CN205272045U - Plastic handle dust shaker of polishing - Google Patents

Abstract

The utility model discloses a plastic handle dust shaker of polishing, its abrasive band grinding device including the hand level holder utensil that is used for centre gripping plastic handle, the plastic handle that is used for polishing, the electrostatic precipitator device that is used for getting rid of plastic dirt bits, and drive hand level holder possess in abrasive band grinding device with the robotic arm who removes between the electrostatic precipitator device. The process the utility model discloses plastic handle after the plastic handle dust shaker of polishing processing, the automatic operation that plastic handle polished and remove dust is realized to the break line on surface and enough being got rid of of the plastic dirt of production bits homoenergetic, reduces intensity of labour, improves the operation environment, the dust removal effect that polishes simultaneously is all relatively more ideal.

Description

Plastic handle polishing dusting machine

Technical field

The utility model relates to a kind of plastic handle production unit, particularly relates to a kind of automatic equipment for plastic handle carries out polishing dedusting.

Background technology

Plastic handle is in order to adapt to the user demand of user, and shape design more complicated, during forming plastic cement handle, required mould more complicated, the spue line of the plastic handle molded is obvious. For improving the operational comfort of plastic handle, it usually needs plastic handle is carried out polishing and removes spue line so that the outer wall smoother of plastic handle.

At present plastic handle polishing being adopted manual work mostly, hand-held plastic handle is polished on abrasive band. There are three problems in existing manual operation: 1. manual grinding quality is stable not, exist leakage mill or excessive situation of polishing, and this process irreversible cause produce fraction defective higher; 2. there is electrostatic in plastic cement dirt bits, and when hand-held plastic handle relies on centrifugal blower fan dedusting, whole plastic cement dirt bits that air-breathing extraction force is not enough to remove plastic handle surface cause plastic cement dirt bits to remove clean not; 3., during hand-held plastic handle dedusting, cause plastic cement dirt bits to be mixed in air, cause operating environment severe.

It is thus desirable to provide a kind of automatic equipment that can remove plastic handle spue line, to improving dust removing effects, reduce labour intensity simultaneously, improve operating environment, improve production quality.

Practical novel content

The purpose of this utility model is to provide a kind of automatic equipment that can remove plastic handle spue line, to improving polishing dust removing effects, reduces labour intensity simultaneously, improves operating environment, improves production quality.

In order to realize above-mentioned purpose, the utility model discloses a kind of plastic handle polishing dusting machine, it comprises the handle clip for clamping plastic handle, for the belt sanding device of plastic handle of polishing, for removing the electrostatic precipitator of plastic cement dirt bits and drive the mechanical arm of described handle clip movement between described belt sanding device and described electrostatic precipitator; The material loading place of described plastic handle polishing dusting machine and/or blanking place are arranged at left back or the starboard quarter that described machinery arm deviates from described belt sanding device and described electrostatic precipitator.

Compared with prior art, the plastic handle polishing dusting machine that the utility model provides, by machinery arm driving handle fixture and moving between belt sanding device and electrostatic precipitator, the plastic handle that handle clip is clamped is removed spue line by the polishing of belt sanding device successively, the plastic cement dirt being removed surface attachment by electrostatic precipitator is considered to be worth doing, make the plastic handle after the utility model plastic handle polishes dusting machine processing, the spue line on surface and the plastic cement dirt bits of generation thereof are all removed, thus realize the automatization operation of plastic handle polishing dedusting, reduce labour intensity, improve operating environment, simultaneously that the polishing dust removing effects of plastic handle is all more satisfactory.

Goodly, belt sanding device described in two is arranged at described electrostatic precipitator both sides symmetrically; Described machinery arm is arranged at the side of described belt sanding device and described electrostatic precipitator, and the output terminal of described machinery arm is connected to described handle clip; Belt sanding mechanism described in two is arranged at described electrostatic precipitation mechanism both sides symmetrically, the plastic handle located by handle clip is polished on the abrasive band of belt sanding mechanism according to predetermined route under the control of machinery arm and is removed the spue line on plastic handle surface, move to the plastic cement dirt bits removed in electrostatic precipitation mechanism and be adsorbed in plastic handle surface subsequently, thus complete the process that plastic handle polishing dedusting is removed spue line.

In a preferred embodiment, the plastic handle polishing material loading place of dusting machine and/or blanking place are arranged at left side or the right of described machinery arm.

Goodly, described handle clip comprises orientating group block and can move, relative to described orientating group block, the clamping device clamping plastic handle; Described orientating group block outward forms the location projection corresponding with plastic handle, and described location projection stretches into plastic handle, and matches with described clamping device and realize the location to plastic handle; The location projection corresponding with plastic handle is set in orientating group block place, on the one hand can in the process picking and placeing plastic handle, clamping device is when not yet moving to orientating group block with handle clip plastic handle, plastic handle can be carried out preliminary location by location projection, avoid plastic handle placement location generation deviation, on the other hand when handle clip clamping position plastic handle, location projection matches with clamping device, the multiple location to plastic handle is realized, to ensure the clamping position effect of handle clip in multiple position.

Specifically, the middle part of described orientating group block is provided with the coupling shaft for connecting machinery arm; Described location projection is arranged at the both sides of described orientating group block respectively centered by described coupling shaft; Orientating group block is connected to machinery arm by coupling shaft so that handle clip can realize action multi-direction, various dimensions under the control of machinery arm, thus realizes the processing to plastic handle; The both sides of orientating group block arrange a location projection respectively so that one handle fixture can clamp two plastic handles, effectively promotes production efficiency.

Goodly, described belt sanding device comprise abrasive band, for locating the abrasive band support in abrasive band and drive the abrasive band driving mechanism of described abrasive band loopy moving; Plastic handle touches when being driven, by abrasive band driving mechanism, the abrasive band carrying out loopy moving, and sliding friction between the two can remove the spue line on plastic handle surface smoothly. Wherein, the both sides of frame are respectively arranged with the location bar protruding from frame, and the some described location bar being positioned at the same side forms described abrasive band support.

Specifically, described belt sanding device also comprises tensioning mechanism; The tension side of described tensioning mechanism is connected to described abrasive band, and described tension side can move up and down with tensioning or discharge described abrasive band; This stretching unit can so that abrasive band be in tensioning state or relaxation state, so that abrasive band is changed in adjustment, in addition, this stretching unit can also adjust abrasive band makes it be in tensioning state at any time, to ensure the polishing effect in abrasive band.

Specifically, described tensioning mechanism comprise can the sliding seat that slides up and down of relatively described abrasive band, and control the tensioning spanner of described sliding seat position; One end outward of described sliding seat is also connected to described abrasive band; The external part of described sliding seat forms described tension side.

Specifically, described electrostatic precipitator comprises the electrostatic precipitation case with import and export and removable the cover plate covering described import and export; Described cover plate has two, cover plate described in two is arranged at the left and right sides of described import and export respectively, and the side in opposite directions of cover plate described in two respectively correspondence offered escape groove, and when described in two during cover plate closing, escape groove described in two surrounds and dodges hole for what coupling shaft passed.

Preferably, plastic handle polishing dusting machine also comprises the abrasive band cleaning apparatus for the abrasive band in work carries out dedusting, and described abrasive band cleaning apparatus comprises the dedusting chamber being communicated in industrial dust collector, and departs from the dedusting mechanism in abrasive band for ordering about plastic cement dirt bits; Described dedusting mechanism has the puff port towards abrasive band, and described puff port is arranged along the width in described abrasive band, and the width of described puff port is less than or equal to 0.2mm.

Specifically, dust suction mouth has been offered towards the side in described abrasive band in described dedusting chamber, and described puff port is arranged at the middle part of described dust suction mouth.

Accompanying drawing explanation

Fig. 1 is the structural representation of the utility model plastic handle polishing dusting machine.

Fig. 2 is the internal structure schematic diagram of the utility model plastic handle polishing dusting machine.

Fig. 3 is the internal structure schematic diagram in the utility model plastic handle polishing another angle of dusting machine.

Fig. 4 is the vertical view of the utility model plastic handle polishing dusting machine internal structure.

Fig. 5 is the view of handle clip clamping plastic handle.

Fig. 6 is the view that handle clip and plastic handle depart from.

Fig. 7 is the enlarged view in A portion in Fig. 6.

Fig. 8 is the structural representation of plastic handle.

Fig. 9 is the internal structure schematic diagram of belt sanding device.

Figure 10 is the side-view of belt sanding device.

Figure 11 is the structural representation of abrasive band cleaning apparatus.

Figure 12 is that electrostatic precipitator imports and exports the view opened.

Figure 13 is the sectional view in B-B direction in Figure 12.

Figure 14 is the view that the plastic handle that cover plate covers import and export, handle clip is carried by electrostatic precipitator carries out electrostatic precipitation.

Embodiment

By technology contents of the present utility model, structural attitude being described in detail, are realized object and effect, below in conjunction with enforcement mode and coordinate accompanying drawing to be explained in detail.

As Figure 1-Figure 4, the plastic handle polishing dusting machine that the utility model provides, it comprises the handle clip 500 for clamping plastic handle, for the belt sanding device 300 of plastic handle of polishing, for removing electrostatic precipitator 200 and the mechanical arm 600 of driving handle fixture 500 movement between electrostatic precipitator 200 and belt sanding device 300 of plastic cement dirt bits. Shown in composition graphs 5-Figure 14, more specifically:

As shown in figs 2-4, the plastic handle polishing dusting machine that the utility model provides has a main frame frame 100. Electrostatic precipitator 200 is arranged at the mid-way of main frame frame 100 side, and belt sanding device 300 has two, and two belt sanding devices 300 are arranged at the left and right sides of electrostatic precipitator 200 symmetrically; Machinery arm 600 is arranged at another side that main frame frame 100 is different from electrostatic precipitator 200 machine and two belt sanding devices 300; The inboardend of machinery arm 600 is fixedly connected on frame 100, and the position that machinery arm 600 is fixedly connected on frame 100 is just to electrostatic precipitator 200, so that when machinery arm 600 driving handle fixture 500 moves between two electrostatic precipitator 200 machines and two belt sanding devices 300, the miles of relative movement of machinery arm 600 is shorter. Preferably, machinery arm 600 is six axial machinery arms.

Preferably, the plastic handle polishing material loading place of dusting machine and/or blanking place are arranged at left back or the starboard quarter that machinery arm 600 deviates from electrostatic precipitator 200 and belt sanding device 300. In the present embodiment, the material loading position of plastic handle P and blanking position be same position specifically, as Figure 1-Figure 4, main frame frame 100 is roughly in a frame structure, and electrostatic precipitator 200, two belt sanding device 300 and machinery arm 600 are arranged in frame 100 successively according to aforementioned sequence; In frame 100 away from electrostatic precipitator 200 and two belt sanding devices 300, near a corner place of machinery arm 600, offer the inclined-plane of a chamfering shape; Namely loading and unloading position 100a is arranged in this inclined-plane.

Further, shown in composition graphs 1 and Fig. 2, the upside of main frame frame 100 is also provided with a shell 120. Shell 120 shrouds on the upside of main frame frame 100 so that electrostatic precipitator 200, belt sanding device 300, machinery arm 600 and the handle clip 500 located by machinery arm 600 are all shrouded by shell 120. The setting of shell 120, is limited in shell 120 for the plastic cement dirt bits produced in the process of dedusting of being polished by plastic handle, reduces plastic cement dirt bits and is diffused in air, thus improves operating environment further.

Refer to again shown in Fig. 2 and Fig. 3, inside main frame frame 100, also it is provided with a frame 110. This frame 110 is also roughly the frame structure of a rectangle. Electrostatic precipitator 200 is fixedly installed in the frame structure of frame 110, and electrostatic precipitator 200 imports and exports, for what material passed in and out, the upside that 211 are positioned at frame 110. In the present embodiment, import and export 211 opening upwards, and import and export 211 place plane parallel in the upper side of frame 110.

In the plastic handle polishing dusting machine that the utility model provides, two belt sanding devices 300 and electrostatic precipitator 200 cooperating, it can play following multi-effect: 1. belt sanding device 300 polish plastic handle time, more plastic cement dirt bits can be produced, wherein the plastic cement dirt bits of considerable part can accumulate on abrasive band 310, plastic cement dirt bits accumulation on abrasive band 310 too much can seriously affect grinding efficiency, and due to the utility model provide plastic handle polishing dusting machine be automated production equipment, inconvenience adjusts the polishing time flexibly according to product polishing situation, for this reason, the plastic handle polishing dusting machine that the utility model provides also is configured with the abrasive band cleaning apparatus 400 (as shown in figure 11) that the abrasive band 310 in work can carry out dedusting, but the efficiency of dust collection of abrasive band cleaning apparatus 400 produces speed lower than plastic cement dirt bits, two belt sanding devices 300 are set and can reduce plastic cement dirt bits generation speed, it is mated mutually with the efficiency of dust collection of abrasive band cleaning apparatus 400, 2. belt sanding device 300 is in the process of polishing plastic handle, can wear and tear day by day in abrasive band 310, when abrasive band 310 wears up to not deposited use, need to shut down and change abrasive band 310, and in the plastic handle polishing dusting machine that the utility model provides, an electrostatic precipitator 200 is coordinated to work by two belt sanding devices 300, extend and need to shut down the time changing abrasive band 310, improve production efficiency, should be noted that, the structure of belt sanding device 300 is simple, the cost produced and safeguard is lower, though this measure has increased slightly builds line cost, but holistic cost still can reduce, 3. symmetrically arranged two belt sanding devices 300 make frame 110 more stable.

Shown in Fig. 5-Fig. 8, it it is the structural representation of handle clip 500.

Shown in composition graphs 3 and Fig. 5-Fig. 8, handle clip 500 comprises orientating group block 510 and can move the clamping device 520 clamping plastic handle P relative to orientating group block 510. The middle part of orientating group block 510 is provided with the coupling shaft 512 for connecting machinery arm 600, the coupling shaft 512 controlled by machinery arm 600 can realize orientating group block 510 and rotates according to default path is arbitrary in three-dimensional space and moves, to control position and the mobile alignment of plastic handle P; The two ends of orientating group block 510 arrange a location projection 511 respectively, concrete, and as shown in Figure 7 and Figure 8, the side of plastic handle P has been offered and installed groove P10, and this installation groove P10 offers according to the functional requirement of plastic handle P or detailing requiments; The location projection 511 corresponding with plastic handle P is formed in two ends, the outward of locating projection 511, and when plastic handle P is mounted on handle clip 500, location projection 511 stretches in the installation groove P10 of plastic handle P, and matches with clamping device 520 and realize the location to plastic handle P. This location projection 511 1 aspect can in the process picking and placeing plastic handle P, clamping device 520 is when not yet moving to orientating group block 510 with handle clip plastic handle P, plastic handle P can be carried out preliminary location by location projection 511, avoid plastic handle P placement location generation deviation, on the other hand when handle clip 500 clamping position plastic handle P, location projection 511 matches with clamping device 520, the multiple location to plastic handle P is realized, to ensure the clamping position effect of handle clip 500 in multiple directions.

Clamping device 520 is also arranged at the both sides of location projection 511 respectively, and the clamping device 520 corresponding setting locating projection 511 respectively. clamping device 520 matches with location projection 511, it is achieved to the location of plastic handle P. concrete, two location projections 511 are arranged at the left and right sides of orientating group block 510 centered by coupling shaft 512 with being centrosymmetric, clamping device 520 is arranged on projection 511 ground, corresponding location respectively, namely, clamping device 520 has two, two clamping devices 520 are arranged at the left and right sides of orientating group block 510 respectively, and it is corresponding with location projection 511, accordingly, one handle fixture 500 can clamp two plastic handle P, in the feeding process of plastic handle P, operation person can operate the material loading that a plastic handle P realizes two plastic handles by left and right two hands respectively, and after the two plastic handle P clamped by handle clip 500 complete polishing processing, left and right two hands are had to operate the blanking that a plastic handle P realizes two plastic handles respectively by operation person again, thus shorten material loading and the blanking time of plastic handle P, effectively improve production efficiency.

Referring to shown in Fig. 5, clamping device 520 comprises the first force piece 521 being fixedly connected on orientating group block 510 again, and is fixedly connected on the clamping block 522 of the first force piece 521 output terminal. Preferably, the first force piece 521 is cylinder. When plastic handle P being mounted to handle clip 500 or plastic handle P is taken off on handle clip 500, cylinder 521 drives clamping block 522 away from orientating group block 510, now, conveniently the installation groove P10 of plastic handle P can be put to locate projection 511 plastic handle P is carried out pre-determined bit towards projection 511 ground, location, or take off on the self-align base block 510 of plastic handle P only located by location projection 511. When handle clip 500 clamps plastic handle P, cylinder 521 drives clamping block 522 near orientating group block 510, further location is carried out by the plastic handle P of location projection 511 pre-determined bit, now, clamp block 522, orientating group block 510 and the location projection 511 that is arranged on orientating group block 510 and jointly realize the location to plastic handle P.

Preferably, location projection 511 and clamping device 520 are in the symmetrically setting centered by coupling shaft 512; The symmetrically setting centered by coupling shaft 512 of location projection 511 and clamping device 520, thus one handle fixture 500 clamps a plastic handle P after belt sanding device 300 completes polishing, machinery arm 600 move this handle clip 500 to another belt sanding device 300 place, coupling shaft 512 machinery arm 600 drive under drive handle clip 500 to rotate so that another plastic handle P not yet polished is near this belt sanding device 300.

Below in conjunction with Fig. 2-Fig. 4 and Fig. 9-Figure 10, the structure of belt sanding device 300 is described.

Belt sanding device 300 comprises abrasive band 310, for locating the abrasive band support 320 in abrasive band 310 and drive the abrasive band of abrasive band 310 loopy moving to drive unit 330. As shown in Figure 9 and Figure 10, the both sides of frame 110 are respectively arranged with the location bar 321 that some protrude from frame 110, and 321 one-tenth, the location bar being arranged at frame 110 both sides is symmetrical arranged, and some location bar 321 is connected to frame 110 rotationally; Some the location bars 321 being positioned at the same side form an abrasive band frame 110.

Referring to shown in Fig. 9 and Figure 10, abrasive band frame 110 institute that abrasive band 310 is made up of some location bars 321 is spacing, forms shape as shown in Figure 10 again; When external force drives an a positioning rod 321 to rotate, the location bar 321 of rotation drives abrasive band 310, drives again other location bar 321 synchronous axial system thereupon, is formed with the shape cycle rotation shown in Fig. 3 with abrasive band 310. Further, as shown in Figure 10, the line of at least two location bars 321 is in being parallel to the setting that electrostatic precipitator 200 imports and exports 211, so that two abrasive bands 310 being positioned at frame 110 both sides have the planar structure that is parallel to import and export, this planar structure forms the polishing face 530a of polishing plastic handle. Certainly, it is possible to understand that, rotatably, now, during abrasive band 310 cycle rotation located by location bar 321, between abrasive band 310 and location bar 321, can not also there is bigger sliding friction power in location bar 321; Those skilled in the art on this basis, can also be socketed with turning set rotationally on the bar 321 of location, and be connected with abrasive band 310 by this turning set, so that sliding friction is turned into rolling resistance.

Plastic handle polishing dusting machine internal structure as shown in Figure 9, abrasive band drives unit 330 to be arranged at frame 110 bottom, and abrasive band drives the output terminal of unit 330 to be rotated by belt-driven a positioning rod 321. In the present embodiment, abrasive band drives unit 330 to have two, and two abrasive bands drive unit 330 to lay respectively at the lower section of electrostatic precipitator 200, and two abrasive bands drive unit 330 to be arranged at the left and right sides of frame 110 symmetrically; Two abrasive bands drive unit 330 to drive a positioning rod 321 to realize the cycle rotation in an abrasive band 310 respectively. In other embodiments being different from the present embodiment, two abrasive bands 310 only can also drive unit 330 to be driven rotation, the now synchronous axial system in two abrasive bands 310 by an abrasive band.

Refer to again shown in Figure 10, it is preferred that belt sanding device 300 also comprises tensioning mechanism 340; This tensioning mechanism 340 so that abrasive band 310 is in tensioning state or relaxation state, can change abrasive band 310 to adjust. In addition, this tensioning mechanism 340 can also adjust abrasive band 310 makes it be in tensioning state at any time, to ensure the polishing effect in abrasive band 310. Concrete, tensioning mechanism 340 comprises the sliding seat 341 sliding up and down to be connected to frame 110, and the tensioning spanner 342 of control sliding seat 341 position; One end of sliding seat 341 is stretched out stent outer and is stretched to inside abrasive band 310, and this sliding seat 341 stretches out the formation tension side, one end 343 of stent outer. By moving up and down of tensioning spanner 342, the upper-lower position of control sliding seat 341, to control the position of tension side 343, and then realizes the tensioning to abrasive band 310 or loosens. Further, tensioning spanner 342 can have multiple tensioning screens, so that the length adjustment abrasive band 310 that tensioning spanner 342 is in use stretched gradually according to abrasive band 310, so that abrasive band 310 is in tensioning state at any time. When abrasive band 310 changed by needs, only need tensioning spanner 342 to adjust sliding seat 341 to tension side 343 and it is positioned at released position, changes behind abrasive band 310, then adjust sliding seat 341 to tension side 343 by tensioning spanner 342 and be positioned at tension position; In use, it has been found that the length in abrasive band 310 have be stretched, when the tensioning in abrasive band 310 is not enough, tensioning spanner 342 adjusts tension side 343 further to next tension position. Goodly, in the present embodiment, tension side 343 can also form the location bar in an abrasive band, location 310.

The structure of abrasive band cleaning apparatus 400 is as shown in figure 11. Abrasive band dedusting mechanism 400 is for carrying out dedusting to the abrasive band 310 in work, so that the unlikely too high impact polishing effect of plastic cement dirt bits amount on abrasive band 310. Abrasive band cleaning apparatus 400 comprises the dedusting chamber 410 being communicated in industrial dust collector 420, and departs from the dedusting mechanism 430 in abrasive band 310 for ordering about plastic cement dirt bits; Wherein, dedusting chamber 410 has the dust suction mouth 411 towards abrasive band 310, and dedusting mechanism 430 has the puff port 431 towards abrasive band 310, and puff port 431 is arranged along the width in abrasive band 310, and puff port 431 is arranged at the middle part of dust suction mouth 411. Wherein, the width of puff port 431 is less than or equal to 0.2mm. This abrasive band cleaning apparatus 400 is by arranging a puff port 431 towards abrasive band 310, and the width of this puff port 431 is less than 0.2mm, thus in the process blown to abrasive band 310 via this puff port 431, the plastic cement dirt bits on surface, abrasive band 310 can be blown on the one hand, negative pressure is produced on the other hand so that abrasive band 310 is near puff port 431 in surface, abrasive band 310; In abrasive band 310 successively in the process of puff port 431, the puff port 431 arranged along the width in abrasive band 310 is blown to abrasive band 310 successively, kick up near puff port 431, plastic cement dirt bits in abrasive band 310, and via dust suction mouth 411, the plastic cement dirt bits blown afloat are sucked in dedusting chamber 410, thus the abrasive band 310 in work is carried out dedusting, thus effectively improve operating environment, raising production efficiency.

Refer to shown in Figure 11, dedusting mechanism 430 comprises the mounting block of two parallel settings, two mounting blocks are connected to dust suction mouth 110, and two mounting blocks form the side that puff port 431, two mounting block deviates from abrasive band and are communicated in air source (not shown) towards the side in abrasive band. Specifically, consult shown in Figure 11, two mounting blocks are fixedly connected on dust suction mouth 110 place, the both end sides of two mounting blocks of parallel setting is connected so that surround the insufflation channel that all round closure, two ends are through in the dedusting chamber 410 of the mutually close two side of two mounting blocks and mounting block both end sides with two walls in dedusting chamber 410; For this insufflation channel, forming puff port 431 towards the side in abrasive band, the side deviating from abrasive band is communicated in air source. Being to be understood that, this air source can be external compressed air source, can also be external gas blower, as long as puff port 431 can be made outwards to blow.

Further, abrasive band cleaning apparatus 400 also comprises pedestal 440. Specifically, pedestal 440 comprises permanent seat 441 and is articulated in the pivot block 442 of permanent seat 441; 2nd force piece 443 is fixedly connected on pivot block 442, and dedusting chamber 410 is fixedly connected on the output terminal of the 2nd force piece 443; The setting of pedestal 440, for locating dedusting chamber 410 and dedusting mechanism 430, it is by the driving of the pivotable of pivot block 442 and the 2nd force piece 443, can conveniently adjust puff port 431 and be in more satisfactory Distance geometry angle, when on the one hand puff port 431 being blown, abrasive band 310 near puff port 431 to realize dedusting, can also make that abrasive band 310 is unlikely to fit and cause abrasive band 310 to wear and tear with puff port 431 on the other hand. By permanent seat 441 being fixedly installed on the side in abrasive band 310, adjusts rotary seat and the 2nd force piece 443 so that the abrasive band 310 in work, near abrasive band 310, can be carried out dedusting by puff port 431. 2nd force piece 443 can also be a cylinder.

Refer to shown in Figure 12-Figure 14 again, it is the structural representation of electrostatic precipitator 200.

As shown in figure 12, electrostatic precipitator 200 comprises having and imports and exports the electrostatic precipitation case 210 of 211 and removable cover the cover plate 220 importing and exporting 211; Cover plate 220 has two, two cover plates 220 are arranged at the left and right sides importing and exporting 211 respectively, and two cover plate 220 side in opposite directions respectively correspondence offered escape groove 221, and when two cover plates 220 close, two escape groove 221 surround and dodge hole for what coupling shaft 512 passed.

As shown in figure 13, electrostatic precipitation case 210 is in funnel-form. Specifically, shown in Figure 12, the upside of electrostatic precipitation case 210 is cube structure, and the downside of electrostatic precipitation case 210 is funnel-form; Cube structure on the upside of electrostatic precipitation case 210 is used for accommodating handle clip 500 and the plastic handle P of clamping thereof, and the funnel-shaped structure on the downside of electrostatic precipitation case 210 is used for entering so that it is discharged through the portion of leting slip a remark of funnel-shaped structure for plastic cement dirt bits. Import and export 211 opening upwards of electrostatic precipitation case 210, the Shang Yuan side, both sides, front and back of electrostatic precipitation case 210 is provided with slide rail 212, and two cover plates 220 are slidably connected to the left and right sides of electrostatic precipitation case 210 upper side wall by slide rail 212; The left and right sides of electrostatic precipitation case 210 is fixedly installed the 3rd force piece 213, and two the 3rd force pieces 213 are connected to cover plate the 220, three force piece 213 and drive that two cover plates 220 are mobile in opposite directions closes import and export 211, or import and export 211 are opened in opposing movement.

Referring to shown in Figure 12 and Figure 14, cover plate 220 side correspondence in opposite directions has offered escape groove 221 again, and escape groove 221 is in semicircle. When the 3rd force piece 213 drives two cover plate 220 slide in opposition to close import and export 211 to closed state, as shown in figure 14, two relative escape groove 221 surround one and dodge hole.

Consulting shown in Figure 12 and Figure 13, the downside of electrostatic precipitation case 210 is communicated with centrifugal blower fan 230. The plastic cement dirt bits of centrifugal blower fan 230 for drawing in electrostatic precipitation case 210. Specifically, centrifugal blower fan 230 is communicated in the place of leting slip a remark of electrostatic precipitation case 210; The plastic cement dirt bits that bigger in electrostatic precipitation case 210 plastic cement dirt bits fall under gravity automatically, particle is less in electrostatic precipitation case 210 depart from electrostatic precipitation case 210 under the extraction suction of centrifugal blower fan 230.

Refer to Figure 12 and Figure 13 again, in electrostatic precipitation case 210 inner chamber, it is provided with the ion wind rod 215 for removing electrostatic between plastic handle and plastic cement dirt bits. Specifically, ion wind rod 215 is arranged at the inner side-wall of electrostatic precipitation case 210, it is by blowing ion wind to the plastic handle entered in electrostatic precipitation case 210, with the electrostatic adhesion destroyed between plastic cement dirt bits and plastic handle surface, thus reaches the object removing plastic cement dirt bits. Further, ion wind rod 215 evenly is arranged at all sides of electrostatic precipitation case 210 inner side-wall, and in the present embodiment, ion wind rod 215 has eight, and four sidewalls in electrostatic precipitation case 210 inner side-wall are respectively arranged with two.

Further, the sidewall of electrostatic precipitation case 210 is offered and is equipped with viewing window 214. This viewing window 214 is arranged on the sidewall of electrostatic precipitation case 210 cube structure, for observing the dedusting situation in electrostatic precipitation case 210 for operator. Shown in composition graphs 5, specifically, the structure that viewing window 214 is transparent and plastic cement dirt is not considered to be worth doing thoroughly, it can be transparent material for the entirety of electrostatic precipitation case 210, can also window for having offered in the side of electrostatic precipitation case 210, and block this by the plastics of transparent material or glass etc. and window to be formed and run through window.

Shown in composition graphs 1-Figure 14, the working process of dusting machine of being polished by the utility model plastic handle is described in detail:

Machinery arm 600 drives plastic handle fixture 500 to move to loading and unloading place 100a; Clamping block 220 relative orientating group block 510 under the driving of the first force piece 521 is opened; Two plastic handle P are moved to loading and unloading place 100a by manual operation or machine operation, and installation groove P10 is put to locate projection 511 handle P is carried out pre-determined bit towards projection 1511 ground, location, the first force piece 521 drives clamping block 220 to move clamping two plastic handle P to orientating group block 510;

Machinery arm 600 drives plastic handle fixture 500 to move to the position near abrasive band, side 310, wherein plastic handle P near this abrasive band 310 carry out according to default route rotating under the driving of coupling shaft 512, mobile so that this plastic handle P surface spue line be entirely removed; Machinery arm 600 drives coupling shaft 512, the plastic handle fixture 500 carrying rear plastic handle P is made to move to the position near another abrasive band, side 310, now, the plastic handle P being not yet removed spue line is reversed the position moving to close abrasive band 310, subsequently this plastic handle P carry out according to default route rotating under the driving of machinery arm 600, mobile so that this plastic handle P surface spue line be entirely removed;

3rd force piece 213 drives the two opposing movements of cover plate 220, opens import and export 211, as shown in figure 12; The handle clip 500 carrying plastic handle P is moved downward under the driving of machinery arm 600 and stretches in electrostatic precipitation case 210, as shown in figure 14; 3rd force piece 213 drives two cover plates 220 to move in opposite directions, cover import and export 211, the escape groove 221 being oppositely arranged surrounds and dodges hole for what coupling shaft 512 passed through, as shown in figure 14, now, hole is dodged in the blocking that arranges of coupling shaft 512, prevents the bits of the plastic cement dirt in electrostatic precipitation case 210 from leaving electrostatic precipitation case 210 through dodging hole; Ion wind rod 215 and centrifugal blower fan 230 work, and wherein, plastic handle P is blown ion wind by ion wind rod 215, destroy the electrostatic adhesion between plastic cement dirt bits and plastic handle P surface, and the plastic cement dirt bits in electrostatic precipitation case 210 are extracted out by centrifugal blower fan 230.

After one group of plastic handle dedusting, repeat above-mentioned steps, to realize the polishing to plastic handle and dedusting.

Compared with prior art, the plastic handle P polishing dusting machine that the utility model provides, two belt sanding devices 300 are arranged at electrostatic precipitator 200 both sides symmetrically, the plastic handle P located by handle clip 500 polishes on the abrasive band 310 of belt sanding device 300 according to predetermined route under the control of machinery arm 600 and removes the spue line on plastic handle P surface, move to the plastic cement dirt bits removed in electrostatic precipitator 200 and be adsorbed in plastic handle P surface subsequently, thus complete the process that plastic handle P polishing dedusting is removed spue line. According to the plastic handle P polishing dusting machine that the utility model provides, it is possible to remove plastic handle P surface spue line, it is to increase dust removing effects, reduce labour intensity, improve operating environment, improve production quality simultaneously.

Above disclosed being only preferred embodiment of the present utility model, certainly can not limit the interest field of the utility model with this, the equivalent variations therefore done according to the utility model claim, still belongs to the scope that the utility model is contained.

Claims (10)

1. a plastic handle polishing dusting machine, it is characterised in that: comprise the handle clip for clamping plastic handle, for the belt sanding device of plastic handle of polishing, for removing the electrostatic precipitator of plastic cement dirt bits and drive the mechanical arm of described handle clip movement between described belt sanding device and described electrostatic precipitator; The material loading place of described plastic handle polishing dusting machine and/or blanking place are arranged at left back or the starboard quarter that described machinery arm deviates from described belt sanding device and described electrostatic precipitator.

2. plastic handle polishing dusting machine as claimed in claim 1, it is characterised in that: belt sanding device described in two is arranged at described electrostatic precipitator both sides symmetrically; Described machinery arm is arranged at the side of described belt sanding device and described electrostatic precipitator, and the output terminal of described machinery arm is connected to described handle clip.

3. plastic handle polishing dusting machine as claimed in claim 2, it is characterised in that: described handle clip comprises orientating group block and can move, relative to described orientating group block, the clamping device clamping plastic handle; Described orientating group block outward forms the location projection corresponding with plastic handle, and described location projection stretches into plastic handle, and matches with described clamping device and realize the location to plastic handle.

4. plastic handle polishing dusting machine as claimed in claim 3, it is characterised in that: the middle part of described orientating group block is provided with the coupling shaft for connecting described machinery arm; Described location projection is arranged at the both sides of described orientating group block respectively centered by described coupling shaft.

5. plastic handle polishing dusting machine as claimed in claim 1, it is characterised in that: described belt sanding device comprises abrasive band, for locating the abrasive band support in abrasive band and drive the abrasive band driving mechanism of described abrasive band loopy moving.

6. plastic handle polishing dusting machine as claimed in claim 5, it is characterised in that: described belt sanding device also comprises tensioning mechanism; The tension side of described tensioning mechanism is connected to described abrasive band, and described tension side can move up and down with tensioning or discharge described abrasive band.

7. plastic handle polishing dusting machine as claimed in claim 6, it is characterised in that: described tensioning mechanism comprise can the sliding seat that slides up and down of relatively described abrasive band, and control the tensioning spanner of described sliding seat position; One end outward of described sliding seat is also connected to described abrasive band; The external part of described sliding seat forms described tension side.

8. plastic handle polishing dusting machine as claimed in claim 1, it is characterised in that: described electrostatic precipitator comprises the electrostatic precipitation case with import and export and removable the cover plate covering described import and export; Described cover plate has two, and cover plate described in two is arranged at the left and right sides of described import and export respectively, and the side in opposite directions of cover plate described in two respectively correspondence offered escape groove; When described in two during cover plate closing, escape groove described in two surrounds and dodges hole for what coupling shaft passed.

9. plastic handle polishing dusting machine as claimed in claim 1, it is characterized in that: described plastic handle polishing dusting machine also comprises abrasive band cleaning apparatus, described abrasive band cleaning apparatus comprises the dedusting chamber being communicated in industrial dust collector, and departs from the dedusting mechanism in described abrasive band for ordering about plastic cement dirt bits; Described dedusting mechanism has the puff port towards described abrasive band, and described puff port is arranged along the width in described abrasive band, and the width of described puff port is less than or equal to 0.2mm.

10. plastic handle polishing dusting machine as claimed in claim 9, it is characterised in that: dust suction mouth has been offered towards the side in described abrasive band in described dedusting chamber, and described puff port is arranged at the middle part of described dust suction mouth.