CN201337895Y - Guide flow cylinder type mechanical stirring tank with auxiliary starting device - Google Patents

Abstract

The utility model relates to a diversion cylinder type mechanical stirring tank with an auxiliary start-up device, which relates to a structural improvement of a stirring tank for a material with a relatively high solid content. The structure of the stirring tank includes a tank body, a discharge pipe, a valve core, a valve stem, and an operating handle; its feature is that its structure also includes: a high-pressure air inlet pipe-the air inlet pipe is a through pipe, which runs through the discharge obliquely The bottom of the horizontal discharge pipe on the side wall of the pipe, and its air outlet points upward to the discharge pipe; the switch of the high-pressure air inlet pipe - the switch is located on the pipe section outside the horizontal discharge pipe; the discharge pipe switch - the switch is located on the discharge pipe The tail of the horizontal discharge pipe is provided on the material side wall. The utility model can blow high-pressure air into the mixing tank when starting and separating the tanks, so that the high-solid materials do not precipitate. When the mechanical stirring is not started, the materials are stirred, thereby preventing the tank from settling during the starting period. Prevent excessive deposition of materials during the separation period and reduce the amount of cleaning. The utility model has the advantages of simple structure, practicality, easy implementation, easy grasp and obvious effect.

Description

A draft-drum type mechanical stirring tank with an auxiliary start-up device

technical field

A diversion cylinder type mechanical stirring tank with an auxiliary start-up device relates to the structural improvement of a stirring tank for materials with high solid content.

Background technique

At present, in the production process of processing materials with high solid content, when starting the diversion cylinder type mechanical mixing tank, the material should be pre-put into the mixing tank first, so that the material in the mixing tank is close to the state of full tank, that is, the stirring device can be started only after submerging. Mechanical stirring. In actual production, it often happens that the mechanical stirring device is difficult to start due to the high solid content of the material is easy to precipitate, and the mechanical stirring fails to be put into use. For this reason, some studies have used clear liquid to replace the pre-introduced high-solid-content materials, started without precipitation, and then replaced the pre-introduced clear liquid with high-content materials, which made the start-up process of the diversion tube mechanical stirring tank cumbersome. . At the same time, due to the need to stop when the tank is full during the tank separation period, the material in the tank is deposited, and a large amount of material is deposited, which is difficult to clean up and difficult to start again.

Contents of the invention

The purpose of this utility model is to solve the above-mentioned deficiencies in the prior art, and to provide a kind of equipment that can effectively solve the problems of difficult start-up caused by easy precipitation of high-solid materials, large amount of material deposition in the tank when the tank is separated, and difficult cleaning workload. Drum-type mechanical agitation tank for auxiliary start-up device.

The purpose of this utility model is achieved through the following technical solutions.

A diversion cylinder type mechanical stirring tank with an auxiliary starting device, characterized in that its structure includes:

Tank body 1 - the tank body is a cylindrical tank body;

Discharge pipe 2-the discharge pipe is a vertical pipe body with a horizontal discharge pipe 3 on one side wall, the lower end is closed by a horizontal plate 4, and the upper end opening is located on the inner and outer walls of the tank and is fixedly connected to the discharge port of the tank body;

Spool 5---The spool is a frustum-shaped closed shell or solid body, and the horizontal limit is centered at the upper end of the discharge pipe;

Valve stem 6 - The valve stem is a vertical valve stem with threads, the upper end of the valve stem is fixed in the middle of the bottom surface of the valve core, the lower end passes through the lower end of the discharge pipe and is closed horizontally, and is connected to the horizontal sealing plate with internal threads through the horizontal sealing plate ;

Operating handle 7 - the handle is fixedly connected to the bottom end of the valve stem;

A high-pressure air inlet pipe 8-the air inlet pipe is a pipe, which obliquely runs through the bottom of the horizontal discharge pipe on the side wall of the discharge pipe, and its air outlet points to the discharge pipe obliquely upward;

High-pressure air inlet pipe switch 9 - the switch is located on the pipe section outside the horizontal discharge pipe;

Discharging pipe switch 10 - the switch is located at the tail of the horizontal discharging pipe on the discharging side wall.

The utility model of a diversion cylinder type mechanical stirring tank with an auxiliary start-up device utilizes the high-pressure air inlet pipe obliquely penetrating through the side wall of the discharge pipe at the bottom of the horizontal discharge pipe when starting and separating the tank. The high-pressure air is blown into the mixing tank to prevent the high-solid materials from settling. When the mechanical agitation is not started, the material is stirred to prevent the tank from settling during the start-up period. During the interval between the tanks, after the mechanical agitator stops, the high-pressure is turned on. Wind to prevent excessive deposition of materials and reduce the amount of cleaning. The utility model has the advantages of simple structure, practicality, easy implementation, easy grasp and obvious effect.

Description of drawings

Fig. 1 is the structural representation of the utility model.

Detailed ways

A diversion cylinder type mechanical agitation tank with an auxiliary starting device, the structure of the agitation tank includes:

Tank body 1 - the tank body is a cylindrical tank body;

Discharge pipe 2-the discharge pipe is a vertical pipe body with a horizontal discharge pipe 3 on one side wall, the lower end is closed by a horizontal plate 4, and the upper end opening is located on the inner and outer walls of the tank and is fixedly connected to the discharge port of the tank body;

Spool 5---The spool is a frustum-shaped closed shell or solid body, and the horizontal limit is centered at the upper end of the discharge pipe;

Valve stem 6 - The valve stem is a vertical valve stem with threads, the upper end of the valve stem is fixed in the middle of the bottom surface of the valve core, the lower end passes through the lower end of the discharge pipe and is closed horizontally, and is connected to the horizontal sealing plate with internal threads through the horizontal sealing plate ;

Operating handle 7 - the handle is fixedly connected to the bottom end of the valve stem;

A high-pressure air inlet pipe 8-the air inlet pipe is a pipe, which obliquely runs through the bottom of the horizontal discharge pipe on the side wall of the discharge pipe, and its air outlet points to the discharge pipe obliquely upward;

High-pressure air inlet pipe switch 9 - the switch is located on the pipe section outside the horizontal discharge pipe;

Discharging pipe switch 10 - the switch is located at the tail of the horizontal discharging pipe on the discharging side wall.

When the diversion cylinder type mechanical mixing tank is started, fill the mixing tank with materials according to the normal operation, close the switch of the horizontal discharge pipe of the discharge pipe, turn the valve stem to open, raise the valve core, open the discharge pipe and the mixing tank Open the high-pressure air pipe switch, blow in high-pressure air, pre-stir the material so that the high-solid material does not precipitate, and then start the mechanical stirring device of the mixing tank. After the start-up, turn off the high-pressure air pipe switch to stop the high-pressure Wind, complete the start-up process, and proceed to the normal production operation state. When the tank is separated, stop the mechanical stirring device, turn on the high-pressure air, and then complete other normal operations.

Claims (1)

1. water conservancy diversion cartridge type mechanical agitating tank that has auxiliary actuating apparatus is characterized in that its structure comprises:

Cell body (1)-this cell body is a tubular cell body;

Vomit pipe (2)-this vomit pipe is that a sidewall is provided with horizontal blowing siphunculus (3), the lower end is positioned at cell body inside and outside wall and the affixed vertical tube of cell body drain hole by level board (4) sealing, upper end open;

Spool (5)-this spool is a taper type closure casing or real core body, the spacing vomit pipe upper end that is centrally placed in of level;

Valve rod (6)-this valve rod is screwed vertical valve rod, and valve rod upper end is affixed with center, spool bottom surface, and the lower end passes the level sealing of vomit pipe lower end, have internal thread by horizontal shrouding connects with horizontal shrouding;

Operating grip (7)-this handle and stem bottom termination Joint;

One high-pressure blast blast pipe (8)-this blast pipe is a siphunculus, the oblique bottom of running through vomit pipe sidewall horizontal blowing siphunculus, and its air outlet points to vomit pipe obliquely;

High-pressure blast blast pipe switch (9)-this switch is positioned on the outer pipeline section of horizontal blowing siphunculus;

Vomit pipe switch (10)-this switch is positioned at the afterbody that the blowing sidewall is provided with horizontal blowing siphunculus.

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