CN205687948U - Automatic material-strewing device on enzymatic vessel - Google Patents
Automatic material-strewing device on enzymatic vessel Download PDFInfo
- Publication number
- CN205687948U CN205687948U CN201620592119.7U CN201620592119U CN205687948U CN 205687948 U CN205687948 U CN 205687948U CN 201620592119 U CN201620592119 U CN 201620592119U CN 205687948 U CN205687948 U CN 205687948U
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- enzymatic vessel
- box
- motor
- pulley
- top board
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Abstract
Automatic material-strewing device on a kind of enzymatic vessel, is to set feeding port, induction apparatus and band at enzymatic vessel top board to trigger vertical tube and first motor of band agitating device of switch.Enzymatic vessel inwall sets the slideway of provided with wheels, and the wheel carrier of wheel stretches out slideway and is connected with the crosspiece of band iron block, and crosspiece is connected with the support bar of band roller, and roller contacts with slideway outside top.Support bar is connected with the box of band spreading tank；The discharge nozzle of spreading tank sets the closing cap of band transverse axis；The steel wire rope of the transverse axis right-hand member with spring is connected with the lifting handle of telescoping switch through each pulley.Stretch into bottom band button in vertical tube and the vertical pivot of spring in enzymatic vessel with the lifting handle top contact stretching out box.The second motor above first motor is connected with enzymatic vessel outer wall through bracing frame；Swingle on second motor sets BMX (Bicycle Motocross), and the Magnet in BMX (Bicycle Motocross) is the most corresponding with the iron block in enzymatic vessel.Identity device on swingle is associated with induction apparatus.Each motor, triggering switch etc. are connected through the controller of wire with enzymatic vessel outer wall.
Description
Technical field
The present invention relates to a kind of material-strewing device, the automatic material-strewing device being specifically related on a kind of enzymatic vessel automatically.
Background technology
When throwing spreading powder toward enzymatic vessel is interior now, artificial throwing is much needed to spread；When agitating device stirs, people
Opening enzymatic vessel lid, hand-held spoon etc. throws spreading powder many times in enzymatic vessel, in order to make material powder spread more uniformly, sometimes also
Spreading powder is thrown in hands is stretched into enzymatic vessel；Thus there is potential safety hazard, and efficiency is low；Cause is that manual throwing is spread, so very
It is difficult to ensure that card material powder throwing sprinkles even, causes material powder mutually not merge with the water in enzymatic vessel and enzyme etc. well, thus shadow
Ring institute's converted products quality.
Summary of the invention
The purpose of the present invention: be for solving the problems referred to above and to provide the automatic material-strewing device on a kind of enzymatic vessel.
The technical solution adopted in the present invention is: the top board of described enzymatic vessel is provided with the first motor, this first motor
Axle is connected with the agitating device in enzymatic vessel inner chamber after being passed down through enzymatic vessel top board；The outer wall of enzymatic vessel is provided with charged
Line and the controller of switch, this controller is connected with described first motor through wire；
It is characterized in that: the top of described enzymatic vessel inwall is provided with a circle slideway, the sealing of this slideway upward, sets in this slideway
Having wheel, the wheel carrier of this wheel is connected with crosspiece after protruding upward slideway sealing, and this crosspiece top is provided with iron block, this iron block and enzyme
Solve and leave gap between the bottom surface of tank deck plate；Described crosspiece is connected with horizontal support bar, and this support bar is provided with a roller,
This roller contacts with the outside top of slideway, and the outside top of described slideway is wavy；Described support bar be bent angle shape i.e. by
Cross bar and vertical pole are constituted, and described cross bar is connected with described crosspiece, and described vertical pole is with the enclosed box in enzymatic vessel inner chamber even
Connect；Being provided with funnelform spreading tank with a lid in described box, the lid of this spreading tank flushes with box top board, this spreading tank
Bottom be discharge nozzle, this discharge nozzle is provided with the drainage screen of more than two-layer；Described box base plate is provided with discharging opening, this discharging
Mouth is the most corresponding with described discharge nozzle and is more than discharge nozzle；The closing that can move left and right it is provided with between discharge nozzle and discharging opening
Lid, this closing cap contacts with bottom discharge nozzle, leaves gap between this closing cap and box base plate, and this closing cap is provided with transverse axis,
This transverse axis is flexibly connected with transverse tube, and this transverse axis tail end i.e. right-hand member stretches out transverse tube；Described transverse tube is connected with box base plate through support；?
Spiral helicine first spring it is cased with, between leaving between this first spring and box base plate on transverse axis between closing cap and transverse tube
Gap；The right upper portion of described box is provided with the groove of U-shaped；It is provided with telescoping switch, the liter in this telescoping switch in described box
The top of fall handle is in described groove after protruding upward box, and described lifting handle is provided with connector, and this connector is in box
In son, one of this connector and steel wire rope is connected, the other end priority of this steel wire rope pass the first pulley, the second pulley, the
After three pulleys, the right-hand member with described transverse axis is connected；Described first pulley is higher than connector and the second pulley and the 3rd pulley, described
Second pulley is in the top of described transverse tube and the left side of the 3rd pulley and higher than the 3rd pulley, and described 3rd pulley is in described
Spacing also and is left between transverse axis right-hand member in the right side of transverse axis right-hand member；Described first pulley, the second pulley, the 3rd pulley through wheel carrier with
Box inwall connects；
Described enzymatic vessel top board is provided with vertical tube, and this vertical tube top is provided with sealing cap with holes, is provided with vertical pivot in this vertical tube, should
The top contact with the described lifting handle in enzymatic vessel after enzymatic vessel top board it is passed down through bottom vertical pivot；This vertical pivot top is upwards stretched
Going out the sealing cap on vertical tube top, this vertical pivot top is provided with button, and this vertical pivot is provided with gear cap, and this gear cap is more than on described sealing cap
Hole, this gear cap is higher than enzymatic vessel top board, the vertical pivot between described gear cap and enzymatic vessel top board is cased with spiral helicine second spring,
Described gear cap and the second spring are in vertical tube inner chamber；Described vertical tube top is provided with triggering switch, this triggering switch and described button
The most corresponding；
Described first motor be arranged over the second motor, this second motor is provided with bracing frame, this bracing frame and enzymatic vessel
Outer wall connect；The axle of described second motor is provided with swingle, this swingle and described first motor, bracing frame and button it
Between all leave gap, this swingle is connected with BMX (Bicycle Motocross), and the wheel of this BMX (Bicycle Motocross) contacts with the end face of enzymatic vessel top board；Described little
Wheel car is provided with Magnet, leaves gap between this Magnet and enzymatic vessel top board, and this Magnet is the most corresponding with described iron block；Described rotation
Bull stick is provided with identity device, and this identity device is associated with the induction apparatus being arranged on enzymatic vessel top board.
Described second motor, triggering switch, induction apparatus are connected with described controller through wire；Described box stirs described in being in
Mix the top of device；Described enzymatic vessel top board is provided with feeding port with a lid, and this feeding port is more than the lid of described spreading tank.
Beneficial effects of the present invention: because material powder one circle can be spread in enzymatic vessel by the present invention automatically equably, make these
Together with material powder can preferably merge with the water in enzymatic vessel and enzyme preparation, it is thus possible to better ensure that the quality of institute's converted products.
The present invention is easy to use, and efficiency is high；Health, safe and reliable.
Accompanying drawing explanation
Fig. 1 is present configuration principle schematic.
Fig. 2 is schematic top plan view of the present invention.
Detailed description of the invention
In conjunction with accompanying drawing, the present invention is further described.
As shown in Figure 1-2,1. first motors, 2. the second motor, 3. bracing frame, 4. swingle, 5. induction apparatus in figure, 6. spread
Batch can, 7. box, 8. trigger switch, 9. vertical pivot, 10. Magnet, 11. iron blocks, 12. crosspieces, 13. slideways, 14. lifting handles, 15. stretch
Contracting switch, 16. transverse axis, 17. transverse tubes, 18. closing caps, 19. enzymatic vessels, 20. vertical poles.
The top board of described enzymatic vessel 19 is provided with the first motor 1, and the axle of this first motor 1 is passed down through enzymatic vessel 19 top board
It is connected with the agitating device in enzymatic vessel 19 inner chamber afterwards；The outer wall of enzymatic vessel 19 is provided with the control of charged line and switch
Device, this controller is connected with described first motor 1 through wire；
The top of described enzymatic vessel 19 inwall is provided with a circle slideway 13, and the sealing of this slideway 13 upward, sets in this slideway 13
Having wheel, the wheel carrier of this wheel is connected with crosspiece 12 after protruding upward slideway 13 sealing, and this crosspiece 12 top is provided with iron block 11, should
Gap is left between the bottom surface of iron block 11 and enzymatic vessel 19 top board；Described crosspiece 12 is connected with horizontal support bar, this support
Bar is provided with a roller, and this roller contacts with the outside top of slideway 13, and the outside top of described slideway 13 is wavy；Described
Support bar is that bent angle shape is i.e. made up of cross bar and vertical pole 20, and described cross bar is connected with described crosspiece 12, described vertical pole 20 and enzymolysis
Enclosed box 7 in tank 19 inner chamber connects；Funnelform spreading tank 6 with a lid, this spreading tank it is provided with in described box 7
The lid of 6 flushes with box 7 top board, and the discharge nozzle of this spreading tank 6 is provided with the drainage screen of more than two-layer；Described box 7 base plate
Being provided with discharging opening, this discharging opening is the most corresponding with described discharge nozzle and is more than discharge nozzle；Set between discharge nozzle and discharging opening
Having the closing cap 18 that can move left and right, this closing cap 18 contacts with bottom discharge nozzle, stays between this closing cap 18 and box 7 base plate
Having gap, this closing cap 18 is provided with transverse axis 16, and this transverse axis 16 is flexibly connected with transverse tube 17, and this transverse axis 16 i.e. right-hand member of tail end stretches out horizontal stroke
Pipe 17；Described transverse tube 17 is connected with box 7 base plate through support；It is cased with spiral on transverse axis 16 between closing cap 18 and transverse tube 17
First spring of shape, leaves gap between this first spring and box 7 base plate；The right upper portion of described box 7 is provided with U-shaped
Groove；It is provided with telescoping switch 15, after the top of the lifting handle 14 in this telescoping switch 15 protrudes upward box 7 in described box 7
Being in described groove, described lifting handle 14 is provided with connector, and this connector is in box 7, this connector and steel wire rope
A connection, the other end of this steel wire rope successively through after the first pulley, the second pulley, the 3rd pulley with described transverse axis 16
Right-hand member connects；Described first pulley is higher than connector and the second pulley and the 3rd pulley, and described second pulley is in described transverse tube
The top of 17 and the left side of the 3rd pulley higher than the 3rd pulley, described 3rd pulley is in the right side of described transverse axis 16 right-hand member also
And leave spacing between transverse axis 16 right-hand member；Described first pulley, the second pulley, the 3rd pulley are connected with box 7 inwall through wheel carrier；
Described enzymatic vessel 19 top board is provided with vertical tube, and this vertical tube top is provided with sealing cap with holes, is provided with vertical pivot in this vertical tube
9, it is passed down through the top contact with the described lifting handle 14 in enzymatic vessel 19 after enzymatic vessel 19 top board bottom this vertical pivot 9；This erects
Axle 9 top protrudes upward the sealing cap on vertical tube top, and this vertical pivot 9 top is provided with button, and this vertical pivot 9 is provided with gear cap, and this gear cap is big
Hole on described sealing cap, this gear cap is higher than enzymatic vessel 19 top board, and the vertical pivot 9 between described gear cap and enzymatic vessel 19 top board overlaps
Spiral helicine second spring, described gear cap and the second spring is had to be in vertical tube inner chamber；Described vertical tube top is provided with triggering switch 8,
This triggering switch 8 is the most corresponding with described button；
Described first motor 1 be arranged over the second motor 2, this second motor 2 is provided with bracing frame 3, this bracing frame 3 and enzyme
The outer wall solving tank 19 connects；The axle of described second motor 2 is provided with swingle 4, this swingle 4 and described first motor 1,
All leaving gap between support 3 and button, this swingle 4 is connected with BMX (Bicycle Motocross), the wheel of this BMX (Bicycle Motocross) and enzymatic vessel 19 top board
End face contact；Described BMX (Bicycle Motocross) is provided with Magnet 10, leaves gap between this Magnet 10 and enzymatic vessel 19 top board, this Magnet 10
Corresponding with described iron block about 11；Described swingle 4 is provided with identity device, and this identity device is pushed up with being arranged on enzymatic vessel 19
Induction apparatus 5 on plate is associated.
Described second motor 2, triggering switch 8, induction apparatus 5 are connected with described controller through wire；Described box 7 is in institute
State the top of agitating device；Described enzymatic vessel 19 top board is provided with feeding port with a lid, and this feeding port is more than described spreading tank 6
Lid.
" outside of slideway " in " roller contacts with the outside top of slideway " refers to not be connected with enzymatic vessel 19 inwall
Side, and " inner side of slideway " is the side being connected with enzymatic vessel 19 inwall.
First motor 1, triggering switch 8, induction apparatus 5 are connected with controller through wire, these wires (width of available flat
Thin wire) be close to enzymatic vessel 19 top board (by 304 or 316L corrosion resistant plates make) end face, on these wires lay arc
304 rustless steel thin slices of shape, make BMX (Bicycle Motocross) can cross this rustless steel thin slice smoothly.Because Magnet 10 is to 304 or 316L corrosion resistant plates
And copper cash in wire is the most inoperative, so these wires and rustless steel thin slice and enzymatic vessel 19 top board do not interfere with little
The Magnet 10 on the wheel car suction to the iron block 11 below enzymatic vessel 19 top board；And Magnet 10 does not interferes with the conveying of these wires yet
Electric current etc..
Because the wheel in slideway 13 and crosspiece 12 and iron block 11 shift to install with box 7, iron block 11 then with Magnet 10
The most corresponding with BMX (Bicycle Motocross)；And the spreading tank 6 on box 7 is the most corresponding with the feeding port on enzymatic vessel 19 top board, so, work as people
Toward in spreading tank 6 during blowing powder, will not be affected by BMX (Bicycle Motocross), swingle 4.
Discharging opening on box 7 base plate is made trumpet-shaped by visual feelings, the top of this trumpet-shaped discharging opening and discharging
Pipe connects, and the leg of this trumpet-shaped discharging opening arranges a hole, not affect moving left and right of closing cap 18.Because of horn-like
The closure of discharging opening more preferable, beneficially sanitation and hygiene.
When to throw in material powder in enzymatic vessel 19, first take down lid and the spreading tank 6 of feeding port on enzymatic vessel 19 top board
Lid, institute's materials powder (1-2 jin) is put into spreading tank 6 entirely, and builds two above lid.Click on controller
" stirring " switch, the first motor 1 drives agitating device to start stirring.Meanwhile, the spreading time is set on the controller (such as 30 points
Clock, this time is the working time of the second motor 2), and click " spreading " switch on controller, now, the second motor 2
Also will not work；Again vertical pivot 9 is pressed, makes button on vertical pivot 9 top contact with triggering switch 8, trigger switch 8 open and
Under the effect of controller, the second motor 2 is started working and bar 4 is rotated and rotates；Swingle 4 then drives BMX (Bicycle Motocross) and steamboat
Strong magnet 10 on car detours, and Magnet 10 then drives iron block 11, crosspiece 12 and wheel to detour；Crosspiece 12 then drives support bar, rolling
Wheel detours with the spreading tank 6 etc. in box 7 and box 7.
After vertical pivot 9 is all pressed (under the effect of the second spring, vertical pivot 9 can be upspring again), lifting handle 14 quilt simultaneously
Vertical pivot 9 presses (lifting handle 14 top after being pressed is introduced in box 7, still locates in a groove), and telescoping switch 15 is the most automatic
Closing, lifting handle 14 is fastened.When lifting handle 14 declines, driving steel wire rope to decline, steel wire rope then drives transverse axis 16 and closing cap
18 move right, and after closing cap 18 is opened, the material powder in spreading tank 6 i.e. spreads out from discharge nozzle.Because discharge nozzle is provided with two-layer
Above drainage screen, so, material powder will not the most out, but significantly slower be spread out.Because roller is wavy
Slideway 13 moves on top, and adding upper support bar has certain elasticity, so box 7 and spreading tank 6 can rhythmically, by a small margin
Pitch, shake, make material powder will not block drainage screen, and energy is smooth and easy and more uniformly spreads out.
When vertical pivot 9 is all pressed (vertical pivot 9 bottom extends downwardly in the groove on the right side of box 7), trigger switch 8 and open,
Second motor 2 is rotated bar 4, BMX (Bicycle Motocross) and crosspiece 12, support bar and box 7 when running, because vertical pivot 9 is in groove,
Do not interfere with the operation of box 7；In addition people are quickly to bleed off button, vertical pivot 9 can quickly be upspring.It is round and smooth bottom vertical pivot 9
, when box 7 runs, bottom vertical pivot 9 and lifting handle 14 top also can smooth and easy separate.
When the second motor 2 was by presetting work 30 minutes, under the effect of controller, induction apparatus 5 energising is started working；
Now, when the identity device on swingle 4 is through induction apparatus 5, induction apparatus 5 i.e. transmits a signal to controller, and controller is i.e.
Second motor 2 is assigned instruction, and the second motor 2 i.e. quits work, and swingle 4, BMX (Bicycle Motocross), box 7 and spreading tank 6 etc. are simultaneously
Out of service, and spreading tank 6 now is just the most corresponding with the feeding port on enzymatic vessel 19 top board, in order to people will next time
Material powder puts into spreading tank 6.When quitting work because of the second motor 2, the axle of the second motor 2 has certain inertia when rotating, so,
Both induction apparatus 5 and identity device suitably shift to install, when making the second motor 2 quit work, swingle 4, BMX (Bicycle Motocross) and
Box 7, spreading tank 6 etc. can be parked in the position of setting.
After box 7, spreading tank 6 etc. are out of service, can again press vertical pivot 9, connect with lifting handle 14 top again bottom vertical pivot 9
Touching, lifting handle 14 is pressed by vertical pivot 9 again, and telescoping switch 15 i.e. automatically opens up, and lifting handle 14 is upspring, and drives steel wire
Rope rises；Meanwhile, under the effect of the first spring, transverse axis 16 and closing cap 18 are moved to the left, and closing cap 18 is again by discharge nozzle
Oral area block, when making people that material powder is put into spreading tank 6, material powder will not fall from discharge nozzle.
Because the material powder in spreading tank 6 is that a circle circle spreads the most equably in enzymatic vessel 19, therefore, these material powder can be more preferably
(along with being constantly sprinkled into of material powder, when water and material powder stir together with more uniformly merging with the water in enzymatic vessel 19 and enzyme preparation
Relatively thickness some time, under the effect of controller, As time goes on and automatically the second motor 2 can be gradually lowered rotating speed,
Swingle 4, BMX (Bicycle Motocross), Magnet 10 and iron block 11, roller, box 7 and spreading tank 6 etc. also can be gradually lowered the speed of service accordingly,
Making the pitching of box 7 and spreading tank 6, jitter amplitude the least, the material powder in spreading tank 6 also can more slowly spread out),
It is thus possible to better ensure that the quality of institute's converted products.
Various simple change, the remodeling made by those of ordinary skill in the art all would not depart from the scope of the present invention.
Claims (2)
1. the automatic material-strewing device on enzymatic vessel, is to be provided with the first motor on the top board of enzymatic vessel, this first motor
Axle is connected with the agitating device in enzymatic vessel inner chamber after being passed down through enzymatic vessel top board；The outer wall of enzymatic vessel is provided with charged
Line and the controller of switch, this controller is connected with described first motor through wire；
It is characterized in that: the top of described enzymatic vessel inwall is provided with a circle slideway, the sealing of this slideway upward, is provided with wheel in this slideway
Son, the wheel carrier of this wheel is connected with crosspiece after protruding upward slideway sealing, and this crosspiece top is provided with iron block, this iron block and enzymatic vessel
Gap is left between the bottom surface of top board；Described crosspiece is connected with horizontal support bar, and this support bar is provided with a roller, this rolling
Wheel contacts with the outside top of slideway, and the outside top of described slideway is wavy；Described support bar is that bent angle shape is i.e. by cross bar
Constituting with vertical pole, described cross bar is connected with described crosspiece, and described vertical pole is connected with the enclosed box in enzymatic vessel inner chamber；Institute
Being provided with funnelform spreading tank with a lid in stating box, the lid of this spreading tank flushes with box top board, under this spreading tank
Portion is discharge nozzle, and this discharge nozzle is provided with the drainage screen of more than two-layer；Described box base plate is provided with discharging opening, this discharging opening with
Described discharge nozzle is corresponding up and down and is more than discharge nozzle；The closing cap that can move left and right it is provided with between discharge nozzle and discharging opening, should
Closing cap contacts with bottom discharge nozzle, leaves gap between this closing cap and box base plate, and this closing cap is provided with transverse axis, this transverse axis
Being flexibly connected with transverse tube, this transverse axis tail end i.e. right-hand member stretches out transverse tube；Described transverse tube is connected with box base plate through support；At closing cap
And it is cased with spiral helicine first spring on the transverse axis between transverse tube, between this first spring and box base plate, leaves gap；Described
The right upper portion of box is provided with the groove of U-shaped；Be provided with telescoping switch in described box, in this telescoping switch lifting handle upper
Portion is in after protruding upward box in described groove, and described lifting handle is provided with connector, and this connector is in box, and this is even
One of fitting and steel wire rope is connected, the other end of this steel wire rope successively through after the first pulley, the second pulley, the 3rd pulley with
The right-hand member of described transverse axis connects；Described first pulley is higher than connector and the second pulley and the 3rd pulley, at described second pulley
Above described transverse tube and the 3rd pulley left side and be higher than the 3rd pulley, described 3rd pulley is in described transverse axis right-hand member
Spacing also and is left between transverse axis right-hand member in right side；Described first pulley, the second pulley, the 3rd pulley are through wheel carrier with box inwall even
Connect；
Described enzymatic vessel top board is provided with vertical tube, and this vertical tube top is provided with sealing cap with holes, is provided with vertical pivot in this vertical tube, this vertical pivot
Bottom is passed down through the top contact after enzymatic vessel top board with the described lifting handle in enzymatic vessel；This vertical pivot top protrudes upward perpendicular
Sealing cap on pipe top, this vertical pivot top is provided with button, and this vertical pivot is provided with gear cap, and this gear cap, should more than the hole on described sealing cap
Gear cap, higher than enzymatic vessel top board, the vertical pivot between described gear cap and enzymatic vessel top board is cased with spiral helicine second spring, described
Gear cap and the second spring are in vertical tube inner chamber；Described vertical tube top is provided with triggering switch, and this triggering switch is upper and lower with described button
Corresponding；
Described first motor be arranged over the second motor, this second motor is provided with bracing frame, outside this bracing frame and enzymatic vessel
Wall connects；The axle of described second motor is provided with swingle, this swingle and described first motor, between bracing frame and button all
Leaving gap, this swingle is connected with BMX (Bicycle Motocross), and the wheel of this BMX (Bicycle Motocross) contacts with the end face of enzymatic vessel top board；Described BMX (Bicycle Motocross)
Being provided with Magnet, leave gap between this Magnet and enzymatic vessel top board, this Magnet is the most corresponding with described iron block；Described swingle
Being provided with identity device, this identity device is associated with the induction apparatus being arranged on enzymatic vessel top board.
Automatic material-strewing device on a kind of enzymatic vessel the most according to claim 1, is characterized in that: described second motor, touch
Send out switch, induction apparatus is connected with described controller through wire；Described box is in the top of described agitating device；Described enzymatic vessel
Top board is provided with feeding port with a lid, and this feeding port is more than the lid of described spreading tank.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620592119.7U CN205687948U (en) | 2016-06-17 | 2016-06-17 | Automatic material-strewing device on enzymatic vessel |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620592119.7U CN205687948U (en) | 2016-06-17 | 2016-06-17 | Automatic material-strewing device on enzymatic vessel |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205687948U true CN205687948U (en) | 2016-11-16 |
Family
ID=57415142
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620592119.7U Withdrawn - After Issue CN205687948U (en) | 2016-06-17 | 2016-06-17 | Automatic material-strewing device on enzymatic vessel |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205687948U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105838601A (en) * | 2016-06-17 | 2016-08-10 | 宁波拜尔玛生物科技有限公司 | Automatic material spreading device on enzymolysis tank |
-
2016
- 2016-06-17 CN CN201620592119.7U patent/CN205687948U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105838601A (en) * | 2016-06-17 | 2016-08-10 | 宁波拜尔玛生物科技有限公司 | Automatic material spreading device on enzymolysis tank |
| CN105838601B (en) * | 2016-06-17 | 2017-12-08 | 宁波拜尔玛生物科技有限公司 | Automatic material-strewing device on enzymatic vessel |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20161116 Effective date of abandoning: 20171208 |