CN203680056U - Auto-oscillation driving device of grinding block for flatly grinding and polishing ceramic tiles - Google Patents

Auto-oscillation driving device of grinding block for flatly grinding and polishing ceramic tiles Download PDF

Info

Publication number
CN203680056U
CN203680056U CN201320874551.1U CN201320874551U CN203680056U CN 203680056 U CN203680056 U CN 203680056U CN 201320874551 U CN201320874551 U CN 201320874551U CN 203680056 U CN203680056 U CN 203680056U
Authority
CN
China
Prior art keywords
drive unit
bistrique
pendulum
certainly
hollow shaft
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Active
Application number
CN201320874551.1U
Other languages
Chinese (zh)
Inventor
潘广松
Original Assignee
潘广松
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 潘广松 filed Critical 潘广松
Priority to CN201320874551.1U priority Critical patent/CN203680056U/en
Application granted granted Critical
Publication of CN203680056U publication Critical patent/CN203680056U/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Abstract

The utility model discloses an auto-oscillation driving device of a grinding block for flatly grinding and polishing ceramic tiles. The device consists of an auto-oscillation driving device I and an auto-oscillation driving device II, wherein a rotation speed difference exists between the auto-oscillation driving device I and the auto-oscillation driving device II; a grinding block auto-oscillation interaction device is connected with the auto-oscillation driving device I and the auto-oscillation driving device II respectively; the auto-oscillation driving device I is fixedly connected with a grinding head main shaft; the auto-oscillation driving device II stretches out of a grinding head housing to be connected with an externally-arranged driving device. According to a method and the device, a traditional driving mode is completely broken through; the amount of adjustment and repair work is decreased greatly; the abrasion is low; the service life is long.

Description

Ceramic tile polishes the drive unit of pendulum certainly of polishing abrading block
Technical field
The utility model relates to a kind of ceramic tile processing equipment, and particularly a kind of ceramic polishing polishes the drive unit of pendulum certainly with abrading block.
Background technology
In the process of ceramic tile production processing, the sun-dried mud brick suppressing need to be fired into adobe, the adobe baking also will polish (stock removal polishing) through polishing, polishing waxing is (or antifouling polished, be called again second polishing) etc. operation could form finished product, therefore, it is very important together operation that the adobe polishing baking is polished, and has handled well and just can make the subsequent treatment such as polishing waxing reach corresponding effect.This procedure is mainly to be completed by polishing production line at present, and the abrading block that is provided with multiple lines and multiple rows in polishing production line carries out polishing to the ceramic tile adobe of process on streamline and polishes.One group of abrading block each abrading block when the polishing of revolving round the sun polishes also can carry out the pendulum certainly of pendulum model separately.
The motion of existing abrading block is achieved in that bistrique shell is by connecting the corresponding one group of abrading block (a group have six or ten not etc.) of installing of one group of abrading block seat thereon substantially, bistrique shell is rotated under the drive of grinding spindle, thereby revolves round the sun with the abrading block on dynamic grinding block seat.The revolution of grinding spindle, is by being connected with bistrique drive unit main shaft, is driven by bistrique drive unit main shaft.In bistrique shell, be provided with gear train, this gear train comprises driving gear and the driven tooth wheels of intermeshing effect.Driving gear is set in (therefore the rotating speed of driving gear is identical with bistrique shell) in the bistrique hollow shaft one being fixedly connected with bistrique shell inner bottom part, transmission through intermeshing driven tooth wheels makes to form speed discrepancy between driving gear and driven tooth wheels, driven tooth wheels are finally with rotary bistrique hollow shaft two, between bistrique shell and bistrique hollow shaft two, just produce speed discrepancy like this, this speed discrepancy makes the abrading block that simultaneously connects respectively bistrique shell and bistrique hollow shaft two for example, from pendulum linkage (cam mechanism) work, carry out the pendulum certainly of pendulum model with dynamic grinding block.
Different from ceramic tile second polishing program is, this in pendulum mode, abrading block revolution requires very fast (being that driving gear needs high-speed rotation) of rotating speed, and abrading block is from pendular motion, only need very low rotating speed relatively, this structure that just makes to be arranged on driving gear in bistrique shell and driven tooth wheels is very complicated, the high speed of revolution could be adjusted to the low speed that abrading block needs from pendulum, and wherein most gear also must operate in the state of high-speed rotation for a long time, so just cause the mechanical loss of gear train greatly to improve, greatly reduce service life, within general 4-6 month, just need to shut down more gear changing.Gear train is arranged in bistrique shell, when dismounting, whole bistrique shell first must be removed and could change, and not only dismantlement work amount is large, and maintenance cost is high, removes and installs time length and also causes very big economic loss.
Adopting driving gear and driven tooth wheels to carry out the another one weak point that reduction of speed brings is: to abrading block from the adjusting meeting of slew rate rate because the restriction of gear ratio, can not realize the adjusting of arbitrary velocity, the polishing that cannot adapt to different hardness adobe polishes requirement.
Utility model content
The purpose of this utility model is to provide a kind of ceramic polishing to polish the drive unit of pendulum certainly with abrading block.By this kind, from pendulum drive unit, the rotational speed regulation of bistrique hollow shaft two is placed on bistrique housing exterior carries out, and the drive unit that has thoroughly changed bistrique hollow shaft two is placed on the traditional mode in bistrique shell, easy maintenance and replacement; Can also make the rotating speed of bistrique hollow shaft two thoroughly depart from revolve round the sun at a high speed with grinding spindle associated, its wear rate is reduced greatly, within the service life of ceramic tile processing equipment, all without replacing, there is huge advantage.
For reaching above-mentioned purpose, the utility model adopts following technical scheme:
Ceramic polishing polishes the drive unit of pendulum certainly with abrading block, and abrading block is connected with bistrique shell by abrading block seat, and abrading block connects abrading block seat from pendulum linkage; It is characterized in that, certainly put drive unit and comprise having the drive unit of pendulum certainly of speed discrepancy and certainly put drive unit two, abrading block connects respectively from pendulum drive unit one and certainly puts drive unit two from the two ends of pendulum linkage; Wherein, certainly put drive unit one and be connected with grinding spindle, certainly put drive unit two and stretch out bistrique shell and connect peripheral hardware drive unit outward.
According to as above technical scheme, certainly put the driving peripheral hardware of drive unit two, as long as set the rotating speed from pendulum drive unit two at the peripheral hardware drive unit of bistrique housing exterior.Like this regulate and when maintenance just without the integral disassembly, assembly that carries out bistrique shell, workload greatly reduces.The more important thing is, by as above scheme of basis, the rotating speed of certainly putting drive unit two just can thoroughly be broken away from the grinding spindle of high-speed rotation, has reduced mechanical wear, has extended service life, has alleviated the weight of bistrique shell entirety simultaneously, has reduced energy consumption.
More particularly, the described drive unit two of pendulum certainly refers to the bistrique hollow shaft two being set in outside grinding spindle and take grinding spindle as axle center; Peripheral hardware drive unit is used for driving two rotations of bistrique hollow shaft.
Owing to certainly putting drive unit two for being arranged on the hollow shaft in bistrique shell, it drives peripheral hardware, hollow shaft long service life, loss is low, therefore in the use procedure of whole polishing production line, substantially do not need repairing and change, also be that bistrique shell does not need repeated disassembled and assembled, greatly lowered maintenance difficulties and the workload of whole production line.
Described peripheral hardware drive unit is used for driving two rotations of bistrique hollow shaft to refer to, peripheral hardware drive unit directly drives bistrique hollow shaft two.
Described peripheral hardware drive unit is used for driving two rotations of bistrique hollow shaft to refer to, also be provided with adapter sleeve, in adapter sleeve, grinding spindle is connected by connector up and down with bistrique drive unit main shaft, adapter sleeve is coaxially connected as axle center take grinding spindle or bistrique drive unit main shaft up and down with bistrique hollow shaft two, the peripheral hardware drive unit pioneer cover that is dynamically connected, then by adapter sleeve band rotary bistrique hollow shaft two.
In existing ceramic tile manufacturing machine; grinding spindle is connected in adapter sleeve with bistrique drive unit main shaft; one of effect of adapter sleeve is to carry out protection to both junctions; two of effect is that the transverse movement of grinding spindle is limited; make grinding spindle only there is the space moving up and down, guarantee steadily not swinging of bistrique rotation, therefore in existing ceramic tile manufacturing machine; adapter sleeve is a kind of fixed cover, is fixed on the crossbeam of ceramic tile manufacturing machine.And in the technical program; adapter sleeve still has protection effect; also still the transverse movement of grinding spindle is limited; and difference be that it is no longer fixed cover, but become from pendulum drive unit two a driving member, by adapter sleeve with from pendulum drive unit two be connected realized dexterously adapter sleeve fix; for adapter sleeve has been given new effect and function; take full advantage of original device of ceramic tile manufacturing machine, design ingeniously, reduced improvement cost.
An embodiment as concrete: described peripheral hardware drive unit pioneer is dynamically connected to overlap and refers to, outside bistrique drive unit main shaft and between adapter sleeve, be also set with bistrique drive unit hollow shaft two, bistrique drive unit hollow shaft two is coaxially fixedly connected with as axle center take bistrique drive unit main shaft with adapter sleeve, the output of peripheral hardware drive unit connects bistrique drive unit hollow shaft two, drives adapter sleeve to rotate by bistrique drive unit hollow shaft two.
Bistrique drive unit hollow shaft two is connected on outside bistrique drive unit main shaft and between fixed mount by bearing holder (housing, cover), its bottom is laterally fixedly connected with adapter sleeve, adapter sleeve is just connected with bistrique drive unit hollow shaft two and bistrique hollow shaft two simultaneously like this, and bistrique drive unit hollow shaft two has fixed mount fixed support, just can guarantee the stationarity of adapter sleeve in the time rotating.Meanwhile, bistrique drive unit hollow shaft two also limits the transverse movement of bistrique drive unit main shaft, has further improved the stationarity that bistrique drive unit main shaft and grinding spindle rotate.This is preferred version.
The described drive unit one of pendulum certainly refers to bistrique shell, and grinding spindle is connected to the inner bottom part of bistrique shell; Described peripheral hardware drive unit refers to one of following mode: (one) independent motor arranging and the transmission device of drive thereof; (2) two of bistrique drive unit spindle drive motor and drive thereof groups of different transmission devices of speed, wherein one group of transmission is used for driving from pendulum drive unit two, and another group transmission is used for being with rotary bistrique drive unit main shaft.Optionally one of the pattern that arranges of above two kinds of peripheral hardware drive units, if employing is bistrique drive unit spindle drive motor, can utilize existing equipment more fully.
Specifically, the independent motor arranging described in first kind of way and the transmission device of drive thereof refer to, set up separately a motor for driving from pendulum drive unit two, and transmission device is belt pulley or gear train.
Two groups of transmission devices that speed is different of the bistrique drive unit spindle drive motor described in the second way and drive thereof, wherein one group of transmission is used for driving pendulum drive unit two certainly to refer to, transmission device is belt pulley or gear train, the output of bistrique drive unit spindle drive motor connects two groups of belt pulleys or two gear trains, wherein one group of belt pulley or gear set drive are from pendulum drive unit two, another group belt pulley or gear train drive bistrique drive unit main shaft, two groups of speed differences.So finally realize bistrique shell and bistrique hollow shaft two has speed discrepancy.
Also comprise the lift cylinder of the top that is connected to bistrique drive unit main shaft.For rising and the decline of bistrique drive unit main shaft.
Major advantage and effect that the utility model has with respect to prior art are:
1, the disclosed ceramic polishing of the utility model polishes the drive unit of pendulum certainly with abrading block, certainly the rotating speed of putting drive unit two is regulated by the peripheral hardware drive unit that is arranged on bistrique housing exterior, break through traditional type of drive completely, like this regulate and when maintenance just without the integral disassembly, assembly that carries out bistrique shell, workload greatly reduces; And the rotating speed of certainly putting drive unit two thoroughly broken away from associated with the grinding spindle of high-speed rotation, only need to keep slowly running, reduce mechanical wear, extend service life, alleviated the weight of bistrique shell entirety simultaneously, reduce energy consumption.
2, the disclosed ceramic polishing of the utility model polishes and takes full advantage of the accessory in existing equipment with the drive unit of certainly putting of abrading block, and cost is low, and feasibility is high.
Accompanying drawing explanation
Fig. 1 is that in embodiment mono-, ceramic polishing polishes the structural representation of certainly putting drive unit and connected bistrique drive unit main shaft and grinding spindle with abrading block;
Wherein, 1 is bistrique hollow shaft one, 2 is bistrique hollow shaft two, 3 is bistrique shell, 4 is that abrading block is from pendulum linkage, 5 is grinding spindle, 6 is adapter sleeve, 7 is bistrique drive unit main shaft, 8 is bistrique drive unit hollow shaft one, 9 is bistrique drive unit hollow shaft two, 10 is fixed mount, 11 is motor, 121 is belt pulley one, 122 is belt pulley two, 131 belt pulleys three, 132 is belt pulley four, 14 is belt one, 15 is belt two, 16 is belt three, 17 is lift cylinder, 18 is connector, 19 is bearing one, 20 is bearing two, 21 is bearing three, 22 is abrading block seat.
The specific embodiment
Below in conjunction with embodiment and accompanying drawing, the utility model is described in further detail, but embodiment of the present utility model is not limited to this.
Embodiment mono-
The utility model discloses a kind of ceramic polishing and polish the drive unit of pendulum certainly with abrading block, its principle with method is: certainly the driving of pendulum by certainly putting drive unit one and form from the speed discrepancy of pendulum drive unit two, by with certainly put drive unit one and certainly put linkage and realize from putting abrading block that drive unit two is connected respectively, identical with the rotating speed of grinding spindle from the pendulum rotating speed of drive unit one, rotating speed from pendulum drive unit two is regulated by the peripheral hardware drive unit that is arranged on bistrique housing exterior, that is: determined abrading block from the frequency of pendulum from pendulum drive unit one after the speed discrepancy of pendulum drive unit two, set the rotating speed from pendulum drive unit two by definite speed discrepancy, then drive from pendulum drive unit two and rotate according to the rotating speed of setting by peripheral hardware drive unit, or by driving from pendulum drive unit two and rotate according to the rotating speed of setting by transmission device again after peripheral hardware drive unit drive transmission.
Ceramic polishing of the present utility model polish with the drive unit of pendulum certainly of abrading block as shown in Figure 1, connect abrading block and can adopt cam gear from pendulum linkage 4(abrading block from pendulum linkage); From pendulum drive unit by the bistrique shell 3 with speed discrepancy with bistrique hollow shaft two 2(as certainly putting drive unit two) form, bistrique hollow shaft 1 is set with take grinding spindle 5 with bistrique hollow shaft 22 inside and outside axle center, and abrading block connects respectively bistrique shell 3 and bistrique hollow shaft 22 from pendulum linkage 4; Bistrique hollow shaft 1 is all fixedly connected with (therefore bistrique hollow shaft 1, grinding spindle 5 and bistrique shell 3 have identical angle rotating speed) with bistrique shell 3 with grinding spindle 5, and bistrique hollow shaft 22 is stretched out bistrique shell 3; In adapter sleeve 6, grinding spindle 5 is connected by connector up and down with bistrique drive unit main shaft 7; Adapter sleeve 6 is coaxially connected by connector 18 as axle center take grinding spindle 5 or bistrique drive unit main shaft 7 outside bistrique shell 3 up and down with bistrique hollow shaft 22.Outside bistrique drive unit main shaft 7 and between adapter sleeve 6, be also set with bistrique drive unit hollow shaft 29, in actual use, the outer bistrique drive unit hollow shaft 1 that is first set with of bistrique drive unit main shaft 7, between bistrique drive unit hollow shaft 1 and bistrique drive unit hollow shaft 29, bearing 20 is set, bistrique drive unit hollow shaft 29 is also connected with fixed mount 10 by bearing 19, to guarantee stationarity.Bistrique drive unit hollow shaft 29 is coaxially fixedly connected with as axle center take bistrique drive unit main shaft 7 with adapter sleeve 6.Motor 11 is to adopt bistrique drive unit spindle drive motor, bistrique drive unit spindle drive motor 11 is exported and is first driven belt pulley 121,122, belt pulley 122 drives belt 15, belt 15 drives belt pulley 131,132, belt pulley 121 is connected by belt 14 with 122, belt pulley 131 132 connects by belt 16, the rotating speed difference (two groups of belt pulleys are as the different transmission device of rotating speed) of two groups of belt pulleys.Belt pulley 131 and 132 band rotary bistrique drive unit hollow shafts 29 are rotated, final band rotary bistrique hollow shaft 22 is rotated, grinding spindle 5 is fixedly connected with bistrique shell 3 inner bottom parts, grinding spindle 5 is driven by belt pulley 121 and 122, therefore, bistrique shell 3 has speed discrepancy with bistrique hollow shaft 22, and both drive abrading block linkage 4, finally makes abrading block carry out from pendulum.The top of bistrique drive unit main shaft 7 is also connected with lift cylinder 17, for the lifting of bistrique drive unit main shaft 7.
In the present embodiment, abrading block is work like this from pendulum drive unit: motor 11 rotates and drives belt pulley 121,122, drive belt pulley 131,132, belt pulley 121,122 band rotary bistrique drive unit main shafts 7 rotate (bistrique drive unit main shaft 7 drives by being arranged on its outer bistrique drive unit hollow shaft 1), belt pulley 131,132 band rotary bistrique drive unit hollow shafts 29 are rotated again.Bistrique drive unit main shaft 7 drives grinding spindle 5 and bistrique hollow shaft 1 and bistrique shell 3 to rotate, and now bistrique shell 3 has the angle rotating speed identical with grinding spindle 5.Bistrique drive unit hollow shaft 29 is rotated and is driven adapter sleeve 6 and bistrique hollow shaft 22 to rotate, now bistrique hollow shaft 22 has the angle rotating speed identical with bistrique drive unit hollow shaft 29, due to the rotating speed difference of two groups of belt pulleys, there is speed discrepancy with bistrique hollow shaft 22 in bistrique shell 3, and this speed discrepancy just excites the abrading block seat 22 being connected with bistrique shell to do pendulum model from pendular motion with dynamic grinding block from pendulum linkage 4.
In the time need to regulating pendulum model from the frequency of pendular motion, only need to regulate two groups of speed discrepancies between belt pulley, very convenient.And the rotational speed regulation of belt pulley, can not be subject to the impact of gear ratio example, can realize the adjusting of arbitrary proportion, be preferred version.In this example, two groups of belt pulleys also can replace with two groups of gear trains.
Embodiment bis-
The present embodiment and embodiment mono-difference are only, the motor of peripheral hardware drive unit is the independent motor (not shown in figure 1) arranging, its direct drive pulley 131 and 132, abrading block drive unit main shaft is driven by its motor special 11,11, motor drives bistrique drive unit hollow shaft 1, and other structure is all identical with embodiment mono-.
Embodiment tri-
The present embodiment and embodiment bis-differences are only, one group of belt pulley 131,132 of the independent motor arranging directly drives adapter sleeve 6, and bistrique drive unit hollow shaft 1 is connected with fixed mount 10 by bearing 20, do not need bistrique drive unit hollow shaft 29, other structure is identical with embodiment bis-.
Embodiment tetra-
The present embodiment and embodiment tri-differences are only, motor is abrading block drive unit spindle drive motor 11, and motor 11 drives belt pulley 131 and 132 directly to drive adapter sleeve 6, and other structure is all identical with embodiment tri-.
Above-described embodiment is preferably embodiment of the utility model; but embodiment of the present utility model is not restricted to the described embodiments; other any do not deviate from change, the modification done under Spirit Essence of the present utility model and principle, substitutes, combination, simplify; all should be equivalent substitute mode, within being included in protection domain of the present utility model.

Claims (9)

1. ceramic tile polishes the drive unit of pendulum certainly of polishing abrading block, and abrading block is connected with bistrique shell by abrading block seat, and abrading block connects abrading block seat from pendulum linkage; It is characterized in that, certainly put drive unit and comprise having the drive unit of pendulum certainly of speed discrepancy and certainly put drive unit two, abrading block connects respectively from pendulum drive unit one and certainly puts drive unit two from the two ends of pendulum linkage; Wherein, certainly put drive unit one and be connected with grinding spindle, certainly put drive unit two and stretch out bistrique shell and connect peripheral hardware drive unit outward.
2. ceramic tile according to claim 1 polishes the drive unit of pendulum certainly of polishing abrading block, it is characterized in that, the described drive unit two of pendulum certainly refers to the bistrique hollow shaft two being set in outside grinding spindle and take grinding spindle as axle center; Peripheral hardware drive unit is used for driving two rotations of bistrique hollow shaft.
3. the drive unit of pendulum certainly that polishes polishing abrading block according to the ceramic tile described in claim 2, is characterized in that, described peripheral hardware drive unit is used for driving two rotations of bistrique hollow shaft to refer to, peripheral hardware drive unit directly drives bistrique hollow shaft two.
4. polish the drive unit of pendulum certainly of polishing abrading block according to the ceramic tile described in claim 3, it is characterized in that, described peripheral hardware drive unit is used for driving two rotations of bistrique hollow shaft to refer to, also be provided with adapter sleeve, in adapter sleeve, grinding spindle is connected by connector up and down with bistrique drive unit main shaft, adapter sleeve is coaxially connected as axle center take grinding spindle or bistrique drive unit main shaft up and down with bistrique hollow shaft two, the peripheral hardware drive unit pioneer cover that is dynamically connected, then by adapter sleeve band rotary bistrique hollow shaft two.
5. polish the drive unit of pendulum certainly of polishing abrading block according to the ceramic tile described in claim 4, it is characterized in that, described peripheral hardware drive unit pioneer is dynamically connected to overlap and refers to, outside bistrique drive unit main shaft and between adapter sleeve, be also set with bistrique drive unit hollow shaft two, bistrique drive unit hollow shaft two is coaxially fixedly connected with as axle center take bistrique drive unit main shaft with adapter sleeve, the output of peripheral hardware drive unit connects bistrique drive unit hollow shaft two, drives adapter sleeve to rotate by bistrique drive unit hollow shaft two.
6. the drive unit of pendulum certainly that polishes polishing abrading block according to the ceramic tile described in any one in claim 1 to 5, is characterized in that, the described drive unit one of pendulum certainly refers to bistrique shell, and grinding spindle is connected to the inner bottom part of bistrique shell; Described peripheral hardware drive unit refers to one of following mode: (one) independent motor arranging and the transmission device of drive thereof; (2) two of bistrique drive unit spindle drive motor and drive thereof groups of different transmission devices of speed, wherein one group of transmission is used for driving from pendulum drive unit two, and another group transmission is used for being with rotary bistrique drive unit main shaft.
7. ceramic tile according to claim 6 polishes the drive unit of pendulum certainly of polishing abrading block, it is characterized in that, the independent motor arranging described in first kind of way and the transmission device of drive thereof refer to, set up separately a motor for driving from pendulum drive unit two, transmission device is belt pulley or gear train.
8. ceramic tile according to claim 6 polishes the drive unit of pendulum certainly of polishing abrading block, it is characterized in that, two groups of transmission devices that speed is different of the bistrique drive unit spindle drive motor described in the described second way and drive thereof, wherein one group of transmission is used for driving pendulum drive unit two certainly to refer to, transmission device is belt pulley or gear train, the output of bistrique drive unit spindle drive motor connects two groups of belt pulleys or two gear trains, wherein one group of belt pulley or gear set drive are from pendulum drive unit two, another group belt pulley or gear train drive bistrique drive unit main shaft, two groups of speed differences.
9. ceramic tile according to claim 6 polishes the drive unit of pendulum certainly of polishing abrading block, it is characterized in that, also comprises the lift cylinder of the top that is connected to bistrique drive unit main shaft.
CN201320874551.1U 2013-12-26 2013-12-26 Auto-oscillation driving device of grinding block for flatly grinding and polishing ceramic tiles Active CN203680056U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201320874551.1U CN203680056U (en) 2013-12-26 2013-12-26 Auto-oscillation driving device of grinding block for flatly grinding and polishing ceramic tiles

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201320874551.1U CN203680056U (en) 2013-12-26 2013-12-26 Auto-oscillation driving device of grinding block for flatly grinding and polishing ceramic tiles

Publications (1)

Publication Number Publication Date
CN203680056U true CN203680056U (en) 2014-07-02

Family

ID=51002015

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201320874551.1U Active CN203680056U (en) 2013-12-26 2013-12-26 Auto-oscillation driving device of grinding block for flatly grinding and polishing ceramic tiles

Country Status (1)

Country Link
CN (1) CN203680056U (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103659594A (en) * 2013-12-26 2014-03-26 潘广松 Auto-oscillation driving method and device for abrasive block used for grinding and polishing ceramic tiles
CN104802051A (en) * 2015-04-13 2015-07-29 广东科达洁能股份有限公司 Ceramic polishing tile surface cold processing device

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103659594A (en) * 2013-12-26 2014-03-26 潘广松 Auto-oscillation driving method and device for abrasive block used for grinding and polishing ceramic tiles
WO2015096585A1 (en) * 2013-12-26 2015-07-02 潘广松 Self-oscillation drive method and self-oscillation drive apparatus for abrasion block for grinding down and polishing ceramic tiles
CN104802051A (en) * 2015-04-13 2015-07-29 广东科达洁能股份有限公司 Ceramic polishing tile surface cold processing device
CN104802051B (en) * 2015-04-13 2017-12-26 广东科达洁能股份有限公司 Polished brick in porcelain character surface cold working apparatus

Similar Documents

Publication Publication Date Title
CN103659594B (en) Ceramic tile polishes the pendulum driving method certainly of polishing abrading block and certainly puts driving means
CN101327568A (en) High-efficient stable polishing-grinding apparatus
CN103801999B (en) Stepless grinding and polishing apparatus
CN205325344U (en) Automatic grinding device of outer bottom of bottle base
CN203680056U (en) Auto-oscillation driving device of grinding block for flatly grinding and polishing ceramic tiles
CN201227760Y (en) High efficiency stable polishing grinding attachment
CN203696639U (en) Stepless grinding and polishing device
CN208231595U (en) A kind of mechanical aluminum profile sand-blasting machine observation window cleaning plant
CN107649998A (en) A kind of vertical polishing machine
CN108212649A (en) A kind of indexing type processes oiling station
CN104802051B (en) Polished brick in porcelain character surface cold working apparatus
CN203918673U (en) A kind of crystal drilling grinding and polishing is bulldozed machine
CN101602180A (en) A kind of scraping efficiently calmed down thick device
CN102765045A (en) Ceramic-casing grinding and reaming machine
CN201960435U (en) Large disk rotary rough grinding machine
CN201970186U (en) Double-rotation rough grinding machine
CN201872031U (en) Rotary type automatic grinding machine
CN201446468U (en) High-efficiency strike-off thicknessing device
CN204673391U (en) Polished brick in porcelain character surface cold working apparatus
CN106078528A (en) A kind of efficiently sandblasting machine
CN205950435U (en) Round brush grinding machanism
CN201192803Y (en) Full-automatic diamond grinding/polishing machine
CN203330852U (en) Fixed polishing machine
CN207629811U (en) A kind of polishing machine for ceramic tile water mill
CN204772087U (en) Plug -in type ceramic tile burnishing device

Legal Events

Date Code Title Description
C14 Grant of patent or utility model
GR01 Patent grant