CN208098253U - Input unit for organic chemical fertilizer production ball mill - Google Patents
Input unit for organic chemical fertilizer production ball mill Download PDFInfo
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- CN208098253U CN208098253U CN201820263262.0U CN201820263262U CN208098253U CN 208098253 U CN208098253 U CN 208098253U CN 201820263262 U CN201820263262 U CN 201820263262U CN 208098253 U CN208098253 U CN 208098253U
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Abstract
The utility model provides a kind of input unit for organic chemical fertilizer production ball mill, including：First mounting rack, drop guide funnel, passage, two first switching mechanisms, a driving mechanism and two second switching mechanisms；The input hole for being connected in the external world with cylinder lumen is offered on the side wall of ball mill barrel input terminal；First mounting rack stands on the input terminal on ground and close to cylinder, the drop guide funnel being fixed on the first mounting rack immediately below elevator output end, drop guide funnel bottom is fixed and is communicated with passage, two second switching mechanisms are installed on passage, input hole can be located at immediately below passage, two first switching mechanisms being equipped at input hole on cylinder, two first switching mechanisms are used to be opened and closed the bottom end of passage for being opened and closed input hole, the second switching mechanism.The power that input unit for organic chemical fertilizer production ball mill solves the problems, such as that the opening of ball mill, the opening of feeder and material are transferred to ball mill in the prior art is required to power source and causes power source and energy dissipation.
Description
Technical field
The utility model relates to ball mills, and in particular to a kind of input unit for organic chemical fertilizer production ball mill.
Background technique
Chinese patent discloses that a kind of application No. is the automation ball milling machine production lines of CN201420784458.6, including ball
Grinding machine：Elevator is installed in front of ball mill, elevator front end is equipped with crusher, is equipped between elevator and ball mill
Pellet bucket, particle hopper lower section are equipped with belt-type conveying device, and belt-type conveying device is connected to feeder by hopper, into
Glassware is connected to the feeding inlet of ball mill；Partition panel is installed, ball mill discharging mouth, which is connected to, is mounted on ball mill in ball mill
The negative pressure cabin at rear is connected to bag filter by pipeline above negative pressure cabin, is equipped with regulating butterfly valve on pipeline, under negative pressure cabin
Side is equipped with discharge pipe, is equipped with disk vibration sieve below discharge pipe, and disk vibration sieve side is provided with coarse powder discharge port and thin
Powder discharge port.Although the automation ball milling machine production line prevents dust pollution to a certain extent, the automation ball mill
The shortcomings that production line still has be：
The material that material exports at the top of elevator is transferred to ball mill by feeder, needs to open in transfer process
Ball mill needs to open feeder, while also power being needed to transfer the material into ball mill, process trouble in transfer process,
The power that the opening of ball mill, the opening of feeder and material are transferred to ball mill in transfer process is required to power source, makes
At the waste of energy.
Utility model content
The utility model will provide a kind of input unit for organic chemical fertilizer production ball mill, solve in the prior art
The power that the opening of ball mill, the opening of feeder and material are transferred to ball mill be required to power source and cause power source with
And the problem of energy dissipation.
To achieve the above object, the utility model uses the following technical solution：
A kind of input unit for organic chemical fertilizer production ball mill, including：First mounting rack, drop guide funnel, guide
Pipe, two first switching mechanisms, a driving mechanism and two second switching mechanisms；It is opened up on the side wall of ball mill barrel input terminal
There is the input hole for being connected in the external world with cylinder lumen；First mounting rack stands on the input terminal on ground and close to cylinder, first
The drop guide funnel being fixed with immediately below elevator output end on mounting rack, drop guide funnel bottom are fixed and are communicated with guide
Pipe, is equipped with two second switching mechanisms on passage, and input hole can be located at immediately below passage, be equipped with and be located on cylinder
Two first switching mechanisms at input hole, two first switching mechanisms are led for being opened and closed input hole, the second switching mechanism for being opened and closed
The bottom end of expects pipe, is equipped with driving mechanism on the first mounting rack, and driving mechanism can open simultaneously passage and input hole, also can
Simultaneously close off passage and input hole.
Preferably, every one first switching mechanism includes：First opening and closing block, the first guide rod, third spring, first are led
To cylinder, corner block, the second guide rod, the second guide cylinder, the 4th spring and fixed block, fixed block be fixed on cylinder body outer wall and
Fixed block is to there is distance between input hole, a fixed block is fixed with the second guide rod close to the side of another fixed block, and second leads
It can lead and move down in the second guide rod far from the second guide cylinder, the second guide cylinder is cased on the end of fixed block to bar, second
Guide rod, which passes through, the 4th spring, and the 4th spring one end is fixed with fixed block, and the second guide cylinder is fixed far from one end of fixed block
There is corner block, corner block is fixed to one first guide cylinder one end close to cylinder on one side, and the first guide cylinder other end is led for first
It being penetrated to bar one end, the first guide rod other end is hinged on one first opening and closing block, and the first guide rod, which passes through, the 4th spring, the
Four spring one ends are fixed with the first guide rod, and the 4th spring other end is fixed with the first guide cylinder；Drum surface is recessed to form two
Two the first sliding grooves of arc positioned at input hole two sides, being equipped in the first sliding groove can be under the first sliding groove inner wall guiding
The first movement block of sliding, first movement block is fixed with the first opening and closing block being located at outside cylinder, when input hole and passage face
When the second guide rod be located in horizontal direction and the first guide rod is located on vertical direction；
Driving mechanism includes：First cylinder, drivening piece, guide ring, annulus, the first extrusion and the second extrusion, lead
It is looped around outside passage to ring, and guide ring moves in the vertical direction under the guiding of passage, guide ring bottom end is fixed with
The annulus being looped around outside passage, circle ring inner wall have distance between guide pipe outer wall, are fixed in annulus bottom positioned at guide
The shape of the first extrusion below pipe, the first extrusion is located at the first extrusion for the small end of truncated cone and the first extrusion
Big end below, the first extrusion center offers material guide hole, and material guide hole is truncated cone, and the small end of material guide hole is located at material guide hole
The lower section of big end, and the diameter of material guide hole big end is greater than the overall diameter of passage, is equipped with and is looped around outside passage in annulus
The second extrusion, the inner hole that the second extrusion is passed through for passage is extruded hole, and extruded hole is truncated cone, extruded hole it is small
End is located at the lower section of extruded hole big end, the first cylinder is fixed on the first mounting rack, the telescopic direction of the first cylinder is vertical
The piston rod in direction, the first cylinder is connected on the outer wall of annulus by drivening piece, and a corner block is close to the face of another corner block
Compressive plane, when the compressive plane of input hole and corner block each when passage face with the outer surface of the first extrusion it is tangent；
Every one second switching mechanism includes：Idler wheel, connecting rod, the second opening and closing block and the 5th spring, at passage bottom
Offer two second sliding grooves on face, two second sliding grooves are located at guide pipe orifice two sides, and every one second sliding groove not with
The connection of guide pipe orifice, is provided with the second movable block in every one second sliding groove, the under the second sliding groove inner wall guiding
Two movable blocks can move in the horizontal direction, and the second sliding groove inner wall prevents the second movable block from upper and guide from vertical direction
Pipe is detached from, and each connecting rod side wall is each attached on the second movable block, and connecting rod is fixed with second close to guide pipe orifice one end
It is opened and closed block, the connecting rod other end is equipped with can be relative to the idler wheel of connecting rod rotation, and idler wheel and extruded hole inner wall are tangent, and connecting rod is worn
The 5th spring between the second extrusion and passage is crossed, the 5th spring one end is fixed with connecting rod, and the 5th spring is another
One end is fixed with passage；
After the piston rod of the first cylinder retracts, two corner blocks are close to each other and two first under the elastic force of the 4th spring
It is opened and closed block and closes input hole, extruded hole small end and idler wheel are tangent in the second extrusion at this time, and two second opening and closing blocks close passage
Bottom end；After the elongation of the first cylinder, the outer wall of the first extrusion squeezes the separation of two corner blocks and two first opening and closing blocks open input
Hole, extruded hole big end is tangent with idler wheel in the second extrusion and two second opening and closing blocks open passage under the 5th spring force
Bottom end.
Compared with the prior art, the utility model has the advantages that：
When not being fed, original state is the piston rod retracted mode of the first cylinder, at this point, in the 4th spring (the 4th bullet
Spring is in confined state, so that two first opening and closing blocks have the tendency that close to each other, two first opening and closing block closure closing inputs
Hole, avoid in cylinder rotary course because input hole open due to lead to material spluttering everywhere) elastic force under two corner blocks it is mutual
Close and two first opening and closing blocks close input hole, and the elastic force of the 4th spring is sufficiently large to make third spring be forced to compress,
Since annulus, the first extrusion of guide ring and the second extrusion are in higher position, so that extruded hole in the second extrusion
Small end is tangent with idler wheel, and under extruded hole small end inner wall squeezes, two connecting rods drive two second opening and closing blocks to have close to each other to become
Gesture, two second opening and closing blocks abut and close passage bottom end；When needing to be fed into cylinder, firstly, third motor rotates, make
The position that cylinder rotates to input hole Yu passage face is obtained, third motor and the first cylinder are electrically connected (control with control cabinet
Case processed includes controller, motor driver and switching circuit, and motor driver and switching circuit are connected to controller, electricity
Machine driver and switching circuit are respectively connected to third motor and the first cylinder, with control third motor and the first cylinder according to
Designated program work)；Then, the first cylinder of control elongation, since the overall diameter of the first extrusion bottom end is squeezed less than two corner blocks
The distance between pressure surface bottom end enables the first extrusion to be smoothly squeezed between two corner blocks, due to each triangle at this time
The compressive plane of block is tangent with the outer surface of the first extrusion, and the first extrusion is smoothly moved between two corner blocks,
Two corner blocks are forced to be separated from each other in turn, two corner blocks drive two first opening and closing blocks to open input holes, this is in the process due to first
The effect of movable block and the first sliding groove so that two first opening and closing block movement paths are arc-shaped, therefore will decompose a part of fortune
It moves on the direction of the first guide rod movement, the first opening and closing block could be made smoothly to move in cylinder periphery, at the same time, squeeze
Hole inner wall also slide by counter roller, and extruded hole big end and idler wheel are tangent and two the under the 5th spring force in the second extrusion
Two opening and closing blocks open passage bottom end.Gravity is used, so that the material of elevator output end enters in drop guide funnel, so
Gravity material passes through passage afterwards and the first extrusion enters in input hole, reduces power source in transfer process
It uses, and first cylinder is used only and can be achieved with the opening and closing of input hole and passage, further reduce making for power source
With reducing production cost, while reducing the consumption of energy, be good for the environment.
The further advantage, target and feature of the utility model will be partially reflected by the following instructions, and part will also pass through
Research and practice to the utility model and be understood by the person skilled in the art.
Detailed description of the invention
Fig. 1 is the structural representation at input unit and elevator and ball mill for organic chemical fertilizer production ball mill
Figure；
Fig. 2 is F-F cross-sectional view in Fig. 1；
Fig. 3 is the enlarged drawing in Fig. 2 at H.
Specific embodiment
In order to make technological means of the utility model, creation characteristic, reach purpose and effect is more clear and is easy to
Understand, the utility model is further elaborated with reference to the accompanying drawings and detailed description：
As shown in Figure 1 and Figure 2, the utility model proposes a kind of input dresses for organic chemical fertilizer production ball mill
It sets, including：First mounting rack 1, drop guide funnel 2, passage 3, two first switching mechanisms 4, a driving mechanism 5 and two second are opened
Close mechanism 6；7 output end of elevator is used for the input unit of organic chemical fertilizer production ball mill 8 to the cylinder of ball mill 8 by this
Input terminal inputs material, and the input for being connected in the external world with cylinder lumen is offered on the side wall of the cylinder input terminal of ball mill 8
Hole；First mounting rack 1 stands on the input terminal on ground and close to cylinder, is fixed on the first mounting rack 1 defeated positioned at elevator 7
Passage 3 is fixed and are communicated in drop guide funnel 2 immediately below outlet, 2 bottom of drop guide funnel, and two are equipped on passage 3
Two switching mechanisms 6, input hole can be located at immediately below passage 3, two first opening and closings being equipped at input hole on cylinder
Mechanism 4, two first switching mechanisms 4 are for being opened and closed input hole, and the second switching mechanism 6 is used to be opened and closed the bottom end of passage 3, first
Driving mechanism 5 is installed, driving mechanism 5 can open simultaneously passage 3 and input hole, can also simultaneously close off guide on mounting rack 1
Pipe 3 and input hole.
As shown in FIG. 2 and 3, in order to which design structure is simple and the first switching mechanism 4 easy to use, the second opening/closing machine
Structure 6 and driving mechanism 5, every one first switching mechanism 4 include：First opening and closing block 41, the first guide rod 42, third spring
43, the first guide cylinder 44, corner block 45, the second guide rod 46, the second guide cylinder 47, the 4th spring 48 and fixed block 49, Gu
Determine that block 49 is fixed on cylinder body outer wall and fixed block 49 is to there is distance between input hole, a fixed block 49 is close to another fixed block 49
Side be fixed with the second guide rod 46, the second guide cylinder 47 is cased on the second end of the guide rod 46 far from fixed block 49,
Two guide cylinders 47 can lead in the second guide rod 46 and move down, and the second guide rod 46, which passes through, the 4th spring 48, the 4th spring 48
One end and fixed block 49 are fixed, and the second guide cylinder 47 is fixed with corner block 45 far from one end of fixed block 49, and corner block 45 is close
Cylinder is fixed to one first guide cylinder, 44 one end on one side, and 44 other end of the first guide cylinder is penetrated for 42 one end of the first guide rod,
First guide rod, 42 other end is hinged on one first opening and closing block 41, and the first guide rod 42, which passes through, the 4th spring 48, the 4th bullet
48 one end of spring and the first guide rod 42 are fixed, and 48 other end of the 4th spring and the first guide cylinder 44 are fixed；Drum surface concave shape
Two the first sliding grooves of arc for being located at input hole two sides at two, being equipped in the first sliding groove can lead in the first sliding groove inner wall
The first movement block 40 of slide downward, first movement block 40 and the first opening and closing block 41 being located at outside cylinder are fixed, when input hole with
The second guide rod 46 is located in horizontal direction when 3 face of passage and the first guide rod 42 is located on vertical direction；
Driving mechanism 5 includes：First cylinder 51, drivening piece 52, guide ring 53, annulus 54, the first extrusion 55 and
Two extrusions 56, guide ring 53 are looped around outside passage 3, and guide ring 53 is transported in the vertical direction under the guiding of passage 3
Dynamic, 53 bottom end of guide ring is fixed with the annulus 54 being looped around outside passage 3,54 inner wall of annulus to have between 3 outer wall of passage away from
From being fixed with the first extrusion 55 below passage 3 in 54 bottom of annulus, the shape of the first extrusion 55 is the frustum of a cone
The small end of shape and the first extrusion 55 is located at below the big end of the first extrusion 55, and 55 center of the first extrusion offers guide
Hole, material guide hole are truncated cone, and the small end of material guide hole is located at the lower section of material guide hole big end, and the diameter of material guide hole big end is greater than and leads
The overall diameter of expects pipe 3 is equipped with the second extrusion 56 being looped around outside passage 3 in annulus 54, and the second extrusion 56 is for leading
The inner hole that expects pipe 3 passes through is extruded hole, and extruded hole is truncated cone, and the small end of extruded hole is located at the lower section of extruded hole big end,
The first cylinder 51 is fixed on first mounting rack 1, the telescopic direction of the first cylinder 51 is vertical direction, the piston of the first cylinder 51
Bar is connected on the outer wall of annulus 54 by drivening piece 52, a corner block 45 close to the face of another corner block 45 compressive plane, when
The compressive plane of input hole and corner block 45 each when 3 face of passage is tangent with the outer surface of the first extrusion 55；
Every one second switching mechanism 6 includes：Idler wheel 61, connecting rod 62, second are opened and closed block 63 and the 5th spring 64,
Two second sliding grooves are offered on 3 bottom surface of passage, two second sliding grooves are located at 3 inner hole two sides of passage, and every one second is sliding
Dynamic slot is not connected to 3 inner hole of passage, the second movable block 65 is provided in every one second sliding groove, in the second sliding groove
Inner wall is oriented to lower second movable block 65 and can move in the horizontal direction, the second sliding groove inner wall prevent the second movable block 65 from from
It is detached from vertical direction with passage 3, each 62 side wall of connecting rod is each attached on the second movable block 65, and connecting rod 62 is close to be led
3 inner hole one end of expects pipe is fixed with the second opening and closing block 63, and 62 other end of connecting rod is equipped with the idler wheel that can be rotated relative to connecting rod 62
61, idler wheel 61 and extruded hole inner wall are tangent, and connecting rod 62 is across the 5th bullet having positioned at the second extrusion 56 and passage 3
Spring 64,64 one end of the 5th spring and connecting rod 62 are fixed, and 64 other end of the 5th spring and passage 3 are fixed；
When the first cylinder 51 piston rod retract after, under the elastic force of the 4th spring 48 two corner blocks 45 it is close to each other and
Two first opening and closing blocks 41 close input hole, and extruded hole small end and idler wheel 61 are tangent in the second extrusion 56 at this time, two second opening and closings
Block 63 closes 3 bottom end of passage；After the elongation of the first cylinder 51, the outer wall of the first extrusion 55 squeeze the separation of two corner blocks 45 and
Two first opening and closing blocks 41 open input hole, and extruded hole big end is tangent with idler wheel 61 and in the 5th spring 64 in the second extrusion 56
Two second opening and closing blocks 63 open 3 bottom end of passage under elastic force.
Working principle：When not being fed, original state is the piston rod retracted mode of the first cylinder 51, at this point, the 4th
(the 4th spring 48 is in confined state to spring 48, so that two first opening and closing blocks 41 have the tendency that close to each other, two first are opened
Close block 41 closure close input hole, avoid in cylinder rotary course because input hole open due to lead to material spluttering everywhere) bullet
Two corner blocks 45 are close to each other under power and two first opening and closing blocks 41 close input hole, the sufficiently large energy of elastic force of the 4th spring 48
So that third spring 43 is forced to compress, since annulus 54,53 first extrusion 55 of guide ring and the second extrusion 56 are in
Higher position, so that extruded hole small end and idler wheel 61 are tangent in the second extrusion 56, under extruded hole small end inner wall squeezes, two connect
It is close to each other that extension bar 62 drives two second opening and closing blocks 63 to have the tendency that, two second opening and closing blocks 63 abut and close 3 bottom of passage
End；When needing to be fed into cylinder, firstly, third motor rotation (rotation of 8 cylinder of third motor driven ball mill), so that
Cylinder rotates to the position of input hole Yu 3 face of passage, and third motor and the first cylinder 51 are electrically connected (control with control cabinet
Case processed includes controller, motor driver and switching circuit, and motor driver and switching circuit are connected to controller, electricity
Machine driver and switching circuit are respectively connected to third motor and the first cylinder 51, to control third motor and the first cylinder 51
It works according to designated program)；Then, the first cylinder 51 of control elongation, since the overall diameter of 55 bottom end of the first extrusion is less than two
The distance between 45 compressive plane bottom end of corner block enables the first extrusion 55 to be smoothly squeezed between two corner blocks 45, by
In each corner block 45 at this time compressive plane with the outer surface of the first extrusion 55 it is tangent, enable the first extrusion 55 two
It is smoothly moved between corner block 45, and then two corner blocks 45 is forced to be separated from each other, two corner blocks 45 drive two first opening and closing blocks 41
Input hole is opened, due to the effect of first movement block 40 and the first sliding groove during this, so that two first opening and closing blocks 41 move
Track is arc-shaped, therefore to decompose a part movement on the direction that the first guide rod 42 moves, and could make the first opening and closing
Block 41 is smoothly moved in cylinder periphery, and at the same time, extruded hole inner wall also slide by counter roller 61, is squeezed in the second extrusion 56
It presses hole big end and idler wheel 61 is tangent and two second opening and closing blocks 63 open 3 bottom end of passage under 64 elastic force of the 5th spring.Using weight
Power effect so that the material of 7 output end of elevator enters in drop guide funnel 2, then gravity material pass through passage 3 with
And first extrusion 55 enter in input hole, reduce the use of power source in transfer process, and first gas is used only
Cylinder 51 can be achieved with the opening and closing of input hole and passage 3, further reduce the use of power source, reduce production cost, together
When reduce the consumption of energy, be good for the environment.
Finally, it is stated that above embodiments are merely intended for describing the technical solutions of the present application, but not for limiting the present application, although ginseng
The utility model is described in detail according to preferred embodiment, those skilled in the art should understand that, it can be to this
The technical solution of utility model is modified or replaced equivalently, without departing from the objective and model of technical solutions of the utility model
It encloses, should all cover in the scope of the claims of the utility model.
Claims (2)
1. a kind of input unit for organic chemical fertilizer production ball mill, which is characterized in that including：First mounting rack, guide
Funnel, passage, two first switching mechanisms, a driving mechanism and two second switching mechanisms；In ball mill barrel input terminal
The input hole for being connected in the external world with cylinder lumen is offered on side wall；First mounting rack stands on the input on ground and close to cylinder
End, the drop guide funnel being fixed with immediately below elevator output end on the first mounting rack, drop guide funnel bottom are fixed and are connected
It is connected with passage, two second switching mechanisms are installed on passage, input hole can be located at immediately below passage, pacify on cylinder
Equipped with two first switching mechanisms being located at input hole, two first switching mechanisms are used for being opened and closed input hole, the second switching mechanism
In the bottom end of opening and closing passage, driving mechanism is installed on the first mounting rack, driving mechanism can open simultaneously passage and defeated
Enter hole, can also simultaneously close off passage and input hole.
2. the input unit according to claim 1 for using ball mill for organic chemical fertilizer production, which is characterized in that every 1 the
One switching mechanism includes：First opening and closing block, the first guide rod, third spring, the first guide cylinder, corner block, the second guide rod,
Second guide cylinder, the 4th spring and fixed block, fixed block be fixed on cylinder body outer wall and fixed block to have between input hole away from
From a fixed block is fixed with the second guide rod close to the side of another fixed block, and the second guide rod is far from the end of fixed block
It is cased with the second guide cylinder, the second guide cylinder can lead in the second guide rod and move down, and the second guide rod, which passes through, the 4th spring, the
Four spring one ends are fixed with fixed block, and the second guide cylinder is fixed with corner block far from one end of fixed block, and corner block is close to cylinder
Be fixed to one first guide cylinder one end on one side, the first guide cylinder other end is penetrated for first guide rod one end, the first guide rod
The other end is hinged on one first opening and closing block, and the first guide rod, which passes through, the 4th spring, the 4th spring one end and the first guide rod
Fixed, the 4th spring other end is fixed with the first guide cylinder；Drum surface is recessed to form two two arcs for being located at input hole two sides
First sliding groove, be equipped in the first sliding groove can the first sliding groove inner wall be oriented to lower slider first movement block, first
Movable block is fixed with the first opening and closing block being located at outside cylinder, and when input hole and passage face, the second guide rod is located at level side
Upwards and the first guide rod is located on vertical direction；
Driving mechanism includes：First cylinder, drivening piece, guide ring, annulus, the first extrusion and the second extrusion, guide ring
It is looped around outside passage, and guide ring moves in the vertical direction under the guiding of passage, guide ring bottom end is fixed with circular
Annulus outside passage, circle ring inner wall have distance between guide pipe outer wall, are fixed under passage in annulus bottom
The shape of first extrusion of side, the first extrusion is located at the big of the first extrusion for the small end of truncated cone and the first extrusion
End lower section, the first extrusion center offer material guide hole, and material guide hole is truncated cone, and the small end of material guide hole is located at material guide hole big end
Lower section, and the diameter of material guide hole big end is greater than the overall diameter of passage, and the be looped around outside passage is equipped in annulus
Two extrusions, the inner hole that the second extrusion is passed through for passage is extruded hole, and extruded hole is truncated cone, the small end position of extruded hole
In the lower section of extruded hole big end, the first cylinder is fixed on the first mounting rack, the telescopic direction of the first cylinder is vertical direction,
The piston rod of first cylinder is connected on the outer wall of annulus by drivening piece, extruding of the corner block close to the face of another corner block
Face, when the compressive plane of input hole and corner block each when passage face with the outer surface of the first extrusion it is tangent；
Every one second switching mechanism includes：Idler wheel, connecting rod, the second opening and closing block and the 5th spring, on passage bottom surface
Offer two second sliding grooves, two second sliding grooves are located at guide pipe orifice two sides, and every one second sliding groove not with guide
Pipe orifice connection, is provided with the second movable block in every one second sliding groove, and second moves under the second sliding groove inner wall guiding
Motion block can move in the horizontal direction, and the second sliding groove inner wall prevents the second movable block de- from upper and passage from vertical direction
From each connecting rod side wall is each attached on the second movable block, and connecting rod is fixed with the second opening and closing close to guide pipe orifice one end
Block, the connecting rod other end is equipped with can be relative to the idler wheel of connecting rod rotation, and idler wheel and extruded hole inner wall are tangent, and connecting rod, which passes through, to be had
The 5th spring between the second extrusion and passage, the 5th spring one end are fixed with connecting rod, the 5th spring other end
It is fixed with passage；
After the piston rod of the first cylinder retracts, two corner blocks are close to each other under the elastic force of the 4th spring and two first are opened and closed
Block closes input hole, and extruded hole small end and idler wheel are tangent in the second extrusion at this time, and two second opening and closing blocks close passage bottom end；
After the elongation of the first cylinder, the outer wall of the first extrusion squeezes the separation of two corner blocks and two first opening and closing blocks open input hole,
Extruded hole big end is tangent with idler wheel in second extrusion and two second opening and closing blocks open passage bottom end under the 5th spring force.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820263262.0U CN208098253U (en) | 2018-02-23 | 2018-02-23 | Input unit for organic chemical fertilizer production ball mill |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820263262.0U CN208098253U (en) | 2018-02-23 | 2018-02-23 | Input unit for organic chemical fertilizer production ball mill |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208098253U true CN208098253U (en) | 2018-11-16 |
Family
ID=64124550
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820263262.0U Expired - Fee Related CN208098253U (en) | 2018-02-23 | 2018-02-23 | Input unit for organic chemical fertilizer production ball mill |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208098253U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115109517A (en) * | 2022-06-23 | 2022-09-27 | 贵阳市政建设有限责任公司 | High-durability basement waterproof protective layer material and research and development device thereof |
-
2018
- 2018-02-23 CN CN201820263262.0U patent/CN208098253U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115109517A (en) * | 2022-06-23 | 2022-09-27 | 贵阳市政建设有限责任公司 | High-durability basement waterproof protective layer material and research and development device thereof |
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