CN208912738U - The efficient clearing apparatus of saggar - Google Patents

Abstract

A kind of efficient clearing apparatus of saggar, including rack, rack is intracavitary tank tower plate, has tank tower plate chamber in the middle part of tank tower plate；Planker is moved left and right, is located at tank tower plate towards upper side, there is bearing housing resigning chamber in central area；Planker driving mechanism is moved left and right, be located on rear side of the left end of tank tower plate and is connect with planker is moved left and right；It is located at before and after back-and-forth motion planker and moves left and right planker towards upper side, had bearing housing being moved forward and backward side of the planker under, be moved forward and backward planker driving mechanism and be located at the right side for moving left and right planker；Brush roll power-driven mechanism is located at and is moved forward and backward planker towards upper side；Dust hood, is fixed with side of the tank tower plate under, respectively there is dust hood dust suction interface on left and right side outer wall；First, second brush roll mechanism, upper part is respectively supported on bearing housing and connect with brush roll power-driven mechanism, lower extension to the lower section of dust suction cover chamber.Shorten and is cleaned and cleaning effect of the guarantee to saggar the time to saggar, raising working efficiency.

Description

The efficient clearing apparatus of saggar

Technical field

The utility model belongs to electronic kiln technical field of auxiliary facilities, and in particular to a kind of efficient clearing apparatus of saggar, It is matched on electronic kiln automatic production line, to the saggar automatic cleaning for completing batch turning.

Background technique

The reason as known to the technical staff in field is burnt into (being also referred to as sintered, the same below) to electronic powder by electronic kiln When need to by electronic powder raw material be packed into saggar (saggar is also referred to as crucible), by saggar together with electronic powder enter electronic kiln firing, The electronic powder kiln discharge of firing is carried by saggar after firing and broken station solution is broken (to smash the electronic powder of agglomeration with alms bowl solving It is broken) it removes afterwards, supply subsequent processing such as grinding process is ground, and raw electronic powder is again loaded into after empty body is cleaned and is entered Kiln firing.It follows that saggar belongs to the transfer container of recycling.Due to electronic powder such as color phosphor, lamp powder, metatitanic acid Barium, strontium titanates, yttria, titanium dioxide, zirconium dioxide, bismuth oxide, aluminium oxide, lead zirconate titanate, ferromagnetic oxide powder and phosphorus Sour iron lithium and power battery powder such as artificial graphite, graphene etc. exist by such as electrostatic, viscosity, weather humidity and work The influence of the factors such as industry ambient humidity and when the electronic powder material of firing is poured out saggar, more or less (only degree Difference) there is viscous alms bowl phenomenon, so-called viscous alms bowl phenomenon refers to that the electronic powder material of firing remains in saggar, if will not knot The not most clinker for collecting or being adhered in saggar is removed, then being packed into electronic powder or power up for firing once again Pollution can be generated when battery powder raw material or even seriously affects the quality of firing material.

Previously, usually saggar is cleaned manually by worker, the craft cleaning mode there are the shortcomings that one of, Labor intensity of workers is big, and low efficiency；Two, clean quality difficulty can guarantee, because cleaning effect would generally be by The influence of physical efficiency, experience, sense of responsibility and the mood of worker etc.；Three, cannot with electronic kiln automated production lines matching, influence Integrated automation effect.

Then, it is substituted by automatic cleaning device manually to the cleaning of saggar, and can in disclosed Chinese patent literature It is seen in the technical information for implementing automated cleaning to saggar, it is typical as application for a patent for invention publication No. CN103017540A recommendation has " the saggar automatic cleaning apparatus of electronic kiln ", which can make up for it aforementioned disadvantage, be (special in cabinet Benefit claims picking-up container) top cover on one group of air blowing interface tube is set, each air blowing interface tube is connect by pipeline with compressed air source unit, in gas Under the work of source device such as air compressor or air pump, pressure air is supplied into air blowing interface tube by pipeline, by air blowing interface tube It is directed at saggar to blow, nationality is to blow down the intracavitary residual material dirt of saggar alms bowl.But since electronic powder will appear after high temperature sintering It is stiffly adhered to the situation of saggar alms bowl chamber, thus is difficult to be removed simply by virtue of pressed gas；More typically such as " the electronic kiln automatic production line use that " scavenging machine inside saggar " and CN103528389B that CN107127197A is provided are introduced Saggar automatic cleaning device ", this two patents using hairbrush rotation can by be stiffly built-up in saggar chamber side wall and Residual powder on bottom wall is removed, and still, since this two patents have used single hair brush structure, thus hairbrush is to entire saggar The side wall and the running track in bottom wall cleaning process of chamber show as the full of twists and turns track for tending to double sigmoid illustrated by Fig. 4. Specifically, cleaning starting point 201 using the upper right corner of saggar 20 shown in Fig. 4 as hairbrush, and by the lower right corner of saggar 20 Destination node 202 is cleaned as hairbrush, in order to not only sufficiently ensure the cleaning to the surrounding side wall of the saggar chamber of saggar 20, but also is taken into account pair The cleaning of the bottom wall of saggar chamber, hairbrush cleans during starting point 201 to hairbrush cleans destination node 202 from hairbrush to be existed repeatedly It alters course, the hairbrush running track 203 for adding arrow to illustrate with dotted line in Fig. 4 is in double sigmoid track.Then, it is cleaned for a saggar The time it takes is more tediously long, and the pitch time for causing kiln automatic production line to stay in saggar cleaning station is long, with mesh Pitch time is shortened in preceding industry expectation and nationality is runed counter to the hope for improving yield.

In view of this, it is necessary to which, after to improve, the applicant has made beneficial design thus, and foring finally will be described below Technical solution, and be simulated test in the applicant plant area in the case where taking secrecy provision, be as a result proved to be practical It is feasible.

Summary of the invention

The task of the utility model, which is to provide, a kind of to be helped significantly to shorten the cleaning time to saggar and sufficiently protect Hinder to the cleaning effect of saggar and nationality with the efficient clearing apparatus of the saggar for improving the working efficiency of electronic kiln automatic production line.

What the task of the utility model was performed by, a kind of efficient clearing apparatus of saggar, including a rack, in the machine The rack of frame is intracavitary and is fixed in the position of lower section for the rack top plate for corresponding to rack with the state for being parallel to rack top plate There is a tank tower plate, has a tank tower plate chamber in tank tower plate central region composition；One moves left and right planker, this moves left and right planker and exists The tank tower plate is movably arranged in towards upper side in position corresponding to the tank tower plate chamber, moves left and right and drags at this The central area of plate, which is constituted, a bearing housing resigning chamber；One moves left and right planker driving mechanism, this moves left and right planker driving machine Structure is arranged on rear side of the left end of the tank tower plate and connect with the planker that moves left and right；Before one is moved forward and backward planker and one Moving carriage driving mechanism afterwards, is moved forward and backward planker and is arranged in movably forward and backward and described move left and right planker towards upper side simultaneously And connect with planker driving mechanism is moved forward and backward, in side of the back-and-forth motion planker under and corresponding to the bearing The position of case resigning chamber is fixed with a bearing housing, is moved forward and backward planker driving mechanism and the right side for moving left and right planker is arranged in；One The back-and-forth motion planker is arranged in towards upper side in brush roll power-driven mechanism, the brush roll power-driven mechanism；One inhales Dust hood, which fixes in the position for corresponding to the tank tower plate chamber and side of the tank tower plate under, in the dust suction Respectively constituting on the left side outer wall and outer right wall of cover has a dust hood dust suction interface communicated with the dust suction cover chamber of dust hood, should Dust hood dust suction interface passes through dust collection pipeline in a state of use and connect with dust exhaust apparatus；Correspond to the dust suction with longitudinal state The top of the one first brush roll mechanism and one second brush roll mechanism of cover chamber setting, the first brush roll mechanism and the second brush roll mechanism turns It is supported on the bearing housing and is sequentially connected with the brush roll power-driven mechanism dynamicly, and lower extension is to dust hood The lower section of chamber, wherein the second brush roll mechanism is located at the front of the first brush roll mechanism.

In a specific embodiment of the utility model, in the rack and corresponding to the tank tower plate The edge position of side under be fixed with tank tower plate bearing moulding, tank tower plate bearing moulding towards upper side simultaneously And the length direction composition that follow tank tower plate bearing moulding has tank tower plate fixed screw groove, the edge position of tank tower plate passes through Tank tower plate fixing screws are fixed in the position for corresponding to tank tower plate fixed screw groove and tank tower plate bearing moulding；In the tank tower plate A left retractable dustproof curtain of tank tower plate chamber is connected between the left chamber wall of chamber and the left side for moving left and right planker, and in tank tower A right retractable dustproof curtain of tank tower plate chamber is connected between the right chamber wall of plate chamber and the right side for moving left and right planker；In the left and right Before being connected with a bearing housing resigning chamber between the anterior cavity wall of bearing housing resigning chamber and the leading flank of the bearing housing of moving carriage Retractable dustproof curtain, and after being connected with a bearing housing resigning chamber between the rear cavity wall of bearing housing resigning chamber and the trailing flank of bearing housing Retractable dustproof curtain.

In another specific embodiment of the utility model, the front end for moving left and right planker described under one Side is fixed with a pair and moves left and right planker sliding block, this is to the middle part for moving left and right planker sliding block Yu moving left and right planker slider waveguide rod It is slidably matched, and the left end for moving left and right planker slider waveguide rod and right end respectively move left and right planker slider waveguide rod with one and fix Seat is fixed, this moves left and right planker slider waveguide rod fixing seat and fixes with the tank tower plate, in the rear end direction for moving left and right planker Under side be fixed with one and move left and right carriage nut sliding block, this moves left and right carriage nut sliding block and a pair of front and back each other is parallel Move left and right and be slidably matched in the middle part of carriage nut slider waveguide rod, a pair move left and right the left end of carriage nut slider waveguide rod with The planker driving mechanism that moves left and right is fixed, and a pair of right end for moving left and right carriage nut slider waveguide rod is fixed on left and right and moves In dynamic carriage nut slider waveguide rod fixing seat, this moves left and right carriage nut slider waveguide rod fixing seat and fixes with the tank tower plate.

In another specific embodiment of the utility model, the planker driving mechanism that moves left and right includes one left Move right planker driving motor fixing seat, one move left and right planker driving motor and one move left and right planker driving screw rod, left and right Moving carriage driving motor fixing seat is fixed on rear side of tank tower plate left end, moves left and right planker driving motor with horizontally-arranged state It is fixed with the left side for moving left and right planker driving motor fixing seat, moves left and right planker driving screw rod and correspond to a pair of left side It moves right between carriage nut slider waveguide rod, this moves left and right the left end of planker driving screw rod and moves left and right planker driving motor Move left and right the transmission connection of planker drive motor shaft, middle part is threadedly engaged with the carriage nut sliding block that moves left and right, and right End moves left and right in carriage nut slider waveguide rod fixing seat described in being rotatably supported at, and the pair of carriage nut that moves left and right is slided The left end of block guide rod is fixed with the planker driving motor fixing seat that moves left and right, wherein described moves left and right planker driving Motor is the motor with positive and negative rotating function.

In another specific embodiment of the utility model, prolong to the left in the left side central portion for being moved forward and backward planker Stretching has the left sliding block of a back-and-forth motion planker, and in the right side central of back-and-forth motion planker and left with back-and-forth motion planker The symmetrical position of sliding block is extended with to the right the right sliding block of a back-and-forth motion planker, is being moved forward and backward the left sliding shoe of planker Side of the seat under is fixed with a left sliding shoe, is slidably matched in the middle part of the left sliding shoe and left sliding shoe guide rod, and the left side The front end and rear end of sliding shoe guide rod be respectively fixed on a left sliding shoe it is leader fixed on, the left sliding shoe is leader fixed solid It is scheduled on the left side for moving left and right planker, is fixed with a right sliding being moved forward and backward side of the right sliding block of planker under It is slidably matched in the middle part of nut block, the right sliding nut block and the parallel right sliding nut block guide rod in a pair of left and right each other, and It is sequentially connected with the back-and-forth motion planker driving mechanism, the front end and the front and back of a pair of right sliding nut block guide rod are moved Dynamic planker driving mechanism is fixed, and the rear end of a pair of right sliding nut block guide rod is fixed on right sliding nut block guide rod seat, should Right sliding nut block guide rod seat is fixed on the right side rear for moving left and right planker.

In the utility model there are one in specific embodiment, the back-and-forth motion planker driving mechanism includes one It is moved forward and backward planker driving motor fixing seat, a back-and-forth motion planker driving motor and a back-and-forth motion planker and drives screw rod, it is preceding Moving carriage driving motor fixing seat is fixed in front of the right side for moving left and right planker afterwards, is moved forward and backward planker driving motor It is fixed with horizontally-arranged state with the front side for being moved forward and backward planker driving motor fixing seat, is moved forward and backward planker driving screw rod and corresponds to institute Between the right sliding nut block guide rod of a pair stated, which drives the front end of screw rod and is moved forward and backward planker driving electricity Machine transmission connection, and be moved forward and backward planker driving screw rod rear end thereof be supported on the right sliding nut block guide rod seat On, it is threadedly engaged and connect in the middle part of the right sliding nut block and back-and-forth motion planker driving screw rod, the pair of right cunning The front end of dynamic nut block guide rod is fixed with the back-and-forth motion planker driving motor fixing seat, wherein the back-and-forth motion is dragged Plate driving motor is the motor with positive counter-function.

In the utility model more and in a specific embodiment, the brush roll power-driven mechanism includes that brush roll drives Dynamic motor, brush roll driving reduction gearbox, driving gear, the first brush roll driving gear, the second brush roll driving gear and gear-box, brush roll Driving motor is in the position and brush roll driving reduction gearbox transmission cooperation for corresponding to the top of brush roll driving reduction gearbox and by brush roll Driving subtracts case and is fixed on brush roll driving deceleration block together with brush roll driving motor, and brush roll driving deceleration block is fixed on institute It states and is moved forward and backward planker towards upper side, the brush roll driving reduction gearbox power output shaft of brush roll driving reduction gearbox is stretched over brush roll Drive deceleration block lower section, driving gear be fixed on brush roll driving reduction gearbox power output shaft on and the driving gear simultaneously Gear and the second brush roll driving gear is driven to engage with the first brush roll, gear-box is on the left side for corresponding to brush roll driving deceleration block The position of side is fixed with planker is moved forward and backward, and the first brush roll driving gear and the second brush roll driving gear are located in gear-box, With longitudinal state correspond to the dust hood the dust suction cover chamber be arranged first brush roll mechanism from bottom to top successively way The gear-box is probeed into through the bearing housing and the back-and-forth motion planker to connect with first brush roll driving gear, and with vertical Correspond to second brush roll mechanism that dust suction cover chamber is arranged to state equally successively to move by way of bearing housing and front and back from bottom to top Dynamic planker probes into the gear-box and connect with second brush roll driving gear, and the structure of the second brush roll mechanism is and institute The structure for stating the first brush roll mechanism is identical.

In a specific embodiment in turn of the utility model, the first brush roll mechanism includes brushroll axle, brush Roller set and rotary joint, the upper end of brushroll axle is bottom-up successively to be probeed by way of the bearing housing and the back-and-forth motion planker It is fixedly connected in the gear-box with the first brush roll driving gear and leans out the upper table of the first brush roll driving gear Face, and the upper end of brushroll axle is rotatably supported at supporting shaft holder and a brushroll axle lower support in a brushroll axle in bearing housing On bearing block, supporting shaft holder is fixed with side of the planker under is moved forward and backward in brushroll axle, brushroll axle lower support bearing block Fixed in bearing housing with the bearing housing bottom wall of bearing housing, brushroll axle center constitute have one from the upper end of brushroll axle penetrate through to The brushroll axle venthole of lower end, the dust hood that the lower end of brushroll axle is located at the dust hood are intracavitary and be stretched over dust suction cover chamber Lower section, brush roll set are fixed in the lower end of brushroll axle, hairbrush are equipped on the outer wall of brush roll set, rotary joint is corresponding to described The position of brushroll axle venthole and the upper end of the brushroll axle are inserted admittedly, and the rotary joint intake interface of the rotary joint is using shape It is connect by pipeline with compressed air source unit under state.

The utility model again more and in a specific embodiment, in the brushroll axle and correspond to institute The position for stating the upper end of brush roll set is fixed with a brush roll shaft flange, and constituting in the upper end of brush roll set has a brush roll to cover fixation Orchid, brush roll set mounting flange passes through the flange fixing screws being spaced apart to be fixed with brush roll shaft flange.

In the utility model again and then in a specific embodiment, the compressed air source unit is air compressor or gas Pump.

Technical solution provided by the utility model is made due to using the first, second brush roll mechanism with the cleaning of bistrichiasis brush Hairbrush running track is in the running track of square shape, thus helps significantly to shorten the cleaning time to saggar and ensure to casket The cleaning effect of alms bowl is conducive to improve the residence time at the saggar cleaning station of electronic kiln automatic production line, improves work Make efficiency.

Detailed description of the invention

Fig. 1 is the embodiments of the present invention structure chart.

Fig. 2 be the first, second brush roll shown in FIG. 1 mechanism respectively with the first, second brush roll of brush roll power-driven mechanism Drive the schematic diagram of gear connection.

Fig. 3 is Fig. 1 and the first, second brush roll shown in Fig. 2 mechanism is in schematic diagram when cleaning to saggar.

Fig. 4 is hairbrush running track of the hairbrush of the saggar automatic cleaning device in prior art in saggar cleaning process Schematic diagram.

Specific embodiment

In order to which the technical essence of the utility model and beneficial effect is more clearly understood, applicant is below with reality The mode for applying example elaborates, but is not limitation to the utility model, any foundation to the description of embodiment The made only formal but not substantive equivalent transformation of the utility model design is regarded as the utility model Technical solution scope.

The concept of all directionality for being related to upper, lower, left, right, front and rear or directionality is in the following description On the basis of the location of Fig. 1 state, thus the spy to technical solution provided by the utility model cannot be understood as It does not limit.

Referring to Figure 1, a rack 1 is shown, the rack 1 casket with electronic kiln automatic production line in a state of use The beam body 10(of alms bowl conveying frame has parallel two) the fixed and position in beam body 10 be in saggar and cleans station, To this reference can be made to the CN103528389B that applicant refers in background technique column above, thus not reinflated explanation.It is aforementioned Rack 1 has a rack chamber 11, in the rack chamber 11 of the rack 1 and in the lower section for the rack top plate 12 for corresponding to rack 1 Position be fixed with a tank tower plate 13 to be parallel to the state of rack top plate 12,13 central region of tank tower plate composition have a case Frame plate chamber 131；It shows one and moves left and right planker 2, this moves left and right planker 2 in the position for corresponding to aforementioned tank tower plate chamber 131 Aforementioned tank tower plate 13 is movably set towards upper side, constituting in the central area for moving left and right planker 2 has one Bearing housing resigning chamber 21；It shows one and moves left and right planker driving mechanism 3, this moves left and right planker driving mechanism 3 and is arranged preceding It states on rear side of the left end of tank tower plate 13 and is connect with the planker 2 above-mentioned that moves left and right；Before showing a back-and-forth motion planker 4 and one Moving carriage driving mechanism 5 afterwards is moved forward and backward planker 4 and the aforementioned planker 2 that moves left and right is arranged in movably forward and backward towards upper one It side and is connect with planker driving mechanism 5 is moved forward and backward, in side of the back-and-forth motion planker 4 under and before corresponding to The position for stating bearing housing resigning chamber 21 is fixed with a bearing housing 41, is moved forward and backward the setting of planker driving mechanism 5 and drags moving left and right The right side of plate 2；A brush roll power-driven mechanism 6 is shown, the brush roll power-driven mechanism 6 setting is dragged in back-and-forth motion above-mentioned Plate 4 is towards upper side；A dust hood 7 is shown, which passes through suction in the position for corresponding to aforementioned tank tower plate chamber 131 Dust hood fixing screws 73 are fixed with side of the aforementioned tank tower plate 13 under, outside the left side outer wall of the dust hood 7 and right side Respectively constituting on wall has a dust hood dust suction interface 72 communicated with the dust suction cover chamber 71 of dust hood 7, the dust hood dust suction interface 72 It is connected in a state of use by dust collection pipeline and dust exhaust apparatus such as dust absorption fan；It shows and aforementioned suction is corresponded to longitudinal state The one first brush roll mechanism 8 and one second brush roll mechanism 9 that dust hood chamber 71 is arranged, the first brush roll mechanism 8 and the second brush roll mechanism 9 Top (" upper end " can also be claimed) be rotatably supported on aforementioned bearings case 41 and with brush roll power-driven mechanism 6 above-mentioned pass Dynamic connection, and lower part (can also claim " lower end ") is stretched over the lower section of dust suction cover chamber 71, wherein the second brush roll mechanism 9 is located at first The front of brush roll mechanism 8.

In actual use, the surrounding of aforementioned rack 1 i.e. four sides are by the worn-out shield of shield door.

As shown in Figure 1, in rack 1 above-mentioned and in the surrounding for corresponding to side of the aforementioned tank tower plate 13 under Edge position is fixed with tank tower plate bearing moulding 14, supports moulding 14 towards upper side in tank tower plate and follows the bearing of tank tower plate The length direction composition of moulding 14 has tank tower plate fixed screw groove 141, and the edge position of tank tower plate 13 is solid by tank tower plate It is fixed in the position and tank tower plate bearing moulding 14 for corresponding to tank tower plate fixed screw groove 141 to determine screw 132；In aforementioned tank tower plate A left retractable dustproof curtain 1311 of tank tower plate chamber is connected between the left chamber wall of chamber 131 and the aforementioned left side for moving left and right planker 2, And a right retractable dustproof of tank tower plate chamber is connected between the right chamber wall of tank tower plate chamber 131 and the right side for moving left and right planker 2 Curtain 1312, be shown in FIG. 1 at the left side be fixed on and move left and right planker 2 for the left retractable dustproof curtain 1311 of tank tower plate chamber The fixed dustproof shade fixed plate 24 in right side, the right side of the left retractable dustproof curtain 1311 of tank tower plate chamber is fixed by screw and dustproof shade The same example of mode that the fixation of plate 24, the left side of the left retractable dustproof curtain 1311 of tank tower plate chamber and the left chamber wall of tank tower plate chamber 131 are mutually fixed, And the right retractable dustproof curtain 1312 of tank tower plate chamber is connected to the right chamber wall of tank tower plate chamber 131 and moves left and right the right side of planker 2 Between mode also same example；In the anterior cavity wall and aforementioned bearings case 41 of the aforementioned bearing housing resigning chamber 21 for moving left and right planker 2 A bearing housing resigning chamber front stretching dustproof shade 211 is connected between leading flank, and in the rear cavity wall and axis of bearing housing resigning chamber 21 Hold the dustproof shade 212 that stretches after being connected with a bearing housing resigning chamber between the trailing flank of case 41.

From Fig. 1 signal and combine professional general knowledge: the left and right retractable dustproof curtain of aforementioned tank tower plate chamber 1311,1312, The forward and backward dustproof shade 211,212 of bearing housing resigning chamber is telescopic corrugated structure.

Please continue to refer to Fig. 1, in side of the aforementioned front end for moving left and right planker 2 under by moving left and right planker sliding block Fixing screws 222 are fixed with a pair and move left and right planker sliding block 22, this planker sliding block 22 and moves left and right planker to moving left and right The middle part of slider waveguide rod 221 is slidably matched, and the left end for moving left and right planker slider waveguide rod 221 and right end are respectively with one or so Moving carriage slider waveguide rod fixing seat 2211 is fixed, this moves left and right planker slider waveguide rod fixing seat 2211 and aforementioned tank tower plate 13 It is fixed, it is fixed by moving left and right carriage nut sliding block fixing screws 232 in side of the rear end for moving left and right planker 2 under There is one to move left and right carriage nut sliding block 23, this moves left and right the left and right of carriage nut sliding block 23 and a pair of front and back each other parallel and moves The middle part of dynamic carriage nut slider waveguide rod 231 is slidably matched, and a pair moves left and right the left end of carriage nut slider waveguide rod 231 with before It states and moves left and right the fixation of planker driving mechanism 3, and a pair of right end for moving left and right carriage nut slider waveguide rod 231 is fixed on left and right In the leader fixed (not shown) of moving carriage nut slider, this moves left and right carriage nut slider waveguide rod fixing seat with before It is fixed to state tank tower plate 13.

Continue to see Fig. 1, the planker driving mechanism 3 above-mentioned that moves left and right includes one moving left and right planker driving motor fixing seat 31, it one moves left and right planker driving motor 32 and one and moves left and right planker driving screw rod 33, it is solid to move left and right planker driving motor Reservation 31 is bolted on rear side of aforementioned 13 left end of tank tower plate, moves left and right planker driving motor 32 with horizontally-arranged state and a left side The left side for moving right planker driving motor fixing seat 31 is fixed, and is moved left and right planker driving screw rod 33 and is corresponded to a pair of of a left side above-mentioned It moves right between carriage nut slider waveguide rod 231, this moves left and right the left end of planker driving screw rod 33 and moves left and right planker drive Dynamic motor 32 moves left and right the transmission connection of planker drive motor shaft, and middle part moves left and right 23 screw thread of carriage nut sliding block with aforementioned Cooperation, and right end be rotatably supported at it is aforementioned move left and right in carriage nut slider waveguide rod fixing seat, aforementioned a pair moves left and right The left end of carriage nut slider waveguide rod 231 and the aforementioned planker driving motor fixing seat 31 that moves left and right are fixed, wherein a left side above-mentioned Moving right planker driving motor 32 is the motor with positive and negative rotating function.

Continue to see Fig. 1, is extended with a left sliding of back-and-forth motion planker to the left in the aforementioned left side central portion for being moved forward and backward planker 4 Block 42, and in the right side central of back-and-forth motion planker 4 and in the position symmetrical with the left sliding block 42 of planker is moved forward and backward It sets and is extended with the right sliding block 43 of a back-and-forth motion planker to the right, be moved forward and backward side of the left sliding block 42 of planker under It is fixed with a left sliding shoe 421 by left sliding shoe screw 4212, the middle part of the left sliding shoe 421 and left sliding shoe guide rod 4211 It is slidably matched, and the front end and rear end of the left sliding shoe guide rod 4211 are respectively fixed on a left sliding shoe leader fixed 42111 On, which is fixed on the aforementioned left side for moving left and right planker 2, is being moved forward and backward the right cunning of planker Side of the motion block seat 43 under is fixed with a right sliding nut block 431, the right sliding nut by right sliding nut block screw The middle part of the parallel right sliding nut block guide rod 4311 of block 431 and a pair of left and right each other is slidably matched, and with front and back above-mentioned Moving carriage driving mechanism 5 is sequentially connected, the front end of a pair of right sliding nut block guide rod 4311 and back-and-forth motion planker above-mentioned Driving mechanism 5 is fixed, and the rear end of a pair of right sliding nut block guide rod 4311 is fixed on right sliding nut block guide rod seat 43111 On, which is fixed on the aforementioned right side rear for moving left and right planker 2.

Continue to see Fig. 1, back-and-forth motion planker driving mechanism 5 above-mentioned includes a back-and-forth motion planker driving motor fixing seat 51, one it is moved forward and backward planker driving motor 52 and a back-and-forth motion planker driving screw rod 53, it is solid is moved forward and backward planker driving motor Reservation 51 is bolted in front of the aforementioned right side for moving left and right planker 2, is moved forward and backward planker driving motor 52 with horizontally-arranged State is fixed with the front side for being moved forward and backward planker driving motor fixing seat 51, is moved forward and backward planker driving screw rod 53 corresponding to aforementioned The right sliding nut block guide rod 4311 of a pair between, which drives the front end of screw rod 53 and is moved forward and backward planker and drive Dynamic motor 52 is sequentially connected, and be moved forward and backward planker driving screw rod 53 rear end thereof be supported on right sliding nut block above-mentioned On guide rod seat 43111, the middle part of aforementioned right sliding nut block 431 and aforementioned back-and-forth motion planker driving screw rod 53 is threadedly engaged company It connecing, the front end of the aforementioned right sliding nut block guide rod 4311 of a pair and aforementioned back-and-forth motion planker driving motor fixing seat 51 are fixed, Wherein, back-and-forth motion planker driving motor 52 above-mentioned is the motor with positive counter-function.

Continue to see Fig. 1, brush roll power-driven mechanism 6 above-mentioned include brush roll driving motor 61, brush roll driving reduction gearbox 62, Driving gear 63, the first brush roll driving gear 64, the second brush roll driving gear 65 and gear-box 66, brush roll driving motor 61 is right It should cooperate and be driven by brush roll in the position on the top of brush roll driving reduction gearbox 62 and the brush roll driving transmission of reduction gearbox 62 and subtract case 62 are fixed on brush roll driving deceleration block 622 together with brush roll driving motor 61, and brush roll driving deceleration block 622 is fixed on Aforementioned back-and-forth motion planker 4 is stretched towards upper side, the brush roll driving reduction gearbox power output shaft 621 of brush roll driving reduction gearbox 62 The lower section of brush roll driving deceleration block 622 is opened up, driving gear 63 is fixed on brush roll driving reduction gearbox power output shaft 621 simultaneously And the driving gear 63 drives gear 64 and the second brush roll driving gear 65 to engage with the first brush roll simultaneously, gear-box 66 is right It should be fixed in the position in the left side of brush roll driving deceleration block 622 by screw and back-and-forth motion planker 4, the first brush roll sliding tooth Wheel 64 and the second brush roll driving gear 65 are located in gear-box 66, and the aforementioned suction of aforementioned dust hood 7 is corresponded to longitudinal state The aforementioned first brush roll mechanism 8 that dust hood chamber 71 is arranged is from bottom to top successively by way of aforementioned bearings case 41 and aforementioned back-and-forth motion planker 4 probe into aforesaid gears case 66 and connect with the first brush roll above-mentioned driving gear 64, and with longitudinal state corresponding to dust suction cover chamber The aforementioned second brush roll mechanism 9 of 71 settings equally successively probes by way of bearing housing 41 and back-and-forth motion planker 4 aforementioned from bottom to top It is connect in gear-box 66 with aforementioned second brush roll driving gear 65, and the structure of the second brush roll mechanism 9 is and aforementioned first The structure of brush roll mechanism 8 is identical.

It refers to Fig. 2 and combines Fig. 1, it has been observed that due to the structure and the first brush roll mechanism 8 of the second brush roll mechanism 9 Structure is identical, thus applicant below only elaborates to the first brush roll mechanism 8, which includes brush roll Axis 81, brush roll set 82 and rotary joint 83, the upper end of brushroll axle 81 it is bottom-up successively by way of i.e. across aforementioned bearings case 41 with And aforementioned back-and-forth motion planker 4 probe into gear-box above-mentioned 66 driven with the first brush roll above-mentioned gear 64 be fixedly connected and The upper surface of the first brush roll driving gear 64 is leant out, and the upper end of brushroll axle 81 is rotatably supported at a brush in bearing housing 41 On roll shaft on supporting shaft holder 811 and a brushroll axle lower support bearing block 812, supporting shaft holder 811 and front and back are moved in brushroll axle Dynamic side of the planker 4 under is fixed, brushroll axle lower support bearing block 812 in bearing housing 41 with the bearing housing bottom of bearing housing 41 Wall 411 is fixed, and constituting at the center of brushroll axle 81 has one to penetrate through from the upper end of brushroll axle 81 to the brushroll axle venthole of lower end 813, the lower end of brushroll axle 81 is located in the dust suction cover chamber 71 of aforementioned dust hood 7 and is stretched over the lower section of dust suction cover chamber 71, brush Roller set 82 is fixed in the lower end of brushroll axle 81, is equipped with hairbrush 821 on the outer wall of brush roll set 82, rotary joint 83 is corresponding to Solid, the rotary joint air inlet of the rotary joint 83 is inserted in the position of aforementioned brushroll axle venthole 813 and the upper end of aforementioned brushroll axle 81 Interface 831 is connect by pipeline with compressed air source unit in a state of use.

Preferably, one is fixed in brushroll axle 81 above-mentioned and in the position for the upper end for corresponding to aforementioned brush roll set 82 Brush roll shaft flange 814, and constituting in the upper end of brush roll set 82 has a brush roll to cover mounting flange 822, which covers mounting flange 822 It is fixed by the flange fixing screws 8221 and brush roll shaft flange 814 that are spaced apart.

In the present embodiment, compressed air source unit above-mentioned is air compressor, but air pump also can be used.

It refers to Fig. 3 and the saggar 20 for completing batch turning illustrated combined with Figure 1 and Figure 2, is defeated by the saggar in beam body 10 Send roller to be delivered to the station where the efficient clearing apparatus of the utility model saggar, at the efficient clearing apparatus station of the saggar by with Aspectant state is located at a pair of of saggar holding structure in beam body 10 and clamps the two sides (left and right sides) of saggar 20, and by Saggar blocking mechanism corresponding to 20 rear side of saggar (direction of travel that the rear side is saggar 20) stops.Due to a pair above-mentioned The structure of saggar holding structure and saggar blocking mechanism, setting position and working principle belong to the prior art such as this Shen It clearly discloses and is described in detail in the specification of the CN103528389B referred in background technique column please, thus applicant exists The diagram of the application is not shown.

Station where arriving at the utility model in saggar 20 and when need to be cleaned by the utility model to it, then brush roll is dynamic The brush roll driving motor 61 of power drive mechanism 6 works, and drives brush roll to drive reduction gearbox 62 by brush roll driving motor 61, is driven by brush roll Dynamic reduction gearbox power output shaft 621 drives driving gear 63, due to driving gear 63 driven simultaneously with the first brush roll gear 64 with And second brush roll driving gear 65 be meshed, thus by driving gear 63 simultaneously drive the first brush roll drive gear 64 and second Brush roll drives gear 65, the brushroll axle 81 of the structural system of the first brush roll mechanism 8 is driven by the first brush roll driving gear 64, simultaneously It drives the brush roll set axis 91(of the structural system of the second brush roll mechanism 9 to be equivalent to by the second brush roll driving gear 65 and is equivalent to brush Roll shaft 81), brush roll set 82 is driven by brushroll axle 81, saggar 20 is cleaned under rotary state by the hairbrush 821 on brush roll set 82, Brush roll set (being equivalent to brush roll set 82) is driven by brush roll above-mentioned set axis 91 simultaneously, upper hairbrush broom 92 is covered by brush roll (be equivalent to and be equivalent to hairbrush 821) cleans saggar 20 under rotary state.

During the hairbrush 821 of above-mentioned brush roll set 82 and hairbrush broom 92 are in and clean to saggar 20, by left and right Moving carriage driving mechanism 3 makes to move left and right the location status right-to-left movement of planker 2 as shown in Fig. 1 and Fig. 3, is moved by left and right Dynamic planker 2 drives using it for what carrier was arranged and moves forward and backward planker 4, moves forward and backward planker driving mechanism 5, to move forward and backward planker 4 for carrier setting aforementioned brush roll power-driven mechanism 6 and with brush roll power-driven mechanism 6 be sequentially connected first, second Brush roll mechanism 8,9 also accordingly moves from left to right.Specifically: moving left and right the work of planker driving motor 32, left and right is driven by it Moving carriage drives screw rod 33, carriage nut sliding block 23 is moved left and right by moving left and right the planker driving drive of screw rod 33, by left and right The drive of moving carriage nut slider 23, which moves left and right planker 2 and follows, moves left and right planker slider waveguide rod 221 and a pair of of left and right is moved Dynamic carriage nut slider waveguide rod 231 is moved to the left, when being moved to upper left stop, i.e. the upper left corner that reaches saggar 20 of hairbrush 821 Position when, move left and right planker driving motor 32 and stop working, then, be moved forward and backward planker driving mechanism 5 back-and-forth motion Planker driving motor 52 works, and is driven by it and is moved forward and backward planker driving screw rod 53, drives screw rod 53 by the back-and-forth motion planker Right sliding nut block 431 is driven, drives back-and-forth motion planker 4 to follow left sliding shoe guide rod 4211 by the right sliding nut block 431 And a pair of right sliding nut block guide rod 4311 is displaced from back to front, when reaching lower-left stop, i.e., hairbrush broom 92 reaches casket When the position in the lower left corner of alms bowl 20, it is moved forward and backward 52 break-off of planker driving motor.Planker driving motor is moved left and right at this time 32 reverse operations, are made to move left and right planker 2 by aforementioned inverse process and move right, and when reaching bottom right stop, i.e., hairbrush is swept It when broom 92 reaches the position in the lower right corner of saggar 20, moves left and right planker driving motor 32 and stops working again, and be moved forward and backward The task again of planker driving motor 52, is made to be moved forward and backward planker 4 and moves backward by aforementioned opposite process, is stopped when being moved to upper right When point, i.e., when hairbrush 821 reaches the position in the upper right corner of saggar 20, it is moved forward and backward planker driving motor 52 and stops working, thus With the track of arrow as shown in Figure 3 around saggar 20 1 weeks, completed in the motion profile of square shape to saggar 20 with hairbrush 821 It cleans.

The trifle in the world generated in 8,9 pairs of 20 cleaning process of saggar of above-mentioned first, second brush roll mechanism is connect by dust hood dust suction Mouth 72 is drawn, and introduces pressure air by rotary joint intake interface 831 in cleaning process, and pressure air is successively through rotating Connector 83 and brushroll axle venthole 813 and from the bottom gas outlet of brushroll axle venthole 813 spray, the trifle in the world of floating is blown off Saggar wall is simultaneously drawn by dust hood dust suction interface, and the same example of jet of the brush roll set axis 91 of the second brush roll mechanism 9 repeats no more.

In conclusion technical solution provided by the utility model compensates for the shortcoming in prior art, favorably accomplish Invention task has faithfully fulfilled the technical effect that applicant refers in technical effect column above.

Claims (10)

1. a kind of efficient clearing apparatus of saggar, it is characterised in that including a rack (1), in the rack chamber (11) of the rack (1) And it is fixed in the position of the lower section for the rack top plate (12) for corresponding to rack (1) with the state for being parallel to rack top plate (12) One tank tower plate (13) has a tank tower plate chamber (131) in tank tower plate (13) central region composition；One moves left and right planker (2), should It moves left and right planker (2) and the tank tower plate (13) is movably set in the position for corresponding to the tank tower plate chamber (131) Towards upper side, constituting in the central area for moving left and right planker (2) has a bearing housing resigning chamber (21)；One moves left and right Planker driving mechanism (3), this move left and right planker driving mechanism (3) setting the tank tower plate (13) left end on rear side of and with Described moves left and right planker (2) connection；One, which is moved forward and backward planker (4) and one, is moved forward and backward planker driving mechanism (5), and front and back is moved Dynamic planker (4) are arranged in movably forward and backward described to be moved left and right planker (2) towards upper side and drives with planker is moved forward and backward Motivation structure (5) connection in side of the back-and-forth motion planker (4) under and is corresponding to the bearing housing resigning chamber (21) Position be fixed with a bearing housing (41), be moved forward and backward planker driving mechanism (5) be arranged on the right side for moving left and right planker (2)； The back-and-forth motion planker (4) is arranged in towards upper in one brush roll power-driven mechanism (6), the brush roll power-driven mechanism (6) Side；One dust hood (7), the dust hood (7) is in the position for corresponding to the tank tower plate chamber (131) and the tank tower plate (13) Side under is fixed, and respectively constituting on the left side outer wall of the dust hood (7) and outer right wall has one and dust hood (7) The dust hood dust suction interface (72) that dust suction cover chamber (71) communicates, the dust hood dust suction interface (72) pass through dust suction in a state of use Pipeline is connect with dust exhaust apparatus；With longitudinal state correspond to the dust suction cover chamber (71) setting one first brush roll mechanism (8) and The top of one second brush roll mechanism (9), the first brush roll mechanism (8) and the second brush roll mechanism (9) is rotatably supported at the axis It holds on case (41) and is sequentially connected with the brush roll power-driven mechanism (6), and lower extension is to dust suction cover chamber (71) Lower section, wherein the second brush roll mechanism (9) is located at the front of the first brush roll mechanism (8).

2. the efficient clearing apparatus of saggar according to claim 1, it is characterised in that in the rack (1) and right The edge position of side of the tank tower plate (13) under described in Ying Yu is fixed with tank tower plate bearing moulding (14), in tank tower plate Bearing moulding (14) is towards upper side and follow the length direction composition that tank tower plate supports moulding (14) has tank tower plate to fix The edge position of screw slots (141), tank tower plate (13) is fixed by tank tower plate fixing screws (132) corresponding to tank tower plate The position of screw slots (141) and tank tower plate bearing moulding (14) are fixed；Left chamber wall and the left side in the tank tower plate chamber (131) It moves right and is connected with the left retractable dustproof curtain (1311) of a tank tower plate chamber between the left side of planker (2), and in tank tower plate chamber (131) Right chamber wall and move left and right planker (2) right side between be connected with the right retractable dustproof curtain (1312) of a tank tower plate chamber；Institute It states and is connected between the leading flank of the anterior cavity wall and the bearing housing (41) that move left and right the bearing housing resigning chamber (21) of planker (2) One bearing housing resigning chamber front stretching dustproof shade (211), and after the rear cavity wall of bearing housing resigning chamber (21) and bearing housing (41) Dustproof shade (212) are stretched after being connected with a bearing housing resigning chamber between side.

3. the efficient clearing apparatus of saggar according to claim 1, it is characterised in that it is described move left and right planker (2) before It holds side under to be fixed with a pair and moves left and right planker sliding block (22), this is to moving left and right planker sliding block (22) and left and right is moved It is slidably matched in the middle part of dynamic planker slider waveguide rod (221), and this moves left and right left end and the right end of planker slider waveguide rod (221) It is fixed that planker slider waveguide rod fixing seat (2211) is respectively moved left and right with one, this moves left and right planker slider waveguide rod fixing seat (2211) It is fixed with the tank tower plate (13), planker is moved left and right moving left and right side of the rear end of planker (2) under and being fixed with one Nut slider (23), this moves left and right the carriage nut that moves left and right of carriage nut sliding block (23) and a pair of front and back each other parallel and slides Block guide rod is slidably matched in the middle part of (231), and a pair moves left and right the left end of carriage nut slider waveguide rod (231) and the left and right is moved Dynamic planker driving mechanism (3) are fixed, and the right end that a pair moves left and right carriage nut slider waveguide rod (231) is fixed on and moves left and right In carriage nut slider waveguide rod fixing seat, this moves left and right carriage nut slider waveguide rod fixing seat and the tank tower plate (13) is solid It is fixed.

4. the efficient clearing apparatus of saggar according to claim 3, it is characterised in that described moves left and right planker driving machine Structure (3) includes one moving left and right planker driving motor fixing seat (31), one moving left and right planker driving motor (32) and one or so Moving carriage drives screw rod (33), moves left and right after planker driving motor fixing seat (31) is fixed on tank tower plate (13) left end Side is moved left and right planker driving motor (32) and is consolidated with horizontally-arranged state with the left side for moving left and right planker driving motor fixing seat (31) It is fixed, it moves left and right planker driving screw rod (33) and is moved left and right between carriage nut slider waveguide rod (231) corresponding to described a pair, The left end for moving left and right planker driving screw rod (33) drives with the planker that moves left and right for moving left and right planker driving motor (32) Electric machine shaft driving connection, middle part is threadedly engaged with the carriage nut sliding block (23) that moves left and right, and right end is rotatably supported at It is described to move left and right in carriage nut slider waveguide rod fixing seat, the pair of carriage nut slider waveguide rod (231) of moving left and right Left end and the planker driving motor fixing seat (31) that moves left and right are fixed, wherein described moves left and right planker driving motor It (32) is the motor with positive and negative rotating function.

5. the efficient clearing apparatus of saggar according to claim 1, it is characterised in that on the left side for being moved forward and backward planker (4) Middle side part is extended with the left sliding block (42) of a back-and-forth motion planker to the left, and is being moved forward and backward the right side central of planker (4) simultaneously And it is extended with a right sliding shoe of back-and-forth motion planker to the right in the position symmetrical with left sliding block (42) of planker is moved forward and backward Seat (43) is fixed with a left sliding shoe (421), the left sliding being moved forward and backward side of left sliding block (42) of planker under Be slidably matched in the middle part of block (421) and left sliding shoe guide rod (4211), and the front end of the left sliding shoe guide rod (4211) and after End is respectively fixed on a left sliding shoe leader fixed (42111), which is fixed on described The left side for moving left and right planker (2) is fixed with a right sliding being moved forward and backward side of right sliding block (43) of planker under Nut block (431), the right sliding nut block (431) and a pair are each other in the parallel right sliding nut block guide rod (4311) in left and right Portion is slidably matched, and is sequentially connected with the back-and-forth motion planker driving mechanism (5), a pair of right sliding nut block guide rod (4311) front end and the back-and-forth motion planker driving mechanism (5) is fixed, and a pair of right sliding nut block guide rod (4311) Rear end be fixed on right sliding nut block guide rod seat (43111), which is fixed on described Move left and right the right side rear of planker (2).

6. the efficient clearing apparatus of saggar according to claim 5, it is characterised in that the back-and-forth motion planker driving machine Structure (5) includes back-and-forth motion planker driving motor fixing seat (51), back-and-forth motion planker driving motor (52) and a front and back Moving carriage drives screw rod (53), is moved forward and backward planker driving motor fixing seat (51) and is fixed on and described moves left and right planker (2) Right side in front of, be moved forward and backward planker driving motor (52) with horizontally-arranged state and be moved forward and backward planker driving motor fixing seat (51) Front side fix, be moved forward and backward planker driving screw rod (53) correspond to the described right sliding nut block guide rod (4311) of a pair it Between, which drives the front end of screw rod (53) and is moved forward and backward planker driving motor (52) transmission connection, and front and back It is supported on the right sliding nut block guide rod seat (43111) to the rear end thereof of moving carriage driving screw rod (53), it is described It is threadedly engaged and connect in the middle part of right sliding nut block (431) and back-and-forth motion planker driving screw rod (53), the pair of right side The front end of sliding nut block guide rod (4311) and the back-and-forth motion planker driving motor fixing seat (51) are fixed, wherein described Back-and-forth motion planker driving motor (52) be the motor with positive counter-function.

7. the efficient clearing apparatus of saggar according to claim 1, it is characterised in that the brush roll power-driven mechanism (6) Including brush roll driving motor (61), brush roll driving reduction gearbox (62), driving gear (63), the first brush roll driving gear (64), the Two brush rolls drive gear (65) and gear-box (66), and brush roll driving motor (61) is corresponding to the upper of brush roll driving reduction gearbox (62) The position in portion and brush roll driving reduction gearbox (62) transmission cooperate and by brush roll driving reduction gearbox (62) together with brush roll driving motor (61) it is fixed in brush roll driving deceleration block (622), and brush roll driving deceleration block (622) is fixed on the back-and-forth motion Planker (4) is stretched over brush towards upper side, brush roll driving reduction gearbox power output shaft (621) of brush roll driving reduction gearbox (62) Roller drives the lower section of deceleration block (622), and driving gear (63) is fixed in brush roll driving reduction gearbox power output shaft (621) simultaneously And the driving gear (63) is engaged with the first brush roll driving gear (64) and the second brush roll driving gear (65) simultaneously, gear-box (66) fixed in the position and back-and-forth motion planker (4) for corresponding to the left side of brush roll driving deceleration block (622), the first brush roll drives Moving gear (64) and the second brush roll driving gear (65) are located in gear-box (66), correspond to the dust hood with longitudinal state (7) first brush roll mechanism (8) of the dust suction cover chamber (71) setting is from bottom to top successively by way of the bearing housing (41) The gear-box (66) is probeed into the back-and-forth motion planker (4) to connect with first brush roll driving gear (64), and with vertical Correspond to second brush roll mechanism (9) of dust suction cover chamber (71) setting equally from bottom to top successively by way of bearing housing to state (41) it probes into the gear-box (66) with back-and-forth motion planker (4) and is connect with second brush roll driving gear (65), and should The structure of second brush roll mechanism (9) is identical with the structure of first brush roll mechanism (8).

8. the efficient clearing apparatus of saggar according to claim 7, it is characterised in that the first brush roll mechanism (8) includes Brushroll axle (81), brush roll set (82) and rotary joint (83), the upper end of brushroll axle (81) are bottom-up successively by way of the bearing Case (41) and be moved forward and backward planker (4) probe into interior and described the first brush roll driving gear of the gear-box (66) (64) it is fixedly connected with and leans out the upper surface of the first brush roll driving gear (64), and the upper end of brushroll axle (81) is in bearing housing (41) it is rotatably supported in a brushroll axle on supporting shaft holder (811) and a brushroll axle lower support bearing block (812) in, brush roll Supporting shaft holder (811) is fixed with the side of planker (4) under is moved forward and backward on axis, brushroll axle lower support bearing block (812) It is fixed with the bearing housing bottom wall (411) of bearing housing (41) in the bearing housing (41), the center of brushroll axle (81) constitute have one from The upper end of brushroll axle (81) is penetrated through to the brushroll axle venthole (813) of lower end, and the lower end of brushroll axle (81) is located at the dust hood (7) dust suction cover chamber (71) is interior and is stretched over the lower section of dust suction cover chamber (71), and brush roll set (82) is fixed in brushroll axle (81) Lower end is equipped with hairbrush (821) on the outer wall of the brush roll set (82), and rotary joint (83) is corresponding to the brushroll axle venthole (813) upper end of position and the brushroll axle (81) is inserted admittedly, and the rotary joint intake interface (831) of the rotary joint (83) exists It is connect by pipeline with compressed air source unit under use state.

9. the efficient clearing apparatus of saggar according to claim 8, it is characterised in that in the brushroll axle (81) and It is fixed with a brush roll shaft flange (814) in the position for the upper end for corresponding to the brush roll set (82), and in the upper of brush roll set (82) End, which is constituted, has a brush roll to cover mounting flange (822), and brush roll set mounting flange (822) passes through the flange fixing screws being spaced apart (8221) fixed with brush roll shaft flange (814).

10. the efficient clearing apparatus of saggar according to claim 1, it is characterised in that compressed air source unit is air compressor or gas Pump.