A kind of ceramic raw material grinding cutting agency
The application is application number 2016101913868, on 03 30th, 2016 applying date, a kind of denomination of invention " ceramic system
The divisional application of product raw material grinding cutting agency ".
Technical field
The present invention relates to Ceramic manufacturing equipment technical field, more specifically to a kind of ceramic is ground down with raw material
Expect mechanism.
Background technique
Ceramic needs to be ground before processing with powder, to improve its fine and smooth degree and post-production effect
Fruit, existing lapping mode is generally adopted by vertical staving to place powder and then pass through mill ball and be ground, after grinding
Powder is poured into, the powder of stirring is not sieved, so that the uniformity of powder is undesirable, will affect the later period makes
Use effect.
Meanwhile blanking is needed generally by manually charging basket is placed at feed opening after existing powder mull
Charging basket is placed at once after the end cap at feed opening is opened manually, is easy to leak out amount of powder, generates waste.
Summary of the invention
The purpose of the present invention is to the deficiencies of the prior art, and provide a kind of ceramic raw material grinding blanking machine
Structure, it is arranged inner drum using the grinding exterior bowl being laterally arranged, and in inside, is ground by the mill ball in inner drum
Afterwards, after powder is sieved through the curved wall of inner drum and upper curved cover plate, the powder after guaranteeing stirring is uniformly mixed simultaneously
And particle is close uniformly, the effect that the raising later period uses;
Meanwhile after cover board being opened, expects under direct and carry out conveying blanking on driving and conveying belt, wave will not be generated
Take, and convey and stablize, effect is good.
Technology solution of the invention is as follows:
A kind of ceramic grinds cutting agency with raw material, including grinding exterior bowl, frame body and the blanking rack being laterally arranged,
Inner drum is inserted in the grinding exterior bowl, frame body includes bottom connecting plate, and the top surface of bottom connecting plate is fixed, and there are two branch
Fagging, driving motor is fixed in two support plates, and the output shaft of driving motor passes through support plate and is hinged on grinding exterior bowl
The end plate of left and right two on, the end of the output shaft of driving motor is fixed on two side end plates of inner drum;
The inner drum includes two side end plates, curved wall and upper curved cover plate, the both ends inner sidewall of curved wall
It is fixed on the lower part of two side end plates and the side wall at middle part, two bar shaped underrun bolts of upper curved cover plate are fixed to be connected
It connects on the upper surface of curved wall, the both ends inner wall of upper curved cover plate is bolted to connection in the upside of side end plate
Multiple mill balls are placed on wall, in inner drum;
The curved wall and upper curved cover plate are screen pack;
Fluting is provided on the upper and lower part side wall of the grinding exterior bowl, cover board is fixed on the outer of grinding exterior bowl
On side wall and cover corresponding fluting;
The blanking rack includes two live-rollers, and the both ends of two live-rollers are hinged on corresponding supporting leg, the bottom of supporting leg
End is fixed in bottom riser blocks, and driving and conveying belt is stretched on two live-rollers, and it is outer that the middle part of driving and conveying belt is in grinding
There is annular conveying groove body, grinding on the lower sides of exterior bowl has at the lower section of staving, in the outside wall surface of driving and conveying belt
Fluting against annular conveying groove body;
It is fixed with rotate gear on the lateral wall of the grinding exterior bowl, total driving motor is fixed on bottom connecting plate,
Total driving motor drives rotate gear rotation.
The middle top surface of the bottom connecting plate is fixed with total driving motor, and total driving motor is double output shaft electric machines, total to drive
Outrigger shaft is connected with by shaft coupling on two output shafts of dynamic motor, output gear is fixed on outrigger shaft, grinds exterior bowl
Both ends lateral wall on it is fixed there are two rotate gear, output gear is meshed with corresponding rotate gear.
The bottom surface of the bottom connecting plate is fixed with multiple vertical inserted links, and bottom fixed board fixes on the ground, vertical to insert
In the jack that bar sleeve has on bottom fixed board, buffer spring sleeve in vertical inserted link, fix by the upper end of buffer spring
On bottom connecting plate, the lower end of buffer spring is fixed on bottom fixed board.
Hingedly on the supporting plate, the other end is hinged on support connecting plate for one end of the outrigger shaft, and support connecting plate is solid
It is scheduled on bottom connecting plate.
It is fixed with feeder motor in the bottom riser blocks, delivery wheel, live-roller are fixed on the output shaft of feeder motor
One end be fixed with driving wheel, for belt tension on delivery wheel and driving wheel, the top surface of bottom connecting plate is fixed with multiple adjustings
Cylinder adjusts the push rod of cylinder straight up and is fixed on the bottom surface of bottom riser blocks.
It is fixed with collecting frame on the side ground of the blanking rack, there is collecting tank, collecting tank in the middle part of the top surface of collecting frame
One end be in the underface of corresponding live-roller, the top of collecting tank is provided with oblique groove body, and the bottom surface of oblique groove body is fixed
There is bottom biock, bottom biock is fixed on two inner sidewalls of collecting tank, transmission of the eminence end of oblique groove body at live-roller
Conveyer belt.
Side wall in the collecting tank of the collecting frame at live-roller is oblique wall surface, has on the bottom surface of collecting tank
Material through hole has on the lower section ground of the collecting frame for the through hole that discharges and places groove, and the bottom surface for placing groove has vertical through-hole,
The lower section of vertical through-hole has pusher cylinder placed cavity, and collecting vessel lifting cylinder is in pusher cylinder placed cavity, and collecting vessel mentions
It rises cylinder to be fixed on the top surface of pusher cylinder placed cavity, the push rod of collecting vessel lifting cylinder extends upwardly into vertical through-hole and fixation
There is upper placement plate, the top surface of upper placement plate is equal with the bottom surface of groove is placed.
The middle top surface of the upper placement plate is bolted with bulb plunger, and upper placement plate is stretched out in the steel ball part of bulb plunger,
Collecting vessel is placed in upper placement plate, the bottom surface of collecting vessel has shrinkage pool, and the steel ball of bulb plunger is nested in shrinkage pool.
There is the feed head upwardly extended in the middle part of the top surface of the collecting vessel, feed head against going out material through hole, feed head
There is convex annular looping on lateral wall, be fixed with elastic mechanism on the top surface of collecting vessel.
The elastic mechanism includes sleeve, and sleeve is fixed on the top surface of collecting vessel, and sleeve upper sleeve has inserted link, inserted link
Top is fixed with top board, and for spring sleeve in inserted link, one end of spring is fixed on the top end face of sleeve, and the other end of spring is solid
It is scheduled on top board, the bottom surface of the collecting frame of the opposite discharging through hole of top board.
The beneficial effects of the present invention are:
Inner drum is arranged using the grinding exterior bowl that is laterally arranged, and in inside in it, by the mill ball in inner drum into
Powder mixing after row grinding, after powder is sieved through the curved wall of inner drum and upper curved cover plate, after guaranteeing stirring
Uniformly and particle is close uniformly, the effect that the raising later period uses;
Meanwhile after cover board being opened, expects under direct and carry out conveying blanking on driving and conveying belt, wave will not be generated
Take, and convey and stablize, effect is good.
Detailed description of the invention
Fig. 1 is partial structural diagram of the invention;
Fig. 2 is the partial structural diagram between the mechanism at blanking rack of the invention and grinding exterior bowl.
Fig. 3 is the partial sectional view of inner drum of the invention;
Fig. 4 is the partial enlarged view of Fig. 2.
Specific embodiment
Embodiment: as shown in figures 1 to 4, a kind of ceramic raw material grinding cutting agency is ground including what is be laterally arranged
Exterior bowl 10, frame body 20 and blanking rack 40 are ground, inner drum 30 is inserted in the grinding exterior bowl 10, frame body 20 connects including bottom
Fishplate bar 21, the top surface of bottom connecting plate 21 is fixed there are two support plate 22, is fixed with driving motor 23 in two support plates 22, drives
The output shaft of dynamic motor 23 passes through support plate 22 and is hinged on the end plate of left and right two of grinding exterior bowl 10, driving motor 23
The end of output shaft is fixed on two side end plates 31 of inner drum 30;
The inner drum 30 includes two side end plates 31, curved wall 35 and upper curved cover plate 36, curved wall 35
Both ends inner sidewall is fixed on the lower part of two side end plates 31 and the side wall at middle part, two bar shaped bottom surfaces of upper curved cover plate 36
361 are bolted to connection on the upper surface of curved wall 35, and the both ends inner wall of upper curved cover plate 36 is solid by bolt
Surely it is connected on the upper side wall of side end plate 31, multiple mill balls 1 is placed in inner drum 30;
The curved wall 35 and upper curved cover plate 36 are screen pack;
It is provided with fluting 11 on the upper and lower part side wall of the grinding exterior bowl 10, cover board 12 is fixed on grinding outer barrel
On the lateral wall of body 10 and cover corresponding fluting 11;
The blanking rack 40 includes two live-rollers 41, and the both ends of two live-rollers 41 are hinged on corresponding supporting leg 42,
The bottom end of supporting leg 42 is fixed in bottom riser blocks 43, and driving and conveying belt 44 is stretched on two live-rollers 41, driving and conveying belt
44 middle part is at the lower section of grinding exterior bowl 10, is had annular conveying groove body 441 in the outside wall surface of driving and conveying belt 44, is ground
The fluting 11 that grinding has on the lower sides of exterior bowl 10 conveys groove body 441 against annular;
It is fixed with rotate gear 13 on the lateral wall of the grinding exterior bowl 10, total driving is fixed on bottom connecting plate 21
Motor 2, total driving motor 2 drive rotate gear 13 to rotate.
Further, the middle top surface of the bottom connecting plate 21 is fixed with total driving motor 2, and total driving motor 2 is
Double output shaft electric machines are connected with outrigger shaft 3 by shaft coupling on two output shafts of total driving motor 2, are fixed on outrigger shaft 3 defeated
Fixed there are two rotate gear 13 on the both ends lateral wall of exterior bowl 10, output gear 4 and corresponding rotation are ground in gear 4 out
Gear 13 is meshed.
Further, the bottom surface of the bottom connecting plate 21 is fixed with multiple vertical inserted links 27, and bottom fixed board 28 is solid
Determine on the ground, in the jack 281 that vertical 27 sleeve of inserted link has on bottom fixed board 28,282 sleeve of buffer spring is perpendicular
In straight cutting bar 27, the upper end of buffer spring 282 is fixed on bottom connecting plate 21, and the lower end of buffer spring 282 is fixed on bottom
In fixed plate 28.
Further, one end of the outrigger shaft 3 is hinged in support plate 22, and the other end is hinged on support connecting plate 5
On, support connecting plate 5 is fixed on bottom connecting plate 21.
Further, the bottom riser blocks 43 include two lifting plates, and two lifting plates are in two live-rollers 41
Lower section, be fixed with feeder motor 45 on one of lifting plate, delivery wheel 46 be fixed on the output shaft of feeder motor 45, pass
One end of dynamic roller 41 is fixed with driving wheel 47, and belt 48 is stretched on delivery wheel 46 and driving wheel 47, the top of bottom connecting plate 21
Face is fixed with multiple adjusting cylinders 491, adjusts the push rod of cylinder 491 straight up and is fixed on the bottom surface of bottom riser blocks 43
On.
Further, collecting frame 50, the top surface middle part of collecting frame 50 are fixed on the side ground of the blanking rack 40
With collecting tank 51, one end of collecting tank 51 is in the underface of corresponding live-roller 41, and the top of collecting tank 51 is provided with tiltedly
To groove body 52, the bottom surface of oblique groove body 52 is fixed with bottom biock 53, and bottom biock 53 is fixed on two inner sidewalls of collecting tank 51,
Driving and conveying belt 44 of the eminence end of oblique groove body 52 at live-roller 41.
Further, the side wall in the collecting tank 51 of the collecting frame 50 at live-roller 41 is oblique wall surface, is received
Collecting has material through hole 54 on the bottom surface of slot 51, have on the lower section ground of the collecting frame 50 at material through hole 54 place groove out
55, the bottom surface for placing groove 55 has vertical through-hole 56, and the lower section of vertical through-hole 56 has pusher cylinder placed cavity 57, collecting vessel
Lifting cylinder 58 is in pusher cylinder placed cavity 57, and collecting vessel lifting cylinder 58 is fixed on the top surface of pusher cylinder placed cavity 57
On, the push rod of collecting vessel lifting cylinder 58 extends upwardly into vertical through-hole 56 and is fixed with placement plate 561, upper placement plate 561
Top surface is equal with the bottom surface of groove 55 is placed.
Further, the middle top surface of the upper placement plate 561 is bolted with bulb plunger 562, the steel of bulb plunger 562
Ball portion stretches out upper placement plate 561, and collecting vessel 60 is placed in upper placement plate 561, and the bottom surface of collecting vessel 60 has shrinkage pool 61, ball
The steel ball of headpin plug 562 is nested in shrinkage pool 61.
Further, there is the feed head 62 upwardly extended in the middle part of the top surface of the collecting vessel 60, feed head 62 is opposite
Material through hole 54 out have convex annular looping 63 on the lateral wall of feed head 62, are fixed with elastic mechanism on the top surface of collecting vessel 60
70。
Further, the elastic mechanism 70 includes sleeve 71, and sleeve 71 is fixed on the top surface of collecting vessel 60, sleeve
71 upper sleeves have inserted link 72, and the top of inserted link 72 is fixed with top board 73, and 74 sleeve of spring is in inserted link 72, one end of spring 74
It is fixed on the top end face of sleeve 71, the other end of spring 74 is fixed on top board 73, at the opposite material through hole 54 out of top board 73
Collecting frame 50 bottom surface.
In the present embodiment, by opening the cover board 12 for grinding the top of exterior bowl 10, and upper curved cover plate 36 is opened,
Powder is put into inner drum 30, is then closed cover board 12 and the lid of upper curved cover plate 36, then, driving motor 23 is run, interior bucket
Body 30 rotates, so that mill ball 1 grinds powder, in process of lapping, qualified powder passes through the screening of inner drum 30
Into grinding exterior bowl 10 in, open lower section cover board 12, can blanking, it is very convenient.When blanking, it is defeated that powder falls into transmission
It send in the annular conveying groove body 441 of band 44, and drives driving and conveying belt 44 to rotate by feeder motor 45, so that powder conveys,
Then it partially falls into collecting tank 51, is fallen into collecting tank 51 after being guided there are also part by oblique groove body 52, the powder fallen into
It finally enters in collecting vessel 60, completes blanking.
Wherein, it when the cover board 12 of lower section unloads, can be bounced back by adjusting the push rod of cylinder 491, by driving and conveying belt 44
Decline, to conveniently unload lower cover plate 12, after unloading, then promotes driving and conveying belt 44, to guarantee that powder is in driving and conveying belt
In 44.
Wherein, collecting vessel 60 is pushed in upper placement plate 561 along placement groove 55, is realized by bulb plunger 562
Limit, then pushes up by the push rod of collecting vessel lifting cylinder 58 so that collecting vessel 60 protrude into feed head 62 thus
It realizes charging, places powder leakage, and when being promoted, by the buffer function of spring 74, it is ensured that collecting vessel 60 is promoted surely
Calmly, and by top board 73 it is pressed against on the bottom surface of the collecting frame 50 at the place of material through hole 54, protects collecting vessel 60;It collects full
Afterwards, can be bounced back by the push rod of collecting vessel lifting cylinder 58 can reset, and then pull out collecting vessel 60.
When inner drum 30 rotates, grinding exterior bowl 10 is driven also to be rotated by total driving motor 2, so that grinding is outer
Staving 10 produces relative rotation with inner drum 30, so that the powder between grinding exterior bowl 10 and inner drum 30 carries out further
It is stirred, improves mixed effect.
In this implementation, the vibration that equipment operation generates can be reduced by buffer spring 282.
It is not limitation of the present invention, the ordinary skill in relation to technical field that the above embodiments are only used to illustrate the present invention
Personnel can also make a variety of changes and modification without departing from the spirit and scope of the present invention, therefore all equivalent
Technical solution also belong to scope of the invention, scope of patent protection of the invention should be defined by the claims.