CN206691920U - Feeding mechanism for sorting and vibrating disk - Google Patents
Feeding mechanism for sorting and vibrating disk Download PDFInfo
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- CN206691920U CN206691920U CN201720344494.4U CN201720344494U CN206691920U CN 206691920 U CN206691920 U CN 206691920U CN 201720344494 U CN201720344494 U CN 201720344494U CN 206691920 U CN206691920 U CN 206691920U
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- groove
- pan feeding
- feeding conduit
- stage
- conduit
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Abstract
The utility model discloses feeding mechanism for sorting and vibrating disk, it mainly includes bottom plate, the the first pan feeding conduit for meeting at same one end, the second pan feeding conduit and the 3rd pan feeding conduit are provided with bottom plate, so that the second pan feeding conduit and the 3rd pan feeding conduit are respectively enterd by the material of the first pan feeding conduit, first pan feeding conduit includes the first groove, second pan feeding conduit includes the secondth groove, and the 3rd pan feeding conduit includes the 3rd groove；The width of second groove and the 3rd groove is less than the width of the first groove, so that positive material can flow to the second groove by the first groove, reverse material can flow to the 3rd groove by the first groove, mechanism causes the only correct material of the direction of motion just to flow into the second groove, and the material of direction of motion mistake can only flow to the 3rd groove, realize the sorting to material, the opposite material of the direction of motion is rejected, mechanism use simple in construction, reduce the use of both positive and negative polarity testing agency, it is simple and convenient.
Description
Technical field
It the utility model is related to a kind of electronic component feed mechanism, more particularly to feeding mechanism for sorting and vibrating disk.
Background technology
Electronic component with Pin pins such as triode, diode etc. carry out feeding behaviour in conveying usually using vibrating disk
Make, the structure upper end of such a electronic component is rubber structure, and lower end is the Pin of the place of stretching rubber structure on the same line
Pin, and Pin pins are not in stretching out on the center line of rubber face so that rubber face is asymmetric at left and right sides of Pin pins, and such a electronics member
The Pin pins of part carry both positive and negative polarity, at present can be in vibrating disk discharging opening mounting anode and cathode in feeding process in order to distinguish both positive and negative polarity
Testing agency, the reverse product detected is rejected, but both positive and negative polarity testing agency is complicated, and use is cumbersome, while is detecting
When mistake occurs, it is very inconvenient.
Utility model content
The technical problem that the utility model solves is to provide a kind of simple in construction, the forward and reverse feeding point of convenient differentiation material
Pick mechanism.
Technical scheme is used by the utility model solves its technical problem：Feeding mechanism for sorting, including bottom plate, bottom plate
On be provided with the first pan feeding conduit for meeting at same one end, the second pan feeding conduit and the 3rd pan feeding conduit so that enter by first
The material in hopper road respectively enters the second pan feeding conduit and the 3rd pan feeding conduit；
The first pan feeding conduit includes the first stage and is arranged on first passed through for material pin among the first stage
Groove, the second pan feeding conduit include the second stage and are arranged on leading to for material pin passes through second in second stage
Groove, the 3rd pan feeding conduit include the 3rd stage and the 3rd groove passed through for material pin being arranged in the 3rd stage；
The width of second groove and the 3rd groove is less than the width of the first groove, a lateral edges of second groove
It is connected with a lateral margin of the first groove, a lateral edges of the 3rd groove are connected with another lateral edges of the first groove so that positive
Material can flow to the second groove by the first groove, and reverse material can flow to the 3rd groove by the first groove.
It is further：Also include being arranged on material spilling hole on bottom plate, the material spilling hole be located at the 3rd pan feeding conduit not with
One end of first pan feeding conduit connection.
The invention also discloses vibrating disk, including vibrating disk body, the vibrating disk body discharging opening, which is provided with, to be sent
Expect mechanism for sorting, the feeding mechanism for sorting includes bottom plate, and the first pan feeding conduit for meeting at same one end, the are provided with bottom plate
Two pan feeding conduits and the 3rd pan feeding conduit so that the second pan feeding conduit and the 3rd are respectively enterd by the material of the first pan feeding conduit
Pan feeding conduit, the first pan feeding conduit are connected away from first pan feeding conduit one end with vibrating disk body discharging opening so that vibration
The material that disk transfers out enters first material conduit；
The first pan feeding conduit includes the first stage and is arranged on first passed through for material pin among the first stage
Groove, the second pan feeding conduit include the second stage and are arranged on leading to for material pin passes through second in second stage
Groove, the 3rd pan feeding conduit include the 3rd stage and the 3rd groove passed through for material pin being arranged in the 3rd stage；
The width of second groove and the 3rd groove is less than the width of the first groove, a lateral edges of second groove
It is connected with a lateral margin of the first groove, a lateral edges of the 3rd groove are connected with another lateral edges of the first groove so that positive
Material can flow to the second groove by the first groove, and reverse material can flow to the 3rd groove by the first groove.
It is further：Also include being arranged on material spilling hole on bottom plate, the material spilling hole be located at the 3rd pan feeding conduit not with
One end of first pan feeding conduit connection.
The beneficial effects of the utility model are：Feeding mechanism for sorting of the present utility model is according to material Pin pins both sides itself
Asymmetric, Pin pins are not on glue core medium line, and are inclined to the feature of glue core side, by the first groove, the second groove and
The width of three grooves carries out difference making so that the only correct material of the direction of motion can just flow into the second groove, and motion side
The 3rd groove can only be flowed to the material of mistake, the sorting to material is realized, the opposite material of the direction of motion is rejected, this
Mechanism structure simply uses, and reduces the use of both positive and negative polarity testing agency, simple and convenient.
Brief description of the drawings
Fig. 1 is feeding mechanism for sorting top view.
Fig. 2 is feeding mechanism for sorting upward view.
Fig. 3 is feeding mechanism for sorting stereogram.
Fig. 4 is vibrating disk schematic diagram.
In figure mark for：Bottom plate 1, the first stage 2, the first groove 3, the second stage 4, the second groove 5, the 3rd stage 6,
Three grooves 7, material spilling hole 8, vibrating disk body 9, material 10, Pin pins 11.
Embodiment
The utility model is further illustrated with reference to the accompanying drawings and detailed description.
Feeding mechanism for sorting as shown in Figure 1 to Figure 3, it is characterised in that：Including bottom plate 1, it is provided with and meets on bottom plate 1
With the first pan feeding conduit, the second pan feeding conduit and the 3rd pan feeding conduit of one end so that pass through the material 10 of the first pan feeding conduit
Respectively enter the second pan feeding conduit and the 3rd pan feeding conduit, the first pan feeding conduit, the second pan feeding conduit and the 3rd feed chute
Road and bottom plate 1 can be integral type structure；
The first pan feeding conduit includes the first stage 2 and is arranged on what is passed through among the first stage 2 for the pin of material 10
First groove 3, the second pan feeding conduit include the second stage 4 and are arranged on passing through for the pin of material 10 in second stage 4
The second groove 5, the 3rd pan feeding conduit includes the 3rd stage 6 and is arranged on leading to for the pin of material 10 in the 3rd stage 6
The 3rd groove 7 crossed；
The width of the groove 7 of second groove 5 and the 3rd is less than the width of the first groove 3, the side of second groove 5
Edge is connected with a lateral margin of the first groove 3, and a lateral edges of the 3rd groove 7 are connected with another lateral edges of the first groove 3, are made
The second groove 5 can be flowed to by the first groove 3 by obtaining positive material 10, and reverse material 10 can flow to threeway by the first groove 3
Groove 7；
Because material 10 Pin pins 11 itself are anisopleual, Pin pins 11 are not on glue core medium line, and are inclined to glue core
Side, when the direction of motion of material 10 in the first pan feeding conduit is correct, in motion, Pin pins 11 are inclined to the second groove 5 one
Side so that material 10 can smoothly enter the second groove 5, when the direction of motion of material 10 in the first pan feeding conduit is reverse, Pin pins
11 deviation the 3rd groove 7 sides, in motion process, because the width of the second groove 5 and the 3rd groove 7 is less than the first groove 3
Width, Pin pins 11 are stopped by the side wall of the 3rd groove 7 one so that material 10 can not flow to the second groove 5 and can only flow to
3rd groove 7, so as to realize the forward and reverse sub-material operation of material 10, mechanism is simple in construction, while can reach and distinguish material 10
Forward and reverse purpose, reduce the use of both positive and negative polarity testing agency, it is convenient and swift, while entreprise cost can be reduced.
On the basis of the above, in addition to the material spilling hole 8 that is arranged on bottom plate 1, the material spilling hole 8 are located at the 3rd pan feeding conduit
The one end not being connected with the first pan feeding conduit, after material 10 flows to 10 conduit of 3 material, bottom mistake can be fallen into from material spilling hole 8
In magazine, feeding mechanism pan feeding again is put into.
The invention also discloses vibrating disk, including vibrating disk body 9, the discharging opening of vibrating disk body 9 is provided with
Feeding mechanism for sorting, the feeding mechanism for sorting can be bolted on vibrating disk body 9, the feeding mechanism for sorting bag
Bottom plate 1 is included, the first pan feeding conduit for meeting at same one end, the second pan feeding conduit and the 3rd pan feeding conduit are provided with bottom plate 1, is made
The second pan feeding conduit and the 3rd pan feeding conduit, the first pan feeding conduit must be respectively enterd by the material 10 of the first pan feeding conduit
It is connected away from first pan feeding conduit one end with the discharging opening of vibrating disk body 9 so that the material 10 that vibrating disk transfers out enters first
The conduit of material 10；
The first pan feeding conduit includes the first stage 2 and is arranged on what is passed through among the first stage 2 for the pin of material 10
First groove 3, the second pan feeding conduit include the second stage 4 and are arranged on passing through for the pin of material 10 in second stage 4
The second groove 5, the 3rd pan feeding conduit includes the 3rd stage 6 and is arranged on leading to for the pin of material 10 in the 3rd stage 6
The 3rd groove 7 crossed；
The width of the groove 7 of second groove 5 and the 3rd is less than the width of the first groove 3, the side of second groove 5
Edge is connected with a lateral margin of the first groove 3, and a lateral edges of the 3rd groove 7 are connected with another lateral edges of the first groove 3, are made
The second groove 5 can be flowed to by the first groove 3 by obtaining positive material 10, and reverse material 10 can flow to threeway by the first groove 3
Groove 7.
After material 10 is sent out vibrating disk discharging opening by vibrating disk, material 10 enters the first pan feeding conduit, when the first feed chute
When the direction of motion of material 10 in road is correct, in motion, Pin pins 11 are inclined to the side of the second groove 5 so that material 10 can be smooth
Into the second groove 5, when the direction of motion of material 10 in the first pan feeding conduit is reverse, Pin pins 11 are inclined to the 3rd groove 7 one
Side, in motion process, because the width of the second groove 5 is less than the width of the first groove 3, i.e., the size 1 shown in Fig. 1 is more than size
2, Pin pins 11 are stopped by the side wall of the 3rd groove 7 one so that material 10 can not flow to the second groove 5 and can only flow to the 3rd
Groove 7, so as to realize the forward and reverse sub-material operation of material 10, mechanism is simple in construction, while it is positive and negative to can reach differentiation material 10
To purpose, reduce the use of both positive and negative polarity testing agency, it is convenient and swift, while entreprise cost can be reduced.
On the basis of the above, in addition to the material spilling hole 8 that is arranged on bottom plate 1, the material spilling hole 8 are located at the 3rd pan feeding conduit
The one end not being connected with the first pan feeding conduit, after material 10 flows to 10 conduit of 3 material, bottom mistake can be fallen into from material spilling hole 8
In magazine, feeding mechanism pan feeding again is put into.
Particular embodiments described above, the purpose of this utility model, technical scheme and beneficial effect are carried out to enter one
Step describes in detail, should be understood that and the foregoing is only specific embodiment of the utility model, is not limited to this
Utility model, it is all within the spirit and principles of the utility model, any modification, equivalent substitution and improvements done etc., it all should wrap
It is contained within the scope of protection of the utility model.
Claims (4)
1. feeding mechanism for sorting, it is characterised in that：Including bottom plate (1), it is provided with bottom plate (1) and meets at the first of same one end and enter
Hopper road, the second pan feeding conduit and the 3rd pan feeding conduit so that respectively enter second by the material (10) of the first pan feeding conduit
Pan feeding conduit and the 3rd pan feeding conduit；
The first pan feeding conduit includes the first stage (2) and is arranged on supply among the first stage (2) material Pin pins to pass through the
One groove (3), the second pan feeding conduit include the second stage (4) and are arranged on leading to for material Pin pins in the second stage (4)
The second groove (5) crossed, the 3rd pan feeding conduit include the 3rd stage (6) and are arranged in the 3rd stage (6) to supply material
The 3rd groove (7) that Pin pins pass through；
The width of second groove (5) and the 3rd groove (7) is less than the width of the first groove (3), second groove (5)
One lateral edges are connected with a lateral margin of the first groove (3), a lateral edges of the 3rd groove (7) and the opposite side of the first groove (3)
Edge connects so that positive material (10) can flow to the second groove (5) by the first groove (3), and reverse material (10) can pass through
First groove (3) flows to the 3rd groove (7).
2. feeding mechanism for sorting as claimed in claim 1, it is characterised in that：Also include the material spilling hole being arranged on bottom plate (1)
(8), the material spilling hole (8) is located at one end that the 3rd pan feeding conduit is not connected with the first pan feeding conduit.
3. vibrating disk, including vibrating disk body (9), it is characterised in that：Vibrating disk body (9) discharging opening is provided with feeding point
Pick mechanism, the feeding mechanism for sorting includes bottom plate (1), be provided with bottom plate (1) meet at same one end the first pan feeding conduit,
Second pan feeding conduit and the 3rd pan feeding conduit so that the second pan feeding conduit is respectively enterd by the material (10) of the first pan feeding conduit
With the 3rd pan feeding conduit, the first pan feeding conduit is connected away from first pan feeding conduit one end with vibrating disk body (9) discharging opening,
So that the material (10) that vibrating disk transfers out enters first material (10) conduit；
The first pan feeding conduit includes the first stage (2) and is arranged on supply among the first stage (2) material Pin pins to pass through the
One groove (3), the second pan feeding conduit include the second stage (4) and are arranged on leading to for material Pin pins in the second stage (4)
The second groove (5) crossed, the 3rd pan feeding conduit include the 3rd stage (6) and are arranged in the 3rd stage (6) to supply material
The 3rd groove (7) that Pin pins pass through；
The width of second groove (5) and the 3rd groove (7) is less than the width of the first groove (3), second groove (5)
One lateral edges are connected with a lateral margin of the first groove (3), a lateral edges of the 3rd groove (7) and the opposite side of the first groove (3)
Edge connects so that positive material (10) can flow to the second groove (5) by the first groove (3), and reverse material (10) can pass through
First groove (3) flows to the 3rd groove (7).
4. the vibrating disk with feeding mechanism for sorting as stated in claim 3, it is characterised in that：Also include being arranged on bottom plate
(1) material spilling hole (8) on, the material spilling hole (8) are located at one end that the 3rd pan feeding conduit is not connected with the first pan feeding conduit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720344494.4U CN206691920U (en) | 2017-04-01 | 2017-04-01 | Feeding mechanism for sorting and vibrating disk |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720344494.4U CN206691920U (en) | 2017-04-01 | 2017-04-01 | Feeding mechanism for sorting and vibrating disk |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206691920U true CN206691920U (en) | 2017-12-01 |
Family
ID=60441478
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720344494.4U Active CN206691920U (en) | 2017-04-01 | 2017-04-01 | Feeding mechanism for sorting and vibrating disk |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206691920U (en) |
-
2017
- 2017-04-01 CN CN201720344494.4U patent/CN206691920U/en active Active
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| GR01 | Patent grant | ||
| GR01 | Patent grant |