KR100394274B1 - A Container of Storing Dipping Solution Without Overflow - Google Patents

Abstract

The present invention relates to a rubber storage solution storage container for preventing the overflow caused by the generation of a large amount of foam in the solution storage tank for preventing adhesion when the rubber for tire production. The technical configuration has a solution reservoir having a supply pipe for supplying a solution at the bottom of the side and a solution injection tube with a solution sensing plotter at the top of the side, a lid coupled to the top of the solution reservoir, and coupled to the lid A rubber adhesion preventing solution storage container comprising a stirrer and defoaming means for removing bubbles generated in the solution reservoir, wherein the defoaming means extends from a lid and is a bubble detection float embedded in the reservoir, and the bubble detection And a ground sensor that opens and closes as the float moves up and down, a foam suction unit driven according to a signal of the ground sensor, and a foam separation reservoir for separating the foam by receiving the sucked foam connected to the foam suction unit. It features.

Description

A storage container for rubber adhesion prevention {A Container of Storing Dipping Solution Without Overflow}

The present invention relates to a solution storage container for preventing adhesion during rubber loading for tire manufacture, and more particularly, to a solution storage container for preventing rubber adhesion, which can prevent the overflow caused by the generation of a large amount of foam.

In the tire manufacturing process, the rubber, which is the main raw material of the tire, in particular, the rubber of the semi-finished product, has adhesiveness, and therefore, care is required to prevent the rubber from adhering to each other. Therefore, in order to prevent the adhesion of the rubber semi-finished product is sprayed on the semi-finished rubber through the anti-stick solution. The rubber anti-sticking solution is stored in a storage container of a predetermined shape.

As shown in FIG. 1, a conventional rubber adhesion preventing solution storage container is provided with a supply pipe 1a for supplying a solution for preventing rubber adhesion at a lower portion of a side thereof, and a solution sensing plotter 1b at an upper portion thereof. Reservoir (1) to which the injection tube (1c) is attached, a lid (2) coupled to the upper portion of the reservoir (1), an agitator (3) coupled to the lid and built into the reservoir, and the reservoir It is comprised by the blowing pipe 4 which suppresses the foam | bubble generated in (1) by the pressure of air.

Conventional rubber adhesive solution storage container is configured as described above is a solution stored in the reservoir (1) is supplied to the rubber mounting table (not shown) through the supply pipe (1a) to prevent the adhesion by soaking the rubber. And the solution supplied to the rubber mounting table is recovered through the injection pipe (1c) again.

However, the rubber anti-adhesive solution is highly foamed when agitated with the stirrer due to the chemical treatment or when the solution is injected from the inlet. At this time, in order to suppress the generated bubbles, the air is compressed and blown through the blower pipe 4 to suppress the generation of bubbles.

However, it is necessary to continuously manage the operator to suppress the foaming by the continuous solution input using the air, causing a continuous power loss for the air supply. In addition, the lack of artificial management will cause bubbles to overflow, resulting in chemical loss and contamination of the workplace and environment.

SUMMARY OF THE INVENTION An object of the present invention is to provide a solution storage container for preventing rubber adhesion, which can automatically remove a large amount of bubbles generated in a solution reservoir without continuous management of a manager and at the same time reduce power loss.

1 is an exemplary view of a conventional rubber adhesive solution storage container,

2 is an exemplary view of a rubber storage solution storage container according to the present invention,

3 is an enlarged plan view of main parts according to the present invention;

<Explanation of symbols for the main parts of the drawings>

10: solution reservoir, 20: lid,

30: stirrer, 40: bubble detection float,

50: ground sensor, 60: bubble intake,

70: bubble separation reservoir, 80: solution separation reservoir.

Rubber adhesive solution storage container of the present invention for achieving the above technical problem has a supply pipe for supplying a solution to the lower side of the side and a reservoir having an injection tube attached to the solution sensing plotter on the upper side, and the upper portion of the reservoir A rubber adhesion preventing solution storage container including a lid coupled to the, a stirrer coupled to the lid, and foam removing means for removing bubbles generated in the reservoir, wherein the foam removing means extends from the lid and is embedded in the reservoir. Foam is separated by receiving a foam detection float, a ground sensor that opens and closes as the foam sensing float moves up and down, a foam suction unit driven by a signal of the ground sensor, and foam connected to the foam suction unit and sucked in. It characterized in that it comprises a foam separation reservoir.

Hereinafter, with reference to the accompanying drawings will be described an embodiment of the present invention;

Figure 2 schematically shows a rubber storage solution storage container according to the present invention.

Rubber storage solution storage container of the present invention largely comprises a reservoir 10, the lid 20, the stirrer 30 and the bubble removing means.

The reservoir 10 is provided with a supply pipe 11 for supplying a solution to the lower side of the side, and an injection tube 13 with a solution sensing float 12 attached to the upper side of the reservoir 10.

The lid 20 covers the upper portion of the reservoir 10, and the stirrer 30 is fixed to the lid and driven by a driving motor to stir the solution in the reservoir 10 so that it does not harden.

Bubble removing means is a core technology of the present invention is extended from the lid 20, the bubble detection float 40 is deposited in the solution in the reservoir 10, and is opened and closed in accordance with the up and down of the bubble detection float 40 A ground sensor 50, a foam suction unit 60 driven according to the signal of the ground sensor, and a foam separation reservoir 70 for separating the foam by receiving the sucked foam connected to the foam suction unit 60 and separating the foam. It consists of.

Here, the foam suction unit 60 is installed along the upper inner circumferential surface of the reservoir 10 and is provided with a suction tube 61 through which a plurality of suction holes 61a are drilled, and is located near the center of the suction tube 61 and suction suction tube ( It may include a center pipe 62 connected through the 63, and the bubble transfer pipe 64 extending from the center pipe 62, the suction fan 65 is provided at the end.

At this time, the suction pipe (63) is provided with a plurality of suction holes (63a) at the bottom, the center side is inclined upward, the border side is downward so that the solution naturally falls into the reservoir (10) and induces bubbles only It is preferable to install inclinedly. In addition, the suction pipe 61 and the foam separation reservoir 70 is connected to the connection tube 71, which is also installed to be inclined downward toward the foam separation reservoir 70 to induce a natural flow of the solution. It is preferable.

Separate the overflow pipe 81 and the recovery pipe 82 installed to protrude to the outside in the upper and lower positions of the reservoir 10, and the solution connected to the ends of the overflow pipe 81 and the recovery pipe 82 The reservoir 80 is installed.

At this time, it is preferable that the overflow pipe 81 is inclined downward to the outside for the natural flow of the solution, and the recovery pipe 82 is inclined downward to the inside.

The solution separation reservoir 80 and the bubble separation reservoir 70 are connected to the moving tube 72, and the solution separation reservoir 80 is installed to be lower than the bubble separation reservoir 70 for the natural flow of the solution. It is preferable.

Hereinafter, the operational relationship of the present invention will be described.

According to the solution reservoir according to the present invention, the solution enters into the reservoir 10 through the injection tube 13 and is also supplied to the rubber loading stand through the supply tube 11. At this time, a large amount of foam is generated in the process of the rubber adhesion prevention solution is recovered through the injection tube (13).

However, when the method of removing the bubbles generated in the reservoir 10 in the present invention will be described.

When bubbles occur in the reservoir 10, the bubble detection float 40 floats up. At this time, when the upper end of the bubble detection float 40 touches the ground sensor 50, the suction fan 65 is driven in accordance with the signal generated from the ground sensor. When the suction fan 65 is driven, it sucks bubbles through the suction pipe 61 and the suction paper tube 63 and flows into the bubble separation storage tank 70 through the bubble transfer pipe 64. Bubbles introduced into the bubble separation reservoir 70 are precipitated and liquefied, and the solution solution flows through the moving tube 72 to the solution separation reservoir 80. The solution introduced into the solution separation reservoir 80 is introduced into the reservoir 10 again through the recovery pipe 82.

Meanwhile, the solution in which the bubbles introduced along the suction pipe 61 and the suction pipe 63 may be dropped into the storage tank 10, or may flow into the bubble separation storage tank 70 through the connection pipe 71. .

In addition, when there is too much solution, it flows into the solution separation reservoir 80 through the overflow pipe 81. As shown in FIG.

When bubbles are removed to some extent in the storage tank 10 in the above-described manner, the bubble detection float 40 is lowered downward and is separated from the ground sensor 50 to stop the driving of the suction fan 65. By repeating the above operation, bubbles generated in the reservoir 10 are removed.

As described above, the present invention installs a bubble detection float to be moved up and down according to the amount of foam in the storage tank, the suction fan is automatically driven in accordance with the lifting of the bubble detection float, it is automatically removed without the continuous management of the administrator At the same time, the loss of power is reduced to some extent.

Claims (7)

A reservoir 10 having a supply tube 11 for supplying a solution to the lower side of the side and an injection tube 13 to which a solution sensing float 12 is attached at the upper side of the side; In the rubber storage solution storage container for a rubber adhesive comprising a lid 20, a stirrer 30 coupled to the lid, and bubble removing means for removing bubbles generated in the reservoir 10, The bubble removing means extends from the lid 20, the bubble detection float 40 embedded in the reservoir 10, the ground sensor 50 is opened and closed according to the up and down of the bubble detection float 40, and the ground Rubber adhesive, characterized in that it comprises a foam suction unit 60 is driven in accordance with the signal of the sensor, and the foam separation reservoir 70 is connected to the foam suction unit 60 and receives the sucked foam to separate the foam Prevention solution reservoir. The method of claim 1, The foam suction unit 60 is installed along the upper inner circumferential surface of the reservoir 10 and is provided with a suction tube 61 through which a plurality of holes 61a are opened, and is located near the center of the suction tube 61 and includes a plurality of suction tubes ( 63 is a rubber storage solution storage container, characterized in that it comprises a center pipe 62 connected through the 63, and the foam conveying pipe 64 is provided with a suction fan 65 at the end extending from the center tube . The method of claim 2, The suction pipe (63) is a rubber storage solution storage container, characterized in that the central side is installed inclined upward, the edge side is installed inclined downward. The method according to claim 2 or 3, The suction pipe 61 and the foam separation reservoir 70 are connected to each other by a connection tube 71, and the connection tube 71 is installed to be inclined downward toward the foam separation reservoir 70, the rubber adhesion prevention solution storage Vessel. The method according to claim 1 or 2, Separate the overflow pipe 81 and the recovery pipe 82 installed to protrude to the outside in the upper and lower positions of the reservoir 10, and the solution connected to the ends of the overflow pipe 81 and the recovery pipe 82 Rubber storage solution storage container, characterized in that consisting of a reservoir (80). The method of claim 5, The overflow pipe (81) is inclined downward toward the solution separation reservoir (80), the recovery pipe 82 is a rubber adhesive solution storage container, characterized in that installed inclined downward toward the reservoir (10). The method of claim 5, The solution separation reservoir 80 and the foam separation reservoir 70 is connected to the moving tube 72, the solution separation reservoir 80 is installed to prevent rubber adhesion, characterized in that installed lower than the foam separation reservoir (70) Solution reservoir.