CN113513709A - Auxiliary agent device for preparing two raw material liquids and using method thereof - Google Patents
Auxiliary agent device for preparing two raw material liquids and using method thereof Download PDFInfo
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- CN113513709A CN113513709A CN202110366752.XA CN202110366752A CN113513709A CN 113513709 A CN113513709 A CN 113513709A CN 202110366752 A CN202110366752 A CN 202110366752A CN 113513709 A CN113513709 A CN 113513709A
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- auxiliary agent
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F17—STORING OR DISTRIBUTING GASES OR LIQUIDS
- F17D—PIPE-LINE SYSTEMS; PIPE-LINES
- F17D1/00—Pipe-line systems
- F17D1/08—Pipe-line systems for liquids or viscous products
- F17D1/14—Conveying liquids or viscous products by pumping
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F17—STORING OR DISTRIBUTING GASES OR LIQUIDS
- F17D—PIPE-LINE SYSTEMS; PIPE-LINES
- F17D3/00—Arrangements for supervising or controlling working operations
- F17D3/01—Arrangements for supervising or controlling working operations for controlling, signalling, or supervising the conveyance of a product
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F17—STORING OR DISTRIBUTING GASES OR LIQUIDS
- F17D—PIPE-LINE SYSTEMS; PIPE-LINES
- F17D3/00—Arrangements for supervising or controlling working operations
- F17D3/18—Arrangements for supervising or controlling working operations for measuring the quantity of conveyed product
Abstract
The invention provides an auxiliary agent device for preparing two raw material liquids and a using method thereof, the device comprises a first raw material tank, a second raw material tank and an auxiliary agent tank group, a first raw material pipeline system is connected between the first raw material tank and the auxiliary agent tank group, a second raw material pipeline system is connected between the second raw material tank and the auxiliary agent tank group, so that the first raw material liquid in the first raw material tank and the second raw material liquid in the second raw material tank are injected into the auxiliary agent tank group, the auxiliary agent tank group is connected with a water inlet pipeline for adding water to prepare an auxiliary agent, the auxiliary agent tank group is provided with a liquid level meter for controlling the water injection amount and detecting the liquid level, the auxiliary agent tank group is provided with two auxiliary agent tanks for alternate use, the auxiliary agent tank group is connected with an auxiliary agent output pipeline system for conveying the auxiliary agent to a specified charging tank of a setting machine, the first raw material tank is provided with a first raw material input pipeline for conveying the first raw material liquid into the first raw material tank for storage, the second raw material tank is provided with a second raw material input pipeline. The device can realize automatic preparation and conveying of the auxiliary agent.
Description
Technical Field
The invention relates to the technical field of textile dyeing and finishing, in particular to an auxiliary agent device for preparing two raw material solutions and a using method thereof.
Background
With the rapid development of the textile industry, the problems of energy conservation, emission reduction, energy consumption reduction and refined production are mainly solved from the traditional process to mechanical production to information production. In the production of textile dyeing and finishing enterprises, the dosage of the auxiliary agent is an important process parameter, which affects the processing quality and raw material consumption of fabrics and also affects the problems of energy conservation and emission reduction. The automation degree of medium and small-scale dyeing and finishing enterprises in China in the field of assistant distribution is low, and most of the assistants of the dyeing and finishing enterprises are conveyed in a manual carrying mode. The disadvantages of such manual delivery are: on one hand, errors are easy to generate, the efficiency is low, the auxiliary agent waste is serious, and the product quality is unstable, so that the one-time qualification rate of the product is low, the production cost is improved, and the production efficiency of an enterprise is seriously influenced; on the other hand, the labor cost is high, and the pollution to the environment is large. At present, some enterprises have automatic auxiliary agent distribution systems, but the structural layout of the conventional auxiliary agent distribution system is unreasonable, the operation is complex, and the distribution efficiency needs to be further improved.
Disclosure of Invention
Aiming at the defects of the prior art, the invention provides an auxiliary agent device for preparing two raw material liquids, which is used for realizing automatic preparation and conveying of the auxiliary agent, thereby simplifying production operation, improving distribution efficiency and accuracy, reducing reject ratio and reducing waste of the auxiliary agent.
In order to achieve the purpose, the invention provides the following technical scheme:
an auxiliary agent device for preparing two raw material liquids comprises a first raw material tank, a second raw material tank and an auxiliary agent tank group, wherein a first raw material pipeline system is connected between the first raw material tank and the auxiliary agent tank group, a second raw material pipeline system is connected between the second raw material tank and the auxiliary agent tank group, so that the first raw material liquid in the first raw material tank and the second raw material liquid in the second raw material tank are injected into the auxiliary agent tank group, the auxiliary agent tank group is connected with a water inlet pipeline for adding water to prepare an auxiliary agent, the auxiliary agent tank group is provided with a liquid level meter for controlling the water injection amount and detecting the liquid level, the auxiliary agent tank group is provided with two auxiliary agent tanks which are alternately used, the auxiliary agent tank group is connected with an auxiliary agent output pipeline system for conveying the auxiliary agent to a specified charging tank, the first raw material tank is provided with a first raw material input pipeline for conveying the first raw material liquid into the first raw material tank to be stored, the second raw material tank is provided with a second raw material input pipeline, for inputting the second raw material liquid into the second raw material tank for storage.
Further, first raw materials pipe-line system includes first raw materials pipe, first delivery pump, first flowmeter, first control valve and second control valve, first raw materials jar is connected to first raw materials pipe one end, each auxiliary agent jar is connected to its other end, first delivery pump sets up on first raw materials pipe, first flowmeter sets up on first raw materials pipe, thereby realize quantitative control for the flow that supplies to measure first raw materials liquid in the first raw materials pipe, first control valve sets up on the first raw materials pipe of first delivery pump input end, the second control valve sets up on the first raw materials pipe of first delivery pump output end.
Further, first raw materials input tube includes first suction tube, first input tube and third control valve, and first control valve has three port, and first raw materials pipe is connected to the last lower port of first control valve, and first suction tube is connected to the side port of first control valve, connects the one end of first input tube on the first raw materials pipe of first delivery pump output end, and the first input tube other end is connected to first head tank, and the third control valve sets up on first input tube.
Further, second raw materials pipe-line system includes the second raw materials pipe, the second delivery pump, the second flow meter, fourth control valve and fifth control valve, first raw materials jar is connected to second raw materials pipe one end, each auxiliary agent jar is connected to its other end, the second delivery pump sets up on the second raw materials pipe, the second flow meter sets up on the second raw materials pipe, thereby it realizes quantitative control to supply to measure the flow of the interior first raw materials liquid of second raw materials pipe, the fourth control valve sets up on the second raw materials pipe of second delivery pump input end, the fifth control valve sets up on the second raw materials pipe of second delivery pump output end.
Further, second raw materials input tube includes second suction tube, second input tube and sixth control valve, and the fourth control valve has three port, and the second raw materials pipe is connected to the last lower port of fourth control valve, and the second suction tube is connected to the side port that stretches of fourth control valve, connects the one end of second input tube on the second raw materials pipe of second conveying pump output end, and the second input tube other end is connected to the second raw materials jar, and the sixth control valve sets up on the second input tube.
Furthermore, the auxiliary agent output pipeline system comprises an auxiliary agent output pipe, an auxiliary agent pump and a seventh control valve, the seventh control valve is provided with three ports, each auxiliary agent tank of the auxiliary agent tank group is correspondingly provided with a seventh control valve, a first port of each seventh control valve is connected with the corresponding auxiliary agent tank, a second port of each seventh control valve is connected with the auxiliary agent output pipe, a third port of each seventh control valve is connected with the merging end of the first raw material pipe and the second raw material pipe so as to control the input of the first raw material liquid and the second raw material liquid and the output of the prepared auxiliary agent, the auxiliary agent pump is arranged on the auxiliary agent output pipe, and the auxiliary agent tank group is connected to a feeding cylinder of a specified setting machine through the auxiliary agent output pipe.
Furthermore, evacuation branch pipes are connected to a first raw material pipe at the input end of the first conveying pump, a second raw material pipe at the input end of the second conveying pump and an auxiliary agent output pipe at the input end of the auxiliary agent pump, and each evacuation branch pipe is provided with an evacuation control valve.
Further, each emptying branch pipe is connected through an emptying main pipe to discharge liquid remained in the pipeline.
Furthermore, the first raw material tank and the second raw material tank are provided with liquid level meters.
The use method of the auxiliary agent device for preparing the two raw material liquids comprises the following steps: first stock solution of first raw materials jar input through first raw materials input pipeline is saved, input second stock solution through second raw materials input pipeline in to the second raw materials jar and save, first raw materials in the first raw materials jar are inputed to an auxiliary agent jar of auxiliary agent jar group through first raw materials pipe-line system, second raw materials in the second raw materials jar are inputed to this auxiliary agent jar of auxiliary agent jar group through second raw materials input pipeline, the auxiliary agent is prepared into to water injection in this auxiliary agent jar to the inlet tube way, the auxiliary agent of preparing is carried to appointed forming machine feeding cylinder through auxiliary agent output pipeline system.
Compared with the prior art, the invention has the following beneficial effects:
the auxiliary agent device for preparing the two raw material liquids respectively conveys the first raw material liquid to the first raw material tank and the second raw material liquid to the second raw material tank for storage through the first raw material input pipeline and the second raw material input pipeline. Then, a first raw material liquid in the first raw material tank and a second raw material liquid in the second raw material tank are respectively conveyed to the auxiliary agent tank group through the first raw material pipeline system and the second raw material pipeline system, water is added to the auxiliary agent tank group through the water inlet pipeline, and the auxiliary agent is prepared from the first raw material and the second raw material liquid. And finally, conveying the auxiliary agent through an auxiliary agent output pipeline system. So, easily realize transporting to forming machine feeding jar after two kinds of former feed liquor automatic preparation auxiliaries, simplified production operation, improved delivery efficiency and accuracy, reduced the defective rate, reduced the auxiliary agent extravagant. In addition, through first raw materials pipe-line system and second raw materials pipe-line system, both made things convenient for the corresponding stock solution of input to save, can input the washing liquid again and wash each stock tank, auxiliary agent jar and the pipeline of being connected thereof, prevent that the intraductal fluid of long time does not circulate and causes the dry adhesion phenomenon.
Drawings
FIG. 1 is a schematic diagram of the feed solution input of an auxiliary device for preparing two feed solutions according to the present invention;
FIG. 2 is a schematic diagram of the output of the raw material liquid of the auxiliary device for preparing two raw material liquids according to the present invention;
FIG. 3 is a schematic diagram showing an auxiliary device for preparing two kinds of raw material liquids according to the present invention in an inverted state.
Names and labels of the components: a first raw material tank 1, a second raw material tank 2, an auxiliary agent tank group 3, a first raw material piping system 4, a second raw material piping system 5, a water inlet piping 6, an auxiliary agent output piping system 7, a first raw material input piping 8, a second raw material input piping 9, a first raw material pipe 41, a first transfer pump 42, a first flow meter 43, a first control valve 44, a second control valve 45, a first suction pipe 81, a first input pipe 82, a third control valve 83, a second raw material pipe 51, a second transfer pump 52, a second flow meter 53, a fourth control valve 54, a fifth control valve 55, a second suction pipe 91, a second input pipe 92, a sixth control valve 93, an auxiliary agent output pipe 71, an auxiliary agent pump 72, a seventh control valve 73, an eighth control valve 74, an evacuation branch pipe 40, an evacuation control valve 401, and an evacuation main pipe 50.
Detailed Description
The following detailed description of embodiments of the invention refers to the accompanying drawings. It should be understood that the detailed description and specific examples, while indicating the present invention, are given by way of illustration and explanation only, not limitation.
Referring to fig. 1 to 3, an assistant apparatus for preparing two raw material liquids according to the present invention includes a first raw material tank 1, a second raw material tank 2, and an assistant tank set 3.
A first raw material pipeline system 4 is connected between the first raw material tank 1 and the auxiliary agent tank group 3, and a second raw material pipeline system 5 is connected between the second raw material tank 2 and the auxiliary agent tank group 3, so that the first raw material liquid in the first raw material tank 1 and the second raw material liquid in the second raw material tank 2 are injected into the auxiliary agent tank group 3. The auxiliary agent tank group 3 is connected with a water inlet pipeline 6 for adding water to prepare the auxiliary agent. The auxiliary agent tank group 3 is provided with a liquid level meter for controlling the water injection amount and detecting the liquid level. The auxiliary agent tank group 3 is provided with two auxiliary agent tanks which are alternately used, and each auxiliary agent tank is provided with a stirring device. And the auxiliary agent tank group 3 is connected with an auxiliary agent output pipeline system 7 for conveying the auxiliary agent to a specified charging cylinder of the setting machine.
First head tank 1 is equipped with first raw materials input pipeline 8 to supply to import first raw materials liquid to store in first head tank 1. The second raw material tank 2 is provided with a second raw material input pipeline 9 for inputting a second raw material liquid into the second raw material tank 2 for storage.
First head tank 1 and second head tank 2 are equipped with the level gauge to supply to detect the liquid level in first head tank 1 and the second head tank 2.
The first raw material piping system 4 includes a first raw material pipe 41, a first transfer pump 42, a first flow meter 43, a first control valve 44, and a second control valve 45. The first raw material pipe 41 has one end connected to the first raw material tank 1 and the other end connected to each of the auxiliary agent tanks. A first transfer pump 42 is provided on the first raw material pipe 41 to provide a suction power. The first flowmeter 43 is disposed on the first raw material pipe 41 to measure the flow rate of the first raw material liquid in the first raw material pipe 41 to realize quantitative control. The first control valve 44 is provided on the first raw material pipe 41 at the input end of the first transfer pump 42, and the second control valve 45 is provided on the first raw material pipe 41 at the output end of the first transfer pump 42.
The first raw material feed line 8 includes a first suction pipe 81, a first feed pipe 82, and a third control valve 83. The first control valve 44 has three ports, the upper and lower ports of the first control valve 44 are connected to the first raw material pipe 41, the side port of the first control valve 44 is connected to the first suction pipe 81, one end of the first input pipe 82 is connected to the first raw material pipe 41 at the output end of the first transfer pump 42, and the other end of the first input pipe 82 is connected to the first raw material tank 1. A third control valve 83 is provided on the first input pipe 82. Arrows in fig. 1 and 2 indicate the flow direction of the first source liquid. One end of the first suction pipe 81 is immersed in the first raw material liquid in the first raw material tank (not shown), the first control valve 44 is controlled to open the side port and the lower port thereof and close the upper port thereof, the second control valve 45 is closed, the third control valve 83 is opened, the first transfer pump 42 is started, and the first raw material liquid in the first raw material tank is sucked into the first raw material tank 1 for storage. When the first raw material liquid in the first raw material tank 1 needs to be injected into the auxiliary agent tank group 3, the first control valve 44 is controlled to open the upper and lower ports thereof, close the side port thereof, open the second control valve 45, close the third control valve 83, start the first delivery pump 42, and inject the first raw material liquid in the first raw material tank 1 into the auxiliary agent tank group 3. Therefore, the first raw material is pumped to the first raw material tank 1, and the first raw material is conveyed from the first raw material tank 1 to the auxiliary agent tank group 3, the first conveying pump 42 and part of the first raw material pipe 41 can be shared, the installation structure is simplified, and the manufacturing cost is reduced.
The second raw material piping system 5 includes a second raw material pipe 51, a second transfer pump 52, a second flow meter 53, a fourth control valve 54, and a fifth control valve 55. One end of the second raw material pipe 51 is connected to the first raw material tank 1, and the other end thereof is connected to each of the auxiliary agent tanks. A second transfer pump 52 is provided on the second raw material pipe 51 to provide a suction power. The second flowmeter 53 is provided on the second raw material pipe 51, and measures the flow rate of the first raw material liquid in the second raw material pipe 51 to perform quantitative control. The fourth control valve 54 is provided on the second raw material pipe 51 at the input side of the second transfer pump 52, and the fifth control valve 55 is provided on the second raw material pipe 51 at the output side of the second transfer pump 52.
The second raw material feed line 9 includes a second suction pipe 91, a second feed pipe 92, and a sixth control valve 93. The fourth control valve 54 has three ports, the upper and lower ports of the fourth control valve 54 are connected to the second raw material pipe 51, the side port of the fourth control valve 54 is connected to the second suction pipe 91, one end of the second input pipe 92 is connected to the second raw material pipe 51 at the output end of the second transfer pump 52, and the other end of the second input pipe 92 is connected to the second raw material tank 2. A sixth control valve 93 is provided on the second input pipe 92. One end of the second suction pipe 91 is immersed in the second raw material liquid in the second raw material barrel, the fourth control valve 54 is controlled to open the side port and the lower port thereof, close the upper port thereof, close the fifth control valve 55, open the sixth control valve 93, start the second delivery pump 52, and the second raw material liquid in the second raw material barrel is sucked into the second raw material tank 2 for storage. When the second raw material liquid in the second raw material tank 2 needs to be injected into the auxiliary agent tank group 3, the fourth control valve 54 is controlled to open the upper and lower ports thereof, close the side port thereof, open the fifth control valve 55, close the sixth control valve 93, start the second delivery pump 52, and inject the second raw material liquid in the second raw material tank 2 into the auxiliary agent tank group 3.
The auxiliary agent output pipeline system 7 comprises an auxiliary agent output pipe 71, an auxiliary agent pump 72 and a seventh control valve 73, the seventh control valve 73 has three ports, each auxiliary agent tank of the auxiliary agent tank group 3 is correspondingly provided with one seventh control valve 73, a first port of each seventh control valve 73 is connected with the corresponding auxiliary agent tank, a second port of each seventh control valve 73 is connected with the auxiliary agent output pipe 71, and a third port of each seventh control valve 73 is connected with the merging end of the first raw material pipe 41 and the second raw material pipe 51 so as to control the input of the first raw material liquid and the second raw material liquid and the output of the prepared auxiliary agent. An auxiliary agent pump 72 is provided on the auxiliary agent output pipe 71 to provide suction power. The auxiliary agent tank group 3 is connected to a feeding cylinder of a designated setting machine through an auxiliary agent output pipe 71. The liquid level meter of each auxiliary agent tank can detect the liquid level height in the auxiliary agent tank in real time, so that when the auxiliary agent in one auxiliary agent tank is used up, a signal is fed back to each seventh control valve 73, the second port of the seventh control valve 73 of the auxiliary agent tank is closed, the second port of the seventh control valve 73 of the other auxiliary agent tank is opened, and the auxiliary agent output pipe 71 is communicated with the other auxiliary agent tank to continuously supply the auxiliary agent. The seventh control valve 73 may be automatically controlled using a pneumatic L-shaped three-way valve. An eighth control valve 74 is arranged on the auxiliary agent output pipe 71 at the input end of the auxiliary agent pump 72 for controlling the output of the auxiliary agent.
Emptying branch pipes 40 are connected to the first raw material pipe 41 at the input end of the first conveying pump 42, the second raw material pipe 51 at the input end of the second conveying pump 52 and the auxiliary agent output pipe 71 at the input end of the auxiliary agent pump 72, and each emptying branch pipe 40 is provided with an emptying control valve 401. Each of the evacuation branch pipes 40 is connected by an evacuation main pipe 50 for discharging liquid remaining in the pipe. Clear water can be sucked into the first raw material tank 1 through the first suction pipe 81 for cleaning, then the clear water in the first raw material tank 1 is conveyed into the auxiliary agent tank group 3 for cleaning, and the cleaned waste liquid is finally discharged from the auxiliary agent output pipe 71 and the emptying main pipe 50, so that the pipeline is easy to clean automatically, and the phenomenon of dry adhesion caused by fluid non-circulation in the pipe for a long time is prevented. Similarly, clean water can be sucked in through the second suction pipe 91 to clean the second raw material tank 2 and the auxiliary agent tank group 3.
The auxiliary agent device for preparing two raw material liquids comprises a control device, wherein the first conveying pump 42, the second conveying pump 52, the auxiliary agent pump 72, each flow meter, each control valve and the liquid level meter are respectively and electrically connected with the control device so as to realize automatic control. The first transfer pump 42 and the second transfer pump 52 are preferably diaphragm pumps, and the auxiliary agent pump 72 is preferably a rotary pump.
The application method of the auxiliary agent device for preparing two raw material liquids comprises the following steps: the first raw material liquid is supplied to the first raw material tank 1 through the first raw material supply line 8 and stored. A second raw material liquid is supplied into the second raw material tank 2 through a second raw material supply line 9 and stored. The first raw material in the first raw material tank 1 is input into one auxiliary agent tank of the auxiliary agent tank group 3 through the first raw material pipeline system 4, and the second raw material in the second raw material tank 2 is input into the auxiliary agent tank of the auxiliary agent tank group 3 through the second raw material input pipeline 9. The water inlet pipeline 6 injects water into the auxiliary agent tank to prepare the auxiliary agent. The prepared auxiliary agent is conveyed to a feeding cylinder of a designated setting machine through an auxiliary agent output pipeline system 7.
The auxiliary agent device for preparing two raw material liquids respectively conveys a first raw material liquid to a first raw material tank 1 and a second raw material liquid to a second raw material tank 2 for storage through a first raw material input pipeline 8 and a second raw material input pipeline 9. Then, the first raw material liquid in the first raw material tank 1 and the second raw material liquid in the second raw material tank 2 are respectively conveyed to the auxiliary agent tank group 3 through the first raw material pipeline system 4 and the second raw material pipeline system 5, water is added to the auxiliary agent tank group 3 through the water inlet pipeline 6, and the first raw material and the second raw material liquid are prepared into the auxiliary agent. And finally, conveying the auxiliary agent through an auxiliary agent output pipeline system 7. So, easily realize transporting to forming machine feeding jar after two kinds of former feed liquor automatic preparation auxiliaries, simplified production operation, improved delivery efficiency and accuracy, reduced the defective rate, reduced the auxiliary agent extravagant. In addition, through first raw materials pipe-line system 4 and second raw materials pipe-line system 5, both made things convenient for the input corresponding stock solution to save, can input the washing liquid again and wash each head tank, auxiliary agent jar and the pipeline of being connected thereof, prevent that the intraductal fluid of long time does not circulate and causes the dry adhesion phenomenon.
Any combination of the various embodiments of the present invention should be considered as disclosed in the present invention, unless the inventive concept is contrary to the present invention; within the scope of the technical idea of the invention, any combination of various simple modifications and different embodiments of the technical solution without departing from the inventive idea of the present invention shall fall within the protection scope of the present invention.
Claims (10)
1. The auxiliary agent device for preparing two raw material liquids is characterized by comprising a first raw material tank (1), a second raw material tank (2) and an auxiliary agent tank group (3), wherein a first raw material pipeline system (4) is connected between the first raw material tank (1) and the auxiliary agent tank group (3), a second raw material pipeline system (5) is connected between the second raw material tank (2) and the auxiliary agent tank group (3) so as to inject the first raw material liquid in the first raw material tank (1) and the second raw material liquid in the second raw material tank (2) into the auxiliary agent tank group (3), the auxiliary agent tank group (3) is connected with a water inlet pipeline (6) for adding water to prepare an auxiliary agent, the auxiliary agent tank group (3) is provided with a liquid level meter for controlling water injection amount and detecting liquid level alternately, the auxiliary agent tank group (3) is provided with two auxiliary agent tanks for use, the auxiliary agent tank group (3) is connected with an auxiliary agent output pipeline system (7), in order to supply to carry auxiliary agent to appointed forming machine feeding cylinder, first head tank (1) is equipped with first raw materials input pipeline (8) to supply to input first stock solution and save in first head tank (1), second head tank (2) are equipped with second raw materials input pipeline (9) to supply to input second stock solution and save in second head tank (2).
2. The additive device for preparing two raw material liquids according to claim 1, the first raw material pipeline system (4) comprises a first raw material pipe (41), a first conveying pump (42), a first flow meter (43), a first control valve (44) and a second control valve (45), one end of the first raw material pipe (41) is connected with the first raw material tank (1), the other end of the auxiliary agent tank is connected with each auxiliary agent tank, a first delivery pump (42) is arranged on the first raw material pipe (41), a first flowmeter (43) is arranged on the first raw material pipe (41), the quantitative control is realized by measuring the flow of the first raw material liquid in the first raw material pipe (41), the first control valve (44) is arranged on the first raw material pipe (41) at the input end of the first conveying pump (42), and the second control valve (45) is arranged on the first raw material pipe (41) at the output end of the first conveying pump (42).
3. The auxiliary device for preparing two raw material liquids according to claim 1, wherein the first raw material input pipeline (8) comprises a first suction pipe (81), a first input pipe (82) and a third control valve (83), the first control valve (44) has three ports, the upper and lower ports of the first control valve (44) are connected with the first raw material pipe (41), the side port of the first control valve (44) is connected with the first suction pipe (81), one end of the first input pipe (82) is connected to the first raw material pipe (41) at the output end of the first conveying pump (42), the other end of the first input pipe (82) is connected to the first raw material tank (1), and the third control valve (83) is arranged on the first input pipe (82).
4. The auxiliary device for preparing two raw material liquids according to claim 2, the second raw material pipeline system (5) comprises a second raw material pipe (51), a second delivery pump (52), a second flowmeter (53), a fourth control valve (54) and a fifth control valve (55), one end of the second raw material pipe (51) is connected with the first raw material tank (1), the other end of the auxiliary agent tank is connected with each auxiliary agent tank, a second delivery pump (52) is arranged on a second raw material pipe (51), a second flowmeter (53) is arranged on the second raw material pipe (51), the fourth control valve (54) is arranged on the second raw material pipe (51) at the input end of the second conveying pump (52), and the fifth control valve (55) is arranged on the second raw material pipe (51) at the output end of the second conveying pump (52).
5. The auxiliary device for preparing two raw material liquids according to claim 1, wherein the second raw material input pipeline (9) comprises a second suction pipe (91), a second input pipe (92) and a sixth control valve (93), the fourth control valve (54) has three ports, the upper and lower ports of the fourth control valve (54) are connected with the second raw material pipe (51), the side port of the fourth control valve (54) is connected with the second suction pipe (91), one end of the second input pipe (92) is connected to the second raw material pipe (51) at the output end of the second delivery pump (52), the other end of the second input pipe (92) is connected to the second raw material tank (2), and the sixth control valve (93) is arranged on the second input pipe (92).
6. The additive apparatus for preparing two kinds of raw material liquids according to claim 4, wherein the additive output piping system (7) includes an additive output pipe (71), an additive pump (72), and a seventh control valve (73), the seventh control valve (73) has three ports, one seventh control valve (73) is provided for each additive tank of the additive tank group (3), a first port of each seventh control valve (73) is connected to the corresponding additive tank, a second port of each seventh control valve (73) is connected to the additive output pipe (71), a third port of each seventh control valve (73) is connected to the combined end of the first raw material pipe (41) and the second raw material pipe (51) for controlling the input of the first raw material liquid and the output of the prepared additive, the additive pump (72) is provided on the additive output pipe (71), the auxiliary agent tank group (3) is connected to a feeding cylinder of a designated setting machine through an auxiliary agent output pipe (71).
7. The auxiliary agent device for preparing two raw material liquids according to claim 6, wherein an emptying branch pipe (40) is connected to the first raw material pipe (41) at the input end of the first delivery pump (42), the second raw material pipe (51) at the input end of the second delivery pump (52), and the auxiliary agent output pipe (71) at the input end of the auxiliary agent pump (72), and an emptying control valve (401) is arranged on each emptying branch pipe (40).
8. Auxiliary device for the preparation of two feedstock liquids according to claim 7, characterized in that each evacuation branch (40) is connected by an evacuation main (50) for the liquid remaining in the evacuation piping.
9. The additive device for preparing two raw material liquids according to claim 1, wherein the first raw material tank (1) and the second raw material tank (2) are provided with liquid level meters.
10. Use of an auxiliary device according to any of claims 1-9 for the preparation of two stock solutions, characterized in that it comprises the following steps: the first raw material liquid is input into a first raw material tank (1) through a first raw material input pipeline (8) to be stored, the second raw material liquid is input into a second raw material tank (2) through a second raw material input pipeline (9) to be stored, the first raw material in the first raw material tank (1) is input into an auxiliary agent tank of an auxiliary agent tank group (3) through a first raw material pipeline system (4), the second raw material in the second raw material tank (2) is input into the auxiliary agent tank of the auxiliary agent tank group (3) through the second raw material input pipeline (9), a water inlet pipeline (6) injects water into the auxiliary agent tank to prepare the auxiliary agent, and the prepared auxiliary agent is conveyed to a specified charging cylinder of a setting machine through an auxiliary agent output pipeline system (7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202110366752.XA CN113513709A (en) | 2021-04-06 | 2021-04-06 | Auxiliary agent device for preparing two raw material liquids and using method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202110366752.XA CN113513709A (en) | 2021-04-06 | 2021-04-06 | Auxiliary agent device for preparing two raw material liquids and using method thereof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN113513709A true CN113513709A (en) | 2021-10-19 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202110366752.XA Pending CN113513709A (en) | 2021-04-06 | 2021-04-06 | Auxiliary agent device for preparing two raw material liquids and using method thereof |
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| Country | Link |
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| CN (1) | CN113513709A (en) |
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2021
- 2021-04-06 CN CN202110366752.XA patent/CN113513709A/en active Pending
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