CN206536728U - quartz sand powder synthetic plate press - Google Patents
quartz sand powder synthetic plate press Download PDFInfo
- Publication number
- CN206536728U CN206536728U CN201621085035.0U CN201621085035U CN206536728U CN 206536728 U CN206536728 U CN 206536728U CN 201621085035 U CN201621085035 U CN 201621085035U CN 206536728 U CN206536728 U CN 206536728U
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- China
- Prior art keywords
- power transmission
- transmission shaft
- motor
- pressure head
- quartz sand
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Abstract
The utility model discloses a kind of quartz sand powder synthetic plate press, including base, pressure head, vacuum frame, ram hydraulic device, shaking device and motor, wherein described pressure head is arranged on the upside of base, the vacuum frame connects frame oil cylinder, the shaking device is fixed on pressure head, the motor drives the shaking device, and motor is arranged in mounting seat, and mounting seat is separately positioned with pressure head；In quartz sand powder synthetic plate press of the present utility model, designed using electric machine external, prevent motor influences service life because of the vibrations of pressure head, and intermeshing synchromesh gear is set in shaking device, make all eccentric wheels on press while rising and falling, efficient exciting force effect is produced by the run-in synchronism band dynamic head of motor.
Description
Technical field
The utility model belongs to artificial quartz in lump industrial machine field, and in particular to a kind of quartz sand powder synthetic plate pressure
Machine.
Background technology
With the development of life, the material of furniture, annex are used as using stone material.Traditional technique productions stone skill furniture leads to
Often use natural stone material, reduction and the uncertainty of lithotome with resource, the cost more and more higher of furniture, exploitation
Difficulty and dangerous also more and more higher.And the usually used stone material produced of present stone skill furniture is as raw material next life
Production, the production of its stone material typically uses the sand or powder mixture glue of the artificial quartz in lump after crushing again by machinery
Jolt-squeeze shaping is carried out, and extracting vacuum in forming cavity discharges the air in emery dust end and the mixed material of glue.Make
The stone material that must produce is similar to be similar to lithotome, and more firm.But existing quartz is combined the nothing on the pressure head of press
By being 6 vibration motors, or 8 vibration motors, or the vibration motor of 2 rows is conspired to create, due to the difference of electric current arrival time
Different, the eccentric wheel work of vibration motor is asynchronous, causes pressure head to accomplish while rising and falling, forms the error and phase of vibration frequency
Mutually interference, does not have the effect of efficient exciting force.
Utility model content
The utility model proposes that the purpose is to provide a kind of efficient, high exciting to solve the problem of prior art is present
Power quartz sand powder synthetic plate press.
The technical solution of the utility model is：
A kind of quartz sand powder synthetic plate press, including base, pressure head, vacuum frame, ram hydraulic device, shaking device
And motor, wherein the pressure head is arranged on the upside of base, the vacuum frame connects frame oil cylinder, and the shaking device is fixed on
On pressure head, the motor drives shaking device, and motor is arranged in mounting seat, and mounting seat is separately positioned with pressure head.
In quartz sand powder synthetic plate press of the present utility model, designed using electric machine external, prevent motor because pressure head
Vibrations and influence service life, and in shaking device two row or even column power transmission shaft between it is intermeshing by setting
Synchromesh gear, makes all eccentric wheels on press while rising and falling, and efficient exciting force is produced by the run-in synchronism band dynamic head of motor
Effect.
Brief description of the drawings
Fig. 1 is the schematic diagram of the utility model specific embodiment one；
Fig. 2 is the schematic diagram of the shaking device of the utility model specific embodiment one；
Fig. 3 is the schematic diagram of the utility model specific embodiment together biographies moving axis；
Fig. 4 is the schematic diagram of the sectional view of the utility model synchronous gear box；
Fig. 5 is the schematic diagram of the utility model specific embodiment two；
Fig. 6 is the schematic diagram of the utility model specific embodiment three；
Wherein：
The pressure head of 1 base 2
The ram hydraulic device of 3 frame 4
The motor of 5 shaking device 6
The power transmission shaft of 7 gear shaft 8
9 eccentric wheels 10 shake conduction mechanism
The connecting shaft of 11 synchromesh gear 12
The universal joint of 13 first universal joint 14 second
The output shaft of 15 synchronous gear box 16
The driving wheel of 17 supporting plate 18
The frame oil cylinder of 19 driven pulley 20
21 drive coordination mechanisms.
Embodiment
Hereinafter, the utility model is described in detail with embodiment referring to the drawings：
As shown in Fig. 1 ~ 6, a kind of quartz sand powder synthetic plate press, including base 1, pressure head 2, vacuum frame 3, pressure head liquid
Pressure device 4, shaking device 5 and motor 6, wherein the pressure head 2 is arranged on the upside of base 1, the connection of the vacuum frame 3 frame oil
Cylinder 20, the shaking device 5 is fixed on pressure head 2, and the motor 6 drives the shaking device 5, it is characterised in that：Motor 6 is set
Put in mounting seat, mounting seat and pressure head 2 are separately positioned.
The shaking device 5 includes power transmission shaft 8, eccentric wheel 9, vibrations conduction mechanism 10 and the synchronous gear being arranged in pairs respectively
Wheel 11, wherein the eccentric wheel 9 is arranged on power transmission shaft 8, described vibrations one end of conduction mechanism 10 is driven by motor 6, the other end
Power transmission shaft 8 is connected, each pair of synchromesh gear 11 is intermeshed.
Described shaking device 5 is arranged in groups, and the shaking device 5 is included on two biographies moving axis 8, each column power transmission shaft 8
Multiple eccentric wheels 9 are arranged at intervals, each eccentric wheel 9 on synchronization same column power transmission shaft 8 is located at same angular relative to power transmission shaft 8
Degree, identical height；Each eccentric wheel 9 in same group of described shaking device 5 on two biographies moving axis 8 is located at respectively in synchronization
Symmetric position.Eccentric wheel 9 is accomplished by ensureing consistent with height relative to power transmission shaft angle when mounted on same column power transmission shaft 8,
Also to keep symmetrical between each pair when mounted with the eccentric wheel on the different lines power transmission shaft in group shaking device.
The described synchronization lifting of each eccentric wheel 9 vibrations.Eccentric wheel wants identical or symmetrical in the anglec of rotation of synchronization,
Its height should be also consistent, it is to avoid interfering with each other under eccentric wheel different motion state, it is ensured that between pressure head can produce height
Exciting force.
Synchromesh gear 11 is coaxially disposed on described power transmission shaft 8, it is each that synchronization is arranged on to intermeshing synchromesh gear 11
In gear-box 15, the synchronous gear box 15 is fixed on pressure head 2, power transmission shaft 8 and the synchromesh gear 11 in synchronous gear box 15
Connection, synchromesh gear 11 is fixed in synchronous gear box 15 by bearings.
Supporting plate 17 is further fixed on described pressure head 2, the supporting plate 17 is kept by bearing fixed conveyor axle 8
The vibrations of rising and falling of the synchronization of eccentric block 9 always in the rotation of whole power transmission shaft 8 and axle.
The vibrations conduction mechanism 10 includes being arranged on first universal joint 13 and the second universal joint 14 at the two ends of connecting shaft 12,
First universal joint 13 connects the output shaft 16 of motor 6, and second universal joint 14 connects power transmission shaft 8.
Described intermeshing synchromesh gear 11 is arranged in synchronous gear box 15, the tooth set in each synchromesh gear 11
Wheel shaft 7 passes the both sides of synchronous gear box 15, and synchronous gear box 15 is flexibly connected by bearings fixed gear shaft 7, gear shaft 7
One end connection vibrations conduction mechanism 10, the other end passes through drive coordination mechanism 21 and motor connection；The vibrations conduction mechanism
10 include being arranged on first universal joint 13 and the second universal joint 14 at the two ends of connecting shaft 12, and first universal joint 13 connects gear
The one end of axle 7, second universal joint 14 connects power transmission shaft 8.
Described drive coordination mechanism 21 includes being arranged on the driving wheel 18 of the output end of motor 6 and is arranged on gear shaft 7
Driven pulley 19, is connected between described driving wheel 18 and driven pulley 19 by belt.
The two ends of the same column power transmission shaft 8 set vibrations conduction mechanism 10 and motor 6 simultaneously.
Specific embodiment one：
A kind of quartz sand powder synthetic plate press, including base 1, pressure head 2, vacuum frame 3, ram hydraulic device 4, vibrations
Device 5 and motor 6, wherein the pressure head 2 is arranged on the upside of base 1, the connection frame of vacuum frame 3 oil cylinder 20, the shake
Dynamic device 5 is fixed on pressure head 2, and the motor 6 drives the shaking device 5, it is characterised in that：Motor 6 is arranged on mounting seat
On, mounting seat and pressure head 2 are separately positioned.
The shaking device 5 includes；Power transmission shaft 8, eccentric wheel 9, vibrations conduction mechanism 10 and the synchronization being arranged in pairs respectively
Gear 11, wherein the eccentric wheel 9 is arranged on power transmission shaft 8, described vibrations one end of conduction mechanism 10 is driven by motor 6, another
End connection power transmission shaft 8, each pair of synchromesh gear 11 is intermeshed.
Described shaking device 5 is arranged in groups, and the shaking device 5 is included on two biographies moving axis 8, each column power transmission shaft 8
Multiple eccentric wheels 9 are arranged at intervals, each eccentric wheel 9 on synchronization same column power transmission shaft 8 is located at same angular relative to power transmission shaft 8
Degree, identical height；Each eccentric wheel 9 in same group of described shaking device 5 on two biographies moving axis 8 is located at pair respectively in synchronization
Claim position.Eccentric wheel 9 is accomplished by ensureing consistent with height relative to power transmission shaft angle when mounted on same column power transmission shaft 8, together
The eccentric wheel on different lines power transmission shaft in group shaking device also will keep symmetrical between each pair when mounted.
The described synchronization lifting of each eccentric wheel 9 vibrations.Eccentric wheel wants identical or symmetrical in the anglec of rotation of synchronization,
Its height should be also consistent, it is to avoid interfering with each other under eccentric wheel different motion state, it is ensured that between pressure head can produce height
Swash town power.
Synchromesh gear 11 is coaxially disposed on described power transmission shaft 8, it is each that synchronization is arranged on to intermeshing synchromesh gear 11
In gear-box 15, the synchronous gear box 15 is fixed on pressure head 2, power transmission shaft 8 and the synchromesh gear 11 in synchronous gear box 15
Connection.
The vibrations conduction mechanism 10 includes being arranged on first universal joint 13 and the second universal joint 14 at the two ends of connecting shaft 12,
First universal joint 13 connects the output shaft 16 of motor 6, and second universal joint 14 connects power transmission shaft 8.
The two ends of the same column power transmission shaft 8 set vibrations conduction mechanism 10 and motor 6 simultaneously.The motor at power transmission shaft two ends leads to
Cross with the vibrations conduction mechanism each connected that to provide the rotation that power makes eccentric wheel for drive shaft more synchronous.
Ram hydraulic device, which is pressed downward pressing, in this specific embodiment sets synchromesh gear and eccentric wheel on head, power transmission shaft,
With to setting the synchronous gear box being fixed on pressure head outside intermeshing synchromesh gear, during eccentric wheel is synchronized with the movement
The exciting force of pressure head bob is realized, because the synchronous working of synchromesh gear makes all eccentric wheels of two row or even column simultaneously
Produce the effect of downward efficient exciting force.
Specific embodiment two：
A kind of quartz sand powder synthetic plate press, including base 1, pressure head 2, vacuum frame 3, ram hydraulic device 4, vibrations
Device 5 and motor 6, wherein the pressure head 2 is arranged on the upside of base 1, the connection frame of vacuum frame 3 oil cylinder 20, the shake
Dynamic device 5 is fixed on pressure head 2, and the motor 6 drives the shaking device 5, it is characterised in that：Motor 6 is arranged on mounting seat
On, mounting seat and pressure head 2 are separately positioned.
The shaking device 5 includes power transmission shaft 8, eccentric wheel 9, vibrations conduction mechanism 10 and the synchronous gear being arranged in pairs respectively
Wheel 11, wherein the eccentric wheel 9 is arranged on power transmission shaft 8, described vibrations one end of conduction mechanism 10 is driven by motor 6, the other end
Power transmission shaft 8 is connected, each pair of synchromesh gear 11 is intermeshed.
Described shaking device 5 is arranged in groups, and the shaking device 5 is included on two biographies moving axis 8, each column power transmission shaft 8
Multiple eccentric wheels 9 are arranged at intervals, each eccentric wheel 9 on synchronization same column power transmission shaft 8 is located at same angular relative to power transmission shaft 8
Degree, identical height；It is each on two biographies moving axis 8 in the identical same group of described shaking device 5 of angle when the eccentric wheel is installed
Eccentric wheel 9 is located at symmetric position respectively in synchronization.Eccentric wheel 9 is accomplished by ensureing relative when mounted on same column power transmission shaft 8
It is consistent with height in power transmission shaft angle, when mounted also will be with the eccentric wheel on the different lines power transmission shaft in group shaking device
Kept between each pair symmetrical.
The described synchronization lifting of each eccentric wheel 9 vibrations.Rotation of the eccentric wheel on corresponding power transmission shaft 8 in synchronization in groups
Gyration wants identical or symmetrical, and its height should be also consistent, it is to avoid interfering with each other under eccentric wheel different motion state, protects
Pressure head can produce Gao Ji towns power between card.
Synchromesh gear 11 is coaxially disposed on described power transmission shaft 8, it is each that synchronization is arranged on to intermeshing synchromesh gear 11
In gear-box 15, the synchronous gear box 15 is fixed on pressure head 2, power transmission shaft 8 and the synchromesh gear 11 in synchronous gear box 15
Connection.Synchromesh gear 11 is fixed on the inside of synchronous gear box 15 by bearings.
Supporting plate 17 is further fixed on described pressure head 2, the supporting plate 17 is fixed and supported power transmission shaft 8 by bearing.
The power transmission shaft 8 connects supporting plate 17, and is rotated by bearings.The supporting plate 17 by bearings fixed conveyor axle 8,
And play support connection rotation result.
The vibrations conduction mechanism 10 includes being arranged on first universal joint 13 and the second universal joint 14 at the two ends of connecting shaft 12,
First universal joint 13 connects the output shaft 16 of motor 6, and second universal joint 14 connects power transmission shaft 8.
The two ends of the same column power transmission shaft 8 set vibrations conduction mechanism 10 and motor 6 simultaneously.The motor at power transmission shaft two ends leads to
Cross with the vibrations conduction mechanism each connected that to provide the rotation that power makes eccentric wheel for drive shaft more synchronous.
Ram hydraulic device, which is pressed downward pressing on head, power transmission shaft, in this specific embodiment sets a synchromesh gear and multiple
Eccentric wheel, with to setting the synchronous gear box being fixed on pressure head outside intermeshing synchromesh gear, while on power transmission shaft also
Multiple supporting plates being fixed on pressure head are set, the quantity of synchromesh gear is reduced, fault rate is reduced, supporting plate can equally be played
Fixed and support effect, realizes the exciting force of pressure head bob, due to synchromesh gear during wobbler action
Synchronous working makes all eccentric wheels of two row or even column while producing the effect of the efficient exciting force of bob.
Specific embodiment three：
A kind of quartz sand powder synthetic plate press, including base 1, pressure head 2, vacuum frame 3, ram hydraulic device 4, vibrations
Device 5 and motor 6, wherein the pressure head 2 is arranged on the upside of base 1, the connection frame of vacuum frame 3 oil cylinder 20, the shake
Dynamic device 5 is fixed on pressure head 2, and the motor 6 drives the shaking device 5, it is characterised in that：Motor 6 is arranged on mounting seat
On, mounting seat and pressure head 2 are separately positioned.
The shaking device 5 includes power transmission shaft 8, eccentric wheel 9, vibrations conduction mechanism 10 and the synchronous gear being arranged in pairs respectively
Wheel 11, wherein the eccentric wheel 9 is arranged on power transmission shaft 8, described vibrations one end of conduction mechanism 10 is driven by motor 6, the other end
Power transmission shaft 8 is connected, each pair of synchromesh gear 11 is intermeshed.
Described shaking device 5 is arranged in groups, and the shaking device 5 is included on two biographies moving axis 8, each column power transmission shaft 8
Multiple eccentric wheels 9 are arranged at intervals, each eccentric wheel 9 on synchronization same column power transmission shaft 8 is located at same angular relative to power transmission shaft 8
Degree, identical height；It is described in detail each on two biographies moving axis 8 in the identical same group of described shaking device 5 of angle when eccentric wheel is installed
Eccentric wheel 9 is located at symmetric position respectively in synchronization.Eccentric wheel 9 is accomplished by ensureing relative when mounted on same column power transmission shaft 8
It is consistent with height in power transmission shaft angle, when mounted also will be with the eccentric wheel on the different lines power transmission shaft in group shaking device
Kept between each pair symmetrical.
The described synchronization lifting of each eccentric wheel 9 vibrations.Eccentric wheel wants identical or symmetrical in the anglec of rotation of synchronization,
Its height should be also consistent, it is to avoid interfering with each other under eccentric wheel different motion state, it is ensured that between pressure head can produce height
Swash town power.
Described intermeshing synchromesh gear 11 is arranged in synchronous gear box 15, the tooth set in each synchromesh gear 11
Wheel shaft 7 passes the both sides of synchronous gear box 15, and synchronous gear box 15 passes through bearings and fixed gear shaft 7, one end of gear shaft 7
Connection vibrations conduction mechanism 10, the other end passes through drive coordination mechanism 21 and motor connection；The vibrations conduction mechanism 10 includes
First universal joint 13 and the second universal joint 14 at the two ends of connecting shaft 12 are arranged on, first universal joint 13 connects gear shaft 7 one
End, second universal joint 14 connects power transmission shaft 8.
Described drive coordination mechanism 21 includes being arranged on the driving wheel 18 of the output end of motor 6 and is arranged on gear shaft 7
Driven pulley 19, is connected between described driving wheel 18 and driven pulley 19 by belt.
The two ends of the same column power transmission shaft 8 set vibrations conduction mechanism 10 and motor 6 simultaneously.The motor at power transmission shaft two ends leads to
Cross with the vibrations conduction mechanism each connected that to provide the rotation that power makes eccentric wheel for drive shaft more synchronous.
Ram hydraulic device is pressed downward pressing head in this specific embodiment, three or multiple supporting plates and in pressure head without
Driving wheel on the synchromesh gear and motor of fixed relationship, motor is by the driven pulley on belt drive synchromesh gear so as to drive
Shake conduction mechanism and vibrations cell operation, with to synchromesh gear intermeshing realize synchronous working, supporting plate is fixed on pressure
On head, the exciting force of pressure head bob is realized during wobbler action, because the synchronous working of synchromesh gear makes two
All eccentric wheels of row or even column produce the effect of downward efficient exciting force simultaneously.
Job step of the present utility model is：
1st, by the emery dust material mixing material such as quartz sand, silica flour, colorful quartz sands, glass fragment, eyeglass, with unsaturation tree
Fat, mill base, coupling agent, the mixed adhesive of curing agent.Into the emery dust compound with adhesive after stirring mixing.
2nd, stirring compound is placed on into laying in advance prevents in the release use paper of adhesion, and the mould with frame.
3rd, the mould for carrying compound is sent into quartz sand powder synthetic plate press, is placed on quartz sand powder synthetic plate
Above press base.
4th, quartz sand powder synthetic plate press is first shut off frame and quartz press base formation confined space.Then lead to
Vavuum pump is crossed, the frame and base, the air adsorption in pressure head space that place mould compound is clean.
5th, quartz sand powder synthetic plate press pressing push-down head pushes down the compound in mould, owns while starting on pressure head
Shaking device.
6th, the effect for being under vacuum conditions compacted quartz mixed material is reached through vibrations after a while.
In quartz sand powder synthetic plate press of the present utility model, designed using electric machine external, prevent motor because pressure head
Vibrations and influence service life, and intermeshing synchromesh gear is set in shaking device, makes all bias on press
Wheel is risen and fallen simultaneously, and efficient exciting force effect is produced by the run-in synchronism band dynamic head of motor.
Claims (10)
1. a kind of quartz sand powder synthetic plate press, including base（1）, pressure head（2）, vacuum frame（3）, ram hydraulic device
（4）, shaking device（5）And motor（6）, wherein the pressure head（2）It is arranged on base（1）Upside, the vacuum frame（3）Connection
Frame oil cylinder（20）, the shaking device（5）It is fixed on pressure head（2）On, the motor（6）Drive shaking device（5）, its feature
It is：Motor（6）It is arranged in mounting seat, mounting seat and pressure head（2）It is separately positioned.
2. quartz sand powder synthetic plate press according to claim 1, it is characterised in that：The shaking device（5）Including
The power transmission shaft being arranged in pairs respectively（8）, eccentric wheel（9）, vibrations conduction mechanism（10）And synchromesh gear（11）, wherein the bias
Wheel（9）It is arranged on power transmission shaft（8）On, the vibrations conduction mechanism（10）One end is by motor（6）Driving, other end connection power transmission shaft
（8）, each pair of synchromesh gear（11）Intermeshing.
3. quartz sand powder synthetic plate press according to claim 2, it is characterised in that：Described shaking device（5）Into
Group is set, the shaking device（5）Include two biographies moving axis（8）, each column power transmission shaft（8）It is upper to be arranged at intervals multiple eccentric wheels
（9）, in synchronization same column power transmission shaft（8）On each eccentric wheel（9）Relative to power transmission shaft（8）Positioned at equal angular, identical height
Degree；Same group of described shaking device（5）In two biographies moving axis（8）On each eccentric wheel（9）It is located at respectively in synchronization symmetrical
Position.
4. quartz sand powder synthetic plate press according to claim 3, it is characterised in that：Described each eccentric wheel（9）Together
Step lifting vibrations.
5. quartz sand powder synthetic plate press according to claim 4, it is characterised in that：Described power transmission shaft（8）It is upper same
Axle sets synchromesh gear（11）, it is each to intermeshing synchromesh gear（11）It is arranged on synchronous gear box（15）It is interior, the synchronization
Gear-box（15）It is fixed on pressure head（2）On, power transmission shaft（8）With synchronous gear box（15）Interior synchromesh gear connection, and by bearing branch
Support is rotated.
6. quartz sand powder synthetic plate press according to claim 5, it is characterised in that：Described pressure head（2）On it is also solid
Surely there is supporting plate（17）, the supporting plate（17）Pass through bearings fixed conveyor axle（8）, and play support connection rotation knot
Really.
7. the quartz sand powder synthetic plate press according to any one in claim 5 or 6, it is characterised in that：The shake
Dynamic conduction mechanism（10）Including being arranged on connecting shaft（12）First universal joint at two ends（13）With the second universal joint（14）, described
One universal joint（13）Connect motor（6）Output shaft（16）, second universal joint（14）Connect power transmission shaft（8）.
8. quartz sand powder synthetic plate press according to claim 4, it is characterised in that：Described intermeshing synchronization
Gear（11）It is arranged on synchronous gear box（15）It is interior, each synchromesh gear（11）The gear shaft of middle setting（7）Pass synchronous gear box
（15）Both sides, synchronous gear box（15）Pass through bearings and fixed gear shaft（7）, gear shaft（7）One end connection vibrations pass
Lead mechanism（10）, the other end passes through drive coordination mechanism（21）With motor connection；The vibrations conduction mechanism（10）Including setting
In connecting shaft（12）First universal joint at two ends（13）With the second universal joint（14）, first universal joint（13）Connect gear shaft
（7）One end, second universal joint（14）Connect power transmission shaft（8）.
9. quartz sand powder synthetic plate press according to claim 8, it is characterised in that：Described drive coordination mechanism
（21）Including being arranged on motor（6）The driving wheel of output end（18）Be arranged on gear shaft（7）Driven pulley（19）, described master
Driving wheel（18）And driven pulley（19）Between connected by belt.
10. the quartz sand powder synthetic plate press according to any one in claim 3 or 4 or 5 or 6 or 8 or 9, it is special
Levy and be：The same column power transmission shaft（8）Two ends simultaneously set vibrations conduction mechanism（10）And motor（6）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621085035.0U CN206536728U (en) | 2016-09-28 | 2016-09-28 | quartz sand powder synthetic plate press |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621085035.0U CN206536728U (en) | 2016-09-28 | 2016-09-28 | quartz sand powder synthetic plate press |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206536728U true CN206536728U (en) | 2017-10-03 |
Family
ID=59938149
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621085035.0U Expired - Fee Related CN206536728U (en) | 2016-09-28 | 2016-09-28 | quartz sand powder synthetic plate press |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206536728U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106273157A (en) * | 2016-09-28 | 2017-01-04 | 王新 | Quartz sand powder synthetic plate press |
-
2016
- 2016-09-28 CN CN201621085035.0U patent/CN206536728U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106273157A (en) * | 2016-09-28 | 2017-01-04 | 王新 | Quartz sand powder synthetic plate press |
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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: 20171003 Termination date: 20210928 |