CN208005100U - Vibrate tray fixing device - Google Patents
Vibrate tray fixing device Download PDFInfo
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- CN208005100U CN208005100U CN201820279758.7U CN201820279758U CN208005100U CN 208005100 U CN208005100 U CN 208005100U CN 201820279758 U CN201820279758 U CN 201820279758U CN 208005100 U CN208005100 U CN 208005100U
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Abstract
The utility model provides a kind of vibration tray fixing device, including：One is provided with the pilot hole fixed structure of pilot hole；The one guiding axle fixing structure with guiding axis, guiding axis is fixed in pilot hole, guiding axis is fixedly connected on by a guiding axle fixing structure on vibrating disk, it is oriented to two symmetrical pins of setting in axle fixing structure to be located in the symmetrically arranged pin hole in guiding axis both sides, pin hole aperture is more than the diameter of pin；Symmetrically arranged even number support column is fixed below vibrating disk, each to support column bottom that a castor is arranged, for driving vibrating disk to move.Using the device, entire vibration tray fixing device is moved to equipment side, guiding axis is inserted into pilot hole so that vibrating disk and equipment interconnection success.Since the pin hole aperture of guiding axis both sides is more than the pin diameter being oriented on axle fixing structure, rapidly guiding axis can be inserted into pilot hole, making to remodel, it is more convenient, quick, accurate to position.
Description
Technical field
The utility model is related to vibrating disks to use field more particularly to a kind of vibration tray fixing device.
Background technology
Vibrating disk (Vibrator Bowl) is the auxiliary feeder equipment of a kind of automatic assembling or automatic processing machine, referred to as
Component feed device.It can in an orderly manner arrange various products and come out, and cooperation automatic assembly equipment assembles each position of product
Getting up becomes a complete product, or cooperation automatic processing machine completes the processing to workpiece.
It when therefore using vibrating disk, needs to be fixedly connected after vibrating disk and relevant equipment interconnection, to protect
In the conveying relevant device for demonstrate,proving raw material.
Existing traditional technical solution be when equipment and vibrating disk position to it is good after, equipment and vibrating disk directly use fixed plate
Connection, it is desirable to it when vibrating disk is remodeled, needs to dismantle fixed plate, then another set of vibrating disk is pulled through to position, it is right
Equipment is fixed with vibrating disk with fixed plate again behind good position.This technical disadvantages are to remodel to be required for dismantling spiral shell with spanner every time
Silk, then to position, then fix again, General Oscillation disk is more bulky, and with equipment to after good position not necessarily with
Equipment is parallel, therefore process is too cumbersome, and efficiency is too low, can spend a large amount of manpower and time so that time and manpower at
This increase.
Utility model content
The utility model provides a kind of vibration tray fixing device, for solving the above problems.
In order to achieve the above object, the utility model provides a kind of vibration tray fixing device, for vibrating disk to be fixed on
In equipment, including：
One pilot hole fixed structure is fixed on said device, pilot hole is provided on the pilot hole fixed structure；
One is oriented to axle fixing structure, and there is guiding axis, the guiding axis to be fixed in the pilot hole, and the guiding axis is logical
It crosses a guiding axle fixing structure to be fixedly connected on vibrating disk, setting two symmetrical pins point in the guiding axle fixing structure
Wei Yu not be in the symmetrically arranged pin hole in guiding axis both sides, the pin hole aperture is more than the diameter of the pin；
Symmetrically arranged even number support column is fixed below the vibrating disk, each to support column bottom that a castor is arranged,
For driving the vibrating disk to move.
Preferably, fixing a guide sleeve in the pilot hole, the guide sleeve is to far from the guiding axle fixing structure
Side extend, the guiding axis be located at it is described be oriented to bore portion diameter be equal to the guide sleeve internal diameter, the guiding axis
It is more than the internal diameter of the guide sleeve close to the diameter of the side section for being oriented to axle fixing structure positioned at the pilot hole.
Preferably, having a U-shaped adjustment plate on the guiding axle fixing structure, there are two sides for the U-shaped adjustment plate tool
Plate, an and axis pin is arranged and runs through two side plates and guiding axis, makes the guiding axis be fixed between two side plates, two side plates it
Between two connection metallic plates of setting, the pin is located at connection metallic plate inside, each also sets on the connection metallic plate
Stop screw is set, guiding axis internally extends and end resists the guiding axis.
Preferably, having a fixed plate on the pilot hole fixed structure, the fixed plate length direction is from guiding
Hole fixed structure has one first plunger hole, the guiding axle fixing structure towards axle fixing structure is oriented in the fixed plate
Upper to have one to fix bottom plate, the fixed bed bolt is fixed on the vibrating disk side, and the fixed bottom plate is to the fixation
Plate extends an otic placode, setting the second plunger hole corresponding with first plunger hole on the otic placode, in first plunger hole
It is fixed with knob plunger, the knob plunger extends down into second plunger hole so that the fixed plate and the ear
Plate is fixedly connected.
Preferably, the direction for being parallel to the guiding axis is defined as transverse direction, perpendicular to the guiding axis and parallel
It is defined as longitudinal direction in the direction of the knob plunger, the guiding axle fixing structure further includes two adjustment plates, is respectively defined as
The first adjustment plate and second adjustment plate, the first adjustment plate is parallel to fixed bottom plate and provided with longitudinal kidney slot, described
The first adjustment plate is connect by the bolt in longitudinal kidney slot with the fixed bottom plate, and the second adjustment plate is L
Type, the second adjustment plate, which is parallel on the part of the first adjustment plate, is provided with lateral kidney slot, perpendicular to described first
The part of adjustment plate is fixedly connected with the U-shaped adjustment plate, and the second adjustment plate passes through in the lateral kidney slot
Bolt is connect with the first adjustment plate.
Preferably, being fixed with one first sleeve on the fixed bottom plate, first sleeve has internal thread, and sets
It sets the first bolt to screw in first sleeve, the length direction of first sleeve and first bolt is all longitudinal, institute
It states the first stud base to be fixedly connected with the first adjustment plate so that when first bolt rotates in first sleeve
The first adjustment plate is driven to vertically move.
Preferably, being fixed with second sleeve on the second adjustment plate, the second sleeve has internal thread, and sets
It sets the second bolt to screw in the second sleeve, the length direction of the second sleeve and second bolt is all laterally institute
It states the second stud base to be fixedly connected with the second adjustment plate so that when second bolt rotates in the second sleeve
Drive the second adjustment plate in transverse shifting.
Preferably, a side plate of the U-shaped adjustment plate is fixedly connected with the otic placode by the knob plunger.
Preferably, being fixed with adjustable plate on the side plate being fixedly connected with the otic placode, the adjustable plate is parallel to
The otic placode is provided with adjustable plate kidney slot on the adjustable plate, and the adjustable plate kidney slot length direction is transversely to the machine direction waist
Shape hole, the adjustable plate kidney slot are axially perpendicular to the adjustable plate, and the knob plunger screws in the tune on the adjustable plate
It saves in plate kidney slot.
Compared with prior art, the utility model has the beneficial effects that：
A kind of vibration tray fixing device provided by the utility model, for vibrating disk to be fixed on equipment, including：
One pilot hole fixed structure is fixed on said device, pilot hole is provided on the pilot hole fixed structure；
One is oriented to axle fixing structure, and there is guiding axis, the guiding axis to be fixed in the pilot hole, and the guiding axis is logical
It crosses a guiding axle fixing structure to be fixedly connected on vibrating disk, setting two symmetrical pins point in the guiding axle fixing structure
Wei Yu not be in the symmetrically arranged pin hole in guiding axis both sides, the pin hole aperture is more than the diameter of the pin；
Symmetrically arranged even number support column is fixed below the vibrating disk, each to support column bottom that a castor is arranged,
For driving the vibrating disk to move.
Using vibration tray fixing device provided by the utility model, first passes through and castor rolling is pushed to drive entire vibrating disk solid
Determine device and be moved to equipment side, then guiding axis is inserted into the pilot hole that is fixed in equipment so that vibrating disk with
Equipment interconnection success.And since the pin hole aperture of guiding axis both sides is more than the pin diameter being oriented on axle fixing structure, because
This pin hole has given the space of pin movement, that is to say, that guiding axis can be swung by a small margin, then can be fast
Fastly guiding axis is inserted into pilot hole, pilot hole fixed structure is then made into subsequent regular worker with axle fixing structure is oriented to again
Make, making to remodel, it is more convenient quick to position, and more accurate.
Description of the drawings
Fig. 1 and Fig. 2 is all vibration tray fixing device overall structure diagram provided by the utility model；
Fig. 3, Fig. 4 and Fig. 5 are pilot hole fixed structure provided by the utility model and guiding axle fixing structure schematic diagram；
Fig. 6 is the sectional view of Fig. 3；
Fig. 7 is guiding axis structural schematic diagram provided by the utility model；
Fig. 8 is fixed bottom plate provided by the utility model, the first adjustment plate, second adjustment plate structure schematic diagram.
In figure：100- pilot holes fixed structure, the first fixed plates of 110-, the second fixed plates of 120-, 130- thirds fixed plate,
The first plunger holes of 131-, 140- guide sleeves, 150- pilot holes, the 4th fixed plates of 160-, 170- knobs plunger, 200- guiding axis are solid
Determine structure, 210- guiding axis, 220-U types adjustment plate, 221- side plates, 222- adjustable plates, 2221- adjustable plates kidney slot, 223- pins
Axis, 224- connections metallic plate, 2241- pins, 230- fix bottom plate, 231- otic placodes, the second plunger holes of 2311-, 2312- otic placode waists
Shape hole, 240- the first adjustments plate, the longitudinal directions 241- kidney slot, the first bolts of 242-, the first sleeves of 243-, 244- the first adjustment parts
Plate, 2441- fixed-wings, 2442- grooves, 250- second adjustments plate, 251- transverse directions kidney slot, the second bolts of 252-, 253- second
Sleeve, 254- second adjustments part plate, the vertical kidney slots of 255-, 300- support columns, 310- castors, 400- vibrating disks.
Specific implementation mode
To keep the above objects, features, and advantages of the utility model more obvious and easy to understand, below in conjunction with the accompanying drawings to this
The specific implementation mode of utility model is described in detail.
Fig. 1 to Fig. 2 is please referred to, the utility model provides a kind of vibration tray fixing device, for vibrating disk to be fixed on
In equipment, including：
One pilot hole fixed structure 100, fixed be provided on said device, on the pilot hole fixed structure 100 are led
To hole 150；
One is oriented to axle fixing structure 200, and there is guiding axis 210, the guiding axis 210 to be fixed in the pilot hole 150,
The guiding axis 210 is fixedly connected on by a guiding axle fixing structure 200 on vibrating disk 400, the guiding axle fixing structure
Two symmetrical pins 2241 of setting are located in the symmetrically arranged pin hole in 210 both sides of the guiding axis in 200, the pin
Nail hole aperture is more than the diameter of the pin 2241；
Symmetrically arranged even number support column 300 is fixed on 400 lower section of the vibrating disk, and 300 bottom of each support column is set
A castor 310 is set, for driving the vibrating disk 400 to move.
Specifically, Fig. 1 to Fig. 5 is please referred to, pilot hole fixed structure 100 is made of four fixed plates, respectively by bolt
It is fixed on the first fixed plate 110 of equipment side, bolt is fixed in the first fixed plate 110 and connects 110 and of the first fixed plate
Third fixed plate 130 is to fix the second fixed plate 120 of third fixed plate 130, offer the third fixed plate of pilot hole 150
130, the 4th for being fixed in third fixed plate 130 and being fixedly connected by knob plunger 170 with guiding axle fixing structure 200
Fixed plate 160, wherein the second fixed plate 120 is triangle, a side is fixed in the first fixed plate 110, another side is fixed
In third fixed plate 130,130 plate face of third fixed plate is axially parallel to perpendicular to the first fixed plate 110, pilot hole 150
First fixed plate 110, in the entrance pilot hole 150 of guiding axis 210, in order to keep it to stablize in pilot hole 150, in pilot hole
Guide sleeve 140 is provided in 150.Fig. 6 is please referred to, which is sleeved in pilot hole 150, and the other end is to pilot hole
150 extend away from 200 side of guiding axle fixing structure, and its diameter of the part outside pilot hole 150 is all more than guiding
The diameter in hole 150, guiding axis 210 stretch into guide sleeve 140, and guiding axis 210 is to away from 200 direction of guiding axis fixed structure
The section diameter of extension is gradually reduced, and is located at pilot hole 150 towards 210 diameter of guiding axis for being oriented to 200 side of axle fixing structure
More than 140 internal diameter of guide sleeve, and and diameter stepped towards the direction for being oriented to axle fixing structure 200 reduces, until end
Portion is fixed between two side plates 221 of U-shaped adjustment plate 220.
4th fixed plate 160 is L-shaped, and shorter one section of bolt is fixed in third fixed plate 130, and longer one section is prolonged
It reaches on the otic placode 231 of fixed bottom plate 230, and the first plunger hole 131 is being opened up close to end, opened up on otic placode 231
Circular second plunger hole 2311 corresponding with the first plunger hole 131, has also opened up two otic placode kidney slots 2312 and has been divided into
Second plunger hole, 2311 both sides, the length direction of the otic placode kidney slot 2312 is perpendicular to fixed bottom plate 230.Please refer to Fig. 7, otic placode
231 are integrally fixed on fixed bottom plate 230 and are fixed guide axis 210 below 230 plate face of fixed bottom plate, otic placode 231
Mechanism is U-shaped adjustment plate 220, and there are two the side plate 221 being arranged above and below, the side plates 221 and otic placode of top for the U-shaped adjustment plate 220
It is an adjustable plate 222 between 231, which is integrally fixed on side plate 221, is two adjustable plate kidney slots on side plate 221
2221, the two adjustable plate kidney slots 2221 are axially parallel to otic placode kidney slot 2312, but length direction and otic placode kidney slot
2312 is vertical, after knob plunger 170 is inserted into the first plunger hole 131 in the 4th fixed plate 160, be inserted into the second plunger hole 2311 or
Person is inserted in one of otic placode kidney slot 2312 according to Specific construction angle, then proceedes to be inserted according to Specific construction angle
One adjustable plate kidney slot 2221, since knob plunger 170 can move in above-mentioned kidney slot, entire U-shaped adjustment plate
220 angles and positions on fixed bottom plate 230 can be adjusted.
Fig. 3 is please referred to 5 and 8, guiding axis fixed mechanism 200 is mainly fixed on vibrating disk by fixed 230 bolt of bottom plate
400 sides are provided with the first adjustment plate 240 that can be moved on fixed bottom plate 230, first on the fixation bottom plate 230
Be provided with the second adjustment plate 250 that can be moved on the first adjustment plate 240 in adjustment plate 240, second adjustment plate 250 with it is U-shaped
Adjustment plate 220 is fixedly connected, and the 220 fixed guiding axis 210 of one side of U-shaped adjustment plate, on the other hand by side plate 221
Adjustable plate 222 is fixedly connected with the 4th fixed plate 160 of otic placode 231, pilot hole fixed structure 100 by knob plunger 170.
The direction for being parallel to the guiding axis is defined as transverse direction, perpendicular to the guiding axis and is parallel to the knob
The direction of plunger is defined as longitudinal direction.
Several round holes are provided on fixed bottom plate 230, and on the first adjustment plate 240 in place of these round holes correspondence
Provided with longitudinal kidney slot 241, which is axially perpendicular to fixed bottom plate 230, length direction is parallel to fixed bottom
Plate 230, setting bolt pass through longitudinal kidney slot 241 to be fixed in the round hole on fixed bottom plate 230, and bolt can be in kidney slot
It is moved in 241, also allowing for the first adjustment plate 240 can move on fixed bottom plate 230.For controlling and adjusting the first adjustment
Plate 240 move structure be：Provided with a first adjustment part plate 244, both sides are fixed-wing 2441, two fixed-wings
It is groove 2442 between 2441, two fixed-wings 2441 is fixed on fixed bottom plate 230 respectively with two bolts, intermediate is recessed
Slot 2442 is provided with the first sleeve 243, which has internal thread, and the first sleeve is screwed in using the first bolt 242
243,242 one end of the first bolt is nut, and the other end is welded and fixed with the first adjustment plate 240, then at this time when hand rotates the first spiral shell
When bolt 242, then the first bolt 242 generates the movement towards or away from the first adjustment plate 240, to drive the first adjustment plate
240 movement.
Second adjustment plate 250 is that L-type is arranged by two orthogonal short slab integrated moldings on one of short slab
Lateral kidney slot 251, the transverse direction kidney slot 251 are axially parallel to longitudinal kidney slot 241, but length direction and longitudinal kidney slot
241 is vertical, the short slab and 240 fixed mode of the first adjustment plate and the first adjustment plate 240 and 230 fixed mode of fixed bottom plate
It is identical, and it is also provided with the structure of 250 movement of a control and adjustment second adjustment plate：Second adjustment part plate 254 is located at the
Second sleeve 253 in two adjustment part plates 254 and the second bolt 252 in second sleeve 253, control and adjustment
Mode is identical as 242 move mode of the first bolt on the first adjustment plate 240.
Preferably, another short slab of second adjustment plate 250 is fixedly connected with the bottom of U-shaped adjustment plate 220, on the short slab
Be also to be provided with vertical kidney slot 255, which is axially parallel to fixed bottom plate 230, length direction perpendicular to
Fixed bottom plate 230 passes through vertical kidney slot 255 and the round hole of the bottom plate of U-shaped adjustment plate 220 to fix so that U-shaped using bolt
Adjustment plate 220 can move on short slab in the length range of vertical kidney slot 255.
And the length direction of the first bolt 242 and the second bolt 252 is orthogonal, that is to say, that the first adjustment plate
240 moving direction and the moving direction of second adjustment plate 250 are mutually perpendicular to, in the present embodiment, on the first adjustment plate 240 is
Lower movement namely vertically moves, and second adjustment plate 250 is to move left and right namely transverse shifting, and U-shaped adjustment plate 220 can be
It moves in the length range of the vertical kidney slot 255 of paper, can indulged which ensures that U-shaped adjustment plate 220 is whole
To, laterally, adjust perpendicular to paper direction, to drive the guiding axis 210 being fixed in U-shaped adjustment plate 220 also can be
The adjustment movement of these three directions.
Preferably, guiding axis 210 uses elastic material, such as rubber, circular hole is provided in guiding axis 210, circular hole is axial
By the axial direction of guiding axis 210, and it is also provided with circular hole corresponding with circular hole on two side plates 221, uses axis pin 223
Circular hole on side plate 221 and guiding axis 210 is to make guiding axis 210 be fixed on two side plates 221.In two side plates
Be provided with two connection metallic plates 224 between 221, set up separately in 220 both sides of U-shaped adjustment plate, connection 224 plate face of metallic plate perpendicular to
Side plate 221, pin 2241 are located at perpendicular to connection metallic plate 224, pin 2241 in the pin hole that 210 both sides of guiding axis open up,
Since pin hole aperture is slightly larger than 2241 diameter of pin, such pin 2241 can have mobile space in pin hole, and
Coordinate guiding axis 210 made of elastic material so that guiding axis 210 has certain amplitude of fluctuation, being capable of soon alignment sleeve
Enter in the guide sleeve 140 in pilot hole 150.
Preferably, also setting up stop screw (not shown) on connection metallic plate 224, guiding axis 210 internally extends
And end resists the guiding axis 210, the unnecessary swing for preventing guiding axis 210 from generating radially.
Using vibration tray fixing device provided by the utility model, specific step is：
It first passes through castor 310 vibrating disk 400 is dragged near equipment, then according to the pilot hole fixed mechanism in equipment
The position of pilot hole 150 on 100, movement simultaneously adjust the first adjustment plate 240, second adjustment plate 250, U-shaped adjustment plate 220, so
Guiding axis 210 is inserted in guide sleeve 140 afterwards, knob plunger 170 is then sequentially inserted into the first plunger hole 131, on otic placode 231
The second plunger hole 2311 or one of otic placode kidney slot 2312, adjustable plate 222 on one of adjustable plate kidney slot
In 2221.If desired the vibrating disk 400 is replaced, then is extracted knob plunger 1701, guiding axis 210 is detached with guide sleeve 140, will
Another set of vibrating disk 400 is dragged near the equipment, and repeating above-mentioned action can be aligned and be connected and fixed.
In conclusion using vibration tray fixing device provided by the utility model, first passes through and castor 310 is pushed to roll drive
Entire vibration tray fixing device is moved to equipment side, then guiding axis 210 is inserted into the pilot hole 150 being fixed in equipment
It is interior, so that vibrating disk 400 and equipment interconnection success.And it is oriented to since the pin hole aperture of 210 both sides of guiding axis is more than
2241 diameter of pin on 210 fixed structure of axis, therefore pin hole has given the space of the movement of pin 2241, that is to say, that it is oriented to
Axis 210 can be swung by a small margin, then rapidly guiding axis 210 can be inserted into pilot hole 150, then again will
Pilot hole fixed structure 200 makees subsequent fixed work with axle fixing structure 100 is oriented to, and to make to remodel, positioning is more convenient
Quickly, and it is more accurate.
Obviously, it is new without departing from this practicality can to carry out utility model various modification and variations by those skilled in the art
The spirit and scope of type.If these modifications and variations of the present invention belong to the claims of the present invention and its equivalent technology
Within the scope of, then the utility model is also intended to including these modification and variations.
Claims (9)
1. a kind of vibration tray fixing device, for vibrating disk to be fixed on equipment, which is characterized in that including：
One pilot hole fixed structure is fixed on said device, pilot hole is provided on the pilot hole fixed structure；
One is oriented to axle fixing structure, there is guiding axis, the guiding axis to be fixed in the pilot hole, the guiding axis passes through one
It is oriented to axle fixing structure to be fixedly connected on vibrating disk, the symmetrical pin of setting two distinguishes position in the guiding axle fixing structure
In in the symmetrically arranged pin hole in guiding axis both sides, the pin hole aperture is more than the diameter of the pin；
Symmetrically arranged even number support column is fixed below the vibrating disk, each to support column bottom that a castor is arranged, and is used for
The vibrating disk is driven to move.
2. vibration tray fixing device as described in claim 1, which is characterized in that fix a guide sleeve, institute in the pilot hole
It states guide sleeve to far from the side for being oriented to axle fixing structure to extend, the guiding axis is located at the diameter for being oriented to bore portion
Equal to the internal diameter of the guide sleeve, the guiding axis is located at the pilot hole close to the side section for being oriented to axle fixing structure
Diameter be more than the guide sleeve internal diameter.
3. vibration tray fixing device as described in claim 1, which is characterized in that have a U on the guiding axle fixing structure
Type adjustment plate, there are two side plates for the U-shaped adjustment plate tool, and an axis pin is arranged and runs through two side plates and guiding axis, make described lead
Two connection metallic plates are set between being fixed on two side plates to axis, between two side plates, and it is golden that the pin is located at the connection
Belong on the inside of plate, stop screw is also provided on each connection metallic plate, guiding axis internally extends and end resists
The guiding axis.
4. vibration tray fixing device as claimed in claim 3, which is characterized in that have one to consolidate on the pilot hole fixed structure
Fixed board, the fixed plate length direction are to have in the fixed plate from pilot hole fixed structure towards axle fixing structure is oriented to
One first plunger hole has on the guiding axle fixing structure one to fix bottom plate, and the fixed bottom plate is bolted on institute
Vibrating disk side is stated, the fixed bottom plate extends an otic placode to the fixed plate, is provided with and first column on the otic placode
Corresponding second plunger hole of consent is fixed with knob plunger in first plunger hole, and the knob plunger extends down into
So that the fixed plate is fixedly connected with the otic placode in second plunger hole.
5. vibration tray fixing device as claimed in claim 4, which is characterized in that define the direction for being parallel to the guiding axis
For transverse direction, it is defined as longitudinal direction perpendicular to the guiding axis and the direction that is parallel to the knob plunger, the guiding axis is fixed
Structure further includes two adjustment plates, is respectively defined as the first adjustment plate and second adjustment plate, and the first adjustment plate is parallel to solid
Determine bottom plate and provided with longitudinal kidney slot, the first adjustment plate by bolt in longitudinal kidney slot with it is described
Fixed bottom plate connection, the second adjustment plate is L-type, and the second adjustment plate is parallel on the part of the first adjustment plate and sets
Lateral kidney slot has been set, has been fixedly connected with the U-shaped adjustment plate perpendicular to the part of the first adjustment plate, the second adjustment
Plate is connect by the bolt in the lateral kidney slot with the first adjustment plate.
6. vibration tray fixing device as claimed in claim 5, which is characterized in that be fixed with a first set on the fixed bottom plate
Cylinder, first sleeve have internal thread, and the first bolt is arranged and screws in first sleeve, first sleeve and institute
The length direction for stating the first bolt is all longitudinal, and first stud base is fixedly connected with the first adjustment plate so that institute
Stating when the first bolt rotates in first sleeve drives the first adjustment plate vertically moving.
7. vibration tray fixing device as claimed in claim 5, which is characterized in that be fixed with second set on the second adjustment plate
Cylinder, the second sleeve have internal thread, and the second bolt is arranged and screws in the second sleeve, the second sleeve and institute
The length direction for stating the second bolt is all that laterally, second stud base is fixedly connected with the second adjustment plate so that institute
Stating when the second bolt rotates in the second sleeve drives the second adjustment plate in transverse shifting.
8. vibration tray fixing device as claimed in claim 5, which is characterized in that a side plate of the U-shaped adjustment plate and institute
Otic placode is stated to be fixedly connected by the knob plunger.
9. vibration tray fixing device as claimed in claim 8, which is characterized in that the side plate being fixedly connected with the otic placode
On be fixed with adjustable plate, the adjustable plate is parallel to the otic placode, and adjustable plate kidney slot, the tune are provided on the adjustable plate
Section plate kidney slot length direction is transversely to the machine direction kidney slot, and the adjustable plate kidney slot is axially perpendicular to the adjustable plate, institute
Knob plunger is stated to screw in the adjustable plate kidney slot on the adjustable plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820279758.7U CN208005100U (en) | 2018-02-28 | 2018-02-28 | Vibrate tray fixing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820279758.7U CN208005100U (en) | 2018-02-28 | 2018-02-28 | Vibrate tray fixing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208005100U true CN208005100U (en) | 2018-10-26 |
Family
ID=63887862
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820279758.7U Active CN208005100U (en) | 2018-02-28 | 2018-02-28 | Vibrate tray fixing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208005100U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108262598A (en) * | 2018-02-28 | 2018-07-10 | 苏州逸美德科技有限公司 | Vibrate tray fixing device |
-
2018
- 2018-02-28 CN CN201820279758.7U patent/CN208005100U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108262598A (en) * | 2018-02-28 | 2018-07-10 | 苏州逸美德科技有限公司 | Vibrate tray fixing device |
| CN108262598B (en) * | 2018-02-28 | 2024-03-15 | 逸美德科技股份有限公司 | Vibration disk fixing device |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CP03 | Change of name, title or address | ||
| CP03 | Change of name, title or address |
Address after: 215000 Suzhou 15 industrial park, Jiangsu Patentee after: Yimei Technology Co., Ltd Address before: No. 15, shuanglouli Road, Suzhou Industrial Park, Jiangsu Province Patentee before: SUZHOU YIMEIDE TECHNOLOGY CO., LTD. |