CN201505560U

CN201505560U - Combined type crushing device

Info

Publication number: CN201505560U
Application number: CN2009202364882U
Authority: CN
Inventors: 王小霞; 李前荣
Original assignee: Midea Group
Current assignee: Midea Group Co Ltd
Priority date: 2009-09-28
Filing date: 2009-09-28
Publication date: 2010-06-16
Anticipated expiration: 2019-09-28

Abstract

The utility model relates to a combined type crushing device, which comprises two or more than two mutually parallel shafts and crushing blades consisting of wing roots and blade wings, wherein each shaft is respectively connected with the wing roots of the corresponding crushing blades, and the horizontal distance between any shaft and the adjacent shaft is larger than the maximum motion radius of the crushing blades and smaller than the sum of the motion radii of the two corresponding crushing blades; the movement planes of the wing roots of the crushing blades on any shaft and the wing roots of the adjacent crushing blades are not in the same plane; the lowest point of the blade of the crushing blade on any shaft is higher than the highest point of the blade of the adjacent crushing blade, or the highest point of the blade of the crushing blade on any shaft is lower than the lowest point of the blade of the adjacent crushing blade. The utility model discloses after smashing the blade combination, can form bigger more effectual crushing space when smashing the blade rotation. The combined device has good crushing effect, can improve the space utilization rate, and is more suitable for crushing containers with different capacities, thereby achieving the purpose of reducing the volume of the crushing container.

Description

A kind of combined type reducing mechanism

Technical field

The utility model is the combining structure that blade is stirred in a kind of pulverizing that is used for soy bean milk making machine or rice paste machine, belongs to the practical technique of Disintegrating knife combination.

Background technology

Along with the raising of people's living standard, soy bean milk making machine and rice paste machine receive increasing consumer's concern on market, and big capacity, powerful soy bean milk making machine or rice paste machine meet the tendency the market demand and give birth to.And the small product size that reduces soy bean milk making machine or rice paste machine when how to pulverize the stirring pulping material effectively also becomes the problem of paying close attention to of businessman.Employed in the market grinding mode is single shaft hilted broadsword structure mostly, and the shortcoming of its existence is that the pulverizing scope is little, crushing effect is relatively poor, so that directly influence the crushing effect of pulping materials and the mouthfeel after the pulping materials slurrying.Simultaneously, when pulverizing the soya-bean milk of same capacity or rice and stick with paste, the volume of the reducing mechanism of single shaft hilted broadsword is bigger, thereby makes that the volume of soy bean milk making machine or rice paste machine integral body is also bigger.

The utility model content

The technical problems to be solved in the utility model is to overcome the deficiencies in the prior art, provide a kind of be used for soy bean milk making machine and rice paste machine etc., crushing quantity and pulverizing scope big, save the combined type reducing mechanism in slurrying space.

The technical solution of the utility model is: a kind of combined type reducing mechanism, it is characterized in that: comprise the axle that is parallel to each other more than two or two, the Disintegrating knife of forming by wing root and wing, each root axle connects with the wing root of corresponding Disintegrating knife respectively, and the level interval between described arbitrary axle and the adjacent shaft is greater than the largest motion radius of Disintegrating knife and less than the moving radius sum of two corresponding Disintegrating knifes; The plane of movement of the wing root of the last Disintegrating knife of described arbitrary axle and the wing root of adjacent Disintegrating knife is not in same plane; The minimum point of the wing of the last Disintegrating knife of described arbitrary axle is higher than the peak of adjacent Disintegrating knife wing, or the peak of the wing of the last Disintegrating knife of arbitrary axle is lower than the minimum point of adjacent Disintegrating knife wing.

Described arbitrary Disintegrating knife comprises that interval 180 degree are distributed in two wings of wing root periphery, and the geometric center of two wings and wing root be not in same plane.

The relative respectively wing root of two wings of described arbitrary Disintegrating knife bends up or down, or the upwards bending of one of them wing, and another wing bends downwards.

The scope of angle a between in described two wings any one and the wing root is: 0 °＜a＜60 °.

The making beating face of any wing is provided with cutter tooth in described two wings.

Described cutter tooth undulate or zigzag.

The face opposite with making beating face is the streamline cambered surface on the described wing.

The soy bean milk making machine of twin shaft that the utility model proposes or the above structure of twin shaft or rice paste machine, Disintegrating knife is made up, adopt not at grade structure of two or more Disintegrating knife wing root plane of movement, the relative respectively wing root of the wing of Disintegrating knife bends up or down, therefore when rotating, blade can effectively save comminuting space, simultaneously can form bigger pulverizing scope, thereby can reach better crushing effect, improved the slurrying space availability ratio, play the purpose that reduces the twin shaft small product size, and improved the mouthfeel after the slurrying greatly.Therefore, the utility model is a kind of combined type reducing mechanism of effective raising comminuting space utilization rate.

Description of drawings

Fig. 1 is the stereogram of the Disintegrating knife of the utility model embodiment 1;

Fig. 2 is the front view of the Disintegrating knife of the utility model embodiment 1;

Fig. 3 is the front view of the utility model embodiment 1;

Fig. 4 is the front view of the utility model embodiment 2;

Fig. 5 is the front view of the utility model embodiment 3.

Fig. 6 is the front view of the utility model embodiment 4.

Fig. 7 is the front view of the utility model embodiment 5.

Fig. 8 is the front view of the utility model embodiment 6.

Omitted among the figure and other irrelevant parts of the utility model design main points.

The specific embodiment

Embodiment 1:

The utility model combined type reducing mechanism can be used for food processor, particularly such as food pulping devices such as soy bean milk making machine, rice paste machines.Its structural representation (only illustrates two axle construction, but is not limited to two axle construction) as shown in Figure 1, 2, 3 among the figure, include first 11, first Disintegrating knife 1 that links to each other with first 11; Second 12, second Disintegrating knife 8 that links to each other with second 12.First Disintegrating knife 1 includes wing root 4 and left side wing 2 that links to each other with wing root 4 and right side wing 3, two wings, 180 degree at interval are distributed in the circumferential of wing root, the geometric center position of wing root 4 is provided with for first 11 tool bore that passes 41, and the left side wing 2 that links to each other with wing root 4 and the geometric center of right side wing 3 and wing root 4 be not in same plane.The structure of second Disintegrating knife 8 is with first Disintegrating knife, also include wing root 5, left side wing 6 and right side wing 7, wing root 5 is connected with second 12, and first 11, second 12 the other end is connected with motor respectively, drives first Disintegrating knife 1,8 rotations of second Disintegrating knife.First Disintegrating knife 1, second Disintegrating knife 8 can synchronous or asynchronous rotations.

In the present embodiment, the wing root 4 of above-mentioned first Disintegrating knife 1 and the wing root 5 of second Disintegrating knife 8 be not on same horizontal plane; The left side wing 2 of first Disintegrating knife 1 and the 3 upwards bendings of relative wing root 4 of right side wing; The left side wing 6 of second Disintegrating knife 8 bends downwards with right side wing 7 relative wing roots.First 11 and second 12 lateral separation D1 are greater than the moving radius R of arbitrary Disintegrating knife, and less than the moving radius sum of two Disintegrating knifes 1,8, first 11 and second 12 distance D 2 and lateral separation D1 will satisfy the condition that the range of movement of two Disintegrating knifes 1,8 can not be interfered longitudinally shown in Fig. 3.Also promptly on first 11 the wing 2 of Disintegrating

knife

1 or 3 minimum point be higher than the peak of second Disintegrating knife, 8

wings

6 or 7; Second Disintegrating knife, 8

wings

6 or 7 peak are lower than the wing 2 of Disintegrating knife 1 on first 11 or 3 minimum point in other words.

The scope of angle a between the left side wing 2 of above-mentioned first Disintegrating knife 1 or right side wing 3 and the wing root 4 is: 0 °＜a＜60 °, crushing effect at this moment is more satisfactory.Second Disintegrating knife 8 is with first Disintegrating knife 1.

In addition, in order better to pulverize pulping materials, the making beating face of the left side wing 2 right side wings 3 of above-mentioned first Disintegrating knife 1 is respectively equipped with cutter tooth 21,31.

Cutter tooth

21,31 is corrugated cutter tooth, or is zigzag cutter tooth.The structure of second Disintegrating knife 8 is identical.Two

wings

2 and 3 the opposite face of making beating face are the streamline cambered surface.In addition,

The utility model adopts the structure of blade unit can effectively improve space availability ratio, can form bigger comminuting space, thereby reach better crushing effect.

Embodiment 2:

The front view of present embodiment as shown in Figure 4, its structure and first embodiment are identical substantially, different places are: the left side wing 2 of first Disintegrating knife 1 and right side wing 3 relative wing roots 4 upwards bend; The left side wing 6 of second Disintegrating knife 8 and the 7 upwards bendings of relative wing root 5 of right side wing.

Embodiment 3:

The front view of present embodiment as shown in Figure 5, its structure and first embodiment are identical substantially, different places are: the left side wing 2 of first Disintegrating knife 1 bends downwards with right side wing 3 relative wing roots 4; The left side wing 6 of second Disintegrating knife 8 bends downwards with right side wing 7 relative wing roots 5.

Embodiment 4:

The front view of present embodiment as shown in Figure 6, its structure and first embodiment are identical substantially, different places are: the left side wing 2 relative wing roots 4 of first Disintegrating knife 1 upwards bend, and wing 3 relative wing roots 4 in right side bend downwards; The left side wing 6 of second Disintegrating knife 8 and the 7 upwards bendings of relative wing root 5 of right side wing, and the angle of bending is identical or different.

Embodiment 5:

The front view of present embodiment as shown in Figure 7, its structure and first embodiment are identical substantially, different places are: the left side wing 2 relative wing roots 4 of first Disintegrating knife 1 upwards bend, and wing 3 relative wing roots 4 in right side bend downwards; The left side wing 6 of second Disintegrating knife 8 bends downwards with right side wing 7 relative wing roots 5, and the angle of bending is identical or different.

Embodiment 6:

The front view of present embodiment as shown in Figure 8, its structure and first embodiment are identical substantially, different places are: the left side wing 2 relative wing roots 4 of first Disintegrating knife 1 upwards bend, and wing 3 relative wing roots 4 in right side bend downwards; The left side wing 6 relative wing roots 5 of second Disintegrating knife 8 bend downwards, and wing 7 relative wing roots 5 in right side bend downwards, and the angle of bending is identical or different.

Claims

1. combined type reducing mechanism, it is characterized in that: comprise the axle that is parallel to each other more than two or two, the Disintegrating knife of forming by wing root and wing, each root axle connects with the wing root of corresponding Disintegrating knife respectively, and the level interval between described arbitrary axle and the adjacent shaft is greater than the largest motion radius of Disintegrating knife and less than the moving radius sum of two corresponding Disintegrating knifes; The plane of movement of the wing root of the last Disintegrating knife of described arbitrary axle and the wing root of adjacent Disintegrating knife is not in same plane; The minimum point of the wing of the last Disintegrating knife of described arbitrary axle is higher than the peak of adjacent Disintegrating knife wing, or the peak of the wing of the last Disintegrating knife of arbitrary axle is lower than the minimum point of adjacent Disintegrating knife wing.

2. combined type reducing mechanism according to claim 1 is characterized in that: described arbitrary Disintegrating knife comprises that interval 180 degree are distributed in two wings of wing root periphery, and the geometric center of two wings and wing root be not in same plane.

3. combined type reducing mechanism according to claim 2 is characterized in that: the relative respectively wing root of two wings of described arbitrary Disintegrating knife bends up or down, or the upwards bending of one of them wing, and another wing bends downwards.

4. combined type reducing mechanism according to claim 3 is characterized in that: the scope of the angle a between any one in described two wings and the wing root is: 0 °＜a＜60 °.

5. combined type reducing mechanism according to claim 4 is characterized in that: the making beating face of any wing is provided with cutter tooth in described two wings.

6. combined type reducing mechanism according to claim 5 is characterized in that: described cutter tooth undulate or zigzag.

7. combined type reducing mechanism according to claim 5 is characterized in that: the face opposite with making beating face is the streamline cambered surface on the described wing.