CN217341644U - Glaze slurry ball-milling tank cleaning and classifying blanking device - Google Patents

Abstract

The utility model discloses a glaze slip ball-milling tank cleaning, classifying and discharging device, which comprises a discharging and classifying tank, a reversing frame, a cleaning pipe fitting, a glaze slip filtering component, a grinding ball sieve plate and a grinding ball storage hopper; the inner bottom of the material discharge classification pool is divided into a plurality of material discharge grooves, the grinding ball sieve plates are arranged in the material discharge classification pool and are correspondingly arranged above all the material discharge grooves, the structure of the grinding ball sieve plates is a structural arrangement which can realize the automatic filtering of the grinding ball classification sieve into each corresponding material discharge groove, and the grinding ball discharge hoppers are arranged corresponding to each material discharge groove; the back-off is erect and is used for back-off ball-milling jar to pour out glaze oar and grinding ball in grinding ball sieve top, and the glaze oar that discharges sets up and separates glaze oar and grinding ball and discharge glaze oar when being used for the back-off ball-milling jar between back-off frame and grinding ball sieve, washs the pipe fitting and corresponds the setting of back-off frame, and it has the cleaning head that can stretch into and carry out cleaning work in the ball-milling jar. The device can realize automatic washing, classification, unloading etc. of carrying out glaze oar ball-milling jar, can effectively replace manual operation.

Description

Glaze slurry ball-milling tank cleaning and classifying blanking device

Technical Field

The utility model relates to a categorised unloader of washing of glaze oar ball-milling jar.

Background

In the production of porcelain product, glaze water of earlier stage is prepared to be comparatively loaded down with trivial details, it is complicated, consuming time preparation process, need mix the raw materials of multiple glaze oar of making earlier and carry out long-time abrasive machining through the ball in the ball-milling jar and handle just can reach the glaze oar that wants, need pour out the glaze oar after the glaze oar preparation is accomplished, wash ball-milling jar and grinding ball, the grinding ball still needs to be according to size classification, these processes are operated by the manual work at present, artificial work efficiency is low, be difficult to promote, it can not reach a comparatively unified requirement to wash, the classification of grinding ball has the condition emergence of categorised mistake, this will influence the mistake that the back ground was used.

In view of the above, the inventors of the present invention have made extensive research and development on the automated operation after glaze water allocation, aiming at various disadvantages of manual operation.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a can realize automatic washing, classification, unloading etc. of carrying out glaze oar ball-milling jar, can effectively replace manual operation's a glaze oar ball-milling jar washs categorised unloader.

In order to achieve the above purpose, the technical scheme of the utility model is that: a cleaning, classifying and blanking device for a glaze slurry ball milling tank comprises a discharge classifying pool, a reversing frame, a cleaning pipe fitting, a glaze slurry discharge filtering assembly, a grinding ball sieve plate and a grinding ball storage hopper; the grinding ball screening plate is arranged in the material discharge classification pool and corresponds to the upper parts of all the material discharge grooves, the structure of the grinding ball screening plate is a structural arrangement capable of automatically filtering the grinding ball classification screen into each corresponding material discharge groove, and the grinding ball discharge hopper is arranged corresponding to each material discharge groove and is respectively used for containing the grinding balls discharged from each material discharge groove; the back-off erects and is used for back-off ball-milling jar to pour out glaze oar and grinding ball above the grinding ball sieve, the glaze oar filtering component that arranges sets up separation glaze oar and grinding ball and discharges glaze oar side by side between back-off frame and grinding ball sieve when being used for the back-off ball-milling jar, it corresponds the setting of back-off frame to wash the pipe fitting, and it has the cleaning head that can stretch into and carry out cleaning work in the ball-milling jar.

Arrange the silo and be a plurality of settings side by side, the row's silo slope setting to the row of opposite side of grinding ball sieve for the row from one side, the back-off frame corresponds the high one end top that sets up in the slope of grinding ball sieve, the structure of grinding ball sieve is equipped with many blanking grooves for its equipartition interval, the blanking groove extends for corresponding grinding ball sieve incline direction, and the groove width of blanking groove sets up the one end of high to the row's silo of the one end correspondence below that hangs down for the slope of grinding ball sieve and enlarges the width in proper order.

The reversing frame is provided with a through hole, a positioning structure for positioning the ball milling tank is arranged around the through hole, the cleaning pipe fitting extends upwards from the lower part of the through hole and passes through the through hole, and the cleaning head is correspondingly arranged above the center of the through hole.

Grinding ball storage hopper includes the hopper body, arranges material mechanism, connects hopper, weighing transducer and material pouring mechanism, the upper portion of hopper body has the discharge port below that the feed inlet corresponds at row material tank, the lower part of this body of hopper has the discharge gate, it is used for opening and closes the discharge gate to arrange material mechanism and set up to correspond the discharge gate, material pouring mechanism sets up for the structure that can realize reciprocal upset action, connect the hopper setting to connect the discharge gate and be used for connecing greatly from discharge gate exhaust grinding ball on material pouring mechanism, can pour the grinding ball that connects greatly in it through the upset action of material pouring mechanism, weighing transducer is used for the response and connects hopper weight.

By adopting the technical scheme, the beneficial effects of the utility model are that: through using above-mentioned device, the grinding jar is accomplished grinding work and is opened the lid and then go on the corresponding back-off frame back-off of grinding jar, can carry out in jar and the washing of lapping ball automatically through wasing the pipe fitting promptly, separation discharge glaze oar, pour out the lapping ball, the lapping ball size classification discharges, the lapping ball discharges and stores etc. the in-process can need not the manual work and operate, and efficient, and job stabilization is reliable, thereby reaches the above-mentioned purpose of the utility model. The further structure is ingenious in structural arrangement and application, the structure of the device can be simplified, the device is easy to produce and manufacture, the production cost is reduced, the purpose of reliability and effectiveness can be achieved, and the device is simpler and more convenient to use; the further structure setting of above-mentioned ball grinding storage hopper can also realize quantitative unloading, the automatic action of falling the material, can facilitate for next use, further promotion the utility model discloses a glaze oar ball-milling jar washs categorised unloader's functional effect.

Drawings

Fig. 1 is a schematic structural view of a cleaning, classifying and discharging device of a glaze slip ball-milling tank according to the present invention;

fig. 2 is a schematic structural view of a grinding ball sieve plate according to the present invention.

In the figure:

a discharge classification tank 1; a discharge chute 11; an outlet 12;

a back-off frame 2; a through hole 21; a positioning structure 22;

cleaning the pipe fitting 3; a cleaning head 31; a grinding ball sieve plate 4; a charging chute 41;

a grinding ball storage hopper 5; a hopper body 51; the feed port 511; a discharge port 512;

a discharge mechanism 52; a receiving hopper 53; a material pouring mechanism 54.

Detailed Description

In order to further explain the technical solution of the present invention, the present invention is explained in detail by the following embodiments.

The cleaning and classifying blanking device for the glaze slurry ball milling tank disclosed by the embodiment mainly comprises a discharging and classifying pool 1, a reversing frame 2, a cleaning pipe fitting 3, a glaze slurry discharging filtering component (not visible in the figure), a grinding ball sieve plate 4 and a grinding ball storage hopper 5 as shown in fig. 1 and fig. 2, and the structural position connection relationship and the use working process of each part are described in detail in the following by combining the attached drawings.

The discharge classification pool 1 is a rectangular classification pool as shown in the figure, the inner bottom of the classification pool is divided into a plurality of discharge grooves 11, the discharge grooves 11 are arranged in a structure which is beneficial to falling and sliding materials and are provided with falling discharge ports 12, and the plurality of discharge grooves 11 are arranged in a row side by side;

the grinding ball sieve plate 4 is arranged in the discharge classification pool and correspondingly above all the discharge grooves 11, the structure of the grinding ball sieve plate is that the grinding ball sieve plate 4 can automatically filter the grinding ball classification to the corresponding discharge grooves 11, as shown in the figure, the grinding ball sieve plate 4 is obliquely arranged from the discharge groove 11 at one side to the discharge groove 11 at the other side, so that the grinding balls falling on the grinding ball sieve plate 4 can roll from a high position to a low position, the grinding ball sieve plate 4 is also provided with a plurality of discharge grooves 41 at intervals, the discharge grooves are regularly and fully arranged, each discharge groove 41 extends in the oblique direction of the corresponding grinding ball sieve plate 4, namely in the height direction, and the groove width of each discharge groove 41 is gradually enlarged from the high end to the low end of the inclined grinding ball sieve plate 4, as shown in figure 2, each charging conduit 41 corresponds below and arranges the silo and divide into the multistage, and each section width difference can supply the grinding ball of different diameters to fall into, and the grinding ball of different diameters all begins the whereabouts from the eminence like this, can contact charging conduit 41 when rolling to low, and the big grinding ball of diameter can be continuously rolled by 41 separation of charging conduit, and the diameter is less then to passing in charging conduit 41 whereabouts corresponding row silo 11 to reach foretell structure effect.

Back-off frame 2 is used for back-off ball-milling jar to pour out glaze oar and grinding ball, so as like the picture, 2 reply of back-off frame should erect in the high one end top that sets up in the slope of grinding ball sieve 4, through-hole 21 has been seted up on back-off frame 2 to be equipped with the location structure 22 that supplies the location ball-milling jar around through-hole 21, the back-off location of being convenient for is placed, ensures intraductal glaze oar and grinding ball and can discharge.

Arrange glaze oar filtering component and set up between back-off frame 2 and grinding ball sieve 4 and be used for separating glaze oar and grinding ball and discharge the glaze oar when back-off ball-milling jar, this subassembly has the material receiving pipeline structure that connects the glaze oar greatly and extends to outside row material classification pond 1, it can be automatic control's mechanical structure, does not specifically prescribe a limit to here, wash pipe fitting 3 and correspond back-off frame 2 setting, it has the cleaning head 31 that can stretch into and carry out cleaning work in the ball-milling jar, for the structure setting that is used for steam cleaning usefulness shown in the picture, the through-hole 21 is extended in the follow through-hole 21 below orientation of washing pipe fitting 3, and cleaning head 31 corresponds in through-hole 21 center department top, can penetrate in the jar promptly when ball-milling jar back-off, and the cleaning performance is better.

The grinding ball discharging hopper 5 is provided with a hopper body 51, a discharging mechanism 52, a receiving hopper 53, a weight sensor (not visible in the figure) and a material pouring mechanism 54 corresponding to each discharging groove 11 and respectively storing grinding balls with different diameters as shown in the figure, the grinding ball storing hopper 5 comprises the hopper body 51, the discharging mechanism 52, the receiving hopper 53, the weight sensor (not visible in the figure) and the material pouring mechanism 54, the upper part of the hopper body 51 is provided with a feeding port 511 corresponding to the lower part of a discharging port 12 of the discharging groove 11, the lower part of the hopper body 51 is provided with a discharging port 512, the discharging mechanism 52 is provided with a baffle plate driven by an air cylinder to slide corresponding to the discharging port 512, the material pouring mechanism 54 is in a structure capable of realizing reciprocating overturning action, for example, an output shaft of a motor is connected to a turnover frame on the figure, and the turnover frame is provided with a limiting structure for limiting the turnover angle, connect hopper 53 to set up on the roll-over stand on material pouring mechanism 54 and correspond discharge gate 512 and be used for connecing greatly from discharge gate 512 discharged grinding ball, can pour the grinding ball that connects greatly in it through the upset action of material pouring mechanism 54, weighing transducer is used for the response to connect hopper 53 weight, passes through like this the utility model discloses the control of device is set for, acquires weighing transducer numerical value, closes discharge gate 512 through the action of material discharging mechanism 52 and blocks the unloading when reaching required weight, then controls material pouring mechanism 54 and will connect the grinding ball in the hopper 53 to pour out to can reach ration, automatic unloading's effect.

To sum up makes the utility model discloses a categorised unloader of glaze oar ball-milling jar washing reaches foretell purpose effect.

The above embodiments and drawings are not intended to limit the form and style of the present invention, and any suitable changes or modifications made by those skilled in the art should not be construed as departing from the scope of the present invention.

Claims (4)

1. A cleaning, classifying and blanking device for a glaze slurry ball milling tank is characterized by comprising a discharging and classifying tank, a reversing frame, a cleaning pipe fitting, a glaze slurry discharging filtering assembly, a grinding ball sieve plate and a grinding ball storage hopper; the inner bottom of the material discharge classification pool is divided into a plurality of material discharge grooves, the grinding ball sieve plate is arranged in the material discharge classification pool and corresponds to the upper parts of all the material discharge grooves, the structure of the grinding ball sieve plate is a structure capable of automatically filtering the grinding balls into the corresponding material discharge grooves in a classification mode, and the grinding ball discharge hopper is arranged corresponding to each material discharge groove and is respectively used for containing the grinding balls discharged from each material discharge groove; the back-off erects and is used for back-off ball-milling jar to pour out glaze oar and grinding ball above the grinding ball sieve, the glaze oar filtering component that arranges sets up separation glaze oar and grinding ball and discharges glaze oar side by side between back-off frame and grinding ball sieve when being used for the back-off ball-milling jar, it corresponds the setting of back-off frame to wash the pipe fitting, and it has the cleaning head that can stretch into and carry out cleaning work in the ball-milling jar.

2. A cleaning and sorting blanking device for a glaze slurry ball mill pot as claimed in claim 1, wherein said discharge chute is a plurality of discharge chutes arranged side by side, said grinding ball sieve plate is arranged obliquely from one discharge chute to the other discharge chute, said reversing frame is arranged above the higher end of the obliquely arranged grinding ball sieve plate, said grinding ball sieve plate is structured such that a plurality of blanking chutes are arranged at intervals uniformly distributed on it, said blanking chutes extend in the direction corresponding to the inclination of the grinding ball sieve plate, and the width of the blanking chute is enlarged in the order from the higher end of the obliquely arranged grinding ball sieve plate to the lower end of the obliquely arranged higher end of the obliquely arranged grinding ball sieve plate.

3. The apparatus for cleaning, classifying and discharging the glaze pulp ball milling tank as claimed in claim 1, wherein the reversing frame is provided with a through hole, and a positioning structure for positioning the ball milling tank is arranged around the through hole, the cleaning pipe extends upwards from the lower part of the through hole through the through hole, and the cleaning head is correspondingly arranged above the center of the through hole.

4. The cleaning and sorting blanking device for the glaze slurry ball milling tank as claimed in claim 1, 2 or 3, wherein the grinding ball storage hopper comprises a hopper body, a discharging mechanism, a receiving hopper, a weight sensor and a discharging mechanism, the upper part of the hopper body is provided with a feeding hole corresponding to the lower part of a discharge port of a discharging groove, the lower part of the hopper body is provided with a discharge port, the discharging mechanism is arranged corresponding to the discharge port and used for opening and closing the discharge port, the discharging mechanism is arranged in a structure capable of realizing reciprocating overturning action, the receiving hopper is arranged on the discharging mechanism and is used for receiving the grinding balls discharged from the discharge port, the grinding balls received in the receiving hopper can be poured out through the overturning action of the discharging mechanism, and the weight sensor is used for sensing the weight of the receiving hopper.

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