CN202460533U

CN202460533U - Stirring machine

Info

Publication number: CN202460533U
Application number: CN2011205482233U
Authority: CN
Inventors: 杨雪龙
Original assignee: WUJIANG DEBANG TECHNOLOGY CHEMICAL CO LTD
Current assignee: WUJIANG DEBANG TECHNOLOGY CHEMICAL CO LTD
Priority date: 2011-12-26
Filing date: 2011-12-26
Publication date: 2012-10-03
Anticipated expiration: 2021-12-26

Abstract

The utility model provides a stirring machine, belonging to the technical field of stirring machines. The stirring machine comprises a transmission mechanism, a main shaft, a support, blades and a lower stop block, wherein the main shaft is driven by the transmission mechanism to make up-and-down reciprocating motion in the stirring machine in the vertical direction, the number of the blades is two or more than two, the blades are uniformly distributed and articulated on the main shaft, the blades can be turned up and down for a certain angle, and the opening and closing angles of the blades are controlled by the support and the lower stop block. The stirring machine can stir up and down, is more favorable for mixing different raw materials between the upper layer and the lower layer, and can enable the stirring process to be more uniform; and the stirring machine is stressed along the direction of the main shaft during stirring, and the stirring machine is more reasonable and can bear greater stirring force.

Description

Mixer

Technical field

[0001] the utility model relates to the mixer technical field, and especially a kind of mixer main shaft pumps and realizes the mixer of stirring.

Background technology

[0002] mixer is a kind of being used between liquid, the solid; It is carried out the high-efficiency appliance of dispersed with stirring, dissolving; Be widely used in various products such as coating, beverage, washing product, common mixer is that a kind of blade-carrying axle rotates in cylinder or groove; Plurality of raw materials is mixed, make it to become the machine of a kind of mixture or suitable denseness.And be used for the mixer of adhesive aspect, and because the viscosity of material is too big, can make that the vane stress that stirs on the arbor is excessive, damage easily, and it is higher to consume energy; And have many adhesive mixers to replace stirring vane with stirring rod, though it is little to stir resistance like this, because stirring face is little, efficient is lower.

Summary of the invention

For above-mentioned problem, the purpose of the utility model is to provide a kind of mixer main shaft to pump and realizes the mixer of stirring.

The utility model solves the technical scheme that its technical problem adopted: this mixer comprises transmission mechanism, main shaft, support, blade, following block; Said main shaft is done by transmission mechanism drive vertical direction in mixer and is pumped, and said blade quantity is two or more, is uniformly distributed with to be articulated on the main shaft; Said blade can upwards flip an angle; Said support is fixedly connected on the main shaft of position above the said blade, stops blade to continue upwards upset, and said blade can flip an angle downwards; Said block down is loaded on the main shaft of said blade lower position, stops said blade to continue upset downwards.

This mixer mainly pumps through main shaft, drives dress blade on it and moves up and down and realize stirring.When main shaft is positioned at peak, blade all or the top of large part material liquid face in stirring pool, blade draws on block down, when main shaft begins to move downward, blade is followed and is moved downward, blade runs into the drag effect of raw material, begins to open; Main shaft continues downwards, and blade is followed downwards, and raw material is pressed down, and blade continues to open up to running into stopping of support simultaneously, and blade opens maximum angle, more raw materials is pressed onto the stirring pool bottom downwards with main shaft, arrives minimum point up to main shaft; Main shaft begins to move upward then, and blade is followed and moved upward, and blade runs into the downward drag effect of raw material, begins to close up; Main shaft continues upwards, and blade is followed upwards, and raw material is upwards taken out of, and blade continues to close up up to running into stopping of block simultaneously, and blade is brought together into minimum angles, continues to move upward up to arriving peak up to main shaft; Repeat above motion then, thereby realize stirring up and down.Opening downwards of blade can increase the mixed material amount that presses down, and upwards closing up of blade can reduce resistance.

As preferably, said transmission mechanism is on the top of said mixer, and said main shaft is positioned at the transmission mechanism bottom, and an end is connected in transmission mechanism, and the other end is positioned at the stirring pool of mixer.

As preferably, said support has with the every relative jag of blade and stops the upwards upset of said blade.

As preferably, said block down be an annular, and material is a rubber, is placed on the main shaft below the blade.

As preferably, said main shaft is pumping simultaneously the spinning campaign around the axle center of main shaft.

As preferably, on the said blade through hole is arranged.

The beneficial effect of the utility model is: because the difference of density, or the difference of solid-liquid state can go up lower leaf, stirs up and down and is more conducive to the mixing between the different material levels between the raw material; Make stirring more even; Main shaft is stressed vertically when stirring up and down, compares with the relative radial force of main shaft with scantling, can bear bigger stressed; The design of opening and closing up and down of blade; Make opening of blade can increase the mixed material amount that presses down downwards, upwards closing up of blade can reduce resistance, improved the efficient of mixer.

Description of drawings

Fig. 1 be mixer move up and down the part structural representation;

Fig. 2 is the mixer structural representation of part main shaft when moving downward blade and opening that move up and down;

Fig. 3 is the mixer part main shaft structural representation of blade when closing up that move upward that move up and down;

Fig. 4 is the structural representation of Fig. 1 A to blade and main shaft;

Fig. 5 is that Fig. 1 A is when blade has through hole and the structural representation of main shaft.

Among the figure: 1, transmission mechanism; 2, main shaft; 3, support; 31, jag; 4, blade; 5, following block.

The specific embodiment

Below in conjunction with accompanying drawing and embodiment the utility model is further specified:

The utility model mixer comprises transmission mechanism 1, main shaft 2, support 3, blade 4, following block 5 in the embodiment shown in fig. 1; Said main shaft 2 is done by transmission mechanism 1 drive vertical direction in mixer and is pumped; Said blade 4 quantity are two or more; Be uniformly distributed with and be articulated on the main shaft 2, as shown in Figure 4, blade is a kind of arrangement mode of four; Said blade 4 can upwards flip an angle; Said support 3 is fixedly connected on the main shaft 2 of position above the said blade 4; Stop blade 4 to continue upwards upset; Said blade 4 can flip an angle downwards, and said block 5 down is loaded on the main shaft 2 of said blade 4 lower positions, stops said blade 4 to continue upset downwards.

This mixer mainly pumps through main shaft 2, drives dress blade 4 on it and moves up and down and realize stirring.When main shaft 2 is positioned at peak, blade 4 all or the top of large part material liquid face in stirring pool, blade 4 draws on block 5 down, when main shaft 2 begins to move downward, blade 4 is followed and is moved downward, blade 4 runs into the drag effect of raw material, begins to open; Main shaft 2 continues downwards, and blade 4 is followed downwards, and raw material is pressed down; Blade 4 continues to open up to running into stopping of support 3 simultaneously; It is as shown in Figure 2 that blade 4 opens maximum angle, more raw materials is pressed onto the stirring pool bottom downwards with main shaft 2, arrives minimum point up to main shaft 2; Main shaft 2 begins to move upward then, and blade 4 is followed and moved upward, and blade 4 runs into the downward drag effect of raw material, begins to close up; Main shaft 2 continues upwards, and blade 4 is followed upwards, and raw material is upwards taken out of, and blade 4 continues to close up up to running into stopping of block 5 simultaneously, and it is as shown in Figure 3 that blade 4 is brought together into minimum angles, continues to move upward up to arriving peak up to main shaft 2; Repeat above motion then, thereby realize stirring up and down.Opening downwards of blade can increase the mixed material amount that presses down, and upwards closing up of blade can reduce resistance.

Said transmission mechanism 1 is on the top of said mixer, and said main shaft 2 is positioned at transmission mechanism 1 bottom, and an end is connected in transmission mechanism 1, and the other end is positioned at the stirring pool of mixer.

Said support 3 has the jags relative with every blade 4 31 to stop the upwards upset of said blades 4, and is as shown in Figure 2.

Said block 5 down is an annular, and material is a rubber, is placed on the main shaft of blade 4 belows, and the groove that matches is with it arranged on the described main shaft, is easy to like this processing is installed, and material rubber has elasticity preferably, can cushion stressed.

Said main shaft 2 is pumping simultaneously, and the spinning campaign around the axle center of main shaft 2 can make stirring more even like this.

On the said blade 4 through hole is arranged, material can flow through from through hole, has reduced the resistance of blade 4 greatly, and the phase-splitting of blade top and the bottom is mixed, and has improved efficient, and is as shown in Figure 5.

When mixer stirred adhesive, because the difference of density, or the difference of solid-liquid state can go up lower leaf between the raw material of adhesive; The drive blade that moves up and down of main shaft stirs up and down, is more conducive to the mixing between the different material levels, makes stirring more even; Main shaft is stressed vertically when stirring up and down; More reasonable stress can be given the higher mixing power of stirring vane, more is applicable to full-bodied adhesive.

Claims

1. mixer; It is characterized in that: comprise transmission mechanism (1), main shaft (2), support (3), blade (4), following block (5); Said main shaft (2) is done by transmission mechanism (1) drive vertical direction in mixer and is pumped, and said blade (4) quantity is two or more, is uniformly distributed with to be articulated on the main shaft (2); Said blade (4) can upwards flip an angle; Said support (3) is fixedly connected on the main shaft (2) of position above the said blade (4), stops blade (4) to continue upwards upset, and said blade (4) can flip an angle downwards; Said block (5) down is loaded on the main shaft (2) of said blade (4) lower position, stops said blade (4) to continue upset downwards.

2. mixer according to claim 1; It is characterized in that: said transmission mechanism (1) is on the top of said mixer; Said main shaft (2) is positioned at transmission mechanism (1) bottom, and an end is connected in transmission mechanism (1), and the other end is positioned at the stirring pool of mixer.

3. mixer according to claim 1 is characterized in that: said support (3) has the jag (31) relative with every blade (4) to stop upwards upset of said blade (4).

4. mixer according to claim 1 is characterized in that: said block (5) down is annular, and material is a rubber, is placed on the main shaft of blade (4) below.

5. mixer according to claim 1 is characterized in that: said main shaft (2) is pumping simultaneously, around the spinning campaign of the axle center of main shaft (2).

6. mixer according to claim 1 is characterized in that: said blade has through hole on (4).