CN206604625U - Crushing system with dedusting mechanism - Google Patents
Crushing system with dedusting mechanism Download PDFInfo
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- CN206604625U CN206604625U CN201720323474.9U CN201720323474U CN206604625U CN 206604625 U CN206604625 U CN 206604625U CN 201720323474 U CN201720323474 U CN 201720323474U CN 206604625 U CN206604625 U CN 206604625U
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- dedusting
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- drainage conduit
- crushing
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Abstract
The utility model provides a kind of crushing system with dedusting mechanism, including：Pulverizer, it includes：Housing and buffer unit are crushed, buffer unit is fixed on outside crushing housing, and caching chamber is provided with buffer unit, the outlet that crushing chamber, caching chamber and crushing chamber are provided with housing is crushed；Dedusting mechanism, it includes：Dedusting tank, tank support frame, powder pump, communicating pipe, screen pack and blast pipe, dedusting tank is stood on ground by tank support frame, dedusting chamber is provided with dedusting tank, screen pack is arranged on the inwall in the middle part of dedusting chamber, dedusting chamber is divided into epicoele and cavity of resorption by screen pack, and blast pipe is arranged at the top of dedusting tank and connected with epicoele；And discharge mechanism, it includes：Receiving hopper, drainage conduit, switching mechanism, detent mechanism and gearing rope.The beneficial effects of the utility model：Avoid powder to be discharged into air, and realize powder after extraction kettle is connected with discharge mechanism and be automatically drained out.
Description
Technical field
The utility model is related to the oily process equipment of edible flavouring, and in particular to a kind of crushing system with dedusting mechanism.
Background technology
Edible flavouring oil is included：Chinese prickly ash (essence) oil and capsicum (essence) oil etc..During edible flavouring oil is made, need
The spices such as Chinese prickly ash or capsicum are crushed, it is therefore desirable to use pulverizer.In the prior art, pulverizer includes housing, in shell
External be provided with drive mechanism, housing is formed with crushing chamber, and what is rotated in crushing chamber is provided with crushing knife, and drive mechanism passes through
Rotatable connecting rod is connected with crushing knife, to drive the rotation of crushing knife, so as to reach the Chinese prickly ash crushed and be located in crushing chamber
Or capsicum etc., the storage device with the outlet of crushing chamber is provided with outside housing, the powder that crushing is obtained is loaded on and deposited
Store up in equipment.After being pulverized, it is necessary to be extracted with extraction equipment to elite in powder, the extraction intracavitary of extraction equipment is provided with
Dismountable extraction kettle, traditional is to take out extraction kettle, and then to by storage device, powder is transferred into extraction kettle by hand
In.Therefore the shortcoming that conventional process mode is present is：
1) it is passed directly into after powder is obtained into storage device, storage device is open type, due to strong in crushing process
Big collision and shearing force causes amount of powder to splash so that workplace dust from flying, not only causes the wasting of resources, adds
Production cost, while polluting workplace, operating personnel's working environment is severe.
2) powder is transferred in extraction kettle by hand, operating difficulties, and easily causes powder and be scattered, further waste former material
Material, while operating the consuming time longer.
Utility model content
For the deficiency in the presence of prior art, the utility model provides a kind of crushing system with dedusting mechanism,
Avoid powder to be discharged into air, and realize powder after extraction kettle is connected with discharge mechanism and be automatically drained out.
To achieve the above object, the utility model employs following technical scheme：
A kind of crushing system with dedusting mechanism, including：
Pulverizer, it includes：Housing and buffer unit are crushed, buffer unit is fixed on outside crushing housing, set in buffer unit
There is caching chamber, crush the outlet that crushing chamber, caching chamber and crushing chamber are provided with housing；
Dedusting mechanism, it includes：Dedusting tank, tank support frame, powder pump, communicating pipe, screen pack and blast pipe, dedusting tank
Stood on by tank support frame on ground, dedusting chamber is provided with dedusting tank, screen pack is arranged on the inwall in the middle part of dedusting chamber, mistake
Dedusting chamber is divided into epicoele and cavity of resorption by filter screen, and blast pipe is arranged at the top of dedusting tank and connected with epicoele, and powder pump is installed on
On dedusting tank, the feed end of powder pump is connected by communicating pipe with caching chamber, and the discharge end of powder pump is connected with cavity of resorption；And
Discharge mechanism, it includes：Receiving hopper, drainage conduit, switching mechanism, detent mechanism and gearing rope, receiving hopper is with removing
The bottom connection of dirt tank, receiving hopper forms the bottom of the material stock chamber connected with cavity of resorption, drainage conduit and receiving hopper after being connected with dedusting tank
Portion is connected, and switching mechanism is arranged in drainage conduit, to be opened and closed drainage conduit, and detent mechanism is arranged on by receiving hopper, detent mechanism
Output section can be connected to the extraction kettle porch in splicing station, and detent mechanism is connected by interlocking rope with switching mechanism, with
Switching mechanism opens drainage conduit after detent mechanism is stuck on the extraction kettle of splicing station.
Preferably, switching mechanism includes：
Seat is opened and closed, in its fixation and drainage conduit；
Open-closed-loop, it is cyclic structure, Open-closed-loop be connected across drainage conduit and with opening and closing seat and drainage conduit, and Open-closed-loop leads to
Hole is connected with drainage conduit, and guide groove, the guide direction of guide groove and the central axis of through hole are offered on Open-closed-loop；
Piece is opened and closed, it is slidingly arranged in guide groove, to be opened and closed in through hole, opening and closing piece energy retraction to opening and closing seat；
Touch pole, it is connected with opening and closing piece close to the end of opening and closing seat, and touch pole is through opening and closing seat and touch pole can be relative
Seat is opened and closed to slide
Mounting disc, it is connected with end of the touch pole away from opening and closing piece, and mounting disc, which is used to connect, interlocks rope；And
Spring is opened and closed, it is connected between mounting disc and opening and closing seat, touch pole passes through opening and closing spring.
Preferably, detent mechanism includes：
Guide holder, the outer wall of itself and receiving hopper is fixed；
Pull lever, it can slidably pass through guide holder, and pull lever is parallel with drainage conduit, end of the pull lever away from drainage conduit
Rope is interlocked for connecting；And
Claw, it is connected by bindiny mechanism with pull lever close to the end of drainage conduit, and bindiny mechanism can make claw relative
Pull lever, can also cause claw to be fixed with respect to pull lever.
Preferably, bindiny mechanism includes：
Matrix is rotated, it is fixed on pull lever on the end of drainage conduit, rotate matrix and offer through rotation matrix
Press hole；
First crushing block, the first crushing block, which is slidingly arranged at, to be pressed in the one end of hole；
Second crushing block, it, which can be slidingly arranged at, presses in the other end of hole, and pull lever is rotatably arranged in rotation matrix
Middle part, and rotating bar surrounds the center line rotation for pressing hole；
First clamp, it, which is fixedly installed on, presses on the inwall of hole, and the first clamp be located at the first mounting blocks and pull lever it
Between, the first clamp offers fixed hole on the end face of pull lever, and the center line of the center line of fixed hole and the first clamp exists
On straight line, groove is provided with fixed hole inwall；
Two slide bars, two slide bars both pass through the first clamp and pull lever, the two ends of each slide bar respectively with the first crushing block
It is fixedly connected with the second crushing block, each slide bar can relative first clamp and pull lever slip；
Retainer, it includes the second clamp, the first maintenance gear, the second maintenance gear and expansion link, in pull lever
Center offers telescopic hole, and expansion link one end stretches to the second crushing block in the end of pull lever and expansion link is led positioned at two
The rotation hole stretched between bar, being offered on the second crushing block for expansion link, the end that expansion link is stretched in rotation hole connects
Position-arresting disk is connected to, deck is fixed with the expansion link other end, and expansion link can be slidably inserted into telescopic hole, and deck is away from expansion link
End face on be connected with the first maintenance gear, each first maintenance gear can be inserted into the fixed hole of the first clamp, and
One maintenance gear is engaged with the groove of the first clamp fixed hole, is being provided with the second clamp, expansion link in the middle part of telescopic hole on inwall
Through the second clamp, the second maintenance gear is provided with the middle part of expansion link；
Mounting ring, it is arranged on telescopic hole inwall and set close to the second crushing block；And
Press spring, expansion link is pressed spring one end and be connected with mounting ring through spring is pressed, press the spring other end and
Deck is connected, and when pressing spring in nature elongation state, the first maintenance gear is engaged with the groove of fixed hole, the second maintenance
Gear is inserted into the second clamp, to limit the rotation of the second clamp.
Preferably, discharge mechanism also includes two directive wheels, and a directive wheel is arranged at by switching mechanism, and another directive wheel is set
It is placed in by detent mechanism, and it is tangent with two directive wheels to interlock rope.
Compared to prior art, the utility model has the advantages that：
1) setting of powder pump, realizes the powder that will be obtained in pulverizer and is sucked into lower intracavitary, because air has certainly
The dynamic performance moved up, the air for entering to lower intracavitary rises automatically, by screen pack, and screen pack enables only air to pass through,
Realize the separation of powder and air, it is ensured that powder will not be flown away into air, it is to avoid powder is discharged into air, is improved
Working environment quality, while realizing the former recycling for wasting raw material, reduces production cost；
2) pass through detent mechanism, it is ensured that extraction kettle is installed in place, it is to avoid because extraction kettle install it is not in place cause powder
End is wasted, and further reduces production cost；
3) set switching mechanism to be connected by interlocking rope with detent mechanism, realize switching mechanism after positioning extraction kettle automatic
Drainage conduit is opened, powder is automatically drained out, and facilitates operation.
Brief description of the drawings
Fig. 1 for the crushing system with dedusting mechanism dedusting mechanism, receiving hopper and drainage conduit split after view；
Fig. 2 is the enlarged drawing at discharge mechanism in Fig. 1；
Fig. 3 is the A-A sectional views in Fig. 2.
Embodiment
As shown in Figure 1 and Figure 2, the present embodiment proposes a kind of crushing system with dedusting mechanism, including：
Pulverizer 1, it includes：Housing 11 and buffer unit 12 are crushed, buffer unit 12 is fixed on outside crushing housing 11, caching
Caching chamber is provided with portion 12, the outlet that crushing chamber, caching chamber and crushing chamber are provided with housing 11 is crushed；
Dedusting mechanism 2, it includes：Dedusting tank 21, tank support frame 22, powder pump 23, communicating pipe 24, screen pack 25 and row
Tracheae 26, dedusting tank 21 is stood on ground by tank support frame 22, and dedusting chamber is provided with dedusting tank 21, and screen pack 25 is arranged on
On inwall in the middle part of dedusting chamber, dedusting chamber is divided into epicoele 211 and cavity of resorption 212 by screen pack 25, and blast pipe 26 is arranged at dedusting
Connect at the top of tank 21 and with epicoele 211, powder pump 23 is installed on dedusting tank 21, and the feed end of powder pump 23 passes through communicating pipe 24
Connected with caching chamber, the discharge end of powder pump 23 is connected with cavity of resorption 212；And
Discharge mechanism 3, it includes：Receiving hopper 31, drainage conduit 32, switching mechanism 33, detent mechanism 34 and gearing rope 35,
Receiving hopper 31 is connected with the bottom of dedusting tank 21, and receiving hopper 31 forms the material stock connected with cavity of resorption 212 after being connected with dedusting tank 21
Chamber, drainage conduit 32 is connected with the bottom of receiving hopper 31, and switching mechanism 33 is arranged in drainage conduit 32, to be opened and closed drainage conduit 32, fixed
Position mechanism 34 is arranged on by receiving hopper 31, and the output section of detent mechanism 34 can be connected to the extraction kettle entrance in splicing station
Place, detent mechanism 34 is connected by interlocking rope 35 with switching mechanism 33, to be stuck in the extraction positioned at splicing station when detent mechanism 34
Switching mechanism 33 opens drainage conduit 32 after taking on kettle.
As shown in Fig. 2 for simple, the easy to use switching mechanism 33 of design structure, and ensure that switching mechanism 33 can quilt
Detent mechanism 34 is driven by interlocking rope 35, and switching mechanism 33 includes：
Seat 331 is opened and closed, in its fixation and drainage conduit 32；
Open-closed-loop 332, it is cyclic structure, and Open-closed-loop 332 connects across drainage conduit 32 and with opening and closing seat 331 and drainage conduit 32
Connect, the through hole of Open-closed-loop 332 is connected with drainage conduit 32, offer guide groove on Open-closed-loop 332, the guide direction of guide groove with
The central axis of through hole；
Be opened and closed piece 333, it is slidingly arranged in guide groove, to be opened and closed through hole, opening and closing piece 333 can retraction to being opened and closed seat
In 331；
Touch pole 334, it is connected with opening and closing piece 333 close to the end of opening and closing seat 331, and touch pole 334 passes through opening and closing seat 331
And touch pole 334 relative can be opened and closed seat 331 and slide；
Mounting disc 335, it is connected with end of the touch pole 334 away from opening and closing piece 333, and mounting disc 335, which is used to connect, to be interlocked
Rope 35；And
Spring 336 is opened and closed, it is connected between mounting disc 335 and opening and closing seat 331, touch pole 334 passes through opening and closing spring
336.When being opened and closed spring 336 in nature extended length, opening and closing piece 333 closes Open-closed-loop 332.Pass through when by detent mechanism
When interlocking the pulling force that rope transmission comes, opening and closing piece 333 departs from Open-closed-loop 332, and drainage conduit is opened in realization.
As shown in figure 3, for the simple and easy to use detent mechanism 34 of design structure, and ensure to connect in detent mechanism 34
Extraction kettle will not arbitrarily be departed from by connecing rear detent mechanism 34, and detent mechanism 34 includes：
Guide holder 341, the outer wall of itself and receiving hopper 31 is fixed；
Pull lever 342, it can slidably pass through guide holder 341, and pull lever 342 is parallel with drainage conduit 32, and pull lever 342 is remote
End from drainage conduit 32 is used to connect gearing rope 35；And
Claw 343, it is connected by bindiny mechanism 4 with pull lever 342 close to the end of drainage conduit 32, the energy of bindiny mechanism 4
Make claw 343 with respect to pull lever 342, can also cause claw 343 to be fixed with respect to pull lever 342.When needing to rotate claw 343,
Drive bindiny mechanism 4 so that claw 343 can be rotated relative to pull lever 342, and when the entrance of extraction kettle just wraps up drainage conduit
Afterwards, because the entrance of claw 343 to extraction kettle has certain distance, claw 343 is pulled so that drainage conduit is opened, and claw 343 is got over
(extraction kettle entrance outer wall is protruding with the convex portion for circular ring structure, convex portion and extraction kettle for the convex portion crossed on extraction kettle entrance outer wall
Outer wall formation can be by the step placed on it of claw 343) when, bindiny mechanism 4 can be driven so that claw 343 can be rotated, claw
343 are rotated to step position, and claw 343 is stuck on step, due to the position-limiting action of step, and the opening and closing phase of spring 336
Mutually coordinate, claw 343 is positioned on step by realization, if claw 343 can not cross convex portion, illustrate that extraction kettle entrance will not
Drainage conduit is wrapped up, and is positioned with the position to extraction kettle.
As shown in figure 3, for the simple and easy to use bindiny mechanism 4 of design structure, and ensure the relative pulling of claw 343
Rotation between bar 342 is more smooth, and bindiny mechanism 4 includes：
Matrix 41 is rotated, it is fixed on pull lever 342 on the end of drainage conduit 32, rotate matrix 41 and offer and run through
Rotate matrix 41 presses hole 411；
First extruding block 42, the first extruding block 42, which is slidingly arranged at, to be pressed in the one end of hole 411；
Second crushing block 43, it, which can be slidingly arranged at, is pressed in the other end of hole 411, and pull lever 342 is rotatably arranged in
The middle part of matrix 41 is rotated, and rotating bar surrounds the center line rotation for pressing hole 411；
First clamp 44, it, which is fixedly installed on, presses on the inwall of hole 411, and the first clamp 44 is located at the first mounting blocks with drawing
Between lever 342, the first clamp 44 offers fixed hole, the center line of fixed hole and first on the end face of pull lever 342
The center line of clamp 44 point-blank, groove is provided with fixed hole inwall；
Two slide bars 45, two slide bars 45 both pass through the first clamp 44 and pull lever 342, the two ends of each slide bar 45 respectively with
First extruding block 42 is fixedly connected with the second crushing block 43, and each slide bar 45 can relative first clamp 44 and pull lever 342
Slide；
Retainer 46, it includes the second clamp 466, the first maintenance gear 462, the second maintenance gear 461 and expansion link
463, telescopic hole 465 is offered at the center of pull lever 342, the one end of expansion link 463 stretches to the second crushing block 43 close to pulling
In the end of bar 342 and expansion link 463 is located between two guide rods, offer and stretched into for expansion link 463 on the second crushing block 43
Rotation hole, the end that expansion link 463 is stretched in rotation hole is connected with position-arresting disk 464, and deck 461 and expansion link 463 are another
End is fixed, and expansion link 463 can be slidably inserted into telescopic hole 465, and deck 461 is connected with the end face away from expansion link 463
First maintenance gear 462, each first maintenance gear 462 can be inserted into the fixed hole of the first clamp 44, and the first maintenance
Gear 462 is engaged with the groove of the fixed hole of the first clamp 44, is provided with the second clamp 466 on the middle part inwall of telescopic hole 45, is stretched
Contracting bar 463 passes through the second clamp 466, and the middle part of expansion link 463 is provided with the second maintenance gear 461；
Mounting ring 47, it is arranged on the inwall of telescopic hole 465 and set close to the second crushing block 43；And
Spring 48 is pressed, expansion link 463 is pressed the one end of spring 48 and be connected with mounting ring 47, pressed through spring 48 is pressed
The other end of spring 48 is connected with deck 461, when pressing spring 48 in nature elongation state, and the first maintenance gear 462 is with consolidating
The groove engagement in position hole, the second maintenance gear 461 is inserted into the second clamp, to limit the rotation of the second clamp.
As shown in Fig. 2 in order that the pulling that must interlock rope 35 is more smooth, it is to avoid because interlocking rope 35 and receiving hopper 31 or row
The frictional force of expects pipe 32 is excessive and causes to interlock the damage of rope 35, and discharge mechanism 3 also includes two directive wheels 5, and a directive wheel 5 is arranged at
By switching mechanism 33, another directive wheel 5 is arranged at by detent mechanism 34, and it is tangent with two directive wheels 5 to interlock rope 35.
Finally illustrate, above example is only unrestricted to illustrate the technical solution of the utility model, although ginseng
The utility model is described in detail according to preferred embodiment, it will be understood by those within the art that, can be to this
The technical scheme of utility model is modified or equivalent substitution, without departing from the objective and model of technical solutions of the utility model
Enclose, it all should cover among right of the present utility model.
Claims (5)
1. a kind of crushing system with dedusting mechanism, it is characterised in that including：
Pulverizer, it includes：Housing and buffer unit are crushed, buffer unit is fixed on outside crushing housing, is provided with buffer unit slow
Chamber is deposited, the outlet that crushing chamber, caching chamber and crushing chamber are provided with housing is crushed；
Dedusting mechanism, it includes：Dedusting tank, tank support frame, powder pump, communicating pipe, screen pack and blast pipe, dedusting tank pass through
Tank support frame is stood on ground, and dedusting chamber is provided with dedusting tank, and screen pack is arranged on the inwall in the middle part of dedusting chamber, screen pack
Dedusting chamber is divided into epicoele and cavity of resorption, blast pipe is arranged at the top of dedusting tank and connected with epicoele, and powder pump is installed on dedusting
On tank, the feed end of powder pump is connected by communicating pipe with caching chamber, and the discharge end of powder pump is connected with cavity of resorption；And
Discharge mechanism, it includes：Receiving hopper, drainage conduit, switching mechanism, detent mechanism and gearing rope, receiving hopper and dedusting tank
Bottom connection, the material stock chamber that is connected with cavity of resorption of formation after receiving hopper be connected with dedusting tank, the bottom company of drainage conduit and receiving hopper
Logical, switching mechanism is arranged in drainage conduit, to be opened and closed drainage conduit, and detent mechanism is arranged on by receiving hopper, the output of detent mechanism
Portion can be connected to the extraction kettle porch in splicing station, and detent mechanism is connected by interlocking rope with switching mechanism, with when fixed
Switching mechanism opens drainage conduit after position mechanism is stuck on the extraction kettle of splicing station.
2. the crushing system according to claim 1 with dedusting mechanism, it is characterised in that switching mechanism includes：
Seat is opened and closed, in its fixation and drainage conduit；
Open-closed-loop, it is cyclic structure, and Open-closed-loop be connected across drainage conduit and with opening and closing seat and drainage conduit, the through hole of Open-closed-loop and
Drainage conduit is connected, and guide groove, the guide direction of guide groove and the central axis of through hole are offered on Open-closed-loop；
Piece is opened and closed, it is slidingly arranged in guide groove, to be opened and closed in through hole, opening and closing piece energy retraction to opening and closing seat；
Touch pole, it is connected with opening and closing piece close to the end of opening and closing seat, and touch pole is through opening and closing seat and touch pole can relative opening and closing
Seat is slided
Mounting disc, it is connected with end of the touch pole away from opening and closing piece, and mounting disc, which is used to connect, interlocks rope；And
Spring is opened and closed, it is connected between mounting disc and opening and closing seat, touch pole passes through opening and closing spring.
3. the crushing system according to claim 2 with dedusting mechanism, it is characterised in that detent mechanism includes：
Guide holder, the outer wall of itself and receiving hopper is fixed；
Pull lever, it can slidably pass through guide holder, and pull lever is parallel with drainage conduit, and end of the pull lever away from drainage conduit is used for
Connection interlocks rope；And
Claw, it is connected by bindiny mechanism with pull lever close to the end of drainage conduit, and bindiny mechanism can make the relative pulling of claw
Bar, can also cause claw to be fixed with respect to pull lever.
4. the crushing system according to claim 3 with dedusting mechanism, it is characterised in that bindiny mechanism includes：
Rotate matrix, it is fixed on pull lever on the end of drainage conduit, rotate matrix offer through rotate matrix by
Dynamic hole；
First crushing block, the first crushing block, which is slidingly arranged at, to be pressed in the one end of hole；
Second crushing block, it, which can be slidingly arranged at, is pressed in the other end of hole, and pull lever is rotatably arranged in the middle part of rotation matrix,
And rotating bar surrounds the center line rotation for pressing hole；
First clamp, it, which is fixedly installed on, presses on the inwall of hole, and the first clamp is located between the first mounting blocks and pull lever, the
One clamp offers fixed hole on the end face of pull lever, and the center line of the center line of fixed hole and the first clamp is straight at one
On line, groove is provided with fixed hole inwall；
Two slide bars, two slide bars both pass through the first clamp and pull lever, the two ends of each slide bar respectively with the first crushing block and
Two crushing blocks are fixedly connected, and each slide bar can relative first clamp and pull lever slip；
Retainer, it includes the second clamp, the first maintenance gear, the second maintenance gear and expansion link, at the center of pull lever
Telescopic hole is offered, expansion link one end stretches to the second crushing block in the end of pull lever and expansion link is located at two guide rods
Between, the rotation hole stretched into for expansion link is offered on the second crushing block, the end that expansion link is stretched in rotation hole is connected with
Position-arresting disk, deck is fixed with the expansion link other end, and expansion link can be slidably inserted into telescopic hole, end of the deck away from expansion link
The first maintenance gear is connected with face, each first maintenance gear can be inserted into the fixed hole of the first clamp, and first solid
Position gear is engaged with the groove of the first clamp fixed hole, is being provided with the second clamp in the middle part of telescopic hole on inwall, expansion link is passed through
The second maintenance gear is provided with the middle part of second clamp, expansion link；
Mounting ring, it is arranged on telescopic hole inwall and set close to the second crushing block；And
Spring is pressed, expansion link is pressed spring one end and be connected with mounting ring, press the spring other end and deck through spring is pressed
Connection, when pressing spring in nature elongation state, the first maintenance gear is engaged with the groove of fixed hole, the second maintenance gear
It is inserted into the second clamp, to limit the rotation of the second clamp.
5. the crushing system according to claim 4 with dedusting mechanism, it is characterised in that discharge mechanism also includes two and is oriented to
Wheel a, directive wheel is arranged at by switching mechanism, and another directive wheel is arranged at by detent mechanism, and it is homogeneous with two directive wheels to interlock rope
Cut.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720323474.9U CN206604625U (en) | 2017-03-29 | 2017-03-29 | Crushing system with dedusting mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720323474.9U CN206604625U (en) | 2017-03-29 | 2017-03-29 | Crushing system with dedusting mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206604625U true CN206604625U (en) | 2017-11-03 |
Family
ID=60173928
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720323474.9U Active CN206604625U (en) | 2017-03-29 | 2017-03-29 | Crushing system with dedusting mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206604625U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108313752A (en) * | 2018-02-07 | 2018-07-24 | 遵义市聚源建材有限公司 | A kind of deduster drawing mechanism |
| CN115363379A (en) * | 2022-08-19 | 2022-11-22 | 广州蜃境信息科技有限公司 | Internet sales display cabinet with anti-collision function |
-
2017
- 2017-03-29 CN CN201720323474.9U patent/CN206604625U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108313752A (en) * | 2018-02-07 | 2018-07-24 | 遵义市聚源建材有限公司 | A kind of deduster drawing mechanism |
| CN115363379A (en) * | 2022-08-19 | 2022-11-22 | 广州蜃境信息科技有限公司 | Internet sales display cabinet with anti-collision function |
| CN115363379B (en) * | 2022-08-19 | 2023-08-04 | 广州蜃境信息科技有限公司 | Internet sales display cabinet with anti-collision function |
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Address after: 401120 Yubei District, Chongqing Patentee after: Chongqing Hua Cai biotechnology Limited by Share Ltd Address before: 401120 Yubei District, Chongqing Patentee before: Chongqing Huacui Bio-Tech Co., Ltd. |