CN205257270U

CN205257270U - Shock feeding dish

Info

Publication number: CN205257270U
Application number: CN201521074269.0U
Authority: CN
Inventors: 邵金余
Original assignee: Yueqing City Jia Get Electronics Co Ltd
Current assignee: Yueqing City Jia Get Electronics Co Ltd
Priority date: 2015-12-19
Filing date: 2015-12-19
Publication date: 2016-05-25
Anticipated expiration: 2025-12-19

Abstract

The utility model provides a shock feeding dish, exports orbital charging tray body of going up including taking, be equipped with the spout in going up the charging tray body, the exit of spout is equipped with a plurality of transportation tracks that tie for, and should transport the track and can only permit single part to pass through, and the transportation track merges along part direction of delivery and with adjacent transportation track, the transportation track is connected with the spout. At first carry the part to transport the track on through the spout, because the transportation track can only allow single part to pass through, therefore will arrange one by one according to an orientation behind the part entering transportation track, and those parts on getting into the orbital part of transportation of superposeing originally will be followed the transportation track and are dropped, it circulates to enter into the charging tray body, again because the transportation track is a plurality of parallying, so can accelerate the screening and the transport of part, thereby the efficiency that provides the part for downstream operation has been improved greatly, the efficiency of whole process scheme is improved.

Description

A kind of vibration feeding dish

Technical field

The utility model relates to jigging conveyer field, relates in particular to a kind of vibration feeding dish.

Background technology

Vibration feeding dish is a kind of feeder equipment of automatic orientation sequence. Its work object is, by vibration, unordered workpiece automatic order is aligned neatly, is transported to exactly next procedure.

Vibration feeding dish is mainly by supporting compositions such as hopper, chassis, controller, straight line feeders. Below the hopper of self-feeding vibrating disk, there is individual impulse mgnet, can make hopper vertical vibration, due to the inclination of spring leaf, make hopper rock vibration around its vertical axis. Part in hopper, owing to being subject to this vibration, and rises along helical orbit, until deliver to discharging opening.

As a kind of vibration feeding disc of Chinese patent " vibration feeding disc " that application number is 201220528819.1, it comprises a disk and extends the discharging portion from the apical margin of this disk. In this disk, have and try to get to the heart of a matter, encircle

Around this peripheral Pan Bi and being tried to get to the heart of a matter along the soaring helical guide groove of this dish wall spiral by this of trying to get to the heart of a matter. Wherein, the cross section of this helical guide groove is arcs of recesses, and this Pan Bi has the spiral wall soaring along this helical guide groove, the central axes of itself and this disk. This discharging portion defines a rectilinear orbit tangent with this helical guide groove and that be connected. This rectilinear orbit is class's groove, and it comprises the fat pipe and the narrow passage that are communicated with up and down. This fat pipe is laterally connected this helical guide groove, receives the head of a want screw of permutation in order to correspondence; And this narrow passage is in order to receive the bar portion of this screw.

Although this vibration feeding disc has screening and carries respond well feature. But this vibration feeding disc is transferred out the whole process between vibration feeding disc and all only has a slide rail to carry to part from starting. Therefore, part all can only screen in this single slide rail, make downstream processing equipment, in processing, the situation of part shortage may occur, thereby the comparison of production and processing efficiency is low.

Utility model content

The deficiency existing for prior art, the vibration feeding dish that provides a kind of transfer efficiency high is provided the purpose of this utility model.

For achieving the above object, the utility model provides following technical scheme: a kind of vibration feeding dish, comprise the loading plate body with output track, in described loading plate body, be provided with chute, the exit of chute is provided with some conveying tracks arranged side by side, and this conveying track can only allow single part to pass through, conveying track merges along part throughput direction and with adjacent conveying track, and described conveying track is connected with chute.

The utlity model has following advantage: first by chute, part is delivered on conveying track, because can only allowing single part, passes through conveying track, thereby part will be lined up one by one by certain orientation after entering conveying track, and those parts that are originally superimposed upon on the part that enters conveying track will fall down from conveying track, entering into loading plate body circulates, again because conveying track is some arranged side by side, so can accelerate screening and the conveying of part, thereby greatly improve the efficiency that part is provided for lower procedure, improve the efficiency of whole work flow.

As preferably, adjacent described conveying track is greater than the width of single part in the spacing in chute exit.

Because being merely able to allow single part, passes through the transition position of chute and conveying track, so tend

There is more part to be deposited in this transition position, thereby will produce pressure between part, and then may cause the damage of part.

As preferably, described conveying track is that cross section becomes to be inverted T-shape.

The conveying track of this shape is applicable to conveyer belt " V font " groove part and uses, because this kind of part can be by " V font " groove buckle frame on conveying track, thereby the part of carrying all just can become same state to be transferred, and then the part that enters lower procedure can be in facilitating the state of machining, greatly improve efficiency and the quality of processing.

As preferably, described conveying track is provided with the first baffle plate in the both sides in the exit near chute.

Due to part in the exit of chute through ceaselessly pushing and colliding, the part that has just entered conveying track is also in an unsure state, so the first baffle plate can effectively play stable effect to part, prevent that it from dropping from conveying track, drop from conveying track thereby can reduce the part that meets travel position as far as possible, further improved the efficiency of part screening and transport.

As preferably, merging place of adjacent described conveying track is provided with the second baffle for adjusting part movement direction.

Part is in the process merging like this, owing to being subject to stopping and guiding of second baffle, can make part move to correct direction, thereby greatly prevent part because do not adjust moving direction and fall down from track in merging place of conveying track, and then the transport that need to again circulate, increase the waste of the energy, be also unfavorable for enhancing productivity.

As preferably, described loading plate body is provided with the support chip for supporting conveying track.

As preferably, on described support chip, offer the bayonet socket that can be used for clamping conveying track.

Support chip can improve effective supporting role to conveying track so on the one hand, on the other hand due to

Support chip is by the direct clamping conveying track of bayonet socket, thus conveying track disassembled from support chip can be more convenient, thereby convenient conveying track is placed under repair.

Brief description of the drawings

Fig. 1 is a kind of structural representation of vibration feeding dish;

Fig. 2 is the structural representation of the cross section of conveying track;

Fig. 3 is A place enlarged drawing.

In figure: 1, loading plate body; 2, chute; 3, conveying track; 31, the first conveying track; 32, the second conveying track; 4, the first baffle plate; 5, second baffle; 6, support chip; 61, bayonet socket.

Detailed description of the invention

A kind of vibration feeding dish, comprise loading plate body, be provided with the chute of the screw type of conveying parts in loading plate body, the exit of this chute is provided with some conveying tracks arranged side by side, the quantity of this conveying track can determine according to actual conditions, and the quantity of conveying track is three herein. Meanwhile, this conveying track only allows single part to pass through, and, adjacent conveying track merges along part transporting direction, conveying track just screens part like this, makes part be arranged in conveying track and to move in an orderly manner one by one, thereby for convenience of the carrying out of Downstream processing operation. In addition, because many conveying tracks screen part, so greatly accelerate the work of part screening and transport, ensured that the part in Downstream processing operation can both have sufficient amount all the time, thereby avoided equipment periodically to stop, having improved production efficiency.

Further scheme is that conveying track is greater than the width of single part in the spacing in the exit of chute. Because being merely able to allow single part, passes through the transition position of chute and conveying track, so tend

In order to make part keep specific state, the shape of conveying track also can directly be screened part, makes part to enter into downstream manufacturing procedure in particular state.

Fig. 1 to Fig. 3 is described further example one.

Embodiment mono-

The cross section of conveying track is inverted T-shape, this conveying track is relatively applicable to for the part institute with V font groove, in the time that the V of part font groove buckle frame is on conveying track, part has also just been in specific state have been descended, thereby downstream processing equipment receive this state under part time, it is more easily processed part, is conducive to improve efficiency and the quality to part processing.

When wherein the first conveying track merges to the second conveying track, the second conveying track disconnects in merging place, and the first conveying track docks with the second conveying track in gap along part moving direction, but does not contact. Simultaneously, distance between the spacing of this gap and the first conveying track and the second conveying track can allow the single side of V font groove to pass through, part in such the first conveying track and the second conveying track can merge smoothly, and other conveying track also merges in the same manner by that analogy.

In addition, conveying track is provided with the first baffle plate in the both sides in the exit near chute, due to part in the exit of chute through ceaselessly pushing and colliding, the part that has just entered conveying track is also in an unsure state, so the first baffle plate can effectively play stable effect to part, prevent that it from dropping from conveying track, drop from conveying track thereby can reduce the part that meets travel position as far as possible, further improved the efficiency of part screening and transport.

And be provided with second baffle in merging place along part moving direction, owing to being subject to stopping and guiding of second baffle, can make part move to correct direction, thereby greatly prevent part because do not adjust moving direction and fall down from track in merging place of conveying track, and then the transport that need to again circulate, increase the waste of the energy, be also unfavorable for enhancing productivity.

Embodiment bis-

Conveying track can be fluted body, in merging place, conveying track can directly mutually connect and border on, owing to being the conveying track of fluted body, the cell wall of groove has guide effect to part, thereby can avoid part because do not adjust moving direction and fall down from track in merging place of conveying track, and then greatly improve the transfer efficiency of part. And after conveying track all merges, the cross section of conveying track can arrange according to Downstream processing operation and the feature of part own, thereby facilitates the screening of part status, improve the efficiency of part processing. In order to be applicable to the part transport with V font groove, the cross section of the conveying track after merging is still inverted T-shape herein.

More entering one scheme is, loading plate body is provided with the support chip for supporting conveying track, support chip is fixed and the lateral surface of chute by welding manner, can ensure that like this conveying track and support chip are in vacant state, avoid support chip or conveying track that the part in circulation is played and stopped, the efficiency that has effectively improved part screening and carried. And support chip and conveying track are fixed on conveying track on support chip by the mode such as screw thread, welding, thereby ensure the stable of conveying track. Support chip is provided with bayonet socket herein, and the width of this bayonet socket is identical with the width of conveying track, thereby conveying track can be connected on support chip, and then stablize conveying track, can make again conveying track be disassembled from support chip can be more convenient, thereby conveniently conveying track is placed under repair.

The above is only preferred embodiment of the present utility model, and protection domain of the present utility model is also not only confined to above-described embodiment, and all technical schemes belonging under the utility model thinking all belong to protection domain of the present utility model. It should be pointed out that for those skilled in the art, in the some improvements and modifications that do not depart under the utility model principle prerequisite, these improvements and modifications also should be considered as protection domain of the present utility model.

Claims

1. a vibration feeding dish, comprise the loading plate body with output track, in described loading plate body, be provided with chute, it is characterized in that: the exit of chute is provided with some conveying tracks arranged side by side, and this conveying track can only allow single part to pass through, conveying track merges along part throughput direction and with adjacent conveying track, and described conveying track is connected with chute.

2. a kind of vibration feeding dish according to claim 1, is characterized in that: adjacent described conveying track is greater than the width of single part in the spacing in chute exit.

3. a kind of vibration feeding dish according to claim 2, is characterized in that: described conveying track is that cross section becomes to be inverted T-shape.

4. a kind of vibration feeding dish according to claim 3, is characterized in that: described conveying track is provided with the first baffle plate in the both sides in the exit near chute.

5. a kind of vibration feeding dish according to claim 4, is characterized in that: merging place of adjacent described conveying track is provided with the second baffle for adjusting part movement direction.

6. a kind of vibration feeding dish according to claim 1 and 2, is characterized in that: described loading plate body is provided with the support chip for supporting conveying track.

7. a kind of vibration feeding dish according to claim 6, is characterized in that: on described support chip, offer the bayonet socket that can be used for clamping conveying track.