CN204094599U - Sanitaryware sanding machine - Google Patents
Sanitaryware sanding machine Download PDFInfo
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- CN204094599U CN204094599U CN201420574077.5U CN201420574077U CN204094599U CN 204094599 U CN204094599 U CN 204094599U CN 201420574077 U CN201420574077 U CN 201420574077U CN 204094599 U CN204094599 U CN 204094599U
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- abrasive band
- sanitaryware
- fine grinding
- movable panel
- grinding abrasive
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Abstract
The utility model discloses a kind of sanitaryware sanding machine, comprise the corase grind belt sander (11) being configured with corase grind abrasive band, with the fine grinding abrasive band machine (12) being configured with fine grinding abrasive band, the frosting of described corase grind abrasive band and described fine grinding abrasive band is along same straight line, the offside of described frosting is provided with guiding mechanism (20), the station platform (30) of holding workpiece drives described workpiece to move to described fine grinding abrasive band place by described corase grind abrasive band along described guiding mechanism (20), station platform (30) can move to fine grinding abrasive band place along guiding mechanism by roughly grinding abrasive band, after described station platform (30) corase grind do not need workpiece to dismantle, transhipment, just described fine grinding abrasive band place fine grinding is moved to by described guiding mechanism (20), thus improve working (machining) efficiency, and eliminate artificial unloading and transporting work pieces, reduce the labour intensity of operative employee.
Description
Technical field
The utility model relates to a kind of sanitaryware sanding machine, belongs to Surface-micromachining process field.
Background technology
Polishing is the rotation by the special polishing wheel being stained with abrasive material (or band), with the process of cutting metal piece surface.Polishing can remove the various gross imperfection such as burr, corrosion, cut, overlap, weld seam, sand holes, oxide skin of piece surface, to improve the flatness of part.Along with people are to the continuous pursuit of sanitaryware tap profile, the curve circular arc shape that continuous challenge is conventional, there is the shape of succinct plane and surface composition, the shape of this plane and surface composition is difficult to ensure linearity, planarity requirements by traditional hand-sand, the deviation of appearance and size is also difficult to ensure, needs a kind ofly can replace artificial sanding machine.
Such as: Chinese patent CN1962191B discloses a kind of flat grinding abrasive belt polishing machine, comprise the frame that has workbench, frame is provided with the bolster be connected with actuating unit, bolster is connected with driving wheel, frame is also provided with driven pulley and regulating wheel, driving wheel, driven pulley and regulating wheel are socketed with abrasive band, above-mentioned workbench is close to abrasive band and be arranged in parallel with abrasive band, frame is provided with column, above-mentioned regulating wheel is located at column place, and between regulating wheel and column, be provided with the tensioning apparatus that can make regulating wheel movement.When utilizing this polishing machine grinding work piece, workpiece is fixing, and face to be ground is necessary for horizontal plane on the table, completes workpiece ground feeding by self-powered platform.Although this sanding machine can ensure that the requirement of flatness grinds even curface, but also there is following defect, 1. workpiece could obtain comparatively smooth surface owing to needing experience corase grind and fine grinding two procedures, man-hour is added at this sanding machine of use, workpiece after corase grind needs to be transported to fine grinding sanding machine place and refines, low, the consuming time length of working (machining) efficiency, and need man-handling of materials, labour intensity is large; 2. workpiece is fixing on the table, and only can do feed motion on the direction of vertical frosting, and this sanding machine is only applicable to polishing flat work pieces, can not be used for processing the workpiece with corner; And workpiece frosting parallel direction can not make back and forth movement relatively, make surface of the work can leave polishing scratch in the same direction, surface smoothness is not high.
Utility model content
First technical problem to be solved in the utility model is the technical problem that existing sanding machine working (machining) efficiency is low, labour intensity is large, thus provides the sanitaryware sanding machine that a kind of working (machining) efficiency is high, labour intensity is little.
Second technical problem to be solved in the utility model be existing sanding machine only can the workpiece of finished surface level, the scope of application little, thus the sanitaryware sanding machine providing a kind of scope of application large.
For solving the problems of the technologies described above, the utility model provides a kind of sanitaryware sanding machine, it is characterized in that, comprise the corase grind belt sander being configured with corase grind abrasive band, with the fine grinding abrasive band machine being configured with fine grinding abrasive band, the frosting of described corase grind abrasive band and described fine grinding abrasive band, along same straight line, is provided with guiding mechanism at the offside of described frosting, and the station platform of holding workpiece drives described workpiece to move to described fine grinding abrasive band place by described corase grind abrasive band along described guiding mechanism.
In above-mentioned sanitaryware sanding machine, described station platform is installed the jig for clamping described workpiece, reciprocating parallel moving mechanism is fixedly connected with the bottom of described station platform, and drives described station platform to move back and forth on the direction of described frosting in horizontal parallel.
In above-mentioned sanitaryware sanding machine, described reciprocating parallel moving mechanism is arranged on feed mechanism, described feed mechanism drive described reciprocating parallel moving mechanism perpendicular to described frosting direction upper feeding or return, make described workpiece with described corase grind abrasive band or fine grinding abrasive band contacts or depart from.
In above-mentioned sanitaryware sanding machine, described station platform is installed the jig for clamping described workpiece, feed mechanism is fixedly connected with the bottom of described station platform, and drive described station platform in the direction upper feeding of vertical described frosting or return, make described workpiece with described corase grind abrasive band or fine grinding abrasive band contacts or depart from.
In above-mentioned sanitaryware sanding machine, described feed mechanism is arranged on reciprocating parallel moving mechanism, and described reciprocating parallel moving mechanism drives described feed mechanism to move back and forth on the direction being parallel to described frosting.
In above-mentioned sanitaryware sanding machine, described reciprocating parallel moving mechanism comprises the fixed base plate be fixed on described feed mechanism, the movable panel be translationally hinged on described fixed base plate can be come and gone by hinged support structure, and be fixedly connected with described movable panel, and promote the translational drive mechanism of described movable panel alternating translational.
In above-mentioned sanitaryware sanding machine, described reciprocating parallel moving mechanism comprises the fixed base plate be fixed on described guiding mechanism, the movable panel be translationally hinged on described fixed base plate can be come and gone by hinged support structure, and be fixedly connected with described movable panel, and promote the translational drive mechanism of described movable panel alternating translational.
In above-mentioned sanitaryware sanding machine, with described fixed base plate and the hinged cramp bar of described movable panel while that described hinged support structure comprising at least two, described cramp bar is hinged on two side positions of described fixed base plate and described movable panel respectively, described cramp bar is I-shape construction, described cramp bar two ends are plugged in the axle sleeve that described fixed base plate and described movable panel are formed for the horizon bar supported, to enable the relatively described fixed base plate horizontal movement of described movable panel, the horizon bar of described cramp bar is arranged with described guiding mechanism is mutually vertical.
In above-mentioned sanitaryware sanding machine, described translational drive mechanism comprises the eccentric wheel driving rotation by motor, and the drive link to be fixedly connected with described eccentric wheel, the other end of described drive link is fixedly connected with fifth wheel, the rotating shaft of described fifth wheel is fixedly connected on described movable panel, described eccentric wheel drives described drive link to swing when rotating, and promotes described movable panel translation to make described drive link.
In above-mentioned sanitaryware sanding machine, also comprise guided in translation mechanism, described guided in translation mechanism comprises the fixed support be fixedly connected with described fixed base plate, described support bracket fastened top forms translator slider or translation slideway along described horizontal parallel on the direction of described frosting, and the bottom of described movable panel forms the top board slideway or top board slide block that match with described translator slider or translation slideway.
In above-mentioned sanitaryware sanding machine, described feed mechanism comprises the slide rail that vertical described frosting is arranged, and is set in the slide block on described slide rail, and the drive unit driving described slide block to slide along described slide rail.
In above-mentioned sanitaryware sanding machine, described corase grind belt sander and described fine grinding abrasive band machine also comprise the driven tensioning emery wheel of two couple roughly grinding abrasive band and described fine grinding abrasive band described in tensioning respectively, and the active roller linked with described driven tensioning emery wheel.
In above-mentioned sanitaryware sanding machine, also comprise the tensioning adjusting deviation device for regulating described driven tensioning emery wheel spacing, described tensioning adjusting deviation device is screw-nut body, the rotating shaft of described driven tensioning emery wheel is fixedly connected with support by bearing, the spacing that leading screw supports described in described support lift adjustment between driven pulley increases or reduces, to make described abrasive band tensioning or lax.
In above-mentioned sanitaryware sanding machine, described guiding mechanism is guide rail, and cylinder drives described station platform along described guide rail movement.
Sanitaryware sanding machine of the present utility model has the following advantages compared to prior art:
1. station platform can move to fine grinding abrasive band place along guiding mechanism by roughly grinding abrasive band, do not need after described station platform corase grind workpiece to be dismantled, transports, just described fine grinding abrasive band place fine grinding is moved to by described guiding mechanism, thus improve working (machining) efficiency, and eliminate artificial unloading and transporting work pieces, reduce the labour intensity of operative employee.
2. station platform described in can under the drive of described guiding mechanism fine grinding abrasive band and corase grind abrasive band between back and forth movement; Under the drive of reciprocating parallel moving mechanism, move back and forth on the direction of the frosting in described fine grinding abrasive band or described corase grind abrasive band in horizontal parallel; Under the drive of feed mechanism, vertically in described frosting direction upper feeding or return, thus adjustment mill amount, and self can move vertically, thus the polishing effect making workpiece more, and surface is brighter and cleaner, be not easy to leave unidirectional polishing scratch, and be applicable to processing curve workpiece.
Accompanying drawing explanation
In order to make content of the present utility model more easily be clearly understood, below in conjunction with accompanying drawing, the utility model is described in further detail, wherein,
Fig. 1 is the structural representation of the utility model bathroom sanding machine;
Fig. 2 is the left view of Fig. 1;
Fig. 3 is the structural representation of reciprocating parallel moving mechanism in the utility model;
Fig. 4 is the left view of Fig. 3;
Fig. 5 is hinged support structure and annexation schematic diagram between fixed base plate and movable panel in the utility model.
Description of reference numerals
11-roughly grinds belt sander; 12-fine grinding abrasive band machine; 20-guiding mechanism; 30-station platform; 31-jig; 40-reciprocating parallel moving mechanism; 50-feed mechanism; 41-fixed base plate; 42-movable panel; 43-guided in translation mechanism; 44-translational drive mechanism; 431-fixed support; 45-hinged support structure; 451-cramp bar; 441-eccentric wheel; 442-drive link; 443-fifth wheel; 51-slide rail; 52-slide block; 60-is roller initiatively; 70-tensioning adjusting deviation device; 71-support.
Detailed description of the invention
Below in conjunction with Figure of description, automatic polishing machine of the present utility model is described in detail.
Embodiment 1
The present embodiment discloses a kind of sanitaryware sanding machine, see Fig. 1-Fig. 4, described sanitaryware sanding machine comprises the corase grind belt sander 11 being configured with corase grind abrasive band, with the fine grinding abrasive band machine 12 being configured with fine grinding abrasive band, the frosting of described corase grind abrasive band and described fine grinding abrasive band is along same straight line, the offside of described frosting is provided with guiding mechanism 20, the station platform 30 of holding workpiece drives described workpiece to move to described fine grinding abrasive band place by described corase grind abrasive band along described guiding mechanism 20, described station platform 30 after roughly grinding does not need workpiece to dismantle, transhipment, just described fine grinding abrasive band place fine grinding is moved to by described guiding mechanism 20, thus improve working (machining) efficiency, and eliminate artificial unloading and transporting work pieces, reduce the labour intensity of operative employee.
As a kind of embodiment, see Fig. 1, described corase grind belt sander 11 and described fine grinding abrasive band machine 12 are respectively vertical-type abrasive belt machine, the frosting in its abrasive band is towards homonymy and be arranged on same straight line, so described guiding mechanism 20 is set to linear pattern guiding mechanism, easily described workpiece can be delivered to described fine grinding abrasive band place from corase grind abrasive band.
Described station platform 30 has three kinds of motion states: 1. under the drive of described guiding mechanism 20 fine grinding abrasive band and corase grind abrasive band between back and forth movement; 2., under the drive of reciprocating parallel moving mechanism 40, move back and forth on the direction of the frosting in described fine grinding abrasive band or described corase grind abrasive band in horizontal parallel; 3. under the drive of feed mechanism 50, vertically in described frosting direction upper feeding or return, thus adjustment mill amount.
The set-up mode of station platform 30 in the present embodiment is described in detail below in conjunction with Fig. 2, Fig. 3, Fig. 4:
In the present embodiment, see Fig. 2, described station platform 30 is installed the jig 31 for clamping described workpiece, feed mechanism 50 is fixedly connected with the bottom of described station platform 30, and drive described station platform 30 in the direction upper feeding of vertical described frosting or return, make described workpiece with described corase grind abrasive band or fine grinding abrasive band contacts or depart from, described feed mechanism 50 is arranged on reciprocating parallel moving mechanism 40, described reciprocating parallel moving mechanism 40 drives described feed mechanism 50 to move back and forth on the direction being parallel to described frosting, such guiding mechanism 20 drives described reciprocating parallel moving mechanism 40, feed mechanism 50 and workbench 30 together move, reciprocating parallel moving mechanism 40 is directly connected with described guiding mechanism 20, the top of described reciprocating parallel moving mechanism 40 is connected with described feed mechanism 50, described workbench 30 is installed at the top of described feed mechanism 50, thus make described workbench 30 can complete the motion of three kinds of above-mentioned modes, it should be noted that, described reciprocating parallel moving mechanism 40 drives the motion by a small margin on the direction of frosting described in horizontal parallel of described workbench 30, to increase the friction efficiency with abrasive band, thus make the polishing efficiency of the sanitaryware sanding machine of the present embodiment higher, and can not stay after polishing and go up comparatively significantly polishing scratch in the same direction.
Further, described station platform 30 also comprises the rotating mechanism (not shown) that can circumferentially rotate, the benefit of such setting is, polished the workpiece of non-planar in abrasive band, thus adding the scope of application of the sanitaryware sanding machine of the present embodiment, such as processing has the tap of corner; The set-up mode of described rotating mechanism is diversified, such as, can be that a rotating shaft is extended in the bottom of station platform 30, and drive motors, by driving described axis of rotation thus driving described station platform 30 to rotate, does not repeat one by one at this.
The set-up mode of alternating translational structure 40 in the present embodiment is described in detail below in conjunction with Fig. 3, Fig. 4:
In the present embodiment, described reciprocating parallel moving mechanism 40 comprises the fixed base plate 41 be fixed on described guiding mechanism 20, the movable panel 42 be translationally hinged on described fixed base plate 41 can be come and gone by hinged support structure 45, and be fixedly connected with described movable panel 42, and promote the translational drive mechanism 44 of described movable panel 42 alternating translational, described fixed base plate 41 can also be the end face of described guide frame 20, under the effect of described translational drive mechanism 44, described movable panel 42 can along described hinged support structure 45 reciprocally swinging.
Particularly, see Fig. 5, with described fixed base plate 41 and the hinged cramp bar 451 of described movable panel 42 while that described hinged support structure 45 comprising at least two, described cramp bar 451 is hinged on two side positions of described fixed base plate 41 and described movable panel 42 respectively, described cramp bar 451 is I-shape construction, described cramp bar 451 two ends are plugged in the axle sleeve that described fixed base plate 41 and described movable panel 42 are formed for the horizon bar supported, to make described movable panel 42 can the horizontal movement of relatively described fixed base plate 41, the horizon bar of described cramp bar 451 is arranged with described guiding mechanism 20 is mutually vertical.
More specifically, see Fig. 3, described translational drive mechanism 44 comprises the eccentric wheel 441 driving rotation by motor, and the drive link 442 to be fixedly connected with described eccentric wheel 441, the other end of described drive link 442 is fixedly connected with fifth wheel 443, the rotating shaft of described fifth wheel 443 is fixedly connected on described movable panel 42, described eccentric wheel 441 drives described drive link 442 to swing when rotating, the translation of described movable panel 42 is promoted to make described drive link 442, described eccentric wheel 441, described drive link 442 and described fifth wheel 443 form toggle, such eccentric wheel 441 rotates, and can drive described movable panel 42 alternating translational, thus drive workpiece and abrasive band reciprocating friction.
In the present embodiment, see Fig. 4, also comprise guided in translation mechanism 43, described guided in translation mechanism 43 comprises the fixed support 431 be fixedly connected with described fixed base plate 41, the top of described fixed support 431 forms translator slider or translation slideway along described horizontal parallel on the direction of described frosting, the bottom of described movable panel 42 forms the top board slideway or top board slide block that match with described translator slider or translation slideway, by under the mutual position-limiting action of described translator slider or described translation slideway and described top board slideway or described top board slide block, ensure that movable panel 42 only moves in the horizontal direction, thus ensure that mill amount can not change because of translational motion, thus ensure the uniformity of product quality.
In the present embodiment, described feed mechanism 50 comprises the slide rail 51 that vertical described frosting is arranged, and is set in the slide block 52 on described slide rail 51, and the drive unit driving described slide block 52 to slide along described slide rail 51.
In the present embodiment, described corase grind belt sander 11 and described fine grinding abrasive band machine 12 also comprise the driven tensioning emery wheel of two couple roughly grinding abrasive band and described fine grinding abrasive band described in tensioning respectively, and the active roller 60 linked with described driven tensioning emery wheel.
Further, see Fig. 4, also comprise the tensioning adjusting deviation device 70 for regulating described driven tensioning emery wheel spacing, described tensioning adjusting deviation device 70 is screw-nut body, the rotating shaft of described driven tensioning emery wheel is fixedly connected with support 71 by bearing, the spacing that leading screw supports described in described support 71 lift adjustment between driven pulley increases or reduces, to make described abrasive band tensioning or lax, between obvious adjustment two driven pulley, the set-up mode of spacing is not limited only to above-mentioned one, can also be such as increase arrange one can the regulating wheel of displacement, although be display in the accompanying drawings, but those skilled in the art should be able to carry out routine setting for realizing tensioning tuningout.
Embodiment 2
The present embodiment is the distortion on embodiment 1 basis, the present embodiment is from the different of embodiment 1: described station platform 30 is installed the jig 31 for clamping described workpiece, reciprocating parallel moving mechanism 40 is fixedly connected with the bottom of described station platform 30, and drives described station platform 30 to move back and forth on the direction of described frosting in horizontal parallel.
Further, described reciprocating parallel moving mechanism 40 is arranged on feed mechanism 50, described feed mechanism 50 drive described reciprocating parallel moving mechanism 40 perpendicular to described frosting direction upper feeding or return, make described workpiece with described corase grind abrasive band or fine grinding abrasive band contacts or depart from, described feed mechanism 50 is fixedly connected with described guiding mechanism 20, reciprocating parallel moving mechanism 40 is arranged on described feed mechanism 50, and described workbench is arranged on described reciprocating parallel moving mechanism 40, such set-up mode can realize making the workpiece on described station platform equally, move back and forth at corase grind abrasive band place and fine grinding abrasive band place, and add in frosted and rubbed relative to abrasive band horizontal reciprocating by reciprocating parallel moving mechanism 40 man-hour, with the direction upper feeding of vertical frosting or the motion of returning.
Obviously, above-described embodiment is only for clearly example being described, the restriction not to embodiment.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without the need to also giving all embodiments.And thus the apparent change of extending out or variation be still among the protection domain that the utility model creates.
Claims (14)
1. a sanitaryware sanding machine, it is characterized in that, comprise the corase grind belt sander (11) being configured with corase grind abrasive band, with the fine grinding abrasive band machine (12) being configured with fine grinding abrasive band, the frosting of described corase grind abrasive band and described fine grinding abrasive band is along same straight line, the offside of described frosting is provided with guiding mechanism (20), and the station platform (30) of holding workpiece drives described workpiece to move to described fine grinding abrasive band place by described corase grind abrasive band along described guiding mechanism (20).
2. a kind of sanitaryware sanding machine according to claim 1, it is characterized in that, the upper jig (31) installed for clamping described workpiece of described station platform (30), reciprocating parallel moving mechanism (40) is fixedly connected with the bottom of described station platform (30), and drives described station platform (30) to move back and forth on the direction of described frosting in horizontal parallel.
3. a kind of sanitaryware sanding machine according to claim 2, it is characterized in that, described reciprocating parallel moving mechanism (40) is arranged on feed mechanism (50), described feed mechanism (50) drive described reciprocating parallel moving mechanism (40) perpendicular to described frosting direction upper feeding or return, make described workpiece with described corase grind abrasive band or fine grinding abrasive band contacts or depart from.
4. a kind of sanitaryware sanding machine according to claim 1, it is characterized in that, the upper jig (31) installed for clamping described workpiece of described station platform (30), feed mechanism (50) is fixedly connected with the bottom of described station platform (30), and drive described station platform (30) in the direction upper feeding of vertical described frosting or return, make described workpiece with described corase grind abrasive band or fine grinding abrasive band contacts or depart from.
5. a kind of sanitaryware sanding machine according to claim 4, it is characterized in that, described feed mechanism (50) is arranged on reciprocating parallel moving mechanism (40), and described reciprocating parallel moving mechanism (40) drives described feed mechanism (50) to move back and forth on the direction being parallel to described frosting.
6. sanitaryware sanding machine according to claim 3, it is characterized in that, described reciprocating parallel moving mechanism (40) comprises the fixed base plate (41) be fixed on described feed mechanism (50), the movable panel (42) be translationally hinged on described fixed base plate (41) can be come and gone by hinged support structure, and be fixedly connected with described movable panel (42), and promote the translational drive mechanism (44) of described movable panel (42) alternating translational.
7. sanitaryware sanding machine according to claim 5, it is characterized in that, described reciprocating parallel moving mechanism (40) comprises the fixed base plate (41) be fixed on described guiding mechanism (20), the movable panel (42) be translationally hinged on described fixed base plate (41) can be come and gone by hinged support structure (45), and be fixedly connected with described movable panel (42), and promote the translational drive mechanism (44) of described movable panel (42) alternating translational.
8. the sanitaryware sanding machine according to claim 6 and 7, it is characterized in that, with described fixed base plate (41) and the hinged cramp bar (451) of described movable panel (42) while that described hinged support structure (45) comprising at least two, described cramp bar (451) is hinged on two side positions of described fixed base plate (41) and described movable panel (42) respectively, described cramp bar (451) is I-shape construction, described cramp bar (451) two ends are plugged in described fixed base plate (41) axle sleeve that formed upper with described movable panel (42) for the horizon bar supported, to make described movable panel (42) can the horizontal movement of relatively described fixed base plate (41), the horizon bar of described cramp bar (451) is arranged with described guiding mechanism (20) is mutually vertical.
9. the sanitaryware sanding machine according to claim 6 and 7, it is characterized in that, described translational drive mechanism (44) comprises the eccentric wheel (441) driving rotation by motor, and the drive link (442) to be fixedly connected with described eccentric wheel (441), the other end of described drive link (442) is fixedly connected with fifth wheel (443), the rotating shaft of described fifth wheel (443) is fixedly connected on described movable panel (42), described eccentric wheel (441) drives described drive link (442) to swing when rotating, described movable panel (42) translation is promoted to make described drive link (442).
10. the sanitaryware sanding machine according to claim 6 or 7, it is characterized in that, also comprise guided in translation mechanism (43), described guided in translation mechanism (43) comprises the fixed support (431) be fixedly connected with described fixed base plate (41), the top of described fixed support (431) forms translator slider or translation slideway along described horizontal parallel on the direction of described frosting, and the bottom of described movable panel (42) forms the top board slideway or top board slide block that match with described translator slider or translation slideway.
11. sanitaryware sanding machines according to claim 1, it is characterized in that, described feed mechanism (50) comprises the slide rail (51) that vertical described frosting is arranged, be set in the slide block (52) on described slide rail (51), and the drive unit driving described slide block (52) to slide along described slide rail (51).
12. a kind of sanitaryware sanding machines according to claim 1, it is characterized in that, described corase grind belt sander (11) and described fine grinding abrasive band machine (12) also comprise the driven tensioning emery wheel of two couple roughly grinding abrasive band and described fine grinding abrasive band described in tensioning respectively, and the active roller (60) linked with described driven tensioning emery wheel.
13. a kind of sanitaryware sanding machines according to claim 10, it is characterized in that, also comprise the tensioning adjusting deviation device (70) for regulating described driven tensioning emery wheel spacing, described tensioning adjusting deviation device (70) is screw-nut body, the rotating shaft of described driven tensioning emery wheel is fixedly connected with support (71) by bearing, the spacing that leading screw supports described in described support (71) lift adjustment between driven pulley increases or reduces, to make described abrasive band tensioning or lax.
14. a kind of sanitaryware sanding machines according to claim 1, it is characterized in that, described station platform (30) also comprises the rotating mechanism that can circumferentially rotate.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420574077.5U CN204094599U (en) | 2014-09-30 | 2014-09-30 | Sanitaryware sanding machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420574077.5U CN204094599U (en) | 2014-09-30 | 2014-09-30 | Sanitaryware sanding machine |
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| CN204094599U true CN204094599U (en) | 2015-01-14 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104290009A (en) * | 2014-09-30 | 2015-01-21 | 黑龙江北鸥卫浴用品有限公司 | Sanitary product polisher |
| CN108115517A (en) * | 2017-12-18 | 2018-06-05 | 杨怡钰 | A kind of new sanitaryware sanding machine |
-
2014
- 2014-09-30 CN CN201420574077.5U patent/CN204094599U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104290009A (en) * | 2014-09-30 | 2015-01-21 | 黑龙江北鸥卫浴用品有限公司 | Sanitary product polisher |
| CN108115517A (en) * | 2017-12-18 | 2018-06-05 | 杨怡钰 | A kind of new sanitaryware sanding machine |
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