth≤600 teeth, diameter 96mm to 600mm and the 15 teeth≤transmission component gear number of teeth≤23 teeth, diameter 90mm to 10mm
Protruding high footing cam mill gear diameter and number of teeth data:
The driven gear number of teeth and diameter range: the 26 teeth≤driven gear number of teeth≤36 teeth, diameter 130mm to 90mm and 39 teeth≤driven gear number of teeth≤600 teeth, diameter 150mm to 700mm;
The driving gear number of teeth and diameter range: the 18 teeth≤driving gear number of teeth≤37 teeth, diameter 130mm to 70mm and 39 teeth≤driving gear number of teeth≤500 teeth, diameter 140mm to 500mm;
The number of teeth of travelling gear and diameter range: the 22 teeth≤transmission component gear number of teeth≤600 teeth, diameter 81mm to 600mm and the 15 teeth≤transmission component gear number of teeth≤19 teeth, diameter 20mm to 75mm.
5. the novel polishing device in a kind of polishing machine as claimed in claim 1 is characterized in that, first kind of driving gear turns to consistent speed change mill with driven gear: described driving gear component is one or more; Second kind of driving gear and driven gear switched in opposite speed change mill: the quantity of described driving gear component and described tooth sector is one or more.
6. the novel polishing device in a kind of polishing machine as claimed in claim 1, it is characterized in that, in described mill and the abrasive disk type circle grinding machine swing axostylus axostyle is installed, described rotating shaft rod has two bearings points, a bearings point is installed on the inner casing of mill device, another bearings point is installed on the shell position of mill gear also is installed on the mill rotating shaft rod, and described gear is positioned at the centre of two bearings points of described rotating shaft rod.
7. the novel polishing device in a kind of polishing machine as claimed in claim 1, it is characterized in that, the position of buff spindle on polishing machine that mill is connected with abrasive disk type circle grinding machine, described mill is connected with the polishing transmission main shaft with abrasive disk type circle grinding machine, on the described polishing transmission main shaft power motor is installed, described power motor drives described polishing transmission main shaft and rotates, described polishing transmission main shaft drives mill and abrasive disk type circle grinding machine rotates, described polishing transmission main shaft by polishing machine before to after the right axle of a polishing machine top center of order line certain distance, polishing machine top center line left side axle certain distance, about distance equate.
8. the novel polishing device in a kind of polishing machine as claimed in claim 1, it is characterized in that, at described polishing machine is two pendular bodies, 24～56 mills or abrasive disk type circle grinding machine is installed on the polishing machine, described mill or abrasive disk type circle grinding machine mean allocation are on two pendular bodies, the width of described saddle type pendular body sliding panel brace summer is between 20cm to 30cm, on each pendular body of polishing machine, increase one or more saddle type pendular body sliding panel brace summer, on each pendular body of polishing machine, increase one or more saddle type pendular body sliding panel brace summer, also be applicable to the polishing machine of every pendular body.
9. the novel polishing device in a kind of polishing machine as claimed in claim 1, it is characterized in that, the bottom of described burnishing device also is equipped with the mill pin, the quantity of mill pin can be three or more, the mills of six mill pin wherein, its mill pin branch situation: constitute by a kind of in inside and outside prolonged type mill pin, interior conventional formula mill pin, outer conventional formula mill pin, the conventional formula mill pin; Described inside and outside prolonged type mill pin is made of inner prolonged type mill pin and outer end prolonged type mill pin, and described inner prolonged type mill pin is arranged between the prolonged type mill pin of described outer end; Conventional formula mill pin is made of inner prolonged type mill pin and conventional mill pin in described, and described inner prolonged type mill pin is arranged between the described conventional mill pin; Described outer conventional formula mill pin is made of outer end prolonged type mill pin and conventional mill pin, and the described outer end of conventional formula mill pin prolonged type mill pin is arranged between the described conventional mill pin, and conventional formula mill pin is exactly conventional mill pin.
10. the novel polishing device in a kind of polishing machine as claimed in claim 1, it is characterized in that, abrading block is installed on the described mill pin to be comprised: common abrading block, resin grinding block, diamond grinding block, wherein really there is the delavay raspberry herb of a lot of projections to strengthen the power of holding of taking off of diamond grinding block working lining in the one side surface at described adamantine working lining knot, this sheet iron and elastic rubber fitting knot really prolong bossed step in the one side limit, wrap rubber and base.
11. the novel polishing device in a kind of polishing machine as claimed in claim 1; it is characterized in that; the mill pin deck outer surface of described mill is provided with the abrading block baffle; the mill pin deck of mill is provided with the abrading block baffle---and perhaps the abrading block baffle directly is installed on the abrading block; the baffle corner of abrading block be square also can be the fillet arc; be microscler silk hole above the baffle, can regulate and control the position of baffle protection abrading block flexibly, be fixed on card with screw and take.
12. the novel polishing device in a kind of polishing machine as claimed in claim 1, it is characterized in that driving gear described in the described gear mechanism, described driven gear, described transmission component upper gear and described transmission component undergear driven gear, tooth sector are a kind of in angular gear, conical gear, angular wheel or the trapezoidal gear.
13. the novel polishing device in a kind of polishing machine as claimed in claim 1 is characterized in that, the requirement that shows as mill is applicable to that the tripod mill is to the multiway mill.
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| CN2010205109239U CN202062293U (en) | 2010-08-31 | 2010-08-31 | Novel polishing device of polisher |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111501046A (en) * | 2019-12-31 | 2020-08-07 | 苏州丰川电子科技有限公司 | Surface treatment device for 3C product metal parts |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111501046A (en) * | 2019-12-31 | 2020-08-07 | 苏州丰川电子科技有限公司 | Surface treatment device for 3C product metal parts |
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