CN209051961U - A kind of vibrating disk feed device - Google Patents
A kind of vibrating disk feed device Download PDFInfo
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- CN209051961U CN209051961U CN201821471676.9U CN201821471676U CN209051961U CN 209051961 U CN209051961 U CN 209051961U CN 201821471676 U CN201821471676 U CN 201821471676U CN 209051961 U CN209051961 U CN 209051961U
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- vibrating disk
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- frame
- disk ontology
- vibrating
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Abstract
The utility model discloses a kind of vibrating disk feed devices, it is related to vibration feeding field, including vibrating disk ontology, the inner wall of the vibrating disk ontology is fixedly connected with screw type upper tablet, noise-reduction frame is fixedly connected on the outside of the vibrating disk ontology, the upper end of the noise-reduction frame is higher than the upper end of vibrating disk ontology, the inner sidewall of the noise-reduction frame is fixedly connected with sound-absorbing sponge, cover frame is additionally provided on the upside of the noise-reduction frame, sound-absorbing sponge is fixedly connected on the inside of the cover frame, the position that the cover frame corresponds to vibrating disk ontology upper end offers sprue, the position of corresponding sprue is provided with the cover board that can open or close sprue on the outside of the cover frame.It solves in the prior art, the excessive problem of vibrating noise in the use process of vibrating disk, noise when having the advantages that can reduce vibrating disk work.
Description
Technical field
The utility model relates to arrive vibration feeding field, in particular to a kind of vibrating disk feed device.
Background technique
Vibrating disk is a kind of auxiliary feeder equipment of assembling or automatic processing machine automatically.It can be various products in an orderly manner
Arrangement comes out, and cooperation automatic assembly equipment assembles at each position of product as a complete product, or cooperation is certainly
Dynamic processing equipment completes the processing to workpiece.There is a impulse mgnet below vibrating disk hopper, hopper can be made to make vertical direction
Vibration drives hopper to rock vibration around its vertical axis by inclined spring leaf.Part in hopper, due to by it is this vibration and
Rise along helical orbit.It can be according to group by a series of screening of tracks or attitudes vibration, part during rising
The requirement of dress or processing is in unified state automatically into assembling or Working position.The purpose of its work is will be unordered by vibration
Workpiece automatic order align it is neat, be accurately transported to next procedure.
A kind of existing support frame 1 used for motor is fixedly connected vertically as shown in Figure 1, including bearing mounting plate 11
Vertical plate 12 in 11 two sides of bearing mounting plate.Two one end of vertical plate 12 far from bearing mounting plate 11 also tend to be located remotely from each other respectively
Side forms the connecting plate 13 perpendicular to 12 surface of vertical plate, offers mounting hole on connecting plate 13, is used for 13 bolt of connecting plate
It is connected on the stator of motor.To the shaft of rotor be made to be fed through axis after bearing is fixed on bearing mounting plate 11
Hold the bearing on mounting plate 11.Support frame 1 in producing this needs to make bearing mounting plate 11 far from vertical plate 12 to be easy to process
One side be arranged upward, can just make support frame 1 in bearing assembly line and bearing complete to install, thus in this way to realize branch
The positioning and blanking of support 1, support frame 1 use vibrating disk blanking.
It is existing to can refer to the Chinese invention patent that application publication number is CN107323967A, it discloses a kind of vibrating disk,
By the way that the discharging driving lever being laterally arranged is arranged on discharge port, the activity between driving lever and discharge port that discharges cooperates, and discharging driving lever includes
The first unloading position at the top of discharge port and the second unloading position positioned at discharge port bottom are realized from discharge hole for discharge
Retaining ring workpiece front discharging and reverse side discharging two states selection, the configuration of the present invention is simple, the operation is stable, using just
It is prompt.
Existing vibrating disk is similar with a kind of above-mentioned vibrating disk, but vibrates make an uproar in the use process of such vibrating disk at present
Sound is excessive, the strong influence health of construction personnel.
Utility model content
The purpose of the utility model is to provide a kind of vibrating disk feed device, there is noise when can reduce vibrating disk work
The advantages of.
The above-mentioned technical purpose of the utility model technical scheme is that,
The inner wall of a kind of vibrating disk feed device, including vibrating disk ontology, the vibrating disk ontology is fixedly connected with spiral
The upper tablet of formula, noise-reduction frame is fixedly connected on the outside of the vibrating disk ontology, and the upper end of the noise-reduction frame is higher than vibrating disk sheet
The upper end of body, the inner sidewall of the noise-reduction frame are fixedly connected with sound-absorbing sponge, are additionally provided with cover frame on the upside of the noise-reduction frame,
It is fixedly connected with sound-absorbing sponge on the inside of the cover frame, the position that the cover frame corresponds to vibrating disk ontology upper end offers material feeding
Mouthful, the position of corresponding sprue is provided with the cover board that can open or close sprue on the outside of the cover frame.
By using above scheme, when work, opens cover board and support frame is then injected into vibrating disk sheet from sprue
In vivo, then, sprue is closed, the noise so as to generate vibrating disk ontology in vibration passes through noise-reduction frame side wall and lid
Sound-absorbing sponge on the inside of grillage is absorbed, to greatly reduce the noise generated when vibrating disk work.
Preferably, the upper end of the vibrating disk ontology is connected with the commutation guide rail for extending vibrating disk ontology, the commutation
Noise-reduction frame is extended in the lower end of guide rail, and the position of the side wall correspondence commutation guide rail lower end of the noise-reduction frame offers discharge port and consolidates
Surely it is connected with tapping channel, the inner sidewall of the tapping channel is fixedly connected with sound-absorbing sponge.
Noise reduction can be extended convenient for the lower end of commutation guide rail by the tapping channel of setting by using above scheme
Frame completes blanking, and on the other hand can further be reduced by the sound-absorbing sponge being set in tapping channel from tapping channel
The noise spread out of at position, achievees the effect that noise reduction.
Preferably, the bottom surface of the cover board is fixedly connected with the sealing ring that can be connected to cover frame.
By using above scheme, by the sealing ring of setting can further sealing cover grillage and cover board, to subtract
Few noise is revealed between cover board and cover frame, improves noise reduction effect.
Preferably, the cover board is made of transparent material.
By using above scheme, operator can be made clear when vibrating disk works by the cover board of the transparent material of setting
The operation conditions of the material situation and vibrating disk observed in vibrating disk of Chu, consequently facilitating timely adding into vibrating disk
Add material.
Preferably, the side of the cover board is rotationally connected with cover frame, and its other side hasp is connected to cover frame.
By using above-mentioned technical proposal, it may be convenient to open cover board, when closing cover board, cover board and cover board can be made by having
Frame is fixedly secured.
Preferably, the cover frame is removably connected to noise-reduction frame.
By using above scheme, when discovery vibrating disk is led to the problem of, when needing to overhaul, directly cover frame can be beaten
It opens, to make noise-reduction frame in open setting, and then easily vibrating disk is overhauled.
Preferably, being provided with the vibrating base for driving vibrating disk ontology to vibrate, institute below the vibrating disk ontology
It states and is provided with buffering bottom plate below vibrating base, the upper surface for buffering bottom plate, which is provided with, can be connected to vibrating base lower surface
Buffering and sound-absorbing layer.
By using above scheme, pass through the buffering and sound-absorbing layer of setting, when can reduce vibrating base work, the vibration of generation
The noise that vibrating base and vibrating disk generate is moved and absorbs, to achieve the effect that buffer noise reduction.
Preferably, the noise-reduction frame is removably connected to buffering bottom plate.
By using above scheme, in use, can be convenient by noise-reduction frame it is complete with buffer plate after connect or dismantle, one
Aspect further reinforces noise reduction effect, on the other hand, makes in vibrating base damage, can directly dismantle noise-reduction frame, thus
Convenient for the maintenance of vibrating base.
To sum up, the utility model has the following beneficial effects:
1. when work, opening cover board and being then injected into support frame in vibrating disk ontology from sprue, then, note is closed
Material mouth, so as to make vibrating disk ontology pass through the sound-absorbing sea on the inside of noise-reduction frame side wall and cover frame in the noise that vibration generates
Silk floss is absorbed, to greatly reduce the noise generated when vibrating disk work；
2. can extend noise-reduction frame by the tapping channel of setting convenient for the lower end of commutation guide rail and complete blanking, and is another
On the one hand by the sound-absorbing sponge being set in tapping channel can further reduce from tapping channel position spread out of make an uproar
Sound achievees the effect that noise reduction；
3. when can reduce vibrating base work, the vibration of generation simultaneously absorbs vibration bottom by the buffering and sound-absorbing layer of setting
The noise that seat is generated with vibrating disk, to achieve the effect that buffer noise reduction.
Detailed description of the invention
Fig. 1 is the schematic diagram of support frame structure in background technique；
Fig. 2 is the integrally-built diagrammatic cross-section of vibrating disk in embodiment；
Fig. 3 is the schematic diagram that the first guide board structure is highlighted in embodiment；
Fig. 4 is the schematic diagram that the second guide board structure is highlighted in embodiment；
Fig. 5 is the schematic diagram that commutation guide rail structure is highlighted in embodiment；
Fig. 6 is the perspective view of the explosion that noise reduction mount structure is highlighted in embodiment；
Fig. 7 is the schematic diagram that cover frame structure is highlighted in embodiment.
In figure, 1, support frame；11, bearing mounting plate；12, vertical plate；13, connecting plate；2, vibrating disk ontology；21, upper tablet；
211, striker plate；22, feeding piece；221, the first guide plate；222, the first feeding plate；23, changeover portion；231, it is oriented to raised line；
232, the second feeding plate；24, the second guide plate；241, positioning convex strip；242, gap；25, commutate guide rail；251, the first limit steel
Item；252, the second limit steel bar；3, vibrating base；4, noise reduction box；41, bottom plate is buffered；411, buffering and sound-absorbing layer；42, noise-reduction frame；
421, tapping channel；43, cover frame；431, sprue；432, cover board；4321, sealing ring；44, sound-absorbing sponge.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.The wherein identical attached drawing of identical components
Label indicates.It should be noted that word "front", "rear" used in the following description, "left", "right", "up" and "down" refer to
It is the direction in attached drawing, word " ground " and " top surface ", "inner" and "outside" are referred respectively to towards or away from particular elements geometry
The direction at center.
Embodiment: a kind of vibrating disk feed device in conjunction with Fig. 2, including vibrating disk component and is set to vibrating disk component
The noise reduction components in outside, vibrating disk component include vibrating disk ontology 2 and the vibrating base 3 for being set to the lower section of vibrating disk ontology 2,
Noise reduction components include noise reduction box 4.
The upper surface of vibrating base 3 is fixedly connected with more reeds, and the upper end of more reeds is with the center of circle of vibrating disk ontology
Centered in a ring display be fixedly connected on the lower surface of vibrating disk ontology, reed is horizontal by 30 ~ 60 degree of angles, vibrating disk
The lower end of ontology 2 is also fixedly connected with vibrating motor.When work, vibrating motor can make hopper make vertical vibration, by inclining
Oblique reed drives vibrating disk ontology 2 to rock vibration feeding (being herein the prior art, be not drawn into figure) around its vertical axis.
In conjunction with Fig. 3 and Fig. 4, vibrating disk ontology 2 is cylindrical in shape, and the upper end opening is arranged, the inside setting of vibrating disk ontology 2
There is the upper tablet 21 of spiral formula, the outside of upper tablet 21 is fixedly connected with the side wall of vibrating disk ontology 2, under upper tablet 21
End is docked with the lower end of vibrating disk ontology 2, and the width of upper tablet 21 is slightly larger than the width of support frame 1.Upper tablet 21 is far from vibration
The track of one lateral edge feeding piece 21 of 2 side wall of disk ontology is fixedly connected with striker plate 211 vertically.When work, support frame 1 is placed
In in vibrating disk ontology 2, it is then turned on vibrating motor, at this time with the continuous vibration of vibrating disk ontology 2, in vibrating disk ontology 2
Support frame 1 will vibrate and transmit along upper tablet 21 automatically, to make support frame 1 along upper 21 spiral of tablet, and due to branch
The center of gravity of support 1 falls within the position of bearings plate 11, it is thus possible to make support frame 1 with the vibration holding shaft of vibrating disk ontology 2
It holds one side of the mounting plate 11 far from vertical plate 12 to abut with upper tablet 21, on the other hand, can be prevented by the striker plate 211 of setting
Support frame 1 along the vibration transmission of upper flitch 21 is fallen from upper tablet 21.
The position of corresponding upper 2 upper end of tablet of vibrating disk ontology 2 is additionally provided with spiralling feeding piece 22, feeding piece 22
Outside is fixedly connected with the side wall of vibrating disk ontology 2.The middle part of feeding piece 22 is fixedly connected with vertically to be set along 22 track of feeding piece
The first guide plate 221 set, the first guide plate 221 is close to the distance between one end of upper tablet 21 and 2 side wall of vibrating disk ontology
It is of same size with support frame 1, with being gradually increasing for feeding piece 22, between 2 side wall of the first guide plate 221 and vibrating disk ontology
Distance be gradually increased, and the length of the distance between 221 upper end of the first guide plate and 2 side wall of vibrating disk ontology and support frame 1
It is identical.Corresponding first guide plate 221 of feeding piece 22 also bends downward to form the first blanking far from the side of 2 side wall of vibrating disk ontology
Plate 222.With the vibration of vibrating disk ontology 2 when the support frame 1 transmitted on upper tablet 21 is sent to delivery sheet 22, along support frame 1
Length direction transmission support frame 1 be able to enter the feeding piece 22 between 2 side wall of the first guide plate 221 and vibrating disk ontology after
It resumes and send, and the feeding piece that not can enter between the support frame 1 between 2 side wall of the first guide plate 221 and vibrating disk ontology will be straight
It connects from the first feeding plate 222 and drops down onto vibrating disk ontology 2, again with 2 vibration feeding of vibrating disk ontology.
The position of corresponding first guide plate, 211 upper end of feeding piece 22 is provided with changeover portion 23, and the upper surface of changeover portion 23 is solid
Equipped with guiding raised line 231, lower end and the first guide plate 221 for being oriented to raised line 231 are close, guiding raised line 231 and vibrating disk ontology 2
Spacing between side wall is identical with the length of support frame 1.Changeover portion 23 is located at guiding raised line 231 far from 2 side wall of vibrating disk ontology
Side also bend downward to form the second feeding plate 232.The position of corresponding 23 upper end of changeover portion of feeding piece 22 is provided with second and leads
To plate 24, the side of corresponding second guide plate 24 of the side wall of vibrating disk ontology 2 is fixedly connected with positioning convex strip 241, positioning convex strip
241 height is identical as the height of vertical plate 12 of support frame 1, and the width of positioning convex strip 241 is slightly larger than the connecting plate of support frame 1
13 width.It is formed between second guide plate 24 and positioning convex strip 241 only between a cant board 12 of support frame 1 can be made to be inserted into
Gap 242.When work, enter the support frame 1 between the first guide plate 221 and vibrating disk side wall 2 along its length, in feeding piece 22
It when upper vibration transmits, can be gradually increased with the distance between the second guide plate 24 and vibrating disk side wall 2, and constantly adjust position
It sets, thus when the support frame 1 sent out from 221 upper end of the first guide plate being made to be sent to changeover portion 23, with the width of support frame 1
Vibration transmission is continued in direction, can be to along width during the vibration feeding of changeover portion 23 by setting guiding raised line 231
The support frame 1 of direction transmission carries out guide and limit, the transmission of frame 1 easy to support, then, when 1 edge of support frame on changeover portion 23
When width direction continues to be sent to the second guide plate 24, a cant board 12 of support frame 1 will be inserted in the second guide plate with transmission
The relaying of gap 242 between 24 and locating convex block 241, which resumes, to be sent, and fails the support frame 1 for continuing transmission with the second guide plate 24
The second feeding plate 232 will be dropped down into vibration, then by the second blanking, plate 232 quickly falls into vibrating disk ontology 2, follows again
Ring feeding.
In conjunction with Fig. 5, the position of 24 upper end of the second guide plate, which is provided with, to be fixedly connected on vibrating disk ontology 2 and is oriented to second
The commutation guide rail 25 that plate 24 docks, commutation guide rail 25 extend vibrating disk ontology 2, and its helically descending manner is surrounded on vibrating disk
The outside of ontology 2, commutation guide rail 25 include four guiding steel bars being parallel to each other, and guiding steel bar includes that can be connected to support frame
1 bearing mount 11 limits steel bar 251 close to the first of 12 side of vertical plate and can be connected to the bearing installation of support frame 1
Second limit steel bar 252 of the frame 11 far from 12 side of vertical plate, energy is also distinguished in the side that two first limit steel bars 251 are located remotely from each other
Enough abut the vertical plate 12 of support frame 1 side close to each other, the distance between two second limit steel bars 252 and two first limit steel
The distance between item 251 is identical.Two first limit steel bars 251 and two second limit steel bars 251 are also with the center for the guide rail 25 that commutates
Centered on overturn, thus make two first limit steel bars 251 and two second limit steel bars 252 between positions exchange.When work, with
Second guide plate 24 is sent to the support frame 1 of commutation guide rail 25, when transmitting on commutation guide rail 25, passes through two first limit steel bars
251 and two second limit steel bar 252 be connected to support frame 1 jointly, can make support frame 1 commutation guide rail 25 on complete limit,
And support frame 1 is made to complete overturning with two first limit steel bars 251 and the two second limit overturnings of steel bar 252, to make support frame 1
Surface of the bearing mounting plate 11 far from vertical plate 12 is arranged upward, to meet the needs of processing.
In conjunction with Fig. 6 and Fig. 7, noise reduction box 4 include the buffering bottom plate 41 for being set to the lower section of vibrating base 3, be vertically arranged at it is slow
It rushes the noise-reduction frame 42 of 41 top of bottom plate and is horizontally placed on the cover frame 43 of 42 upper end of noise-reduction frame.
The upper surface of buffering bottom plate 41 is installed with the buffering and sound-absorbing layer 411 that pe steeps continuous material, the upper table of buffering and sound-absorbing layer 411
Face is connected to the lower surface of vibrating chassis 3, and vibrating chassis 3 is bolted in buffering bottom plate 41.42 cross section of noise-reduction frame is in just
It is rectangular, and the lower end of the bolt of noise-reduction frame 42 is connected to buffering bottom plate 41, noise-reduction frame 42 is set to the outside of vibrating disk ontology 2, and
The upper end of noise-reduction frame 42 is also higher than the upper surface of vibrating disk ontology 2.The inside of noise-reduction frame 42 is fixedly connected with sound-absorbing sponge 44, drop
The position of corresponding commutation 25 lower end of guide rail of frame 42 of making an uproar offers discharge port, and the position that the outside of noise-reduction frame 42 corresponds to discharge port is fixed
There is tapping channel 421, the lower end that the inner sidewall of tapping channel 421 is fixedly connected with the commutation guide rail 25 of sound-absorbing sponge 44 is fed through out
Material mouth simultaneously extends tapping channel 421.
Cover frame 43 is bolted in the upper end of noise-reduction frame 42, and the lower surface of cover frame 43 is fixedly connected with sound-absorbing sponge
44.The position that the middle part of cover frame 43 corresponds to 2 top of vibrating disk ontology offers sprue 431, corresponding note above cover frame 431
The position of material mouth 431 is additionally provided with the cover board 432 of transparent material, and the side of cover board 432 is rotationally connected with cover frame 43, and cover board
432 other side hasp is connected to cover frame 43, to reduce outflow of the noise between cover board 432 and cover frame 43, cover board 432
Lower surface be also fixedly connected with the sealing ring 4321 of rubber material.In 2 operational process of vibrating disk ontology, pass through transparent material
Cover board 421 can make operator in vibrating disk ontology 2.When work, cover board 432 is opened, then, by support frame 1 from cover frame 43
Sprue 432 be injected into vibrating disk ontology 2, then, close cover board 432, be then turned on vibration component operation, pass through
Buffering and sound-absorbing layer 411 can reduce the vibration generated when vibrating base 3 works and absorb vibrating base 3 and the production of vibrating disk ontology 2
Raw noise, the sound-absorbing sponge 44 of 42 inner sidewall of noise-reduction frame and the sound-absorbing sponge 44 of 432 inner sidewall of cover frame can be further
The noise that generates absorbs when working vibrating disk ontology 2, thus greatly reduce the noise that is generated when vibrating disk work this
Outside, by the tapping channel of setting 421, noise-reduction frame 42 can be extended convenient for the lower end of commutation guide rail 25 and completes blanking, and is another
On the one hand it can further be reduced from 421 position of tapping channel by the sound-absorbing sponge 44 being set in tapping channel 421
The noise of outflow achievees the effect that noise reduction, thirdly, can clearly observe vibrating disk by the cover board 432 of transparent material
The operation conditions of material situation and vibrating disk ontology 2 in ontology 2, consequently facilitating the timely additive into vibrating disk
Material.
Use process: it when work, opens cover board 432 and is then injected into support frame 1 from the sprue 432 of cover frame 43
In vibrating disk ontology 2, then, cover board 432 is closed, is then turned on vibration component operation, it is continuous with vibrating disk ontology 2 at this time
It vibrates, the support frame 1 in vibrating disk ontology 2 will be vibrated along upper tablet 21 automatically to be transmitted, to make support frame 1 along upper tablet 21
Spiral, and since the center of gravity of support frame 1 falls within the position of bearings plate 11, it is thus possible to make support frame 1 with vibrating disk
The vibration of ontology 2 keeps one side of the bearing mounting plate 11 far from vertical plate 12 to abut with upper tablet 21, with the vibration of vibrating disk ontology 2
When the support frame 1 transmitted on upper tablet 21 is sent to delivery sheet 22, along 1 energy of support frame of the length direction transmission of support frame 1
The feeding piece 22 enough entered between 2 side wall of the first guide plate 221 and vibrating disk ontology continues to transmit, and not can enter the first guiding
The feeding piece between support frame 1 between 2 side wall of plate 221 and vibrating disk ontology directly will drop down onto vibration from the first feeding plate 222
In disk ontology 2, again with 2 vibration feeding of vibrating disk ontology.
Enter the support frame 1 between the first guide plate 221 and vibrating disk side wall 2 along its length, shakes on feeding piece 22
It when dynamic transmission, can be gradually increased with the distance between the second guide plate 24 and vibrating disk side wall 2, and constantly adjust position, from
And when the support frame 1 sent out from 221 upper end of the first guide plate being made to be sent to changeover portion 23, with the width direction of support frame 1
Continue vibration transmission, then, when the support frame 1 on changeover portion 23 continues to be sent to the second guide plate 24 in the width direction, branch
One cant board 12 of support 1 will be inserted in the relaying of the gap 242 between the second guide plate 24 and locating convex block 241 with transmission and resume
It send, and the support frame 1 for failing to continue with the second guide plate 24 transmission will drop down onto the second feeding plate 232 with vibration, then pass through second
232 plate of blanking is quickly fallen into vibrating disk ontology 2, recirculates feeding.
The support frame 1 of commutation guide rail 25 is sent to the second guide plate 24, commutate transmitted on guide rail 25 when, pass through two the
One limit steel bar 251 and two second limit steel bars 252 are connected to support frame 1 jointly, can make support frame 1 on commutation guide rail 25
Limit is completed, and support frame 1 is made to complete overturning with two first limit steel bars 251 and the two second limit overturnings of steel bar 252, to make
The bearing mounting plate 11 of support frame 1 is arranged upward far from the surface of vertical plate 12, to meet the needs of processing.
In the operational process of vibrating disk 2 and vibrating motor 3, by buffering and sound-absorbing layer 411, vibrating base 3 can reduce
The vibration that generates when work simultaneously absorbs the noise that vibrating base 3 and vibrating disk ontology 2 generate, the sound-absorbing sea of 42 inner sidewall of noise-reduction frame
The noise that silk floss 44 generates when can further work vibrating disk ontology 2 with the sound-absorbing sponge 44 of 432 inner sidewall of cover frame into
Row absorbs, to greatly reduce the noise generated when vibrating disk work in addition, the tapping channel 421, Neng Goubian for passing through setting
Extend noise-reduction frame 42 in the lower end of commutation guide rail 25 and complete blanking, and on the other hand by being set in tapping channel 421
Sound-absorbing sponge 44 can further reduce the noise spread out of from 421 position of tapping channel, achieve the effect that noise reduction.
This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability
Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but
As long as all by the protection of Patent Law in the scope of the claims of the utility model.
Claims (8)
1. the inner wall of a kind of vibrating disk feed device, including vibrating disk ontology (2), the vibrating disk ontology (2) is fixedly connected with
Screw type upper tablet (21), it is characterised in that: be fixedly connected with noise-reduction frame (42), institute on the outside of the vibrating disk ontology (2)
The upper end for stating noise-reduction frame (42) is higher than the upper end of vibrating disk ontology (2), and the inner sidewall of the noise-reduction frame (42) is fixedly connected with suction
Sound sponge (44) is additionally provided with cover frame (43) on the upside of the noise-reduction frame (42), is fixedly connected on the inside of the cover frame (43)
Have sound-absorbing sponge (44), the position of corresponding vibrating disk ontology (2) upper end of the cover frame (43) offers sprue (431), institute
The position for stating sprue (431) corresponding on the outside of cover frame (43) is provided with the cover board that can open or close sprue (431)
(432)。
2. a kind of vibrating disk feed device according to claim 1, it is characterised in that: the vibrating disk ontology (2) it is upper
End is connected with the commutation guide rail (25) for extending vibrating disk ontology (2), and noise-reduction frame is extended in the lower end of commutation guide rail (25)
(42), the position of corresponding commutation guide rail (25) lower end of the side wall of the noise-reduction frame (42) offers discharge port and is fixedly connected with out
Expect channel (421), the inner sidewall of the tapping channel (421) is fixedly connected with sound-absorbing sponge (44).
3. a kind of vibrating disk feed device according to claim 1, it is characterised in that: the bottom surface of the cover board (432)
It is fixedly connected with the sealing ring (4321) that can be connected to cover frame (43).
4. a kind of vibrating disk feed device according to claim 1, it is characterised in that: the cover board (432) is using transparent
Material is made.
5. a kind of vibrating disk feed device according to claim 1, it is characterised in that: the side of the cover board (432) turns
It is dynamic to be connected to cover frame (43), and its other side hasp is connected to cover frame (43).
6. a kind of vibrating disk feed device according to claim 1, it is characterised in that: the cover frame (43) detachably connects
It is connected to noise-reduction frame (42).
7. a kind of vibrating disk feed device according to claim 1, it is characterised in that: under the vibrating disk ontology (2)
Side is provided with for driving vibrating disk ontology (2) vibrating base (3), is provided with buffering bottom plate below the vibrating base (3)
(41), the upper surface for buffering bottom plate (41) is provided with the buffering and sound-absorbing layer (411) that can be connected to vibrating base (3) lower surface.
8. a kind of vibrating disk feed device according to claim 7, it is characterised in that: the noise-reduction frame (42) detachably connects
It is connected to buffering bottom plate (41).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821471676.9U CN209051961U (en) | 2018-09-06 | 2018-09-06 | A kind of vibrating disk feed device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821471676.9U CN209051961U (en) | 2018-09-06 | 2018-09-06 | A kind of vibrating disk feed device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209051961U true CN209051961U (en) | 2019-07-02 |
Family
ID=67048540
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821471676.9U Expired - Fee Related CN209051961U (en) | 2018-09-06 | 2018-09-06 | A kind of vibrating disk feed device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209051961U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112278411A (en) * | 2020-09-30 | 2021-01-29 | 无锡全舜家居用品有限公司 | Screw vibration dish |
-
2018
- 2018-09-06 CN CN201821471676.9U patent/CN209051961U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112278411A (en) * | 2020-09-30 | 2021-01-29 | 无锡全舜家居用品有限公司 | Screw vibration dish |
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