CN204896676U - Ripe sesame feeding means of continuous type - Google Patents
Ripe sesame feeding means of continuous type Download PDFInfo
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- CN204896676U CN204896676U CN201520707595.4U CN201520707595U CN204896676U CN 204896676 U CN204896676 U CN 204896676U CN 201520707595 U CN201520707595 U CN 201520707595U CN 204896676 U CN204896676 U CN 204896676U
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Abstract
The utility model discloses a ripe sesame feeding means of continuous type solves current ripe sesame at many the common during operations of electronic stone mill, by the nondeterminacy of hand feed, causes the scarce material of stone mill, causes the meaningless wearing and tearing of stone mill when influence work efficiency and idle running, is unfavorable for batch continuous production's technical problem, the utility model discloses a be provided with conveyer belt A under the discharge gate that sesame material stock fill, sesame material stock were fought, conveyer belt A has connected gradually conveyer belt B, conveyer belt C and conveyer belt D, four conveyer belts be located front end end of the conveyor belt and be higher than the front end that is located the rear end conveyer belt, four conveyer belt homoenergetics just reverse, four conveyer belts under be provided with and all be provided with level sensor on feed bin no. 1, feed bin no. 2, feed bin no. 3 and four, four feed bins of feed bin, every feed bin all for four electronic stone mill feed, the utility model has the advantages of simple structure, ability be the feed of constant basis in succession.
Description
Technical field
The utility model relates to technical field of mechanical equipment, relates to the ripe sesame feeder of a kind of continous way more specifically.
Background technology
Conventional electric stone mill grinding sesame is all adopt manual observation, artificial addition manner, is unfavorable for large-scale continuous production like this, and the uncertainty owing to manually adding, usually cause the scarce material of stone mill, have a strong impact on the work efficiency of stone mill and cause the meaningless wearing and tearing of stone mill.
During multiple stage electric millstone mill co-operation, Traditional Man gives the supply that can not ensure sesame constant basis in every platform electric millstone mill frying process, therefore a kind of multiple stage electric millstone mill that solves of design is when working together, the ripe sesame feeding structure of the feed of constant basis continuously very realistic meaning can be had.
Utility model content
The utility model, in order to overcome above-mentioned technical deficiency, designs that a kind of structure is simple, work efficiency is high, the ripe sesame feeder of the continous way of constant basis feed.
The utility model to achieve these goals concrete by the following technical solutions:
The ripe sesame feeder of a kind of continous way, comprise sesame storaging bucket, the discharging opening of sesame storaging bucket is arranged with load-transfer device A, load-transfer device A is connected with load-transfer device B in turn, load-transfer device C and load-transfer device D, described load-transfer device A end is higher than the front end of load-transfer device B, the end of load-transfer device B is higher than the front end of load-transfer device C, the end of load-transfer device C is higher than the front end of load-transfer device D, load-transfer device A, load-transfer device B, load-transfer device C and load-transfer device D all energy rotatings, described load-transfer device A and load-transfer device B junction are provided with feed bin one, described load-transfer device B and load-transfer device C junction are provided with feed bin two, described load-transfer device C and load-transfer device D junction are provided with feed bin three, described load-transfer device D end is connected with feed bin four, described feed bin one is provided with level sensor one, feed bin two is provided with level sensor two, feed bin three is provided with level sensor three, feed bin four is provided with level sensor four, described feed bin one, feed bin two, feed bin three and feed bin four are provided with multiple electric millstone mill.
Further, load-transfer device A, load-transfer device B, load-transfer device C and load-transfer device D control rotating by PLC.
Further, described load-transfer device A, load-transfer device B, load-transfer device C and load-transfer device C project into straight line.
Further, feed bin one, feed bin two, feed bin three and feed bin four are provided with four electric millstone mills.
Principle of work:
During work, when feed bin one lacks material, the level sensor one on feed bin one feeds back material level, and rotated forward by PLC programming control load-transfer device A, load-transfer device B reverses, and sesame is sent into feed bin 1.
When feed bin two lacks material, the level sensor two on feed bin two feeds back material level, and rotated forward by PLC programming control load-transfer device A, load-transfer device B rotates forward, and load-transfer device C reverses, and sesame is sent into feed bin 2.
When feed bin three lacks material, the level sensor three on feed bin three feeds back material level, and rotated forward by PLC programming control load-transfer device A, load-transfer device B rotates forward, and load-transfer device C rotates forward, and sesame is sent into feed bin three by load-transfer device D reversion.
When feed bin four lacks material, the level sensor four on feed bin four feeds back material level, and rotated forward by PLC programming control load-transfer device A, load-transfer device B rotates forward, and load-transfer device C rotates forward, and load-transfer device D rotates forward and sesame is sent into feed bin four.
The beneficial effects of the utility model are as follows:
1, the utility model structure is simple, solves the continuous autostable feeding question of multiple stage electric millstone mill, greatly reduces labour intensity that is artificial and operator, ensure that the stability of work.
2, controlled the rotating of corresponding belt conveyor by the level sensor on each feed bin, ensure that the constant material level of each feed bin.
Accompanying drawing explanation
The structural representation of the ripe sesame feeder of a kind of continous way of Fig. 1 the utility model;
Reference numeral: 1-sesame storaging bucket, 2-load-transfer device A, 3-feed bin one, 4-load-transfer device B, 5-feed bin two, 6-load-transfer device C, 7-feed bin three, 8-load-transfer device D, 9-feed bin four, 10-level sensor one, 11-level sensor two, 12-level sensor three, 13-level sensor four, 14-electric millstone mill.
Detailed description of the invention
In order to those skilled in the art person better understands the utility model, below in conjunction with accompanying drawing embodiment, the utility model is described in further detail.
Embodiment 1
As shown in Figure 1, the utility model provides a kind of continous way ripe sesame feeder, comprise sesame storaging bucket 1, the discharging opening of sesame storaging bucket 1 is arranged with load-transfer device A2, load-transfer device A2 is connected with load-transfer device B4 in turn, load-transfer device C6 and load-transfer device D8, described load-transfer device A2 end is higher than the front end of load-transfer device B4, the end of load-transfer device B4 is higher than the front end of load-transfer device C6, the end of load-transfer device C6 is higher than the front end of load-transfer device D8, load-transfer device A2, load-transfer device B4, load-transfer device C6 and load-transfer device D8 all energy rotatings, described load-transfer device A2 and load-transfer device B4 junction are provided with feed bin 1, described load-transfer device B4 and load-transfer device C6 junction are provided with feed bin 25, described load-transfer device C6 and load-transfer device D8 junction are provided with feed bin 37, described load-transfer device D8 end is connected with feed bin 49, described feed bin 1 is provided with level sensor 1, feed bin 25 is provided with level sensor 2 11, feed bin 37 is provided with level sensor 3 12, feed bin 49 is provided with level sensor 4 13, described feed bin 1, feed bin 25, feed bin 37 and feed bin 49 are provided with multiple electric millstone mill 14.
Load-transfer device A2, load-transfer device B4, load-transfer device C6 and load-transfer device D8 control rotating by PLC.
In the present embodiment, solve the continuous autostable feeding question of multiple stage electric millstone mill, greatly reduce labour intensity that is artificial and operator, ensure that the stability of work; Controlled the rotating of corresponding belt conveyor by the level sensor on each feed bin, ensure that the constant material level of each feed bin.
Embodiment 2
As shown in Figure 1, the utility model provides a kind of continous way ripe sesame feeder, comprise sesame storaging bucket 1, the discharging opening of sesame storaging bucket 1 is arranged with load-transfer device A2, load-transfer device A2 is connected with load-transfer device B4 in turn, load-transfer device C6 and load-transfer device D8, described load-transfer device A2 end is higher than the front end of load-transfer device B4, the end of load-transfer device B4 is higher than the front end of load-transfer device C6, the end of load-transfer device C6 is higher than the front end of load-transfer device D8, load-transfer device A2, load-transfer device B4, load-transfer device C6 and load-transfer device D8 all energy rotatings, described load-transfer device A2 and load-transfer device B4 junction are provided with feed bin 1, described load-transfer device B4 and load-transfer device C6 junction are provided with feed bin 25, described load-transfer device C6 and load-transfer device D8 junction are provided with feed bin 37, described load-transfer device D8 end is connected with feed bin 49, described feed bin 1 is provided with level sensor 1, feed bin 25 is provided with level sensor 2 11, feed bin 37 is provided with level sensor 3 12, feed bin 49 is provided with level sensor 4 13, described feed bin 1, feed bin 25, feed bin 37 and feed bin 49 are provided with multiple electric millstone mill 14.
Load-transfer device A2, load-transfer device B4, load-transfer device C6 and load-transfer device D8 control rotating by PLC.
Described load-transfer device A2, load-transfer device B4, load-transfer device C6 and load-transfer device C6 project into straight line.
Embodiment 3
As shown in Figure 1, the utility model provides a kind of continous way ripe sesame feeder, comprise sesame storaging bucket 1, the discharging opening of sesame storaging bucket 1 is arranged with load-transfer device A2, load-transfer device A2 is connected with load-transfer device B4 in turn, load-transfer device C6 and load-transfer device D8, described load-transfer device A2 end is higher than the front end of load-transfer device B4, the end of load-transfer device B4 is higher than the front end of load-transfer device C6, the end of load-transfer device C6 is higher than the front end of load-transfer device D8, load-transfer device A2, load-transfer device B4, load-transfer device C6 and load-transfer device D8 all energy rotatings, described load-transfer device A2 and load-transfer device B4 junction are provided with feed bin 1, described load-transfer device B4 and load-transfer device C6 junction are provided with feed bin 25, described load-transfer device C6 and load-transfer device D8 junction are provided with feed bin 37, described load-transfer device D8 end is connected with feed bin 49, described feed bin 1 is provided with level sensor 1, feed bin 25 is provided with level sensor 2 11, feed bin 37 is provided with level sensor 3 12, feed bin 49 is provided with level sensor 4 13, described feed bin 1, feed bin 25, feed bin 37 and feed bin 49 are provided with multiple electric millstone mill 14.
Load-transfer device A2, load-transfer device B4, load-transfer device C6 and load-transfer device D8 control rotating by PLC.
Described load-transfer device A2, load-transfer device B4, load-transfer device C6 and load-transfer device C6 project into straight line.
Feed bin 1, feed bin 25, feed bin 37 and feed bin 49 are provided with four electric millstone mills 14.
The above; be only preferred embodiment of the present utility model; not in order to limit the utility model; scope of patent protection of the present utility model is as the criterion with claims; the equivalent structure change that every utilization specification sheets of the present utility model and accompanying drawing content are done, in like manner all should be included in protection domain of the present utility model.
Claims (4)
1. the ripe sesame feeder of continous way, comprise sesame storaging bucket (1), it is characterized in that, the discharging opening of sesame storaging bucket (1) is arranged with load-transfer device A(2), load-transfer device A(2) be connected with load-transfer device B (4) in turn, load-transfer device C (6) and load-transfer device D (8), described load-transfer device A(2) end is higher than the front end of load-transfer device B (4), the end of load-transfer device B (4) is higher than the front end of load-transfer device C (6), the end of load-transfer device C (6) is higher than the front end of load-transfer device D (8), load-transfer device A(2), load-transfer device B (4), load-transfer device C (6) and load-transfer device D (8) all energy rotatings, described load-transfer device A(2) and load-transfer device B (4) junction be provided with feed bin one (3), described load-transfer device B(4) and load-transfer device C (6) junction be provided with feed bin two (5), described load-transfer device C(6) and load-transfer device D (8) junction be provided with feed bin three (7), described load-transfer device D (8) end is connected with feed bin four (9), described feed bin one (3) is provided with level sensor one (10), feed bin two (5) is provided with level sensor two (11), feed bin three (7) is provided with level sensor three (12), feed bin four (9) is provided with level sensor four (13), described feed bin one (3), feed bin two (5), feed bin three (7) and feed bin four (9) are provided with multiple electric millstone mill (14).
2. the ripe sesame feeder of continous way according to claim 1, is characterized in that, load-transfer device A(2), load-transfer device B (4), load-transfer device C (6) and load-transfer device D (8) control rotating by PLC.
3. the ripe sesame feeder of continous way according to claim 1, is characterized in that, described load-transfer device A(2), load-transfer device B (4), load-transfer device C (6) and load-transfer device C (6) project into straight line.
4. the ripe sesame feeder of continous way according to claim 1, is characterized in that, feed bin one (3), feed bin two (5), feed bin three (7) and feed bin four (9) are provided with four electric millstone mills (14).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520707595.4U CN204896676U (en) | 2015-09-14 | 2015-09-14 | Ripe sesame feeding means of continuous type |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520707595.4U CN204896676U (en) | 2015-09-14 | 2015-09-14 | Ripe sesame feeding means of continuous type |
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| CN204896676U true CN204896676U (en) | 2015-12-23 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108382874A (en) * | 2018-05-07 | 2018-08-10 | 广州市致顺科技有限公司 | A kind of tandem drawing-in device |
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2015
- 2015-09-14 CN CN201520707595.4U patent/CN204896676U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108382874A (en) * | 2018-05-07 | 2018-08-10 | 广州市致顺科技有限公司 | A kind of tandem drawing-in device |
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