CN206501350U - It is easy to the vulcanizer of regulation - Google Patents
It is easy to the vulcanizer of regulation Download PDFInfo
- Publication number
- CN206501350U CN206501350U CN201720125899.9U CN201720125899U CN206501350U CN 206501350 U CN206501350 U CN 206501350U CN 201720125899 U CN201720125899 U CN 201720125899U CN 206501350 U CN206501350 U CN 206501350U
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- Prior art keywords
- oil
- cover half
- hydraulic cylinder
- frame
- line
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Abstract
The utility model discloses a kind of vulcanizer for being easy to adjust, its drip irrigation device is, including frame, workbench is provided with frame, the slide rail moved towards along X-direction is provided with workbench, the traveling table that can be slid along is provided with slide rail, it is additionally provided with slide rail and is close to traveling table both sides and the fixed seat for fixing traveling table position, cover half is provided with traveling table, the gib block slided for cover half along Y direction, the fixing screws for being contradicted with cover half are provided with gib block, the dynamic model for open-close module is provided with cover half, cover half is with being provided with the die cavity for shaped article in dynamic model, liftable is provided with frame and for the glue injecting head toward injection in die cavity.
Description
Technical field
The utility model is related to auto parts machinery process equipment, more particularly to a kind of vulcanizer for being easy to adjust.
Background technology
, it is necessary to just fill rubber between multiple steel part during some auto parts machineries are in production and processing, make
Obtain the technical requirements that product disclosure satisfy that elasticity and structural strength.It is existing it is usual using vulcanizer to product carry out vulcanization processing,
Some steel part to be processed are placed on certain mold cavity, then recycle injecting head that the rubber of molten condition is injected
Enter, after the rubber of molten condition is cooled and shaped, then product final molding deviates from it out of mould.
Usual mould is all arranged on workbench by corresponding screw position and is fixed, and mould needs to be directed at sulphur
Below the glue injecting head of change machine, therefore, the mould for needing unified specification to produce when production is fixed, for mould
Hole position require it is relatively high, adaptability is narrow.
Utility model content
In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of vulcanizer for being easy to adjust,
The cover half of different size can be allowed more accurately to be fixed on below glue injecting head.
Above-mentioned technical purpose of the present utility model technical scheme is that：A kind of sulphur for being easy to adjust
It is provided with change machine, including frame, the frame on workbench, the workbench and is provided with the slide rail moved towards along X-direction, it is sliding
It is provided with the traveling table that can be slid along, the slide rail to be additionally provided with rail and is close to traveling table both sides and for fixing traveling table
It is provided with the fixed seat of position, the traveling table on cover half, the gib block slided for cover half along Y direction, the gib block
Be provided with the dynamic model being provided with the fixing screws for being contradicted with cover half, the cover half for open-close module, the cover half with
It is provided with dynamic model and liftable is provided with the die cavity for shaped article, the frame and for the injecting glue toward injection in die cavity
Head.
By above-mentioned technical proposal, cover half is fixed on traveling table by fixing screws, therefore can be by turning on fixation
Screw, allows cover half to do the motion of Y direction along gib block, then tightens fixing screws so that cover half is fixed on traveling table.
Traveling table can do the motion of X-direction with active and inactive mold along slide rail, and by adjusting the position i.e. adjustable of fixed seat
The position of platform.So cover half can be adjusted along X, Y-direction in glue injecting head bottom, while the fixation of cover half is that directly have solid
Determine screw and contradict fixation, the specification of itself to cover half is not also required.So, in the mould frame of varied specification
It can be fixed and mould installion precision is higher, can be adjusted to glue injecting head bottom.
The utility model is further arranged to：The slideway slid back and forth for workbench, the machine are provided with the frame
The first drive mechanism for driving workbench to move forward and backward is additionally provided with frame, the dynamic model upper side edge is provided with projection, institute
State Shelf External be provided with for drive projection lift the second drive mechanism
By above-mentioned technical proposal, traveling table can be moved forward and backward, and the second drive mechanism side drives dynamic model by projection
Lifting, and then realize the folding of cover half, dynamic model.When product is produced, workbench is pushed into cover half and dynamic model in frame
Portion, glue injecting head, which declines, causes rubber to be injected into die cavity, is molded the cover half completed, dynamic model and is pushed to outside by workbench, so
The second drive mechanism driving dynamic model is separated with cover half afterwards, and people conveniently can just take out the product of mold cavity, then
New steelwork is put into and carries out next Product processing.
The operation of work is carried out in Shelf External, using this equipment, and the operation carried out for people is only needed to new production
Product are put into die cavity, while the product processed is taken out into two operations, during processing, a workman can disposably grasp
Make two equipment to be produced simultaneously, production efficiency is higher.
The utility model is further arranged to：First drive mechanism includes the first hydraulic cylinder being fixed in frame,
First piston plate is provided with the first hydraulic cylinder, the company for connecting is provided between the first piston plate and workbench
Bar, the both sides of the first hydraulic cylinder, which are respectively connected with one, to be used to drive the reciprocating oil pipe road of first piston plate, described
First drive mechanism also includes being connected with to be provided with oil groove, the reversal valve commutated for oil circuit, the oil groove connecting with reversal valve
Be provided with the first oil-feed pump for oil-feed on the first in-line connect, first in-line, reversal valve and oil groove it
Between be provided with the first pressure relief pipe for pressure release, two oil pipe Lu Junyu reversal valves connections and reversal valve controls two respectively
Oil pipe road replaces oil-feed.
By above-mentioned technical proposal, the first in-line hold by the first oil-feed pump can toward the oil-feed of reversal valve direction, and
First pressure relief pipe can carry out draining to oil circuit in reversal valve, and it is logical to wherein one that reversal valve plays the first in-line of control
Oil pipe line oil-feed, the fluid that another oil pipe road can be carried out in draining, two oil pipe roads flows through switching and realized
Piston plate side-to-side movement is driven, and then passes through the reciprocating motion of connecting rod drive workbench.It can be carried using hydraulic oil for workbench
For the power of operating, Stability Analysis of Structures, effect is obvious.
The utility model is further arranged to：Choke valve is provided with first in-line.
By above-mentioned technical proposal, choke valve can adjust the flow velocity of the first in-line inner fluid, and the flow velocity of fluid enters
And the speed of movable workbench is controlled, like this, the mold weight carrying above workbench can be fitted when heavier
When allow oil flow to slow down, and then the pulling force provided is also larger, stable when pullling.When workbench mold weight bearing
When fewer, relieving choke valve that can be appropriate allows the shifting speed of workbench can be very fast.
The utility model is further arranged to：Overflow valve is provided with first in-line, the overflow valve is located at
Between first oil-feed pump and choke valve.
By above-mentioned technical proposal, the effect of overflow valve can protect the first oil-feed pump, exceed the defined limit when loading,
When internal pressure is excessive, overflow valve can allow inside to have extra fluid from overflow valve removal, carry out overload protection.
The utility model is further arranged to：Filtering is connected with one end being located in oil groove of first in-line
Device.
By above-mentioned technical proposal, filter, which can allow, hinders some iron filings, impurity in oil groove to enter the first oil-feed
In pipeline, cleannes of the increase oil circuit in cyclic process.
The utility model is further arranged to：Second drive mechanism includes second hydraulic cylinder, the second hydraulic cylinder
Interior set is connected with the second piston plate that is lifted along second hydraulic cylinder, the second piston plate for by the top of projection jack-up
The second in-line for oil-feed, the second pressure relief pipe for draining are connected with above bar, the second hydraulic cylinder, it is described
It is provided with second in-line on the second oil-feed pump for oil-feed, second pressure relief pipe and is provided with letting out for pressure release
Pressure valve, the one end of second in-line and the second pressure relief pipe is respectively positioned in oil groove.
By above-mentioned technical proposal, the second in-line be capable of continuation toward oil-feed in second hydraulic cylinder, and then drive
Second piston plate in second hydraulic cylinder carries out elevating movement, so as to drive the rising of push rod, relief valve can drive second to let out
The opening and closing on pressure pipe road.Second oil-feed pump stops oil-feed, and the oil liquid pressure opened in relief valve, second hydraulic cylinder is released, dynamic model
Can press push rod decline so that the fluid in second hydraulic cylinder is drawn off, at the same with the second drive mechanism and the first drive mechanism
Overall structure can be simplified by sharing an oil groove.So can be by being pushed up to the second oil-feed pump, the control of relief valve and then realization
The elevating control of bar.
The utility model is further arranged to：The end of the push rod, which is provided with to set on baffle plate, the baffle plate, supplies projection
The neck of inlay card.
By above-mentioned technical proposal, when projection is entrenched in neck, projection can keep relative stabilization, in dynamic model
During lifting, stress transmission is stable.And baffle arrangement can provide more projection installation site, push rod is allowed in driving
During disposably multiple projections can be exerted a force, dynamic model motion keeps stable, is difficult to rock.
The utility model is further arranged to：The dynamic model surface sets the hot-fluid that die cavity is flowed into for molten condition rubber
The cast gate of multiple connection hot flow paths and die cavity is additionally provided with road, the dynamic model.
By above-mentioned technical proposal, the rubber outpoured in glue injecting head passes through the flowing of hot flow path, can flow to each hot-fluid
Pouring for road is intraoral, and the cast gate of each position can allow rubber to be full of whole die cavity from all directions in die cavity.Rubber multiple spot enters
Structure can allow mold cavity rubber is full of it is more uniform, each edge can be flowed in die cavity, as far as possible
The uneven situation of rubber is produced in reduction.
The utility model is further arranged to：The fixed seat is fixed by screws on slide rail.
By above-mentioned technical proposal, the structure that fixed seat is fixed by screw is easy to the switching of fixed seat position, moves
When dynamic fixed seat, it is only necessary to turn on screw, then make it carry out sliding into specified location along slide rail, spiral shell is then tightened again
Nail can be fixed.
Brief description of the drawings
Fig. 1 is the structure chart of embodiment；
Fig. 2 is the front view of embodiment, the position of prominent glue injecting head；
Fig. 3 is the local structural graph of traveling table in embodiment；
Fig. 4 is the structure chart of the first drive mechanism and the second drive mechanism in embodiment.
Reference：1st, frame；11st, workbench；12nd, slideway；13rd, cover half；14th, dynamic model；15th, projection；16th, glue injecting head；
17th, hot flow path；18th, cast gate；21st, oil pipe road；22nd, reversal valve；23rd, the first in-line；24th, the first oil-feed pump；25th, first
Pressure relief pipe；26th, choke valve；27th, overflow valve；28th, filter；31st, first hydraulic cylinder；32nd, first piston plate；33rd, connecting rod；4、
Oil groove；51st, second hydraulic cylinder；52nd, second piston plate；53rd, push rod；54th, baffle plate；55th, neck；56th, the second in-line；57、
Second pressure relief pipe；58th, the second oil-feed pump；59th, relief valve；61st, slide rail；62nd, traveling table；63rd, fixed seat；64th, gib block；
65th, fixing screws.
Embodiment
The utility model is described in further detail below in conjunction with accompanying drawing.
As shown in Figures 1 and 2, a kind of vulcanizer for being easy to adjust, including frame 1, the top of frame 1 is provided with an injecting glue
First 16, be connected with the rubber flow ipe for molten condition on glue injecting head 16, rubber melted in heater after by pump machine
It is transported on glue injecting head 16.Hydraulic cylinder is connected with glue injecting head 16, Driven by Hydraulic Cylinder glue injecting head 16 moves up and down.Set in frame 1
It is equipped with the mould being provided with workbench 11, workbench 11 for injecting products.
As shown in Figures 1 and 3, mould includes cover half 13 and dynamic model 14, and cover half 13, the outer wall of dynamic model 14 are cuboid
Shape.Cover half 13 is fixed on workbench 11, and dynamic model 14 is fastened on the upper surface of cover half 13.Projection is provided with the two side of dynamic model 14
15, projection 15 is cylindric and is fixed by screws on the side wall of dynamic model 14, can be by driving the lifting of projection 15 dynamic so as to drive
Mould 14 is lifted, and then realizes the opening and closing of mould.Cover half 13 in the side bonded to each other of dynamic model 14 with being provided with for formed product
Die cavity, cover half 13, the separation of dynamic model 14 can realize the opening of die cavity.The top of dynamic model 14 is provided with the heat of a rice font
Runner 17, glue injecting head 16 can be directed at the center of hot flow path 17, hot flow path 17 be internally provided with it is multiple connected with die cavity pour
Mouth 18, the rubber that glue injecting head 16 injects the molten condition come above spreads on hot flow path 17, is then entered by cast gate 18
To each position of mold cavity.
Workbench 11 is provided with two slide rails 61 of X axis above, and two slide rails 61 are in T shape, and engaging is set on slide rail 61
The traveling table 62 of rectangular shape is equipped with, traveling table 62 can enter line slip along slide rail 61.One is provided with each slide rail 61
Individual fixed seat 63, fixed seat 63 is embedded on slide rail 61, and each fixed seat 63 is fixed by screws in above slide rail 61.Two
Individual fixed seat 63 is clamped in the both sides of traveling table 62 respectively, the position for fixing traveling table 62.
The gib block 64 of two Y-axis trends is additionally provided with traveling table 62, gib block 64 is clamped in the both sides of traveling table 62, living
Dynamic platform 62 can do the slip of Y direction along gib block 64.Gib block 64 is provided with many fixing screws 65, fixed spiral shell above
Follow closely 65 one end to contradict with cover half 13, fixing screws 65 can drive cover half 13 to be fixed on above traveling table 62, in working motion
During be less prone to and rock.
As being provided with the slideway 12 for being stuck in the both sides of workbench 11 on Fig. 1 and the side wall of Fig. 3 frames 1, workbench 11 can edge
The slip of the level of slideway 12.Mobile work platform 11 after injecting glue is completed so that the tool of cover half 13 is transferred to outside frame 1.In frame 1
The first drive mechanism for driving workbench 11 to move forward and backward is provided with, the first driving drive mechanism includes being located at the bottom of frame 1
It is provided with the oil groove 4 in portion, oil groove 4 on first in-line 23, the first pressure relief pipe 25, the first in-line 23 and is provided with use
In the first oil-feed pump 24 of driving fluid flowing, the first oil-feed pump 24 is provided with the choke valve for adjusting oil flow above
26th, the overflow valve 27 for overload protection, overflow valve 27 is located between the first oil-feed pump 24 and choke valve 26.First in-line
23 ends are arranged on below the pasta of oil groove 4 and are provided with end in the filter 28 for filtering, filter 28 and are provided with
Screen pack, can hinder iron filings, impurity to enter in the first in-line 23.
As best shown in figs. 1 and 4, the first drive mechanism also includes is provided with first hydraulic cylinder 31, first hydraulic cylinder 31
Connecting rod 33 is connected with the first piston plate 32 that can be moved reciprocatingly, first piston plate 32, connecting rod 33 runs through first hydraulic cylinder 31,
The one end of connecting rod 33 is connected with workbench 11, and the motion of first piston plate 32 drives the fore-aft travel of workbench 11 by connecting rod 33.
The both sides of first hydraulic cylinder 31, which are respectively connected with one, to be used to drive the reciprocating oil pipe road of first piston plate 32
21, the wherein one time oil-feed in oil pipe road 21 of both sides, opposite side draining, and then drive the one-way movement of first piston plate 32.Two
Oil pipe road 21, the first in-line 23, the first pressure relief pipe 25 are connected with reversal valve 22, and reversal valve 22 is the electricity of two-position four-way
Magnetic reversal valve 22.Console controls the switch operating of reversal valve 22, and reversal valve 22 controls the first oil inlet pipe and wherein one logical oil
When pipeline 21 is connected, while another oil pipe road 21 is connected with the first pressure relief pipe 25, oil after reversal valve 22 switches
Road connection is then reverse, and the oil pipe road 21 being originally connected with the first oil inlet pipe is connected with the first pressure relief pipe 25, and original first lets out
What pressure pipe road 25 was connected is connected with the first oil inlet pipe.
The second drive mechanism for driving projection 15 to lift is additionally provided with outside frame 1, the second drive mechanism includes many
Individual second hydraulic cylinder 51, second hydraulic cylinder 51 is provided with for vertical reciprocating in being vertically arranged in second hydraulic cylinder 51
Push rod 53 is connected with second piston plate 52, second piston plate 52, push rod 53 runs through second hydraulic cylinder 51, and the top of push rod 53 is set
Have and the groove consistent with the outer contour shape of projection 15 is provided with a horizontal baffle plate 54, baffle plate 54, groove and projection 15
Correspond, projection 15 just inlay card in inside grooves.The quantity of baffle plate 54 is two, is separately positioned on the both sides of dynamic model 14.
Second drive mechanism also include the second in-line 56, the second pressure relief pipe 57, the one end of the second in-line 56 with
Oil groove 4 is connected, and the other end of the second in-line 56 is connected with the bottom of second hydraulic cylinder 51, is provided with the second in-line 56
Second oil-feed pump 58, the second oil-feed pump 58 drives fluid to enter the bottom of second hydraulic cylinder 51 to drive the second work from oil groove 4
Seben 52 rises with push rod 53.The bottom of second pressure relief pipe 57 connection second hydraulic cylinder 51 and oil groove 4, the second pressure relief pipe 57
Relief valve 59 is provided with above, and relief valve 59 is the switch valve of electromagnetic type, for controlling whether the second pressure relief pipe 57 turns on.
When stent 13 has, first cover half 13, dynamic model 14 can be placed on portable plate so that cover half 13 is along leading
To the activity of bar 64, while traveling table 62 can also be moved, mold alignment glue injecting head 16 is allowed, then turn fixing screws 65 so that fixed
Mould 13 is fixed on traveling table 62, fixes the position of fixed seat 63 again afterwards, allows traveling table 62 to keep fixation, completes the fixation of mould
Work.When more mold exchange, fixing screws 65 can be turned on, you can complete the dismounting of old mould, new mould is put
After putting on traveling table 62, the screw in fixed seat 63 is then turned on again, finally by above-mentioned stent 13 have in the way of pair
Mould is fixed, you can complete die change.
When product is produced, the second oil-feed pump 58 is started, and driving fluid is entered in second hydraulic cylinder 51, so as to drive
Dynamic push rod 53, baffle plate 54 rise so that dynamic model 14 is separated with cover half 13, and die cavity is opened, and reach the second oil-feed after specified altitude assignment
Pump 58 stops.Inner core can be put into mold cavity by operator, then open relief valve 59, dynamic model 14 is to baffle plate 54, top
Bar 53 produces pressure so that the fluid in second hydraulic cylinder 51 is discharged into oil groove 4, and then push rod 53, dynamic model 14 decline, dynamic model
14 complete matched moulds with cover half 13.
Then the first oil-feed pump 24 works, and the first oil inlet pipe drives the first hydraulic pressure toward the unilateral oil-feed of oil pipe road 21
First piston plate 32 in cylinder 31 is unidirectionally mobile, and first piston plate 32 drives workbench 11 to move by connecting rod 33, allows cover half 13
It is moved to dynamic model 14 in frame 1 until being aligned with glue injecting head 16.Glue injecting head 16 declines the injection molten condition toward in hot flow path 17
Under rubber, rubber is flowed into mold cavity by cast gate 18, and product is processed into completion.
After the injection of glue injecting head 16 is completed, the switching oil circuit of reversal valve 22, the work of the continuation of the first oil-feed pump 24 is entered
And the counter motion of first piston plate 32, the reverse outward movment of workbench 11, and then drive cover half 13 with dynamic model 14 inside frame 1
Transmission comes out.Finally, push rod 53 rises, and opens dynamic model 14 and cover half 13, and workman the product in die cavity can be taken out.
First drive mechanism, the second drive mechanism glue injecting head 16 can utilize intermittent programme-control by console
Each electric elements works in sequence, and operator only needs to station outside frame 1, and product is put into die cavity, then adding
The product that work is completed takes out, and an operator can operate two equipment simultaneously, and left-hand seat is easily worked efficiency high.
Described above is only exemplary embodiment of the present utility model, not for limitation protection model of the present utility model
Enclose, protection domain of the present utility model is determined by appended claim.
Claims (10)
1. a kind of vulcanizer for being easy to adjust, it is characterized in that：Including frame (1), workbench is provided with the frame (1)
(11), it is provided with the workbench (11) on the slide rail (61) moved towards along X-direction, slide rail (61) and is provided with and can slide along
Traveling table (62), be additionally provided with the slide rail (61) and be close to traveling table (62) both sides and for fixing traveling table (62) position
Fixed seat (63), be provided with cover half (13), the gib block slided for cover half (13) along Y direction on the traveling table (62)
(64), it is provided with the fixing screws (65) for being contradicted with cover half (13), the cover half (13) and sets on the gib block (64)
The dynamic model (14) for open-close module, the cover half (13) and the interior die cavity being provided with for shaped article of dynamic model (14) are equipped with,
Liftable is provided with the frame (1) and for the glue injecting head (16) toward injection in die cavity.
2. the vulcanizer according to claim 1 for being easy to adjust, it is characterized in that：It is provided with the frame (1) and supplies work
Be additionally provided with the slideway (12) that platform (11) slides back and forth, the frame (1) for drive that workbench (11) moves forward and backward the
One drive mechanism, dynamic model (14) upper side edge is provided with outside projection (15), the frame (1) and is provided with for driving projection
(15) the second drive mechanism of lifting.
3. the vulcanizer according to claim 2 for being easy to adjust, it is characterized in that：First drive mechanism includes being fixed on
First piston plate (32) is provided with first hydraulic cylinder (31) in frame (1), the first hydraulic cylinder (31), described first lives
The connecting rod (33) for being used for being connected is provided between seben (32) and workbench (11), the both sides of the first hydraulic cylinder (31) are all connected with
There is one to be used to drive the reciprocating oil pipe road (21) of first piston plate (32), first drive mechanism also includes oil groove
(4) first for being provided with and being connected with reversal valve (22) is connected with, the reversal valve (22) commutated for oil circuit, the oil groove (4)
The first oil-feed pump (24) for oil-feed, reversal valve (22) are provided with in-line (23), first in-line (23)
Be provided with the first pressure relief pipe (25) for pressure release between oil groove (4), two oil pipe roads (21) with reversal valve (22)
Connect and reversal valve (22) controls the alternately oil-feeds of two oil pipe roads (21) respectively.
4. the vulcanizer according to claim 3 for being easy to adjust, it is characterized in that：Set on first in-line (23)
There is choke valve (26).
5. vulcanizer according to claim 4, it is characterized in that：Overflow valve is provided with first in-line (23)
(27), the overflow valve (27) is located between the first oil-feed pump (24) and choke valve (26).
6. vulcanizer according to claim 3, it is characterized in that：First in-line (23) be located at oil groove (4) in
One end on be connected with filter (28).
7. vulcanizer according to claim 3, it is characterized in that：Second drive mechanism includes second hydraulic cylinder (51),
The second piston plate (52) lifted along second hydraulic cylinder (51), the second piston plate are set in the second hydraulic cylinder (51)
(52) it is connected with for by the push rod (53) of projection (15) jack-up, the second hydraulic cylinder (51) to be connected with for oil-feed above
The second in-line (56), the second pressure relief pipe (57) for draining, be provided with use on second in-line (56)
It is described in being provided with the relief valve (59) for pressure release on the second oil-feed pump (58) of oil-feed, second pressure relief pipe (57)
The one end of second in-line (56) and the second pressure relief pipe (57) is respectively positioned in oil groove (4).
8. vulcanizer according to claim 7, it is characterized in that：The end of the push rod (53) is provided with baffle plate (54), institute
State the neck (55) set on baffle plate (54) for projection (15) inlay card.
9. vulcanizer according to claim 7, it is characterized in that：Dynamic model (14) surface, which is set, supplies molten condition rubber flow
Enter and multiple connection hot flow paths (17) and the cast gate (18) of die cavity are additionally provided with the hot flow path (17) of die cavity, the dynamic model (14).
10. vulcanizer according to claim 1, it is characterized in that：The fixed seat (63) is fixed by screws in slide rail
(61) on.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720125899.9U CN206501350U (en) | 2017-02-10 | 2017-02-10 | It is easy to the vulcanizer of regulation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720125899.9U CN206501350U (en) | 2017-02-10 | 2017-02-10 | It is easy to the vulcanizer of regulation |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206501350U true CN206501350U (en) | 2017-09-19 |
Family
ID=59833339
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720125899.9U Expired - Fee Related CN206501350U (en) | 2017-02-10 | 2017-02-10 | It is easy to the vulcanizer of regulation |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206501350U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109092160A (en) * | 2018-08-09 | 2018-12-28 | 叶施施 | A kind of adjustable automatic oscillating uniform device for shaking up rate and dynamics |
-
2017
- 2017-02-10 CN CN201720125899.9U patent/CN206501350U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109092160A (en) * | 2018-08-09 | 2018-12-28 | 叶施施 | A kind of adjustable automatic oscillating uniform device for shaking up rate and dynamics |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170919 Termination date: 20200210 |