CN209222116U - A kind of reaction kettle for facilitating dyestuff block to grind - Google Patents

Abstract

The utility model relates to reaction kettle fields, more particularly to a kind of reaction kettle for facilitating dyestuff block to grind, including autoclave body, driving portion one, driving portion two, rotation axis is equipped in autoclave body, one end that rotation axis is located at outside autoclave body is connect with driving portion one, rotation axis is located at the intracorporal one end of kettle and is connected with electric pushrod, it is hemispheric movable grinding disc that electric pushrod, which is connected with bottom surface, the lower section of movable grinding disc is equipped with fixed millstone, fixed millstone is equipped with arc groove, through-hole is provided in the middle part of arc groove, the bottom surface of movable grinding disc is equipped with dredging bar, and dredging bar is opposite with through-hole；The lower section of fixed millstone is equipped with stirring blade, and the top of autoclave body is equipped with feed inlet and water inlet, and bottom is equipped with discharge port；The utility model advantage is the cooperation by movable grinding disc and fixed millstone, can grind dyestuff block, while by the effect of dredging bar, through-hole blocking can be effectively prevented, greatly facilitate the grinding of dyestuff block；Stirring blade is set below through-hole, can further break up the dyestuff being dissolved in water, and be sufficiently stirred.

Description

A kind of reaction kettle for facilitating dyestuff block to grind

Technical field

The utility model relates to reaction kettle field more particularly to a kind of reaction kettles for facilitating dyestuff block to grind.

Background technique

Chemical reaction kettle is widely used in the research of type of production user and various scientific experiment projects, and chemical dyestuff is being processed During, it after needing first to crush granular dyestuff block in pulverizer, is then transferred in blender, solvent is added and carries out Hybrid reaction, but the crushing of dyestuff block is insufficient, and grinding is uneven, can all influence the quality of product.

Utility model content

The purpose of this utility model is to provide a kind of reaction kettles for facilitating dyestuff block to grind, and fill with the grinding of dyestuff block Divide, the feature that grinding efficiency is high.

To achieve the goals above, the technical solution of the utility model is as follows:

A kind of reaction kettle for facilitating dyestuff block to grind, driving portion one, driving portion two including autoclave body and on the outside of autoclave body, Rotation axis is equipped in autoclave body, one end that rotation axis is located at outside autoclave body is connect with driving portion one, and rotation axis is located at the intracorporal one end of kettle It is connected with electric pushrod, it is hemispheric movable grinding disc that the pars contractilis of electric pushrod, which is connected with bottom surface, and the lower section of movable grinding disc, which is equipped with, to be fixed on Fixed millstone on inner wall of kettle, fixed millstone are equipped with the arc groove to match with movable grinding disc bottom surface, offer in the middle part of arc groove Aperture is less than the through-hole of dyestuff block, and the bottom surface of movable grinding disc is equipped with the dredging bar that sectional area is less than through-hole, and dredging bar is opposite with through-hole； The lower section of fixed millstone is equipped with stirring blade, and the top of autoclave body is equipped with feed inlet and water inlet, and the bottom of autoclave body is equipped with discharge port.

Further, the driving portion one includes transmission belt, rotating disc and the bracket being fixed at the top of autoclave body, is consolidated on bracket Surely there is motor one, pass through transmission band connection, rotating disc and the rotation axis connection between the rotation section and rotating disc of motor one.

Further, the driving portion two includes motor two, and the rotating part of motor two is connect with stirring blade.

Further, the feed inlet is equipped with flip lid.

Further, the top surface of the movable grinding disc is the downward cambered surface of intermediate projections and both sides.

Further, fixed link is connected between the pars contractilis and movable grinding disc of the electric pushrod.

Further, the end of the dredging bar is equipped with tapering.

Further, the shaft two sides of the dredging bar are equipped with several horizon bars, and two sides horizon bar is able to enter just In through-hole.

Further, the stirring blade is located at immediately below through-hole.

The utility model has the advantage of the cooperations for passing through movable grinding disc and fixed millstone, can grind dyestuff block, pass through simultaneously The effect for dredging bar can be effectively prevented through-hole blocking, greatly facilitate the grinding of dyestuff block；Paddle is set below through-hole Piece can further break up the dyestuff being dissolved in water, and is sufficiently stirred.

Detailed description of the invention

Fig. 1 is the utility model organigram；

Label declaration

Autoclave body 1, stir chamber 2, grinding chamber 3, rotation axis 4, electric pushrod 5, movable grinding disc 6, fixed millstone 7, arc groove 8, through-hole 9, dredge bar 10, tapering 11, horizon bar 12, feed inlet 13, water inlet 14, discharge port 15, transmission belt 16, rotating disc 17, bracket 18, motor 1, flip lid 20, fixed link 21, stirring blade 22.

Specific embodiment

Present invention is further described in detail with reference to embodiments.

The present embodiment proposes a kind of reaction kettle for facilitating dyestuff block to grind, as shown in Figure 1, including autoclave body 1 and being located at autoclave body 1 Driving portion one, the driving portion two in outside, autoclave body 1 is interior to be equipped with superposed grinding chamber 3, stir chamber 2 and rotation positioned at lower part Axis 4, driving portion one include transmission belt 16, rotating disc 17 and the bracket 18 for being fixed on 1 top of autoclave body, are fixed with motor on bracket 18 One 19, it is connected between the rotation section and rotating disc 17 of motor 1 by transmission belt 16, rotating disc 17 and rotation axis 4 are located at autoclave body One end connection outside 1.One end that rotation axis 4 is located in autoclave body 1 is connected with electric pushrod 5, and the pars contractilis of electric pushrod 5 is connected with bottom surface For hemispheric movable grinding disc 6, the lower section of movable grinding disc 6 is equipped with the fixed millstone 7 being fixed on 1 inner wall of autoclave body, fixed millstone 7 be equipped with The arc groove 8(that 6 bottom surface of movable grinding disc the matches i.e. bottom surface of movable grinding disc 6 can be fitted in completely on the bottom surface of baltimore groove), arc On the one hand the effect of slot 8 is to cooperate with movable grinding disc 6 for grinding, the downward side in 8 two sides of another aspect arc groove also contributes to Dyestuff block slides downwards and is gathered in 8 bottom of arc groove, facilitates grinding.The middle part of arc groove 8 offers aperture less than dyestuff block Through-hole 9, dyestuff block not can enter through-hole 9, only when it is ground into powdery, could pass through through-hole 9, since powder is difficult to slide Dynamic, the top of autoclave body 1 is equipped with water inlet 14, on the one hand water can be used to dissolve powder dye, it is made to flow out through-hole 9, on the other hand, It also can the less dust generated by grinding.The bottom of autoclave body 1 is equipped with discharge port 15, and the top of autoclave body 1 is additionally provided with feed inlet 13, is It prevents dust from diffusing out from autoclave body 1, flip lid 20 is additionally provided on feed inlet 13.To prevent through-hole 9 from being blocked by dyestuff, in movable grinding disc 6 bottom surface is equipped with the dredging bar 10 that sectional area is less than through-hole 9, and dredging bar 10 and through-hole 9 are opposite.

In use, the elongation downwards of electric pushrod 5 is until close to 8 bottom surface of arc groove, it is slotting to dredge bar 10 at this time for 6 bottom surface of movable grinding disc Enter in through-hole 9, while motor 1 drives movable grinding disc 6 to rotate, so that dyestuff block is ground between movable grinding disc 6 and fixed millstone 7, After grinding, electric pushrod 5 is shunk, and dredging bar 10 extracts through-hole 9, due to the plug effect of dredging bar 10, is effectively prevented Through-hole 9 is blocked.To make the insertion for dredging bar 10 more smooth, the end of dredging bar 10 is equipped with tapering 11, and tapering 11 can Help dredges bar 10 and effectively passes through bottleneck area.In addition, several horizon bars 12 are equipped in the shaft two sides of dredging bar 10, so that Dredging bar 10, which is looked, to be able to enter just in through-hole 9 as a secondary fish-bone, two sides horizon bar 12, and horizon bar 12 when rotated can The dyestuff of 9 side wall adhesion of through-hole is purged, so that the bore of through-hole 9 remains original size.

Stirring blade 22 is equipped in stir chamber 2, driving portion two includes motor two, the rotating part and stirring blade 22 of motor two Connection, it is preferable that stirring blade 22 is located at immediately below through-hole 9, and when the dye liquid in through-hole 9 falls, stirring blade 22 will Dye liquid is broken up and is sufficiently stirred.

To prevent the dyestuff block being put into autoclave body 1 from remaining in 6 top surface of movable grinding disc, the present embodiment sets the top surface of movable grinding disc 6 The downward cambered surface of intermediate projections and both sides is counted into, facilitating dyestuff block, arcuately top surface slides when rotated.

It is stronger to connect movable grinding disc 6 with 5 pars contractilis of electric pushrod since grinding generates biggish resistance, subtract Skinny device failure, the present embodiment are connected with several fixed links 21 between the pars contractilis and movable grinding disc 6 of electric pushrod 5.

Claims (9)

1. a kind of reaction kettle for facilitating dyestuff block to grind, it is characterised in that: driving portion one including autoclave body and on the outside of autoclave body, Driving portion two, autoclave body is interior to be equipped with rotation axis, and one end that rotation axis is located at outside autoclave body is connect with driving portion one, and rotation axis is located at autoclave body Interior one end is connected with electric pushrod, and it is hemispheric movable grinding disc that the pars contractilis of electric pushrod, which is connected with bottom surface, sets below movable grinding disc There is a fixed millstone being fixed on inner wall of kettle, fixed millstone is equipped with the arc groove to match with movable grinding disc bottom surface, in arc groove Portion offers the through-hole that aperture is less than dyestuff block, and the bottom surface of movable grinding disc is equipped with the dredging bar that sectional area is less than through-hole, dredging bar with Through-hole is opposite；The lower section of fixed millstone is equipped with stirring blade, and the top of autoclave body is equipped with feed inlet and water inlet, and the bottom of autoclave body is equipped with Discharge port.

2. a kind of reaction kettle for facilitating dyestuff block to grind as described in claim 1, it is characterized in that: the driving portion one includes passing Dynamic band, rotating disc and the bracket being fixed at the top of autoclave body, are fixed with motor one on bracket, the rotation section of motor one and rotating disc it Between pass through transmission band connection, rotating disc and the rotation axis connection.

3. a kind of reaction kettle for facilitating dyestuff block to grind as described in claim 1, it is characterized in that: the driving portion two includes electricity The rotating part of machine two, motor two is connect with stirring blade.

4. a kind of reaction kettle for facilitating dyestuff block to grind as described in claim 1, is turned over it is characterized in that: the feed inlet is equipped with Lid.

5. a kind of reaction kettle for facilitating dyestuff block to grind as described in claim 1, it is characterized in that: the top surface of the movable grinding disc is The downward cambered surface of intermediate projections and both sides.

6. a kind of reaction kettle for facilitating dyestuff block to grind as described in claim 1, it is characterized in that: the electric pushrod is flexible Fixed link is connected between portion and movable grinding disc.

7. a kind of reaction kettle for facilitating dyestuff block to grind as described in claim 1, it is characterized in that: the end of the dredging bar is set There is tapering.

8. a kind of reaction kettle for facilitating dyestuff block to grind as claimed in claim 7, it is characterized in that: the shaft two of the dredging bar Side is equipped with several horizon bars, and two sides horizon bar is able to enter in through-hole just.

9. a kind of reaction kettle for facilitating dyestuff block to grind as described in claim 1, leads to it is characterized in that: the stirring blade is located at Immediately below hole.