CN213677504U - Multi-point position program control liquid level control device for toothpaste production - Google Patents
Multi-point position program control liquid level control device for toothpaste production Download PDFInfo
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- CN213677504U CN213677504U CN202022792412.7U CN202022792412U CN213677504U CN 213677504 U CN213677504 U CN 213677504U CN 202022792412 U CN202022792412 U CN 202022792412U CN 213677504 U CN213677504 U CN 213677504U
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Abstract
A multi-point position program control liquid level control device for toothpaste production belongs to the field of toothpaste production filling. The utility model discloses be connected single set system cream equipment with two sets of filling equipment to through programme-controlled liquid level, realize the multiple spot position liquid level control of a liquid level probe, promote the flexibility of arranging production, reduce man-hour and labour cost, improve filling efficiency. The utility model discloses an output pump, liquid level probe, its characterized in that, two pipelines are connected respectively to every toothpaste basin, except the toothpaste basin of final number position, all the other two pipelines that every toothpaste basin is connected are reconnected respectively the liquid filling machine of number position and the liquid filling machine of adjacent next number position that toothpaste basin corresponds, two pipelines that toothpaste basin of final number position is connected to respectively to the liquid filling machine and the liquid filling machine of corresponding number position, every all be provided with on the pipeline output pump, every number position the liquid filling machine all is provided with a liquid level probe that corresponds the number position.
Description
Technical Field
The utility model belongs to toothpaste production filling field specifically relates to a be used for toothpaste production multiple spot position programme-controlled liquid level control device.
Background
In the prior toothpaste making and filling link for producing toothpaste in China, the program control liquid level device is used for automatic connection between the two links so as to meet the production requirement. Most of existing storage tanks and filling machines are point position control one to one, and in the operation process, the scheduling flexibility is poor, and during the variety conversion, machines and personnel need to wait for in a delayed mode, so that the production efficiency is reduced, and the labor and the time are wasted.
Disclosure of Invention
Aiming at the problems, the utility model makes up the defects of the prior art and provides a multi-point position program control liquid level control device for toothpaste production; the utility model discloses be connected single set system cream equipment with two sets of filling equipment to through programme-controlled liquid level, realize the multiple spot position liquid level control of a liquid level probe, promote the flexibility of arranging production, reduce man-hour and labour cost, improve filling efficiency.
In order to achieve the above purpose, the utility model adopts the following technical scheme.
The utility model provides a multi-point position program control liquid level control device for toothpaste production, which comprises an output pump and a liquid level probe, it is characterized in that each toothpaste storage tank is respectively connected with two pipelines except the toothpaste storage tank in the final number, the two pipelines connected with the rest toothpaste storage tanks are respectively connected to the filling machine of the corresponding number position of the toothpaste storage tank and the filling machine of the next adjacent number position, the two pipelines connected with the toothpaste storage tank of the final number position are respectively connected to the filling machine of the corresponding number position and the filling machine of the corresponding number position, the output pump is arranged on each pipeline, the filling machine of each number position is provided with a liquid level probe corresponding to the number position, each liquid level probe is connected to a liquid level program control device corresponding to the number position, and each liquid level program control device is respectively connected with the output pumps on the two pipelines connected with the filling machines corresponding to the number positions.
Further, the liquid level program control device comprises a shunt program controller, a liquid level controller and an alternating current contactor, the liquid level probe is respectively connected to the shunt program controllers of two corresponding numbers, the shunt program controller is connected to the liquid level controller of the corresponding number, the liquid level controller is connected to the alternating current contactor of the corresponding number, and the alternating current contactor is connected to the output pump of the corresponding number.
Still further, the shunt programmer includes a shunt switch and a shunt relay, the shunt switch being coupled to a coil of the shunt relay.
Further, the two output pumps on the two pipelines connected with the filling machine at the corresponding number positions are interlocked.
The beneficial effects of the utility model.
The utility model discloses set up two lotion delivery pumps with a basin, connect two liquid filling machines respectively to through programme-controlled liquid level control, realize the multiple spot position liquid level control of a liquid level probe, when carrying out the variety conversion to a liquid filling machine, avoid machine and personnel to wait for, promote the flexibility of arranging production, reduce man-hour and labour cost, improve filling efficiency.
Drawings
In order to make the technical problem, technical scheme and beneficial effect that the utility model solved more clearly understand, it is right to combine the attached drawing and detailed description mode below the utility model discloses further detailed description. It should be understood that the detailed description and specific examples, while indicating the invention, are given by way of illustration only.
Fig. 1 is a schematic view of the overall structure of the present invention.
Fig. 2 is a shunt circuit diagram of the filling machine of the present invention.
The labels in the figure are: 1 is an output pump, 2 is a liquid level probe, 3 is a toothpaste storage tank, 4 is a pipeline, 5 is a filling machine, 6 is a liquid level program control device, 7 is a shunt program controller, 8 is a liquid level controller, 9 is an alternating current contactor, 10 is a shunt switch, and 11 is a shunt relay.
Detailed Description
Shown by the attached drawing, the toothpaste filling machine comprises an output pump 1 and liquid level probes 2, and is characterized in that each toothpaste storage tank 3 is respectively connected with two pipelines 4, except the toothpaste storage tank 3 in the final position, the two pipelines 4 connected with the other toothpaste storage tanks 3 are respectively connected with a filling machine 5 in the position corresponding to the toothpaste storage tank 3 and a filling machine 5 in the next adjacent position, the two pipelines 4 connected with the toothpaste storage tank 3 in the final position are respectively connected with the filling machine 5 in the corresponding position and the filling machine 5 in the first position, each pipeline 4 is provided with the output pump 1, each filling machine 5 in the position is provided with a liquid level probe 2 in the corresponding position, the liquid level probes 2 are used for detecting the position of the toothpaste in the filling machine 5, each liquid level probe 2 is connected with a liquid level program control device 6 in the corresponding position, each liquid level program control device 6 is respectively connected with the output pump 1 on the two pipelines 4 connected with the filling machine 5 in the corresponding position, the work of the pump is controlled to drive the corresponding paste.
The liquid level program control device 6 comprises a shunt program controller 7, a liquid level controller 8 and an alternating current contactor 9, the liquid level probe 2 is respectively connected to the shunt program controllers 7 of two corresponding numbers, the shunt program controllers 7 are connected to the liquid level controllers 8 of the corresponding numbers, the liquid level controllers 8 are connected to the alternating current contactors 9 of the corresponding numbers, and the alternating current contactors 9 are connected to the output pumps 1 of the corresponding numbers.
Shunt programmer 7 includes a shunt switch 10 and a shunt relay 11, with shunt switch 10 connected to the coil of shunt relay 11.
The two output pumps 1 on the two pipelines 4 connected with the filling machine 5 corresponding to the number are interlocked.
Take four number toothpaste basin 3 towards four number liquid filling machines 5 canning shown in the attached drawing as an example, No. one toothpaste basin 3 (P1) connects No. one pipeline 4 and No. two pipelines 4, be provided with No. one output pump 1 (D1) on No. one pipeline 4, No. four toothpaste basin 3 (P4) connects No. seven pipelines 4 and No. eight pipelines 4, set up on No. eight pipelines 4 by No. eight output pump 1 (D8), No. four toothpaste basin 3 is the final number, No. one pipeline 4 and No. eight pipeline 4 are connected to No. one liquid filling machine 5 (F1).
The first probe is connected to the first filling machine 5, the first probe is connected to the first shunt program controller 7 and the eighth shunt program controller 7 respectively, the first shunt program controller 7 comprises a first shunt switch 10 (K1) and a first shunt relay 11 (J1), the first shunt switch 10 is connected with a coil of the first shunt relay 11, the eighth shunt program controller 7 comprises an eighth shunt switch 10 (K8) and an eighth shunt relay 11 (J8), and the eighth shunt switch 10 is connected with the coil of the eighth shunt relay 11.
The normally closed contact of the first shunt relay 11 is connected with the eighth shunt program controller 7 in series, and the normally closed contact of the eighth shunt relay 11 is connected with the first shunt program controller 7 in series. The normally open contact of the first shunt relay 11 is connected in series with the eighth liquid level controller 8 (C8), the eighth liquid level controller 8 is connected in series with the eighth AC contactor 9 (KM 8), and the eighth AC contactor 9 is connected to the eighth output pump 1 (D8). The normally open contact of the eighth shunt relay 11 is connected in series with the first liquid level controller 8 (C1), the first liquid level controller 8 is connected in series with the first AC contactor 9 (KM 1), and the first AC contactor 9 is connected to the first output pump 1 (D8). The connection can make output pump 1 and No. eight output pump 1 interlock like this, avoids simultaneously getting off the cream and pollutes the cream matter.
When the paste of the first toothpaste storage tank 3 needs to be injected into the first filling machine 5, the first shunt switch 10 is pressed, the coil of the first shunt relay 11 is electrified, the first output pump 1 works, and the eighth output pump 1 cannot work even if the eighth shunt switch 10 is pressed due to the interlocking with the eighth output pump 1.
When the paste body rises to the upper limit of the liquid level, the paste pumping is required to be stopped, the first liquid level controller 8 is powered off, the first alternating current contactor 9 is powered off, and the first output pump 1 stops running.
Similarly, when the paste of the fourth toothpaste storage tank 3 needs to be injected into the first filling machine 5, the eighth shunt switch 10 is pressed, the coil of the eighth shunt relay 11 is electrified, the eighth output pump 1 works, and the first shunt switch 10 is interlocked with the first output pump 1, so that the first output pump 1 cannot work.
When the paste body rises to the upper limit of the liquid level, the paste pumping is required to be stopped, the eighth liquid level controller 8 is powered off, the eighth alternating current contactor 9 is powered off, and the eighth output pump 1 stops running.
It should be understood that the above detailed description of the present invention is only for illustrating the present invention and is not limited by the technical solutions described in the embodiments of the present invention, and those skilled in the art should understand that the present invention can still be modified or equivalently replaced to achieve the same technical effects; as long as the use requirement is satisfied, the utility model is within the protection scope.
Claims (4)
1. A multi-point position program control liquid level control device for toothpaste production, which comprises an output pump and a liquid level probe, it is characterized in that each toothpaste storage tank is respectively connected with two pipelines except the toothpaste storage tank in the final number, the two pipelines connected with the rest toothpaste storage tanks are respectively connected to the filling machine of the corresponding number position of the toothpaste storage tank and the filling machine of the next adjacent number position, the two pipelines connected with the toothpaste storage tank of the final number position are respectively connected to the filling machine of the corresponding number position and the filling machine of the corresponding number position, the output pump is arranged on each pipeline, the filling machine of each number position is provided with a liquid level probe corresponding to the number position, each liquid level probe is connected to a liquid level program control device corresponding to the number position, and each liquid level program control device is respectively connected with the output pumps on the two pipelines connected with the filling machines corresponding to the number positions.
2. The multi-point programmed liquid level control device for toothpaste production according to claim 1, wherein the liquid level programming device comprises a shunt program controller, a liquid level controller and an ac contactor, the liquid level probe is respectively connected to the shunt program controllers of two corresponding numbers, the shunt program controllers are connected to the liquid level controllers of the corresponding numbers, the liquid level controllers are connected to the ac contactors of the corresponding numbers, and the ac contactors are connected to the output pumps of the corresponding numbers.
3. The multi-point programmable liquid level control device for toothpaste production according to claim 2, wherein the shunt programmable controller comprises a shunt switch and a shunt relay, and the shunt switch is connected with a coil of the shunt relay.
4. The multi-point programmed liquid level control device for toothpaste production according to claim 1, wherein two output pumps on two pipes connected to the filling machine corresponding to the number are interlocked.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022792412.7U CN213677504U (en) | 2020-11-27 | 2020-11-27 | Multi-point position program control liquid level control device for toothpaste production |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022792412.7U CN213677504U (en) | 2020-11-27 | 2020-11-27 | Multi-point position program control liquid level control device for toothpaste production |
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| Publication Number | Publication Date |
|---|---|
| CN213677504U true CN213677504U (en) | 2021-07-13 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN202022792412.7U Active CN213677504U (en) | 2020-11-27 | 2020-11-27 | Multi-point position program control liquid level control device for toothpaste production |
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| CN (1) | CN213677504U (en) |
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