CN208944278U - Modified facility for granulating for stalk vegetables - Google Patents
Modified facility for granulating for stalk vegetables Download PDFInfo
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- CN208944278U CN208944278U CN201821199939.5U CN201821199939U CN208944278U CN 208944278 U CN208944278 U CN 208944278U CN 201821199939 U CN201821199939 U CN 201821199939U CN 208944278 U CN208944278 U CN 208944278U
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Abstract
A kind of modified facility for granulating for stalk vegetables, including rack, conveyor belt, pressing device, shredding mechanism, first transmission device, second transmission device, cleaning plant, conveyor belt is arranged on the rack, the top of conveyor belt one end is arranged in pressing device, and there are certain distances between conveyor belt, shredding mechanism is fixed on the rack, and it is connected to one end of conveyor belt and pressing device, the top of conveyor belt is arranged in cleaning plant, and it is located remotely from one end of shredding mechanism, first transmission device is arranged on the rack, and it is connect with shredding mechanism, the second transmission device side of being fixed on the rack, and it is connect with conveyor belt and pressing device, second transmission device drives conveyor belt and pressing device rotation, conveyor belt transports stem vegetables, pressing device and conveyor belt cooperate, by stem Bar vegetables are clamped, and the first transmission device drives shredding mechanism high speed rotation, and stem vegetables are cut into particle.
Description
Technical field
The utility model relates to vegetable-cutting equipment more particularly to a kind of modified facility for granulating for stalk vegetables.
Background technique
Dehydrated vegetables is also known as rehydration dish, is that fresh vegetables is sloughed big portion in vegetables by processing and fabricatings such as washing, drying
Manufactured a kind of dry vegetalbe after point moisture.Vegetables original color and nutritional ingredient are held essentially constant.Both it is easy to store and transport,
Vegetables production dull and rush season section can be effectively adjusted again.It is dipped in i.e. resilient in clear water when as long as edible, and retains vegetables original
Color, nutrition and the flavor come.For more other fresh vegetables, dehydrated vegetables have it is small in size, light-weight, enter water and will answer
The features such as original, convenient transport.It is not only delicious when edible, color is fresh, but also be able to maintain original nutritive value.
When producing dehydrated vegetables, need for fresh vegetables to be cut into graininess, traditional approach mainly passes through manually will be new
Fresh vegetables are cut into graininess, this mode not only labor intensive, but also time-consuming, and working efficiency is not high.
Utility model content
In view of this, it is necessary to provide a kind of modified facility for granulating for stalk vegetables.
A kind of modified facility for granulating for stalk vegetables, including rack, conveyor belt, pressing device, shredding mechanism,
First transmission device, the second transmission device, cleaning plant, conveyor belt are arranged on the rack, and pressing device setting is in conveying skin
Top with one end, and there are certain distance between conveyor belt, shredding mechanism is fixed on the rack, and with conveying skin
The connection of one end of band and pressing device, the top of conveyor belt is arranged in cleaning plant, and is located remotely from one end of shredding mechanism,
First transmission device is arranged on the rack, and is connect with shredding mechanism, provides power for shredding mechanism, the second transmission device is fixed
The side of being arranged on the rack, and connect with conveyor belt and pressing device, power is provided for conveyor belt and pressing device, second passes
Dynamic device drives conveyor belt and pressing device rotation, conveyor belt to transport stem vegetables, and pressing device is rotated clockwise, conveyed
Belt rotates counterclockwise, and cooperates, and stem vegetables are clamped, and the first transmission device drives shredding mechanism high speed rotation, will
Stem vegetables are cut into particle, and cleaning plant removes the broken leaf of vegetables remaining in conveyor belt and vegetables juice.
Preferably, the pressing device includes compressing belt, automatic adjusting mechanism, auxiliary clamp mechanism, compresses belt and sets
It sets in conveyor belt, automatic adjusting mechanism, which is fixed at, to be compressed above belt, and one end is fixedly connected with shredding mechanism,
Auxiliary clamp mechanism is fixed at conveyor belt one end, and is flexibly connected with belt is compressed, and compresses belt by conveyor belt
On stem vegetables squeeze after, compress belt close to one end of shredding mechanism along auxiliary clamp mechanism rise, automatic adjusting mechanism
It holds and compresses belt, auxiliary clamp mechanism and automatic adjusting mechanism to belt application counter force is compressed, inhibit to compress belt
It is jacked up.
Preferably, the automatic adjusting mechanism includes fixed link, back-moving spring, adjusting rod, precession cap, and fixed link fixation is set
Set compress belt on, adjusting rod pass through fixed link be fixedly connected with one end of back-moving spring, the other end of back-moving spring with cut
Crushing device is fixedly connected, and precession cap sleeve is located remotely from back-moving spring side on adjusting rod, rotates precession cap, is realized and is adjusted
Pole stretches, and then realizes to adjust and compress the distance between belt and conveyor belt, compresses belt by conveyor belt
It after the extruding of stem vegetables, compresses belt and is risen close to one end of shredding mechanism, back-moving spring, which is held, compresses belt, to compression belt
Apply counter force, compression belt is inhibited to be jacked up.
Preferably, the auxiliary clamp mechanism includes shell, movable block, spring lever, and shell is fixed at conveyor belt
One end, movable block are sleeved in the rotation axis for compressing belt, and are embedded in the strip slot being arranged on shell, spring lever one end with
Movable block is fixedly connected, and the other end is fixed on the shell, after compressing belt by the stem vegetables extruding in conveyor belt, is compressed
Belt is moved upwards close to the strip slot that one end of shredding mechanism drives movable block to be arranged along shell, and squeezes spring lever,
Spring lever is compressed, and applies counter force to belt is compressed, compression belt is inhibited to be jacked up.
Preferably, the cleaning plant includes support plate, attachment base, scraper plate, and support plate inclination is fixed at conveying skin
Top of the band far from shredding mechanism one end, support plate passes through the strip-shaped hole being arranged in conveyor belt, and is bolted, and supports
There is a chimb in plate one end, and chimb is parallel with conveyor belt, and attachment base top offers upper notch, the chimb of support plate one end
It is caught in upper notch, the fixation of support plate and attachment base is realized in blending bolt fastening, and attachment base lower part is provided with lower part notch,
Scraper plate upper end is caught in lower part notch, and blending bolt fastening, scraper plate lower end is bonded with conveyor belt.
Preferably, second transmission device includes motor, retarder, the first rotation axis, the second rotation axis, the first rotation
One end of axis is connect with retarder output end, and the other end is connect by driving chain with belt is compressed, and is provided for compression belt dynamic
Power, the second rotation axis are connect with the first rotation axis by gear, and the other end is connect with conveyor belt by driving belt, for conveying
Belt provides power, and motor is connect with retarder, imparts power to the first rotation axis, the second rotation axis.
Preferably, the shredding mechanism includes shell, rotary cutter, and rotary cutter is arranged in shell, rotary cutter with
The connection of first transmission device drives rotary cutter rotation.
The utility model by adopting the above technical scheme, the beneficial effect is that: the second transmission device of the utility model drive
Conveyor belt and pressing device rotation, conveyor belt transport stem vegetables, and pressing device rotates in same direction with conveyor belt, and mutually
Cooperation, stem vegetables are clamped, and the first transmission device drives shredding mechanism high speed rotation, and stem vegetables are cut into particle, are avoided
Shredding mechanism falls stem vegetables, cleaning plant will remain in conveyor belt when high speed rotation is to stem vegetables cutting
The broken leaf of vegetables and vegetables juice remove, avoid the broken leaf of vegetables and vegetables juice from being scattered in conveyor belt, cause pressing device
It skids when clamping stem vegetables.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the structural schematic diagram of another angle of Fig. 1.
Fig. 3 is the front view of the utility model.
Fig. 4 is the structural schematic diagram of another angle of Fig. 3.
Fig. 5 is the cross-sectional view of the utility model.
Fig. 6 is the partial enlarged view in Fig. 3 at A.
Fig. 7 is the partial enlarged view in Fig. 4 at B.
Fig. 8 is the structural schematic diagram of cleaning plant in the utility model.
In figure: rack 10, pressing device 30, compresses belt 301, automatic adjusting mechanism 302, fixed link at conveyor belt 20
3021, back-moving spring 3022, adjusting rod 3023, precession cap 3024, auxiliary clamp mechanism 303, shell 3031, strip slot
30311, movable block 3032, spring lever 3033, shredding mechanism 40, shell 401, rotary cutter 402, the first transmission device 50,
Two transmission devices 60, motor 601, retarder 602, the first rotation axis 603, the second rotation axis 604, cleaning plant 80, support plate
801, chimb 8011, attachment base 802, scraper plate 803.
Specific embodiment
Please refer to Fig. 1 to Fig. 8, the utility model embodiment provides a kind of modified granulation for stalk vegetables and sets
It is standby, including rack 10, conveyor belt 20, pressing device 30, shredding mechanism 40, the first transmission device 50, the second transmission device 60,
Cleaning plant 80, conveyor belt 20 are arranged in rack 10, and pressing device 30 is arranged in the top of 20 one end of conveyor belt, and with
There are certain distance between conveyor belt 20, shredding mechanism 40 is fixed in rack 10, and with conveyor belt 20 and compress
One end of device 30 is connected to, and the top of conveyor belt 20 is arranged in cleaning plant 80, and is located remotely from one end of shredding mechanism 40,
The setting of first transmission device 50 is connect in rack 10, and with shredding mechanism 40, provides power, the second transmission for shredding mechanism 40
Device 60 is fixed at 10 top of rack, and connect with conveyor belt 20 and pressing device 30, is conveyor belt 20 and compression
Device 30 provides power, and the second transmission device 60 drives conveyor belt 20 and pressing device 30 to rotate, and conveyor belt 20 transports stem
Bar vegetables, pressing device 30 rotates clockwise, conveyor belt 20 rotates counterclockwise, and cooperates, and stem vegetables are clamped, the
One transmission device 50 drives 40 high speed rotation of shredding mechanism, and stem vegetables are cut into particle, and cleaning plant 80 is by conveyor belt 20
Above the broken leaf of remaining vegetables and vegetables juice are removed.
Further, the pressing device 30 includes compressing belt 301, automatic adjusting mechanism 302, auxiliary clamp mechanism
303, it compresses belt 301 and is arranged in conveyor belt 20, automatic adjusting mechanism 302, which is fixed at, compresses 301 top of belt, and
And one end is fixedly connected with shredding mechanism 40, auxiliary clamp mechanism 303 is fixed at 20 one end of conveyor belt, and with compress skin
Band 301 is flexibly connected, and after compressing belt 301 by the stem vegetables extruding in conveyor belt 20, compresses belt 301 close to chopping
One end of device 40 is risen along auxiliary clamp mechanism 303, and automatic adjusting mechanism 302, which is held, compresses belt 301, auxiliary clamp mechanism
303 and 302 pairs of compression belts 301 of automatic adjusting mechanism apply counter forces, inhibit to compress belt 301 and jacked up.
Second transmission device 60 drives conveyor belt 20 and pressing device 30 to rotate, conveyor belt 20 transport stem vegetables to
40 one end of shredding mechanism is mobile, compresses belt 301 and rotates in same direction with conveyor belt 20, when stem vegetables connect with belt 301 is compressed
When touching, after compressing belt 301 by the stem vegetables extruding in conveyor belt 20, belt 301 is compressed close to shredding mechanism 40
One end is risen along auxiliary clamp mechanism 303, and automatic adjusting mechanism 302, which is held, compresses belt 301, and compression belt 301 is inhibited to be pushed up
It rises, meanwhile, 303 pairs of compression belts 301 of auxiliary clamp mechanism apply counter force, prevent to compress the rise of belt 301, defeated in this way
It send belt 20 while being fed forward stem vegetables, and passes through the mutual cooperation for compressing belt 301 and conveyor belt 20, it will
Stem vegetables squeeze and clamp, and the first transmission device 50 drives 40 high speed rotation of shredding mechanism, and stem vegetables are cut into particle, and
Conveyor belt 20 continues to transport stem vegetables to 40 side of shredding mechanism, realizes continuous cutting.
Further, the automatic adjusting mechanism 302 includes fixed link 3021, back-moving spring 3022, adjusting rod 3023, rotation
Into cap 3024, fixed link 3021, which is fixed at, to be compressed on belt 301, and adjusting rod 3023 passes through fixed link 3021 and back-moving spring
3022 one end is fixedly connected, and the other end of back-moving spring 3022 is fixedly connected with shredding mechanism 40, and precession cap 3024 is sleeved on
On adjusting rod 3023, and it is located remotely from 3022 side of back-moving spring, rotates precession cap 3024, adjusting rod 3023 stretches out, and tenses bullet
Spring 3022 is elongated, and back-moving spring 3022, which drives, compresses belt 301 close to the rise of one end of shredding mechanism 40, compresses belt 301
The distance between conveyor belt 20 increases；Precession cap 3024 is rotated, adjusting rod 3023 is shunk, and back-moving spring 3022 bounces back, and is drawn
Tight spring 3022, which drives, compresses belt 301 close to the decline of one end of shredding mechanism 40, compresses between belt 301 and conveyor belt 20
Distance reduce；The distance between belt 301 and conveyor belt 20 are compressed using adjusting, can be controlled into compression belt 301
Stem vegetables between conveyor belt 20 compress skin after compressing belt 301 by the stem vegetables extruding in conveyor belt 20
It is risen with 301 close to one end of shredding mechanism 40, back-moving spring 3022, which is held, compresses belt 301, applies phase to belt 301 is compressed
Reaction force inhibits compression belt 301 to be jacked up, stem vegetables is clamped, is conducive to stem vegetables cutting.
Further, the auxiliary clamp mechanism 303 includes shell 3031, movable block 3032, spring lever 3033, shell
3031 are fixed at 20 one end of conveyor belt, and movable block 3032 is sleeved in the rotation axis for compressing belt 301, and is embedded in shell
In the strip slot 30311 being arranged on 3031,3033 one end of spring lever is fixedly connected with movable block 3032, and the other end is fixed on outer
On shell 3031, after compressing belt 301 by the stem vegetables extruding in conveyor belt 20, belt 301 is compressed close to shredding mechanism
The strip slot 30311 that 40 one end drives movable block 3032 to be arranged along shell 3031 moves upwards, and squeezes spring lever
3033, spring lever 3033 is compressed, and is applied counter force to belt 301 is compressed, is inhibited compression belt 301 to be jacked up, by stem
Bar vegetables clamp, and are conducive to stem vegetables cutting.
Further, the cleaning plant 80 includes support plate 801, attachment base 802, scraper plate 803, and support plate 801 tilts
It is fixed at top of the conveyor belt 20 far from 40 one end of shredding mechanism, what support plate 801 was arranged in conveyor belt 20
Strip-shaped hole, and be bolted, there is a chimb 8011 in 801 one end of support plate, and chimb 8011 is parallel with conveyor belt 20, even
802 top of joint chair offers upper notch, and the chimb 8011 of 801 one end of support plate is caught in upper notch, and blending bolt fastening is real
The fixation of existing support plate 801 and attachment base 802,802 lower part of attachment base are provided with lower part notch, and 803 upper end of scraper plate is caught in lower part
Notch, blending bolt fastening, 803 lower end of scraper plate is bonded with conveyor belt 20.
Conveyor belt 20 during operation, can be bonded with the broken leaf of the remaining vegetables after 40 cutting of shredding mechanism and vegetable
Vegetable juice liquid, and the broken leaf of remaining vegetables and vegetables juice will lead to conveyor belt 20 and compression belt 301 is cooperating, and clamp
Slipping phenomenon occurs when stem vegetables, influences to stem vegetables cutting effect, and 803 lower end of scraper plate is bonded with conveyor belt 20,
The broken leaf of vegetables remaining in conveyor belt 20 and vegetables juice can be removed, avoid skidding.
Further, second transmission device 60 includes motor 601, retarder 602,603, second turns of the first rotation axis
One end of moving axis 604, the first rotation axis 603 is connect with 602 output end of retarder, and the other end is by driving chain and compresses belt
301 connections provide power to compress belt 301, and the second rotation axis 604 is connect with the first rotation axis 603 by gear, the other end
It is connect with conveyor belt 20 by driving belt, provides power for conveyor belt 20, motor 601 is connect with retarder 602, will be moved
Power passes to the first rotation axis 603, the second rotation axis 604.
Further, the shredding mechanism 40 includes shell 401, rotary cutter 402, and rotary cutter 402 is arranged in shell
In 401, rotary cutter 402 is connect with the first transmission device 50, and rotary cutter 402 is driven to rotate.
One working method of the utility model is as follows: when work, the motor 601 of the second transmission device 60 is respectively started, the
One transmission device 50, motor 601 drive conveyor belt 20 and compress belt 301 and rotate, and stem vegetables are placed on conveying skin
On band 20, stem vegetables move along 20 rotation direction of conveyor belt, and move to belt 301 is compressed；
When stem vegetables and compression belt 301 contact, compresses belt 301 and squeezed by the stem vegetables in conveyor belt 20
After pressure, compresses belt 301 and is moved upwards close to the strip slot 30311 that one end of rotary cutter 402 is arranged along shell 3031,
And spring lever 3033 is squeezed, spring lever 3033 is compressed, and is applied counter force to belt 301 is compressed, is inhibited to compress belt 301
It is jacked up, stem vegetables is clamped, at the same time, back-moving spring 3022, which is held, compresses belt 301, applies to belt 301 is compressed
Counter force inhibits compression belt 301 to be jacked up, further clamps stem vegetables；
First transmission device 50 drives rotary cutter 402 to rotate, and compresses between belt 301 and conveyor belt 20 to being clipped in
Stem vegetables carry out cutting, and conveyor belt 20 continues for stem vegetables to be delivered to rotary cutter 402, continuously cut to realize
Point；
Conveyor belt 20 during operation, can be bonded with the broken leaf of the remaining vegetables after 40 cutting of shredding mechanism and vegetable
Vegetable juice liquid, and the broken leaf of remaining vegetables and vegetables juice will lead to conveyor belt 20 and compression belt 301 is cooperating, and clamp
Slipping phenomenon occurs when stem vegetables, influences to stem vegetables cutting effect, and 803 lower end of scraper plate is bonded with conveyor belt 20,
The broken leaf of vegetables remaining in conveyor belt 20 and vegetables juice can be removed, avoid skidding.
Above disclosures are merely preferred embodiments of the utility model, the utility model cannot be limited with this certainly
Interest field, those skilled in the art can understand all or part of the processes for realizing the above embodiment, and according to this reality
The equivalent variations made by novel claim, still falls within the scope of the utility model.
Claims (7)
1. a kind of modified facility for granulating for stalk vegetables, it is characterised in that: including rack, conveyor belt, pressing device,
Shredding mechanism, the first transmission device, the second transmission device, cleaning plant, conveyor belt are arranged on the rack, pressing device setting
In the top of conveyor belt one end, and there are certain distance between conveyor belt, shredding mechanism is fixed on the rack, and
It is connected to one end of conveyor belt and pressing device, the top of conveyor belt is arranged in cleaning plant, and is located remotely from chopping dress
The one end set, the first transmission device is arranged on the rack, and is connect with shredding mechanism, provides power for shredding mechanism, second passes
The dynamic device side of being fixed on the rack, and connect with conveyor belt and pressing device, it is provided for conveyor belt and pressing device
Power, the second transmission device drive conveyor belt and pressing device rotation, conveyor belt to transport stem vegetables, pressing device up time
Needle rotation, conveyor belt are rotated counterclockwise, and are cooperated, and stem vegetables are clamped, and the first transmission device drives shredding mechanism
Stem vegetables are cut into particle by high speed rotation, and cleaning plant removes the broken leaf of vegetables remaining in conveyor belt and vegetables juice.
2. the modified facility for granulating according to claim 1 for stalk vegetables, it is characterised in that: the pressing device
Including compressing belt, automatic adjusting mechanism, auxiliary clamp mechanism, belt setting is compressed in conveyor belt, automatic adjusting mechanism
It is fixed at and compresses above belt, and one end is fixedly connected with shredding mechanism, auxiliary clamp mechanism is fixed at conveying
Belt one end, and be flexibly connected with belt is compressed, after compressing belt by the stem vegetables extruding in conveyor belt, compress belt
Close to shredding mechanism one end along auxiliary clamp mechanism rise, automatic adjusting mechanism hold compress belt, auxiliary clamp mechanism and
Automatic adjusting mechanism applies counter force to belt is compressed, and compression belt is inhibited to be jacked up.
3. the modified facility for granulating according to claim 2 for stalk vegetables, it is characterised in that: the automatic adjustment
Mechanism includes fixed link, back-moving spring, adjusting rod, precession cap, and fixed link, which is fixed at, to be compressed on belt, and adjusting rod passes through solid
Fixed pole is fixedly connected with one end of back-moving spring, and the other end of back-moving spring is fixedly connected with shredding mechanism, and precession cap sleeve is mounted in
On adjusting rod, and it is located remotely from back-moving spring side, rotates precession cap, realize the flexible of adjusting rod, and then realized to adjust and compress
It is close to compress belt after compressing belt by the stem vegetables extruding in conveyor belt for the distance between belt and conveyor belt
One end of shredding mechanism is risen, and back-moving spring, which is held, compresses belt, is applied counter force to belt is compressed, is inhibited to compress belt
It is jacked up.
4. the modified facility for granulating according to claim 2 for stalk vegetables, it is characterised in that: the auxiliary clamp
Mechanism includes shell, movable block, spring lever, and shell is fixed at conveyor belt one end, and movable block, which is sleeved on, compresses belt
It in rotation axis, and is embedded in the strip slot being arranged on shell, spring lever one end is fixedly connected with movable block, and the other end is fixed on
On shell, after compressing belt by the stem vegetables extruding in conveyor belt, compresses belt and driven close to one end of shredding mechanism
The strip slot that movable block is arranged along shell moves upwards, and squeezes spring lever, and spring lever is compressed, and applies to belt is compressed
Counter force inhibits compression belt to be jacked up.
5. the modified facility for granulating according to claim 1 for stalk vegetables, it is characterised in that: the cleaning plant
Including support plate, attachment base, scraper plate, support plate inclination is fixed at top of the conveyor belt far from shredding mechanism one end, props up
Fagging passes through the strip-shaped hole being arranged in conveyor belt, and is bolted, and there are a chimb, chimb and conveying in support plate one end
Belt is parallel, and attachment base top offers upper notch, and the chimb of support plate one end is caught in upper notch, and blending bolt fastens,
Realize the fixation of support plate and attachment base, attachment base lower part is provided with lower part notch, and scraper plate upper end is caught in lower part notch, and uses spiral shell
Bolt fastening, scraper plate lower end is bonded with conveyor belt.
6. the modified facility for granulating according to claim 1 for stalk vegetables, it is characterised in that: second transmission
Device includes motor, retarder, the first rotation axis, the second rotation axis, and one end of the first rotation axis is connect with retarder output end,
The other end is connect by driving chain with belt is compressed, and provides power to compress belt, the second rotation axis and the first rotation axis are logical
Gear connection is crossed, the other end is connect with conveyor belt by driving belt, provides power for conveyor belt, motor and retarder connect
It connects, imparts power to the first rotation axis, the second rotation axis.
7. the modified facility for granulating according to claim 1 for stalk vegetables, it is characterised in that: the shredding mechanism
Including shell, rotary cutter, rotary cutter is arranged in shell, and rotary cutter is connect with the first transmission device, drives rotary cutting
Swivel is dynamic.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821199939.5U CN208944278U (en) | 2018-07-27 | 2018-07-27 | Modified facility for granulating for stalk vegetables |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821199939.5U CN208944278U (en) | 2018-07-27 | 2018-07-27 | Modified facility for granulating for stalk vegetables |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208944278U true CN208944278U (en) | 2019-06-07 |
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ID=66732644
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821199939.5U Active CN208944278U (en) | 2018-07-27 | 2018-07-27 | Modified facility for granulating for stalk vegetables |
Country Status (1)
| Country | Link |
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| CN (1) | CN208944278U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112934403A (en) * | 2021-01-26 | 2021-06-11 | 广东白云学院 | Material crushing device |
-
2018
- 2018-07-27 CN CN201821199939.5U patent/CN208944278U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112934403A (en) * | 2021-01-26 | 2021-06-11 | 广东白云学院 | Material crushing device |
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