CN209222234U - A kind of stone mill automatic distributing mechanism - Google Patents
A kind of stone mill automatic distributing mechanism Download PDFInfo
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- CN209222234U CN209222234U CN201821929163.8U CN201821929163U CN209222234U CN 209222234 U CN209222234 U CN 209222234U CN 201821929163 U CN201821929163 U CN 201821929163U CN 209222234 U CN209222234 U CN 209222234U
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- upper millstone
- stone mill
- automatic distributing
- millstone
- guide slide
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Abstract
The utility model provides a kind of stone mill automatic distributing mechanism, belong to grinding technical field of processing equipment, the technical solution adopted is that: a kind of stone mill automatic distributing mechanism, the lower millstone for including upper millstone in structure and being arranged in below upper millstone, key is, the upper millstone is equipped with feeding structure and rotary drive mechanism, upper millstone periphery is equipped with guide slide, guide slide, which is matched, is arranged with elevating mechanism, the upper millstone cooperates by the rotation support component and guide slide that outer peripheral surface is arranged in, and forms automatic lifting cloth under rotary drive mechanism 1-3 driving.Beneficial effect is: scientific structure design is simple, realizes the automatic lifting and cloth of upper millstone 1, time saving and energy saving, mill spin stabilization is smooth, it improves work efficiency, solves when cereal is ground, manually lift stone mill upper millstone and carry out technical problem time-consuming and laborious, more than security risk when cloth.
Description
Technical field
The utility model belongs to grinding technical field of processing equipment, and in particular to a kind of stone mill automatic distributing mechanism.
Background technique
In food processing and production, it is often necessary to grind cereal with stone mill and be processed into powder, slurry etc..Stone mill makes for the first time
With, slot every time after cleaning and again after, be both needed to uniformly spread the paddy of one layer of 2-3mm thickness on the lower millstone of stone mill before use
Object, existing graphite are usually lifted upper millstone using modes such as crane, fork trucks due to lacking automatic lifting and control mechanism,
By manually uniformly dividing cereal on mill, cereal is ground, causes the process time-consuming and laborious, low efficiency has peace again
Full hidden danger, operation are extremely inconvenient.
Summary of the invention
Operate time-consuming and laborious technical problem to solve existing stone mill cloth, the utility model provide a kind of stone mill from
Dynamic material-feeding mechanism, using rotation support component is added on upper millstone and the guide slide for connecting elevating mechanism is mating, further
The technical solution of mating setting rotary drive mechanism realizes stone mill automatic lifting, rotation cloth, manpower is greatly saved, mentions
High stone mill cloth efficiency.
The technical solution adopted in the utility model is:
The lower millstone that a kind of stone mill automatic distributing mechanism includes upper millstone in structure and is arranged in below upper millstone, it is crucial
It is, the upper millstone is equipped with feeding structure and rotary drive mechanism, and upper millstone periphery is equipped with guide slide, and guide slide is mating
Equipped with elevating mechanism, the upper millstone cooperates by the rotation support component and guide slide that outer peripheral surface is arranged in, and drives in rotation
Automatic lifting cloth is formed under the driving of motivation structure.
Further, the lead screw for including the frame body being connect with guide slide in the elevating mechanism structure and being connect with frame body
Elevating mechanism.
Further, the rotation support component is arranged three or more in the identical height of upper millstone outer peripheral surface.
Preferably, the rotation support component is uniformly distributed setting three or more along contour on upper millstone outer peripheral surface.
It is furthermore preferred that the rotation support component is deep groove ball bearing.
It further, include driving motor and belt drive component in the rotary drive mechanism structure.
Further, include the loading hopper that is positioned on upper millstone in the feeding structure and lead to upper millstone bottom surface
Feed through-hole, and the discharge port of the loading hopper is connected to the feed inlet of charging through-hole.
Preferably, the top of charging through-hole feed inlet is arranged in the loading hopper.
In above-mentioned technical proposal, a kind of stone mill automatic distributing mechanism is provided, includes upper millstone and setting in structure in upper mill
Lower millstone below disk, key Design are that the upper millstone is additionally provided with feeding structure, rotary drive mechanism, and feeding structure is used
In the upper surface for feeding and be invested in material lower millstone, i.e., between upper millstone, lower millstone, rotary drive mechanism is for driving
Dynamic upper millstone rotation is to materials such as grinding grains；Upper millstone periphery is equipped with guide slide, and upper millstone is provided with rotation in outer peripheral surface
Turn support component, rotation support component is pressed in guide slide, and guide slide is with elevating mechanism is arranged with, in use, elevator
Structure drives guide slide to rise, and is further driven to rotation support component and rises, so that upper millstone rises, feeds into charging mechanism
Afterwards, rotary drive mechanism drives upper millstone rotation, and in upper millstone rotary course, material drops to lower millstone upper surface and is paved into
One layer, in the structure, by the way that elevating mechanism, rotary drive mechanism is arranged, by the cooperation of rotation support component and guide slide,
Realize automatic lifting, automatic distributing.
The beneficial effects of the utility model are: (1) the utility model is matched by the way that rotation support component is arranged on upper millstone
Covering guide slide realizes the automatic lifting and cloth of upper millstone by the technical solution of rotary drive mechanism and elevating mechanism,
Scientific structure design is simple, improves work efficiency, time saving and energy saving；(2) in further improved technical solution, screw-threaded shaft elevator
Structure improves lifting accuracy；Support component setting three or more is rotated, it is preferably uniformly distributed, it ensure that mill rotational stabilization；Rotation
Turn support component using deep groove ball bearing, improves the fluency of mill rotation.
Detailed description of the invention
Fig. 1 is the schematic view of the front view of the utility model stone mill automatic distributing mechanism；
In figure, 1, upper millstone, 1-1, loading hopper, 1-2, rotation support component, 1-3, rotary drive mechanism, 2, lower millstone,
3, guide slide, 4, frame body, 5, screw-threaded shaft elevator structure, 5-1, decelerating motor.
Specific embodiment
The structure of stone mill automatic distributing provided by the utility model mechanism is described in detail with specific embodiment below and is made
With method, but the protection scope of the utility model is not limited in any form, one of ordinary skill in the art are according to technical solution institute
The improvement of progress is modified or similar replacement, should be included within the scope of protection of this utility model.
Embodiment 1
It include upper millstone 1, lower millstone 2 in structure the present embodiment provides a kind of stone mill automatic distributing mechanism, lower millstone 2 is solid
Fixed to be arranged below upper millstone 1, upper millstone 1 is equipped with feeding structure and rotary drive mechanism 1-3, in the present embodiment, feeding structure
In include loading hopper 1-1 and the charging through-hole that be connected to loading hopper 1-1 discharge port, loading hopper 1-1 setting is fed in charging through-hole
The top of mouth, the discharge port for the through-hole that feeds is located at the bottom surface of upper millstone 1, for feeding and material being invested in lower millstone 2
Upper surface；Rotary drive mechanism 1-3 is for driving upper millstone 1 to rotate；1 outer peripheral surface of upper millstone is provided with rotation support component 1-2,
The periphery of upper millstone 1 is equipped with guide slide 3, opens up fluted on guide slide 3, and rotation support component 1-2 is limited in guide slide 3
Groove in, for the guiding in 1 rotary course of upper millstone, guide slide 3 is with being arranged with elevating mechanism, in the present embodiment, knot
Structure is shown in Figure 1, includes frame body 4 and driving mechanism in elevating mechanism, guide slide 3 and frame body 4 or is supported on frame body 4,
Driving mechanism is screw-threaded shaft elevator structure 5, includes decelerating motor 5-1, decelerating motor 5-1 rotation, by silk in screw-threaded shaft elevator structure 5
Bumper structure drives frame body 4 to be promoted, so that guide slide 3 is promoted, the support rotation of guide slide 3 support component 1-2, upper millstone 1 are same
Step is promoted, and rotary drive mechanism 1-3 drives upper millstone 1 to rotate, and the material in charging mechanism 1-1 is realized with the rotation of upper millstone 1
Automatic distributing, after the completion of cloth, elevating mechanism decline, the decline of upper millstone 1 is to compress material, rotary drive mechanism 1-3's
Effect is lower to realize material grinding.
Rising and the steady and each angle operation balance in rotary course, the rotation support group to improve upper millstone 1
Part 1-2 is arranged three or more in the identical height of 1 outer peripheral surface of upper millstone, and when such as overlooking, three rotation support component 1-2 distinguish position
In the intersection position of triangle, rectangle, pentagon etc..
The rotation support component 1-2 is uniformly distributed setting three or more along contour on 1 outer peripheral surface of upper millstone, uniformly distributed
It is more advantageous to the balance of each angle stress of upper millstone 1.
To make the rotation of upper millstone 1 more smooth flexibly, the rotation support component 1-2 is deep groove ball bearing, deep-groove ball
Bearing has support guide effect when upper millstone 1 rotates cloth.
The rotary drive mechanism 1-3 uses the power mechanism of existing stone mill, it is preferred that including driving motor and skin
V belt translation component, driving motor drive the driving wheel rotation in belt runner assembly, and driving wheel drives driven wheel rotation, driven wheel
Upper millstone 1 is driven to rotate by shaft.
When specifically used, power on, elevating mechanism starting drives guide slide 3, by intermediate rotation support group
Part 1-2 drives upper millstone 1 to lift 2-3mm, is then turned on rotary drive mechanism 1-3, rotates upper millstone 1, in loading hopper 1-1
Material is uniformly divided with rotation in the upper surface of lower millstone 2, and cloth movement is completed, and rotary drive mechanism 1-3 stops, upper millstone 1
It stops operating, controls elevating mechanism, so that upper millstone 1 is dropped to the surface of lower millstone 2, by rotary drive mechanism 1-3 drive
The rotation of mill 1 grinds work to carry out material.
Through the foregoing embodiment as it can be seen that the utility model scientific structure design is simple, the automatic lifting of upper millstone 1 is realized
And cloth, time saving and energy saving, mill spin stabilization is smooth, improves work efficiency, solves when cereal is ground, manually lift stone
It grinds upper millstone 1 and carries out technical problem time-consuming and laborious, more than security risk when cloth.
Claims (8)
- It include the lower millstone of upper millstone (1) and setting below upper millstone (1) 1. a kind of stone mill automatic distributing mechanism, in structure (2), which is characterized in that the upper millstone (1) is equipped with feeding structure and rotary drive mechanism (1-3), and upper millstone (1) periphery is equipped with Guide slide (3), guide slide (3) is with elevating mechanism is arranged with, and the upper millstone (1) is by the rotation branch that outer peripheral surface is arranged in Support component (1-2) and guide slide (3) cooperate, and form automatic lifting cloth under rotary drive mechanism (1-3) driving.
- 2. stone mill automatic distributing according to claim 1 mechanism, which is characterized in that include in the elevating mechanism structure with The frame body (4) of guide slide (3) connection and the screw-threaded shaft elevator structure (5) being connect with frame body (4).
- 3. stone mill automatic distributing according to claim 1 mechanism, which is characterized in that the rotation support component (1-2) exists Three or more are arranged in the identical height of upper millstone (1) outer peripheral surface.
- 4. stone mill automatic distributing according to claim 3 mechanism, which is characterized in that the rotation support component (1-2) exists Setting three or more is uniformly distributed along contour on upper millstone (1) outer peripheral surface.
- 5. stone mill automatic distributing mechanism described according to claim 1 or 3 or 4, which is characterized in that the rotation support component (1-2) is deep groove ball bearing.
- 6. stone mill automatic distributing according to claim 1 mechanism, which is characterized in that rotary drive mechanism (1-3) knot It include driving motor and belt drive component in structure.
- 7. stone mill automatic distributing according to claim 1 mechanism, which is characterized in that include being positioned in the feeding structure Loading hopper (1-1) on upper millstone (1) and the charging through-hole for leading to upper millstone (1) bottom surface, the discharging of the loading hopper (1-1) Mouth is connected to the feed inlet of charging through-hole.
- 8. stone mill automatic distributing according to claim 1 mechanism, which is characterized in that loading hopper (1-1) setting is adding The top of material through hole feed inlet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821929163.8U CN209222234U (en) | 2018-11-22 | 2018-11-22 | A kind of stone mill automatic distributing mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821929163.8U CN209222234U (en) | 2018-11-22 | 2018-11-22 | A kind of stone mill automatic distributing mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209222234U true CN209222234U (en) | 2019-08-09 |
Family
ID=67504025
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821929163.8U Active CN209222234U (en) | 2018-11-22 | 2018-11-22 | A kind of stone mill automatic distributing mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209222234U (en) |
-
2018
- 2018-11-22 CN CN201821929163.8U patent/CN209222234U/en active Active
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