CN205572077U - Polishing device - Google Patents

Polishing device Download PDF

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Publication number
CN205572077U
CN205572077U CN201620224372.7U CN201620224372U CN205572077U CN 205572077 U CN205572077 U CN 205572077U CN 201620224372 U CN201620224372 U CN 201620224372U CN 205572077 U CN205572077 U CN 205572077U
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China
Prior art keywords
shackle
guiding
rod
drivewheel
sleeving
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CN201620224372.7U
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Chinese (zh)
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陈瑞琼
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陈瑞琼
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Abstract

The utility model relates to a polishing device, including the frame, install the conveyer in the frame lower part, install in the frame and lie in the grinding machanism of conveyer top and spray the mechanism, the last ventilation passageway that is equipped with of conveyer, the ventilation passageway sets up along conveyer's direction of delivery, still install blast apparatus in the frame, blast apparatus is located ventilation passageway below, blast apparatus's air exit sets up up. The utility model discloses a blow to the bottom of work piece at the polishing in -process, can solve the work piece and in the hydrophilic problem of polishing in -process, can remove subsequent stoving technology from simultaneously, can reduce floor area, reduce the energy consumption, save manufacturing cost.

Description

A kind of burnishing device
Technical field
This utility model relates to a kind of burnishing device, particularly to a kind of burnishing device being applicable to ceramic industry.
Background technology
At present, ceramic polished brick mostly includes that (the coarse back side is paving for the coarse back side and smooth surface Face, smooth surface is decorative cover), decorative cover needs to be polished technique.Ceramic polished brick polishing time, First ceramic polished brick is positioned on horizontally disposed conveyer belt, makes the decorative cover of ceramic polished brick upward, i.e. The paving of ceramic polished brick is facing to ground, and conveyer belt is provided above multiple conveying direction along conveyer belt The grinding head for polishing of arrangement, ceramic polished brick continuously moves under the drive of conveyer belt, and each grinding head for polishing is equal From top to bottom ceramic polished brick is polished.In polishing process, owing to grinding head for polishing polishing pottery is thrown The decorative cover of light brick, can produce the abrasive dust of substantial amounts of particulate, needs to use spraying mechanism to workpiece To be processed the substantial amounts of water of spray, the effect cooled to rinse out abrasive dust ceramic polished brick to be had simultaneously, But, for the ceramic polished brick that some water absorption rates are higher, owing to absorbing substantial amounts of water in water flushing process Point, follow-up drying oven must also be utilized to dry, add the difficulty of processing of ceramic polished brick, meanwhile, Needing to arrange on a production line drying oven, will take bigger production space, and energy consumption is big, production cost is high; Certainly, above-mentioned finishing method adds man-hour be applied to other workpiece, can there is above-mentioned problem equally.
Utility model content
In order to overcome the deficiencies in the prior art, the purpose of this utility model is to provide a kind of burnishing device, logical Cross and in polishing process, is dried in the bottom of workpiece (such as ceramic polished brick), it is possible to solve workpiece polished The problem of water suction in journey, simultaneously can remove follow-up stoving process from, it is possible to reduce equipment floor space, Reduce energy consumption, save production cost.
For solving the problems referred to above, the technical scheme that the purpose of this utility model is used is as follows:
A kind of burnishing device, including frame, is arranged on the transporter of frame lower, is arranged in frame also It is positioned at the workpiece polishing mechanism above transporter and spraying mechanism;It is characterized in that, described transporter is provided with Vent passages, described vent passages is arranged along the conveying direction of transporter;It is also equipped with blowing in described frame Wind apparatus, described blowing device is positioned at below vent passages, and the exhaust outlet of described blowing device is arranged upward.
As preferably, described transporter includes driving motor and by driving motor-driven more than two putting down The belt transmission agency composition that row is arranged, is formed with transversal ventilation between two groups of the most adjacent belt transmission agencies Passage.
As preferably, often group belt transmission agency all includes drivewheel, follower and is connected to described active Feed belt between wheel and follower;Described transporter also includes the machine being installed in rotation on support Tool rotating shaft;All of drivewheel is installed on the output shaft of described driving motor, and all of follower is all pacified It is contained on described mechanical rotating shaft.
As preferably, the upper surface of each feed belt is equipped with several and arranges along feed belt width Groove.During polishing, the lower surface of ceramic polished brick is tightly fitted with the upper surface of feed belt, with groove Can form the longitudinal ventilation passage of width, distinguished and admirable can pass these vent passages, make removal abrasive dust Moisture cannot remain in the bottom of ceramic polished brick.
As preferably, between described belt transmission agency more than two, it is additionally provided with width adjustment mechanism.For Regulate each belt transmission agency distance each other, be suitable for the ceramic polished brick that size is different.
As preferably, described width adjustment mechanism include a longitudinally fixed bar, three horizontal sleeving connecting rods, three Guiding mechanism, two slide blocks, two groups of clip assemblies;
Described longitudinally fixed bar is fixedly mounted on support along the width of feed belt;
Described three horizontal sleeving connecting rods are horizontal sleeving connecting rod, intermediate lateral sleeving connecting rod, rear laterally sleeving connecting rod before including, They are socketed on described longitudinally fixed bar the most successively along the width of feed belt;
Left guiding mechanism that described three guiding mechanisms include being positioned at drivewheel side, the centre being positioned at centre are led To mechanism and the right guiding mechanism being positioned at follower side;Described three guiding mechanisms all include being fixedly mounted on Fixing seat on described intermediate lateral sleeving connecting rod, on described fixing seat along feed belt width be provided with to A few gathering sill running through described fixing seat, the front end of described gathering sill is provided with front stretching bar, and its rear end sets There is rear telescopic rod;
Said two slide block includes front-slider, rear slider;Described front-slider is socketed in the front end of longitudinally fixed bar, And with described before the middle part clamping of horizontal sleeving connecting rod, one end of described front-slider and described middle guiding mechanism Front stretching bar is fixing to be connected;Described rear slider is socketed in the rear end of longitudinally fixed bar, and laterally overlaps after described The middle part clamping of extension bar, one end of described rear slider is fixing with the rear telescopic rod of described middle guiding mechanism to be connected;
Described two groups of clip assemblies are positioned at the first clip assembly of drivewheel side and are positioned at the of follower side Two clip assemblies;
Described first clip assembly include first before shackle member after shackle member and first;Shackle member before described first Bottom surface be fixedly mounted on before laterally on sleeving connecting rod, the right-hand member of shackle member and described left Guiding machine before described first The front stretching bar of structure is fixing to be connected, and its left end has one for accommodating the draw-in groove of described drivewheel;Described first The bottom surface of rear shackle member is after being fixedly mounted on horizontal sleeving connecting rod, and after described first, the right-hand member of shackle member is with described The rear telescopic rod of left guiding mechanism is fixing to be connected, and its left end has one for accommodating the draw-in groove of described drivewheel;
Described second clip assembly include second before shackle member after shackle member and second;Shackle member before described second Bottom surface be fixedly mounted on before laterally on sleeving connecting rod, the left end of shackle member and described right Guiding machine before described second The front stretching bar of structure is fixing to be connected, and its right-hand member has one for accommodating the draw-in groove of described follower;Described second The bottom surface of rear shackle member is after being fixedly mounted on horizontal sleeving connecting rod, and after described second, the left end of shackle member is with described The rear telescopic rod of right guiding mechanism is fixing to be connected, and its right-hand member end has one for accommodating the draw-in groove of described drivewheel;
All of drivewheel is installed on the output shaft of described driving motor in a sliding manner, all of passively Wheel is installed on described mechanical rotating shaft;Wherein, it is positioned at the outermost drivewheel in output shaft front end and is connected in institute State before first in the draw-in groove of shackle member, be positioned at after the outermost drivewheel in output shaft rear end is connected in described first In the draw-in groove of shackle member, it is positioned at shackle member before the outermost follower in mechanical rotating shaft front end is connected in described second Draw-in groove in, be positioned at the outermost follower in mechanical rotating shaft rear end and be connected in the draw-in groove of shackle member after described second In.
Compared to existing technology, the beneficial effects of the utility model are:
1, this utility model utilizes blower mechanism to dry the bottom of ceramic polished brick (paving face), during polishing Air-flow from inside to outside is formed, so that the moisture removing abrasive dust cannot be at pottery in the bottom of ceramic polished brick The bottom of polished bricks stops, it is to avoid ceramic polished brick sucks moisture during polishing.
2, the feed belt of belt transmission agency of the present utility model has multiple groove, and during polishing, pottery is thrown The bottom of light brick and the tightly laminating of feed belt, with the vent passages that groove can form width, wind Stream can pass these vent passages, makes the moisture of removal abrasive dust cannot remain in the bottom of ceramic polished brick.
3, this utility model is also provided with width adjustment mechanism, can regulate belt transmission agency each other Distance, be suitable for the different ceramic polished brick of size.
With detailed description of the invention, this utility model is described in further detail below in conjunction with the accompanying drawings.
Accompanying drawing explanation
Fig. 1 is the structural representation of the burnishing device described in this utility model embodiment 1.
Fig. 2 is the structural representation of another angle of the burnishing device described in this utility model embodiment 1.
Fig. 3 is the structural representation of the feed belt described in this utility model embodiment 2.
Fig. 4 is the structural representation of the width adjustment mechanism described in this utility model embodiment 3.
Wherein, 100, ceramic polished brick;1, frame;21, belt transmission agency;211, drivewheel; 212, follower;213, feed belt;2131, groove;22, the output shaft of motor is driven;23, machine Tool rotating shaft;3, workpiece polishing mechanism;31, bistrique;4, spraying mechanism;41, shower nozzle;51, transversal ventilation leads to Road;52, longitudinal ventilation passage;6, blowing device;71, longitudinally fixed bar;721, front horizontal sleeving connecting rod; 722, intermediate lateral sleeving connecting rod;723, rear laterally sleeving connecting rod;731, left guiding mechanism;732, centre is led To mechanism;733, right guiding mechanism;730, fixing seat;7301, gathering sill;7302, front stretching bar; 7303, rear telescopic rod;741, front-slider;742, rear slider;751, shackle member before first;752, Shackle member after one;753, shackle member before second;754, shackle member after second;750, draw-in groove.
Detailed description of the invention
Embodiment 1:
With reference to Fig. 1-2, a kind of burnishing device described in the present embodiment, including frame 1, it is arranged on frame 1 time The transporter in portion, is arranged in frame 1 and is positioned at the workpiece polishing mechanism 3 above transporter and spraying mechanism 4; Described transporter is provided with vent passages, and described vent passages is arranged along the conveying direction of transporter;Institute Stating and be also equipped with blowing device 6 in frame 1, described blowing device 6 is positioned at below vent passages, described blowing The exhaust outlet of device 6 is arranged and upward just to described vent passages;Vent passages includes transversal ventilation passage 51;
Described transporter include having output shaft 22 drive motor with by driving motor-driven three groups parallel to set The belt transmission agency 21 put, is formed with transversal ventilation passage between two groups of the most adjacent belt transmission agencies 21 51.Often group belt transmission agency 21 all includes drivewheel 211, follower 212 and is connected to described active Feed belt 213 between wheel 211 and follower 212;Described transporter also includes being installed in rotation on Mechanical rotating shaft 23 on support;All of drivewheel 211 is installed on the output shaft 22 of described driving motor, All of follower 212 is installed on described mechanical rotating shaft 23.
Described workpiece polishing mechanism 3 and spraying mechanism 4 can use commercially available prod of the prior art.Or institute State workpiece polishing mechanism 3 to include two bistriques 31, the rotary drive motor driving two bistriques 31 to rotate, drive two The upgrading cylinder that individual bistrique about 31 is upgraded.Described spraying mechanism 4 includes shower nozzle 41, water-supply-pipe and water storage dress Put.Described shower nozzle 41 is connected with water storage device by water-supply-pipe.Described shower nozzle 41 is positioned at described workpiece polishing mechanism Two bistriques 31 between.
A kind of finishing method, comprises the following steps:
1) transporter with vent passages, defeated along transporter of described vent passages are first provided Direction is sent to arrange;Workpiece is placed on transporter and is crossed on the top of vent passages;Described ventilation is led to Road includes the transversal ventilation passage arranged along the length direction of transporter;Described workpiece is ceramic polished brick;
2) then utilize described transporter conveying workpieces, workpiece is polished place by course of conveying simultaneously Reason and blowing process:
Polishing process includes: polish the upper surface of workpiece, carries out the upper surface of workpiece simultaneously Water spray is to remove abrasive dust;
Blowing processing procedure includes: the lower surface being pointed to the workpiece above vent passages blows so that The lower surface of workpiece forms air-flow from inside to outside, thus ensures that moisture cannot stop at the lower surface of workpiece, The lower surface avoiding workpiece sucks moisture.
Embodiment 2:
With reference to Fig. 3, the feature of the present embodiment is: be equipped with several edges on the upper surface of each feed belt 213 The groove 2131 that feed belt 213 width is arranged, during polishing, the bottom of ceramic polished brick 100 and biography Sending the tightly laminating of belt 213, the vent passages that can form width with groove 2131 is (i.e. longitudinally logical Wind passage 52), distinguished and admirable can pass these longitudinal ventilation passages 52, the moisture making removal abrasive dust cannot be at pottery The bottom residual of porcelain polished bricks 100.Other are same as in Example 1.
Embodiment 3:
With reference to Fig. 4, the feature of the present embodiment is: also set between described belt transmission agency 21 more than two There is width adjustment mechanism.Described width adjustment mechanism include 71, three horizontal sleeving connecting rods of longitudinally fixed bar, Three guiding mechanisms, two slide blocks, two groups of clip assemblies;
Described longitudinally fixed bar 71 is fixedly mounted on support 1 along the width of feed belt 213;
Described three horizontal sleeving connecting rods include before horizontal sleeving connecting rod 721, intermediate lateral sleeving connecting rod 722, the most horizontal Sleeving connecting rod 723, they are socketed on described longitudinally fixed along the width of feed belt 213 the most successively On bar 71;
Described three guiding mechanisms include being positioned at the left guiding mechanism 731 of drivewheel 211 side, being positioned at centre Middle guiding mechanism 732 and the right guiding mechanism 733 being positioned at follower 212 side;Described three guiding mechanisms All include the fixing seat 730 being fixedly mounted on described intermediate lateral sleeving connecting rod 722, on described fixing seat 730 Feed belt 213 width is provided with at least one gathering sill 7301 running through described fixing seat 730, The front end of described gathering sill 7301 is provided with front stretching bar 7302, and its rear end is provided with rear telescopic rod 7303;
Said two slide block includes front-slider 741, rear slider 742;Described front-slider 741 is socketed in the most solid The front end of fixed pole 71, and with described before the middle part clamping of horizontal sleeving connecting rod 721, the one of described front-slider 741 Hold the front stretching bar 7302 with described middle guiding mechanism 732 to fix to be connected;Described rear slider 742 is socketed in The rear end of longitudinally fixed bar 71, and with described after the middle part clamping of horizontal sleeving connecting rod 723, described rear slider 742 The rear telescopic rod 7303 of one end and described middle guiding mechanism 732 fixing be connected;
Described two groups of clip assemblies are positioned at the first clip assembly of drivewheel 211 side and are positioned at follower 212 Second clip assembly of side;
Described first clip assembly include first before shackle member 752 after shackle member 751 and first;Before described first The bottom surface of shackle member 751 is fixedly mounted on front laterally sleeving connecting rod 721, shackle member 751 before described first Right-hand member is fixing with the front stretching bar 7302 of described left guiding mechanism 731 to be connected, and its left end has one for accommodating The draw-in groove 750 of described drivewheel 211;Laterally overlap after after described first, the bottom surface of shackle member 752 is fixedly mounted on On extension bar 723, the right-hand member of shackle member 752 and the rear telescopic rod of described left guiding mechanism 731 after described first 7303 fixing connections, its left end has one for accommodating the draw-in groove 750 of described drivewheel 211;
Described second clip assembly include second before shackle member 754 after shackle member 753 and second;Before described second The bottom surface of shackle member 753 is fixedly mounted on front laterally sleeving connecting rod 721, shackle member 753 before described second Left end is fixing with the front stretching bar 7302 of described right guiding mechanism 733 to be connected, and its right-hand member has one for accommodating The draw-in groove 750 of described follower 212;Laterally overlap after after described second, the bottom surface of shackle member 754 is fixedly mounted on On extension bar 723, the left end of shackle member 754 and the rear telescopic rod of described right guiding mechanism 733 after described second 7303 fixing connections, its right-hand member end has one for accommodating the draw-in groove 750 of described drivewheel 211;
All of drivewheel 211 is installed on the output shaft of described driving motor in a sliding manner, all of Follower 212 is installed on described mechanical rotating shaft 23;Wherein, the outermost active in output shaft front end it is positioned at Wheel 211 is connected in the draw-in groove 750 of shackle member 751 before described first, is positioned at output shaft rear end outermost Drivewheel 211 is connected in the draw-in groove 750 of shackle member 752 after described first, is positioned at mechanical rotating shaft 23 front end Outermost follower 212 is connected in the draw-in groove 750 of shackle member 753 before described second, is positioned at machinery and turns The outermost follower in axle 23 rear end 212 is connected in the draw-in groove 750 of shackle member 754 after described second.
Other is identical with embodiment 1 or 2.
Above-mentioned embodiment is only preferred implementation of the present utility model, it is impossible to limit this practicality with this new The scope of type protection, any unsubstantiality that those skilled in the art is done on the basis of this utility model Change and replacement belong to this utility model scope required for protection.

Claims (6)

1. a burnishing device, including frame, is arranged on the transporter of frame lower, is arranged in frame and is positioned at the workpiece polishing mechanism above transporter and spraying mechanism;It is characterized in that, described transporter is provided with vent passages, and described vent passages is arranged along the conveying direction of transporter;Being also equipped with blowing device in described frame, described blowing device is positioned at below vent passages, and the exhaust outlet of described blowing device is arranged upward.
Burnishing device the most according to claim 1, it is characterized in that, described transporter includes driving motor and by driving the motor-driven more than two belt transmission agency be arrangeding in parallel, is formed with transversal ventilation passage between two groups of the most adjacent belt transmission agencies.
Burnishing device the most according to claim 2, it is characterised in that often group belt transmission agency all includes drivewheel, follower and is connected to the feed belt between described drivewheel and follower;Described transporter also includes the mechanical rotating shaft being installed in rotation on support;All of drivewheel is installed on the output shaft of described driving motor, and all of follower is installed on described mechanical rotating shaft.
Burnishing device the most according to claim 2, it is characterised in that be equipped with several grooves arranged along feed belt width on the upper surface of each feed belt.
Burnishing device the most according to claim 3, it is characterised in that be additionally provided with width adjustment mechanism between described belt transmission agency more than two, for regulating the distance between each belt transmission agency.
Burnishing device the most according to claim 5, it is characterised in that described width adjustment mechanism includes a longitudinally fixed bar, three horizontal sleeving connecting rods, three guiding mechanisms, two slide blocks, two groups of clip assemblies;
Described longitudinally fixed bar is fixedly mounted on support along the width of feed belt;
Described three horizontal sleeving connecting rods are horizontal sleeving connecting rod, intermediate lateral sleeving connecting rod, rear laterally sleeving connecting rod before including, they are socketed on described longitudinally fixed bar the most successively along the width of feed belt;
Described three guiding mechanisms include being positioned at the left guiding mechanism of drivewheel side, being positioned at the middle guiding mechanism of centre and be positioned at the right guiding mechanism of follower side;Described three guiding mechanisms all include the fixing seat being fixedly mounted on described intermediate lateral sleeving connecting rod, on described fixing seat, feed belt width is provided with at least one gathering sill running through described fixing seat, the front end of described gathering sill is provided with front stretching bar, and its rear end is provided with rear telescopic rod;
Said two slide block includes front-slider, rear slider;Described front-slider is socketed in the front end of longitudinally fixed bar, and with described before the middle part clamping of horizontal sleeving connecting rod, one end of described front-slider is fixed with the front stretching bar of described middle guiding mechanism and is connected;Described rear slider is socketed in the rear end of longitudinally fixed bar, and with described after the middle part clamping of horizontal sleeving connecting rod, one end of described rear slider is fixed with the rear telescopic rod of described middle guiding mechanism and is connected;
Described two groups of clip assemblies are positioned at the first clip assembly of drivewheel side and are positioned at the second clip assembly of follower side;
Described first clip assembly include first before shackle member after shackle member and first;Before before described first, the bottom surface of shackle member is fixedly mounted on horizontal sleeving connecting rod, before described first, the right-hand member of shackle member is fixing with the front stretching bar of described left guiding mechanism is connected, and its left end has one for accommodating the draw-in groove of described drivewheel;After after described first, the bottom surface of shackle member is fixedly mounted on horizontal sleeving connecting rod, after described first, the right-hand member of shackle member is fixing with the rear telescopic rod of described left guiding mechanism is connected, and its left end has one for accommodating the draw-in groove of described drivewheel;
Described second clip assembly include second before shackle member after shackle member and second;Before before described second, the bottom surface of shackle member is fixedly mounted on horizontal sleeving connecting rod, before described second, the left end of shackle member is fixing with the front stretching bar of described right guiding mechanism is connected, and its right-hand member has one for accommodating the draw-in groove of described follower;After after described second, the bottom surface of shackle member is fixedly mounted on horizontal sleeving connecting rod, after described second, the left end of shackle member is fixing with the rear telescopic rod of described right guiding mechanism is connected, and its right-hand member end has one for accommodating the draw-in groove of described drivewheel;
All of drivewheel is installed on the output shaft of described driving motor in a sliding manner, and all of follower is installed on described mechanical rotating shaft;Wherein, it is positioned at the outermost drivewheel in output shaft front end to be connected in before described first in the draw-in groove of shackle member, it is positioned at the outermost drivewheel in output shaft rear end to be connected in after described first in the draw-in groove of shackle member, it is positioned at the outermost follower in mechanical rotating shaft front end to be connected in before described second in the draw-in groove of shackle member, is positioned at the outermost follower in mechanical rotating shaft rear end and is connected in after described second in the draw-in groove of shackle member.
CN201620224372.7U 2016-03-21 2016-03-21 Polishing device Active CN205572077U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201620224372.7U CN205572077U (en) 2016-03-21 2016-03-21 Polishing device

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Application Number Priority Date Filing Date Title
CN201620224372.7U CN205572077U (en) 2016-03-21 2016-03-21 Polishing device

Publications (1)

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CN205572077U true CN205572077U (en) 2016-09-14

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105798716A (en) * 2016-03-21 2016-07-27 陈瑞琼 Polishing method and polishing device
TWI707728B (en) * 2020-01-06 2020-10-21 大陸商業成科技(成都)有限公司 Improved grinding and cleaning device

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105798716A (en) * 2016-03-21 2016-07-27 陈瑞琼 Polishing method and polishing device
TWI707728B (en) * 2020-01-06 2020-10-21 大陸商業成科技(成都)有限公司 Improved grinding and cleaning device

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