CN209188968U - A kind of adjustable sonicator of ultrasonic probe - Google Patents
A kind of adjustable sonicator of ultrasonic probe Download PDFInfo
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- CN209188968U CN209188968U CN201822066568.XU CN201822066568U CN209188968U CN 209188968 U CN209188968 U CN 209188968U CN 201822066568 U CN201822066568 U CN 201822066568U CN 209188968 U CN209188968 U CN 209188968U
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- ultrasonic probe
- sonicator
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- sliding block
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Abstract
The utility model relates to a kind of adjustable sonicators of ultrasonic probe, including sonicator ontology, position regulating device, a wide range of lifting device, micromatic setting and ultrasonic probe, position regulating device is installed in the sonicator ontology, the lower end of position regulating device is equipped with a wide range of lifting device, the lower end of a wide range of lifting device is equipped with micromatic setting, and the lower end of micromatic setting is equipped with ultrasonic probe.Ultrasonic probe needs into the water when the utility model can solve the work of existing sonicator, since beaker is not ajusted, ultrasonic probe is easy contact beaker inner wall, since the depth of water is different in beaker, the down position of ultrasonic probe is not easy to control, insertion is too deep to be not easily formed convection current, influences the problems such as crushing efficiency, the function of carrying out multi-faceted adjusting to ultrasonic probe may be implemented.
Description
Technical field
The utility model relates to sonicator field, in particular to a kind of adjustable ultrasonic disruption of ultrasonic probe
Instrument.
Background technique
Sonicator also known as ultrasonic-microwave synergic solvent extraction instrument, supersonic cell crack instrument, ultrasonic wave nano material powder
Broken machine, ultrasonic cell disruption instrument form some configured with sound proof box by supersonic generator and energy converter two large divisions.
When sonicator works, broken material is put into beaker, the ultrasonic probe of broken instrument is put into material
In, it is the time of interval that switch power supply setting time one, which is time one of vibration,.
But when having the following deficiencies: 1, ultrasonic probe into the water when the work of existing ultrasonic probe, since beaker does not have
It ajusts, ultrasonic probe is easy contact beaker inner wall；2, due in beaker the depth of water it is different, the down position of ultrasonic probe is not easily-controllable
System, insertion is too deep to be not easily formed convection current, influences crushing efficiency.
Utility model content
To solve the above-mentioned problems, the utility model provides a kind of adjustable sonicator of ultrasonic probe, can
Ultrasonic probe needs into the water when solving the work of existing sonicator, and since beaker is not ajusted, ultrasonic probe holds
Easily contact beaker inner wall, since the depth of water is different in beaker, the down position of ultrasonic probe is not easy to control, and insertion is too deep to be not easy shape
At convection current, the problems such as crushing efficiency are influenced, the function of carrying out multi-faceted adjusting to ultrasonic probe may be implemented, adjust ultrasonic probe
Orientation, avoid contact with beaker inner wall, the descending depth of two sections of control ultrasonic probes is accurate to adjust, and ultrasonic probe is avoided to be inserted into
It is too deep or excessively shallow, it is easy to operate.
To achieve the goals above, the utility model uses a kind of following technical scheme: adjustable ultrasound of ultrasonic probe
Wave is crushed instrument, including sonicator ontology, position regulating device, a wide range of lifting device, micromatic setting and ultrasonic probe,
Position regulating device is installed, the lower end of position regulating device is equipped with a wide range of lifting in the sonicator ontology
Device, the lower end of a wide range of lifting device are equipped with micromatic setting, and the lower end of micromatic setting is equipped with ultrasonic probe.
The position regulating device includes auxiliary electronic sliding block, moves frame, auxiliary motor, lead screw, moves block, auxiliary sliding block and auxiliary cunning
Slot.
Auxiliary electronic sliding block is mounted on the upper end of sonicator ontology, and shifting frame is provided on auxiliary electronic sliding block, moves on frame
Auxiliary motor is installed, lead screw is installed on the output shaft of auxiliary motor, the left end of lead screw is mounted on by bearing to be moved on frame, on lead screw
It is provided with shifting block, moves on block and auxiliary sliding block is installed, auxiliary sliding block is connected by way of being slidably matched with auxiliary sliding slot, auxiliary sliding slot installation
On moving frame.
When specific works, position regulating device drives a wide range of lifting device to carry out left and right, be moved forward and backward, it is ensured that ultrasound is visited
Head is not exposed to walls of beaker.
The a wide range of lifting device includes connecting plate, master cylinder, snap-gauge, sliding panel, block board and clamping mechanism, connecting plate
Left end snap-gauge is installed, card slot is provided on snap-gauge, the rear end of snap-gauge is evenly arranged with empty slot, and the lower end of connecting plate is equipped with master
The top of cylinder, master cylinder is mounted on sliding panel, and sliding panel is located in card slot, is equipped with block board by pin shaft in empty slot,
The rear end of snap-gauge is equipped with clamping mechanism, and when specific works, the position declined, a wide range of lifting device are needed according to ultrasonic probe
Declined on a large scale, clamping mechanism resists block board, and master cylinder drives sliding panel to be decreased until that sliding panel is against block board
On, a wide range of lifting device adjusts the depth of ultrasonic probe for the first time, easy to operate.
The micromatic setting include fixed frame, lifter plate, stable sliding block, stable sliding slot, rack gear, gear, shaft, rotating motor,
Two clasp frame and clasp mechanism.
Fixed frame is mounted on the lower end of sliding panel, and the right end of fixed frame is provided with open slot, and the left end of fixed frame is provided with
Work nest is equipped with stable sliding slot in open slot, and stable sliding slot is connected by way of being slidably matched with stable sliding block, and stable sliding block is mounted on
On lifter plate, the right end of lifter plate is equipped with rack gear, and gear is engaged on rack gear, and gear is mounted in shaft, the rear end of shaft
It is mounted on fixed frame by bearing, the front end of shaft is connected with the output shaft of rotating motor, and rotating motor is mounted on solid by pedestal
Determine on frame, the left end installation of lifter plate is equipped in work nest there are two frame is clasped and clasps mechanism.
When specific works, when fine tuning, rotating motor band moving gear is rotated, and gear band carry-over bar decline, lifter plate drives ultrasound
It pops one's head in into water to suitable position, clasps mechanism and clasp two and clasp frame, ultrasound probe position remains stationary, and micromatic setting is secondary
The accurate descending depth for adjusting ultrasonic probe avoids ultrasonic probe insertion too deep or excessively shallow, easy to operate.
Preferably, the clamping mechanism includes crosshead, connects electronic sliding block, displacement plate, buckles cylinder and resist wheel, is operated
The electronic sliding block of the company of being equipped on the inner wall of frame is even provided with displacement plate on electronic sliding block, button cylinder is equipped on displacement plate, detains gas
The top of cylinder, which is equipped with, resists wheel, and when specific works, even electronic sliding block drives button cylinder to drop to suitable position, detains cylinder band
It is dynamic to resist wheel and resist current block board, it is easy to operate.
Preferably, it is described clasp mechanism include slider box, telescopic cylinder, stripper plate, reset spring, two connecting columns and
Two respective panels, slider box are mounted on the left end of fixed frame, and telescopic cylinder, the top installation of telescopic cylinder are equipped in slider box
On stripper plate, the installation of the rear and front end of slider box is there are two connecting column, and connecting column is by way of being slidably matched and respective panels
It is connected, is connected with reset spring between respective panels and slider box, when specific works, telescopic cylinder drives stripper plate to move right,
Stripper plate squeezes out two respective panels, and two respective panels counter motions buckle into through-hole until round buckle block, easy to operate.
Preferably, the block board includes arc button and even spring, arc button are mounted in empty slot by pin shaft, arc
Spring is connected between button and snap-gauge, even spring plays the role of connection and reset, easy to operate.
Preferably, described clasp is evenly arranged with through-hole on frame.
Preferably, round buckle block is provided on the outer wall of the respective panels, and round buckle block is corresponding with through-hole.
First: when ultrasonic probe cannot contact beaker inner wall, it is left that position regulating device drives a wide range of lifting device to carry out
Right, back-and-forth motion, it is ensured that ultrasonic probe is not exposed to walls of beaker.
Step 2: ultrasonic probe drops to operating position, the position declined, a wide range of lifting dress are needed according to ultrasonic probe
It sets and is declined on a large scale, even electronic sliding block drives button cylinder to drop to suitable position, and button cylinder drive, which resists wheel and resists, works as
Preceding block board, master cylinder drive sliding panel to be decreased until that sliding panel is against on block board.
Step 3: carrying out depth fine tuning after dropping to certain distance, rotating motor band moving gear is rotated, under gear band carry-over bar
Drop, lifter plate drive ultrasonic probe to enter water to suitable position, and telescopic cylinder drives stripper plate to move right, and stripper plate squeezes out two
A respective panels, two respective panels counter motions buckle into through-hole until round buckle block, and ultrasound probe position remains stationary.
The utility model has the beneficial effects that:
1, ultrasonic probe needs into the water when the utility model can solve the work of existing sonicator, due to burning
Cup is not ajusted, and ultrasonic probe is easy contact beaker inner wall, and since the depth of water is different in beaker, the down position of ultrasonic probe is not easy
Control, insertion is too deep to be not easily formed convection current, influences the problems such as crushing efficiency, may be implemented to carry out multi-faceted tune to ultrasonic probe
The function of section adjusts the orientation of ultrasonic probe, avoids contact with beaker inner wall, the descending depth of two sections of control ultrasonic probes, accurately
It adjusts, avoids ultrasonic probe insertion too deep or excessively shallow, it is easy to operate；
2, the utility model is provided with position regulating device, and it is left that position regulating device drives a wide range of lifting device to carry out
Right, back-and-forth motion, it is ensured that ultrasonic probe is not exposed to walls of beaker；
3, the utility model is provided with a wide range of lifting device, and a wide range of lifting device adjusts the depth of ultrasonic probe for the first time
Degree, it is easy to operate；
4, the utility model is provided with micromatic setting, and the secondary accurate descending depth for adjusting ultrasonic probe of micromatic setting is kept away
It is too deep or excessively shallow to exempt from ultrasonic probe insertion, it is easy to operate.
Detailed description of the invention
The present invention will be further described with reference to the accompanying drawings and examples.
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the knot between the utility model sonicator ontology, position regulating device and a wide range of lifting device
Structure schematic diagram；
Fig. 3 is the structural schematic diagram of the utility model micromatic setting；
Fig. 4 is the structural schematic diagram that the utility model clasps mechanism；
Fig. 5 is the X of the utility model Fig. 2 to partial enlarged view.
Specific embodiment
In order to be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, under
Face combines and is specifically illustrating, and the utility model is further described.It should be noted that in the absence of conflict, in the application
Feature in embodiment and embodiment can be combined with each other.
As shown in Figures 1 to 5, the adjustable sonicator of a kind of ultrasonic probe, including sonicator ontology
1, position regulating device 2, a wide range of lifting device 3, micromatic setting 4 and ultrasonic probe 5, the sonicator ontology 1
Position regulating device 2 is inside installed, the lower end of position regulating device 2 is equipped with a wide range of lifting device 3, a wide range of lifting device
3 lower end is equipped with micromatic setting 4, and the lower end of micromatic setting 4 is equipped with ultrasonic probe 5.
The position regulating device 2 includes auxiliary electronic sliding block 21, moves frame 22, auxiliary motor 23, lead screw 24, move block 25, is auxiliary
Sliding block 26 and auxiliary sliding slot 27.
Auxiliary electronic sliding block 21 is mounted on the upper end of sonicator ontology 1, is provided on auxiliary electronic sliding block 21 and moves frame 22,
It moves on frame 22 and auxiliary motor 23 is installed, lead screw 24 is installed on the output shaft of auxiliary motor 23, the left end of lead screw 24 is pacified by bearing
It mounted in moving on frame 22, is provided on lead screw 24 and moves block 25, moved on block 25 and auxiliary sliding block 26 is installed, auxiliary sliding block 26 is by being slidably matched
Mode be connected with auxiliary sliding slot 27, auxiliary sliding slot 27 be mounted on move frame 22 on.
When specific works, position regulating device 2 drives a wide range of lifting device 3 to carry out left and right, be moved forward and backward, it is ensured that ultrasound
Probe 5 is not exposed to walls of beaker.
The a wide range of lifting device 3 includes connecting plate 31, master cylinder 32, snap-gauge 33, sliding panel 34, block board 35 and card
Position mechanism 36, the left end of connecting plate 31 are equipped with snap-gauge 33, card slot are provided on snap-gauge 33, and the rear end of snap-gauge 33 is uniformly arranged free
Slot, the lower end of connecting plate 31 are equipped with master cylinder 32, and the top of master cylinder 32 is mounted on sliding panel 34, and sliding panel 34 is located at card
In slot, block board 35 is equipped with by pin shaft in empty slot, the rear end of snap-gauge 33 is equipped with clamping mechanism 36, when specific works, root
The position declined is needed according to ultrasonic probe 5, a wide range of lifting device 3 is declined on a large scale, and clamping mechanism 36 is to block board 35
It resists, master cylinder 32 drives sliding panel 34 to be decreased until that sliding panel 34 is against on block board 35, and a wide range of lifting device 3 is adjusted for the first time
The depth of ultrasonic probe 5 is saved, it is easy to operate.
The micromatic setting 4 include fixed frame 41, lifter plate 42, stable sliding block 43, stable sliding slot 44, rack gear 45, gear 46,
Shaft 47, rotating motor 48, two clasp frame 49 and clasp mechanism 50.
Fixed frame 41 is mounted on the lower end of sliding panel 34, and the right end of fixed frame 41 is provided with open slot, a left side for fixed frame 41
End is provided with work nest, is equipped with stable sliding slot 44 in open slot, stable sliding slot 44 by way of being slidably matched with 43 phase of stable sliding block
Even, stable sliding block 43 is mounted on lifter plate 42, and the right end of lifter plate 42 is equipped with rack gear 45, and gear 46 is engaged on rack gear 45,
Gear 46 is mounted in shaft 47, and the rear end of shaft 47 is mounted on fixed frame 41 by bearing, the front end of shaft 47 and a turn electricity
The output shaft of machine 48 is connected, and rotating motor 48 is mounted on fixed frame 41 by pedestal, and there are two buttons for the left end installation of lifter plate 42
Firmly frame 49 are equipped in work nest and clasp mechanism 50.
When specific works, when fine tuning, rotating motor 48 is rotated with moving gear 46, and gear 46 declines with carry-over bar 45, lifter plate
42 drive ultrasonic probes 5 enter water to suitable position, clasp mechanism 50 and clasp two and clasp frame 49, the holding of 5 position of ultrasonic probe
Motionless, the micromatic setting 4 two times accurate descending depths for adjusting ultrasonic probe 5 avoid ultrasonic probe 5 from being inserted into too deep or excessively shallow,
It is easy to operate.
The clamping mechanism 36 includes crosshead 361, connects electronic sliding block 362, displacement plate 363, buckles cylinder 364 and resist
365 are taken turns, the electronic sliding block 362 of the company of being equipped on the inner wall of crosshead 361 is even provided with displacement plate 363, position on electronic sliding block 362
It moves on plate 363 and button cylinder 364 is installed, the top of button cylinder 364 is equipped with and resists wheel 365, when specific works, even electronic sliding block
362 drive button cylinder 364 to drop to suitable position, and the button drive of cylinder 364 resists wheel 365 and resists current block board 35, operates
Simply.
The mechanism 50 that clasps includes slider box 501, telescopic cylinder 502, stripper plate 503, reset spring 504, two
Connecting column 505 and two respective panels 506, slider box 501 are mounted on the left end of fixed frame 41, are equipped in slider box 501 flexible
Cylinder 502, the top of telescopic cylinder 502 are mounted on stripper plate 503, and there are two connections for the rear and front end installation of slider box 501
Column 505, connecting column 505 are connected by way of being slidably matched with respective panels 506, are connected between respective panels 506 and slider box 501
There is a reset spring 504, when specific works, telescopic cylinder 502 drives stripper plate 503 to move right, and stripper plate 503 squeezes out two
Respective panels 506, two 506 counter motions of respective panels buckle into through-hole until round buckle block, easy to operate.
The block board 35 includes arc button 351 and even spring 352, arc button 351 are mounted in empty slot by pin shaft,
Spring 352 is connected between arc button 351 and snap-gauge 33, even spring 352 plays the role of connection and reset, easy to operate.
Described clasping is evenly arranged with through-hole on frame 49.
Preferably, it is provided with round buckle block on the outer wall of the respective panels 506, and round buckle block is corresponding with through-hole.
First: when ultrasonic probe 5 cannot contact beaker inner wall, position regulating device 2 drives a wide range of lifting device 3 to carry out
Left and right is moved forward and backward, it is ensured that ultrasonic probe 5 is not exposed to walls of beaker.
Step 2: ultrasonic probe 5 drops to operating position, the position declined is needed according to ultrasonic probe 5, it is a wide range of to go up and down
Device 3 is declined on a large scale, and even electronic sliding block 362 drives button cylinder 364 to drop to suitable position, and button cylinder 364 drives
It resists wheel 365 and resists current block board 35, master cylinder 32 drives sliding panel 34 to be decreased until that sliding panel 34 is against block board 35
On.
Step 3: carrying out depth fine tuning after dropping to certain distance, rotating motor 48 is rotated with moving gear 46, and gear 46 drives
Rack gear 45 declines, and lifter plate 42 drives ultrasonic probe 5 to enter water to suitable position, and telescopic cylinder 502 drives stripper plate 503 to the right
Mobile, stripper plate 503 squeezes out two respective panels 506, and two 506 counter motions of respective panels buckle into through-hole until round buckle block, surpasses
5 position of sonic probe remains stationary.
The function of carrying out multi-faceted adjusting to ultrasonic probe 5 is realized, is solved super when the work of existing sonicator
Sonic probe 5 needs into the water, and since beaker is not ajusted, ultrasonic probe 5 is easy contact beaker inner wall, due to burning water in the cup
Deep different, the down position of ultrasonic probe 5 is not easy to control, and insertion is too deep to be not easily formed convection current, influences the problems such as crushing efficiency,
Purpose is reached.
The basic principles and main features and advantage of the utility model have been shown and described above.The technical staff of the industry
It should be appreciated that the present utility model is not limited to the above embodiments, the only explanation of the description in above embodiments and description
The principles of the present invention, on the premise of not departing from the spirit and scope of the utility model, the utility model also have various changes
Change and improve, these various changes and improvements fall within the scope of the claimed invention.The requires of the utility model protects model
It encloses and is defined by the appending claims and its equivalent thereof.
Claims (6)
1. a kind of adjustable sonicator of ultrasonic probe, including sonicator ontology (1), position regulating device
(2), a wide range of lifting device (3), micromatic setting (4) and ultrasonic probe (5), it is characterised in that: the sonicator
It being equipped with position regulating device (2) in ontology (1), the lower end of position regulating device (2) is equipped with a wide range of lifting device (3),
The lower end of a wide range of lifting device (3) is equipped with micromatic setting (4), and the lower end of micromatic setting (4) is equipped with ultrasonic probe (5)；
The position regulating device (2) includes auxiliary electronic sliding block (21), moves frame (22), auxiliary motor (23), lead screw (24), moves block
(25), auxiliary sliding block (26) and auxiliary sliding slot (27)；
Auxiliary electronic sliding block (21) is mounted on the upper end of sonicator ontology (1), is provided with shifting frame on auxiliary electronic sliding block (21)
(22), it moves on frame (22) and is equipped with auxiliary motor (23), be equipped on the output shaft of auxiliary motor (23) lead screw (24), lead screw (24)
Left end is mounted on by bearing and is moved on frame (22), is provided on lead screw (24) and is moved block (25), is moved on block (25) and is equipped with auxiliary sliding block
(26), auxiliary sliding block (26) is connected by way of being slidably matched with auxiliary sliding slot (27), and auxiliary sliding slot (27), which is mounted on, moves on frame (22)；
The a wide range of lifting device (3) includes connecting plate (31), master cylinder (32), snap-gauge (33), sliding panel (34), block board
(35) it is equipped with snap-gauge (33) with clamping mechanism (36), the left end of connecting plate (31), card slot, snap-gauge (33) is provided on snap-gauge (33)
Rear end be evenly arranged with empty slot, the lower end of connecting plate (31) is equipped with master cylinder (32), and the top of master cylinder (32) is mounted on cunning
On movable plate (34), sliding panel (34) is located in card slot, is equipped with block board (35) in empty slot by pin shaft, the rear end of snap-gauge (33)
Clamping mechanism (36) are installed；
The micromatic setting (4) includes fixed frame (41), lifter plate (42), stable sliding block (43), stable sliding slot (44), rack gear
(45), gear (46), shaft (47), rotating motor (48), two clasp frame (49) and clasp mechanism (50)；
Fixed frame (41) is mounted on the lower end of sliding panel (34), and the right end of fixed frame (41) is provided with open slot, fixed frame (41)
Left end be provided with work nest, be equipped in open slot stable sliding slot (44), stable sliding slot (44) by way of being slidably matched with it is steady
Sliding block (43) is connected, and stable sliding block (43) is mounted on lifter plate (42), and the right end of lifter plate (42) is equipped with rack gear (45), rack gear
(45) it is engaged on gear (46), gear (46) is mounted on shaft (47), and the rear end of shaft (47) is mounted on solid by bearing
Determine on frame (41), the front end of shaft (47) is connected with the output shaft of rotating motor (48), and rotating motor (48) is mounted on solid by pedestal
Determine on frame (41), the left end installation of lifter plate (42) is equipped in work nest there are two clasping frame (49) and clasps mechanism (50).
2. the adjustable sonicator of a kind of ultrasonic probe according to claim 1, it is characterised in that: the card
Position mechanism (36) includes crosshead (361), connects electronic sliding block (362), displacement plate (363), buckles cylinder (364) and resist wheel
(365), the electronic sliding block of the company of being equipped with (362) on the inner wall of crosshead (361) is even provided with displacement plate on electronic sliding block (362)
(363), button cylinder (364) is installed, the top of button cylinder (364), which is equipped with, resists wheel (365) on displacement plate (363).
3. the adjustable sonicator of a kind of ultrasonic probe according to claim 1, it is characterised in that: the button
Firmly mechanism (50) includes slider box (501), telescopic cylinder (502), stripper plate (503), reset spring (504), two connecting columns
(505) it is mounted on the left end of fixed frame (41), is equipped in slider box (501) with two respective panels (506), slider box (501)
Telescopic cylinder (502), the top of telescopic cylinder (502) are mounted on stripper plate (503), the rear and front end peace of slider box (501)
There are two connecting column (505), connecting columns (505) to be connected by way of being slidably matched with respective panels (506) for dress, respective panels
(506) it is connected between slider box (501) reset spring (504).
4. the adjustable sonicator of a kind of ultrasonic probe according to claim 1, it is characterised in that: the card
Position plate (35) includes arc button (351) and connects spring (352), and arc button (351) is mounted in empty slot by pin shaft, arc button
(351) it is connected between snap-gauge (33) spring (352).
5. the adjustable sonicator of a kind of ultrasonic probe according to claim 1, it is characterised in that: the button
Firmly through-hole is evenly arranged on frame (49).
6. the adjustable sonicator of a kind of ultrasonic probe according to claim 3, it is characterised in that: pair
It answers and is provided with round buckle block on the outer wall of plate (506), and round buckle block is corresponding with through-hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822066568.XU CN209188968U (en) | 2018-12-10 | 2018-12-10 | A kind of adjustable sonicator of ultrasonic probe |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822066568.XU CN209188968U (en) | 2018-12-10 | 2018-12-10 | A kind of adjustable sonicator of ultrasonic probe |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209188968U true CN209188968U (en) | 2019-08-02 |
Family
ID=67428484
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822066568.XU Active CN209188968U (en) | 2018-12-10 | 2018-12-10 | A kind of adjustable sonicator of ultrasonic probe |
Country Status (1)
| Country | Link |
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| CN (1) | CN209188968U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110646514A (en) * | 2019-09-18 | 2020-01-03 | 中国石油大学(北京) | Crude oil and LNG storage tank bottom plate detection experiment device based on ultrasonic wave |
| CN112642555A (en) * | 2021-01-05 | 2021-04-13 | 石家庄宣渠科技有限公司 | Underground stone crusher using sound wave vibration |
-
2018
- 2018-12-10 CN CN201822066568.XU patent/CN209188968U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110646514A (en) * | 2019-09-18 | 2020-01-03 | 中国石油大学(北京) | Crude oil and LNG storage tank bottom plate detection experiment device based on ultrasonic wave |
| CN112642555A (en) * | 2021-01-05 | 2021-04-13 | 石家庄宣渠科技有限公司 | Underground stone crusher using sound wave vibration |
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