Operation method of gravel system for controlling silt content of stones

Abstract

The invention discloses an operation method of a gravel system for controlling the silt content of stones. The operation method comprises the step that the gravel system capable of achieving secondary cleaning of gravel is constructed. When the sand washing machine is used for washing sand, the splitter plate swings rightwards, the sand is discharged to the belt conveyor B through a channel on the left side of the material distribution channel, the sand with the high silt content still flows back into the sand washing pool through the sand washing machine, the material distribution channel and the belt conveyor B, then the sand washing machine conducts secondary washing on the sand in the sand washing pool, and the problem that the silt content is still high after primary washing is solved.

Description

Technical Field

[0001] The invention relates to an operation method of a sand and gravel system for controlling the mud content of stone materials, belonging to the technical field of sand and gravel production. Background Art

[0002] After the stone mining is completed, the stone contains mud, and the stone is directly crushed to form the machine-made sand and gravel, which is easy to cause the sand and gravel to have a high mud content and cannot be used directly. Therefore, the sand and gravel with a high mud content need to be cleaned by a sand washing machine.

[0003] Existing sand and gravel with high mud content are directly recycled after cleaning, see Chinese patent publication number CN217368747U. Although the sand washing machine can clean the mud of sand and gravel, sometimes the mud content is still high after one cleaning. Summary of the invention

[0004] In order to solve the above technical problems, the present invention provides an operation method of a sand and gravel system for controlling the mud content of stone.

[0005] The present invention is achieved through the following technical solutions.

[0006] The present invention provides an operating method for a sand and gravel system for controlling the mud content of stone, comprising:

[0007] Construct a sand and gravel system that can achieve secondary cleaning of sand and gravel.

[0008] The sand and gravel system comprises: a sand washing tank, a sand washing machine is installed on the sand washing tank, and a belt conveyor A is installed at the discharge port of the sand washing machine;

[0009] It also includes a material distribution channel with a mud volume detector installed at the material inlet, and the mud volume detector detects the mud volume of sand and gravel input into the material distribution channel inlet by the conveyor A. A channel partition is installed in the middle of the channel, and a swingable diverter plate is connected to the channel partition.

[0010] Belt conveyors B and C are installed on both sides of the distribution channel outlet, and the outlet of belt conveyor B is located at the sand washing pool.

[0011] The outlet of the belt conveyor C is provided with a crusher, and the crusher is provided with a belt conveyor D for conveying raw stone.

[0012] The operation method comprises: a sand washer cleans the sand and gravel in the sand washing pool, a belt conveyor A conveys the cleaned sand and gravel to a material distribution channel, and a mud quantity detector detects the mud quantity of the sand and gravel input into the material inlet of the conveyor A into the material distribution channel.

[0013] The operation method also includes: when it is detected that the mud content of sand and gravel is still high, the diverter plate swings to the right, and the sand and gravel are discharged to the belt conveyor B through the left channel of the distribution channel. The belt conveyor B conveys the sand and gravel with still high mud content to the sand washing pool, and then the sand washing machine performs secondary cleaning on the sand and gravel in the sand washing pool.

[0014] The operation method also includes: when it is detected that the mud content of sand and gravel is qualified, the diverter plate swings to the left, and the sand and gravel are discharged to the belt conveyor C through the right channel of the distribution channel. The belt conveyor C conveys the sand and gravel with qualified mud content to the crusher, and crushes them together with the raw stone conveyed by the belt conveyor D.

[0015] The beneficial effect of the present invention is that: the diverter plate swings to the right, and the sand and gravel are discharged to the belt conveyor B through the left channel of the distribution channel, so that the sand and gravel with a still high mud content are returned to the sand washing pool through the sand washing machine, the distribution channel and the belt conveyor B, and then the sand washing machine performs secondary cleaning on the sand and gravel in the sand washing pool, which solves the problem of still high mud content after one cleaning. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 It is a distribution diagram when the system of the present invention is constructed;

[0017] In the figure: 1-sand washing tank; 2-sand washing machine; 3-belt conveyor A; 4-dividing channel; 41-dividing partition; 42-dividing plate; 5-mud volume detector; 6-belt conveyor B; 7-belt conveyor C; 8-crusher; 9-belt conveyor D. DETAILED DESCRIPTION

[0018] The technical solution of the present invention is further described below, but the scope of protection claimed is not limited to the description.

[0019] like Figure 1 shown.

[0020] The present application discloses an operation method of a sand and gravel system for controlling the mud content of stone materials, comprising:

[0021] System Construction

[0022] A sand washing pool 1 containing mud, sand and gravel is provided, on which a sand washing machine 2 is installed, and at the discharge port of the sand washing machine 2 a belt conveyor A3 is installed.

[0023] It also includes a feed channel 4 with a mud volume detector 5 installed at the feed inlet, and the mud volume detector 5 detects the mud volume of the sand and gravel input into the feed inlet of the feed channel 4 by the conveyor A3. A channel partition 41 is installed in the middle of the channel channel 4, and a swingable diverter plate 42 is connected to the channel partition 41. The diverter plate 42 is controllably swingable by a motor or other equipment. The mud volume detector 5 is composed of a camera to collect images of the mud content.

[0024] Belt conveyors B6 and C7 are installed on both sides of the outlet of the distribution channel 4. The belt conveyor B6 can convey the sand and gravel with a relatively high mud content to the sand washing pool 1; the belt conveyor C7 can convey the sand and gravel with a qualified mud content to the crusher 8, and crush them together with the raw stone conveyed by the belt conveyor D9.

[0025] System Operation

[0026] The sand washer 2 cleans the sand and gravel in the sand washing tank 1, and the belt conveyor A3 conveys the cleaned sand and gravel to the material distribution channel 4. The mud detector 5 detects the mud content of the sand and gravel input by the conveyor A3 into the material distribution channel 4; when it is detected that the mud content of the sand and gravel is still high, the diverter plate 42 swings to the right, and the sand and gravel are discharged to the belt conveyor B6 through the left channel of the material distribution channel 4. The belt conveyor B6 conveys the sand and gravel with high mud content back to the sand washing tank 1, and then the sand washer 2 performs secondary cleaning on the sand and gravel in the sand washing tank 1. The problem of high mud content after one cleaning is solved.

[0027] When the sand washing machine 2 cleans the sand and gravel in the sand washing pool 1, the belt conveyor A3 conveys the cleaned sand and gravel to the distribution channel 4, and the mud detector 5 detects the mud amount of the sand and gravel input by the conveyor A3 into the feeding port of the distribution channel 4; when it is detected that the mud content of the sand and gravel exceeds the standard by a low amount, the diverter plate 42 swings to the left, and the sand and gravel are discharged to the belt conveyor C7 through the right channel of the distribution channel 4, and the speed of the belt conveyor C7 is controlled to increase. The belt conveyor C7 conveys the sand and gravel with a qualified mud content to the crusher 8, and crushes them together with the raw material stone conveyed by the belt conveyor D9; at this time, a small amount of sand and gravel with a low mud content exceeding the standard is crushed with the raw material stone in the crusher 8, and the secondary cleaning of the sand and gravel is reduced on the premise that the mud content of the crushed sand and gravel does not exceed the standard. At the same time, the sand and gravel with a low mud content exceeding the standard are mixed with the raw material stone in the crusher 8 for crushing, which can reduce the impact on the crusher 8.

[0028] When the sand washing machine 2 cleans the sand and gravel in the sand washing pool 1, the belt conveyor A3 conveys the cleaned sand and gravel to the distribution channel 4, and the mud amount detector 5 detects the mud amount of the sand and gravel input by the conveyor A3 into the feeding port of the distribution channel 4; when it is detected that the mud content of the sand and gravel is qualified, the diverter plate 42 swings to the left, and the sand and gravel are discharged to the belt conveyor C7 through the right channel of the distribution channel 4. The belt conveyor C7 conveys the sand and gravel with qualified mud content to the crusher 8, and crushes them together with the raw stone conveyed by the belt conveyor D9.

Claims

1. A method for operating a sand and gravel system for controlling the mud content of stone, characterized in that: include: Construct a sand and gravel system that can achieve secondary cleaning of sand and gravel.

2. The method for operating a sand and gravel system for controlling the mud content of stone as claimed in claim 1, characterized in that: The sand and gravel system comprises: a sand washing pool (1), a sand washing machine (2) is installed on the sand washing pool (1), and a belt conveyor A (3) is installed at the discharge port of the sand washing machine (2); The invention also comprises a material distribution channel (4) having a mud quantity detector (5) installed at the material inlet, and the mud quantity detector (5) detects the mud quantity of the sand and gravel inputted into the material distribution channel (4) by the conveyor A (3). A distribution channel partition (41) is installed at the middle part of the distribution channel (4), and a swingable flow dividing plate (42) is connected to the distribution channel partition (41).

3. The method for operating a sand and gravel system for controlling the mud content of stone as claimed in claim 2, characterized in that: Belt conveyors B (6) and C (7) are installed on both sides of the outlet of the distribution channel (4), and the outlet of the belt conveyor B (6) is located at the sand washing pool (1).

4. The method for operating a sand and gravel system for controlling the mud content of stone as claimed in claim 3, characterized in that: The outlet of the belt conveyor C (7) is provided with a crusher (8), and on the crusher (8) is a belt conveyor D (9) for conveying raw stone.

5. The method for operating a sand and gravel system for controlling the mud content of stone as claimed in claim 1, characterized in that: The operation method comprises: a sand washer (2) washes sand and gravel in a sand washing tank (1); a belt conveyor A (3) conveys the washed sand and gravel to a material distribution channel (4); and a mud quantity detector (5) detects the mud quantity of sand and gravel inputted by the conveyor A (3) into a material inlet of the material distribution channel (4).

6. The method for operating a sand and gravel system for controlling the mud content of stone as claimed in claim 5, characterized in that: The operation method further comprises: when it is detected that the mud content of the sand and gravel is still high, the diverter plate (42) swings to the right, and the sand and gravel are discharged to the belt conveyor B (6) through the left channel of the distribution channel (4), and the belt conveyor B (6) conveys the sand and gravel with a still high mud content to the sand washing tank (1), and then the sand washing machine (2) performs secondary cleaning on the sand and gravel in the sand washing tank (1).

7. The method for operating a sand and gravel system for controlling the mud content of stone as claimed in claim 5, characterized in that: The operation method further includes: when it is detected that the mud content of the sand and gravel is qualified, the diverter plate (42) swings to the left, and the sand and gravel are discharged to the belt conveyor C (7) through the right channel of the distribution channel (4), and the belt conveyor C (7) conveys the sand and gravel with the mud content still qualified to the crusher (8), and is crushed together with the raw stone conveyed by the belt conveyor D (9).

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