Intelligent cycloid cleaning device for slope coal conveying gallery and footpath steps on two sides

Abstract

The cycloid intelligent cleaning device for the slope coal conveying gallery and the footpath steps on the two sides is characterized in that a cycloid cleaning device body is arranged between the sides, adjacent to the coal conveying gallery, of the footpath steps and comprises a cycloid pipeline and a transmission circulating valve, and a plurality of flushing nozzles are arranged at the bottom of the cycloid pipeline at equal intervals; the transmission circulating valve comprises a control water valve and a transmission swing device, the control water valve is connected with the cycloid pipeline through the transmission swing device, the transmission swing device is fixedly connected with the cycloid pipeline in a fixed linkage mode, and the transmission swing device swings in a left-right circulating mode, so that the flushing force is improved, the water consumption is reduced, the secondary water treatment cost is reduced, and the cost is saved; wiring cost and unit equipment are saved, full-coverage installation and arrangement are more flexible, arrangement of cleaning devices is reduced, input cost of the equipment is saved, the flowing direction of clean water is changed, and the rectification effect is achieved. The flushing is more thorough.

Description

Technical Field

[0001] This article belongs to the technical field of coal transportation cleaning, and specifically relates to a cycloid intelligent cleaning device for slope coal transportation corridors and steps on both sides of the walkway. Background Art

[0002] In real life, during the transportation and processing of mined coal, plate conveyors are usually used to transport coal fragments over long distances. In the process of using plate conveyors to transport coal fragments, the volumes of the mined coal fragments are not consistent, and small particles of coal dust are often mixed in the coal fragments. In the process of transporting the coal fragments, since the texture of coal dust is relatively light, dust problems are easy to occur, which may cause respiratory damage and diseases to operators near the plate conveyors.

[0003] Therefore, it is necessary to clean the coal conveyor corridor and the outer sidewalk, but since a coal conveyor belt is installed on the ground, when the coal conveyor belt needs to ascend or descend on an inclined surface, the coal conveyor belt needs to be arranged in an overall inclined manner. Therefore, the sidewalks on both sides need to be steps for easy walking. However, there are many obstacles on the ground on the steps, and it is difficult to achieve automatic flushing. Therefore, manual flushing or large-scale flooding flushing is used, which brings problems such as waste of water resources, increased sewage discharge and labor costs, which brings shortcomings to the company's intelligent factory. Summary of the invention

[0004] In order to solve the above problems, this paper proposes a cycloid intelligent cleaning device for the slope coal conveying corridor and the sidewalk steps. The sloped coal conveying corridor is provided with sidewalk steps in parallel on both sides, and the oblique slope of the sidewalk steps is the same as the oblique slope of the coal conveying corridor. A cycloid cleaning device is provided between the side of the sidewalk step adjacent to the coal conveying corridor. The cycloid cleaning device includes a cycloid pipeline and a transmission circulation valve. The cycloid pipeline is in the shape of a cylindrical hollow pipe. A plurality of flushing nozzles are evenly arranged at the bottom of the cycloid pipeline. One end of the cycloid pipeline is connected to the transmission circulation valve. A plurality of bearing seats are evenly arranged on the outside of the cycloid pipeline. The transmission circulation valve includes a control water valve and a transmission cycloid valve. The control water valve is connected to the cycloid pipeline through a transmission oscillator, and the transmission oscillator is fixedly connected to the cycloid pipeline in a fixed linkage manner. The transmission oscillator swings left and right in a cyclic manner. By arranging a cycloid cleaning device at the coal conveying corridor on the slope and the walkway steps on both sides, the coal conveying corridor and the walkway steps can be effectively cleaned at the same time, and a large angle and a large range of cleaning can be achieved through swinging. The swinging can also cover a larger range with a limited amount of water while ensuring the cleaning effect. It is also an independent unit device, which can be aligned to adapt to other cleaning devices, control devices and monitoring devices, thereby realizing a set of efficient cleaning methods for slopes and steps.

[0005] The cycloidal pipeline is installed longitudinally or horizontally between the walkway steps and the coal conveying gallery. The installation distance between the cycloidal pipeline and the walkway steps and the coal conveying gallery is 5-30cm, which increases the flushing intensity and shortens the cleaning time; reduces water consumption, thus reducing the cost of secondary water treatment and saving costs.

[0006] The control water valve is an electric valve or solenoid valve of water inlet control, the water inlet pressure of the control water valve is 5-20kg, the transmission oscillator is an electric driver, a ring-shaped drive motor is provided on the outside of the transmission oscillator, the power supply of the drive motor of the transmission oscillator is 220Vac, 50Hz, one end of the transmission oscillator is fixedly connected to the control water valve, the center of the transmission oscillator is sealed and connected to the control water valve, the power supply electronic control form can achieve stable and efficient swing, and can also achieve precise swing angle, the power supply adopts motor power supply adopts 220Vac, 50Hz, saving wiring cost.

[0007] The transmission oscillator is a water kinetic energy driver. One end of the transmission oscillator is interconnected with the inside of the control water valve. The transmission oscillator swings left and right in a cycle by controlling the water flow inside the water valve. The other end of the transmission oscillator is connected to the cycloid pipeline. One end of the cycloid pipeline is connected to the inner water flow outlet of the transmission oscillator. The water control form can effectively reduce the required power cable connection and control, and can realize convenient power transmission, which is convenient and fast, reduces the complexity of the overall layout, and is low in cost.

[0008] One side of the control water valve and the bearing seat are connected to the surface of the walkway step, and the other sides of the control water valve and the bearing seat protrude outward from the side of the walkway step. The bottom of the other side of the control water valve and the bearing seat protruding from the walkway step is fixedly connected to the walkway step through an angle iron. The bearing seat is a vertical bearing seat, and a support frame is provided at the bottom of the bearing seat. The upper surface of the support frame is an assembly surface, and the assembly surface is parallel to the axis of the cycloid pipeline. The cycloid cleaning device is a unit equipment, which is convenient for full coverage installation and layout; the equipment layout is more flexible.

[0009] The swing angle of the transmission oscillator is 0-120°, and the cycloid angle of the oscillating pipeline is the same as the swing angle of the transmission oscillator. The swing angle of 0-120° can expand the service area, reduce the layout of the cleaning device, and save the investment cost of the equipment. The cycloid angle of 0-120° can also change the flow direction of the cleaning water, which has a rectifying effect; flushing is more thorough.

[0010] Beneficial effects:

[0011] By setting up cycloidal cleaning devices at the coal conveying corridor on the slope and the walkway steps on both sides, the coal conveying corridor and the walkway steps can be effectively cleaned simultaneously, and large-angle and large-range cleaning can be achieved through swinging. The swinging can also cover a larger area with limited water volume while ensuring the cleaning effect. It is also an independent unit device that can be aligned and adapted to other cleaning devices, control devices and monitoring devices, thereby realizing a set of efficient cleaning methods for slopes and steps.

[0012] Installed 5-30cm from the ground, it increases flushing power and shortens cleaning time; reduces water consumption, which also reduces the cost of secondary water treatment and saves costs.

[0013] The power supply electronic control form can achieve stable and efficient swing, and can also achieve precise swing angle. The power supply uses motor power supply using 220Vac, 50Hz, saving wiring costs.

[0014] Water control can effectively reduce the required power cable connection and control, achieve convenient power transmission, be quick and easy, reduce the complexity of the overall layout, and have low cost.

[0015] The cycloid cleaning device is a unit device, which is convenient for full coverage installation and layout; the equipment layout is more flexible.

[0016] The 0-120° swing angle can expand the service area, reduce the layout of cleaning devices, and save the investment cost of equipment. The 0-120° cycloid angle can also change the flow direction of cleaning water, which has a rectifying effect, making flushing more thorough. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 It is a schematic diagram of a cycloidal intelligent cleaning device for a slope coal conveying gallery and steps on both sides of the walkway;

[0018] In the figure; 1. Coal conveying corridor, 2. Walkway steps, 3. Cycloidal pipeline, 4. Control water valve, 5. Transmission oscillator, 6. Bearing seat. DETAILED DESCRIPTION

[0019] In order to deepen the understanding of the present invention, the present invention will be further described in detail below with reference to embodiments and drawings. The embodiments are only used to explain the present invention and do not constitute a limitation on the protection scope of the present invention.

[0020] Coal conveying gallery 1, walkway steps 2, cycloid pipeline 3, control water valve 4, transmission oscillator 5, bearing seat 6.

[0021] like Figure 1 As shown;

[0022] A cycloid intelligent cleaning device for a sloped coal conveying corridor 1 and walkway steps 2 on both sides, wherein both sides of the sloped inclined coal conveying corridor 1 are provided with walkway steps 2 in parallel, and the inclined slope of the walkway steps 2 is the same as the inclined slope of the coal conveying corridor 1, and a cycloid cleaning device is provided between the walkway steps 2 and the side adjacent to the coal conveying corridor 1, and the cycloid cleaning device comprises a cycloid pipeline 3 and a transmission circulation valve, wherein the cycloid pipeline 3 is in the shape of a cylindrical hollow pipe, and a plurality of flushing nozzles are arranged at equal intervals at the bottom of the cycloid pipeline 3, one end of the cycloid pipeline 3 is connected to the transmission circulation valve, and a plurality of flushing nozzles are arranged at equal intervals on the outside of the cycloid pipeline 3 The dry bearing seat 6, the transmission circulation valve includes a control water valve 4 and a transmission oscillator 5, the control water valve 4 is connected to the cycloid pipeline 3 through the transmission oscillator 5, the transmission oscillator 5 is fixedly connected to the cycloid pipeline 3 in a fixed linkage manner, the transmission oscillator 5 swings left and right in a circular manner, the cycloid pipeline 3 is longitudinally or transversely arranged between the walkway step 2 and the coal conveying gallery 1, the installation ground distance of the cycloid pipeline 3 and the walkway step 2 and the coal conveying gallery 1 is 5-30cm, the control water valve 4 is an electric valve or solenoid valve of water inlet control type, the water inlet pressure of the control water valve 4 is 5-20kg, the transmission oscillator 5 is an electric driver, the transmission A ring-shaped drive motor is provided on the outside of the driving oscillator 5. The power supply of the drive motor of the driving oscillator 5 is 220Vac, 50Hz. One end of the driving oscillator 5 is fixedly connected to the control water valve 4. The center of the driving oscillator 5 is sealed and mutually conductive with the control water valve 4. The driving oscillator 5 is a water kinetic energy driver. One end of the driving oscillator 5 is mutually connected with the inside of the control water valve 4. The driving oscillator 5 swings left and right in a cycle through the water flow inside the control water valve 4. The other end of the driving oscillator 5 is conductively connected to the cycloid pipeline 3. One end of the cycloid pipeline 3 is connected to the inner water flow of the driving oscillator 5. The water valve 4 and the bearing seat 6 are connected, one side of the control water valve 4 and the bearing seat 6 are connected to the surface of the walkway step 2, and the other sides of the control water valve 4 and the bearing seat 6 protrude outward from the side of the walkway step 2. The bottom of the other side of the control water valve 4 and the bearing seat 6 protruding from the walkway step 2 is fixedly connected to the walkway step 2 through an angle iron. The bearing seat 6 is a vertical bearing seat 6, and a support frame is provided at the bottom of the bearing seat 6. The upper surface of the support frame is an assembly surface, and the assembly surface is parallel to the axis of the cycloid pipeline 3. The swing angle of the transmission oscillator 5 is 0-120°, and the cycloid angle of the swing pipeline is the same as the swing angle of the transmission oscillator 5.

[0023] Implementation example 1:

[0024] Independent use: According to the on-site working conditions and environmental requirements, the cycloid cleaning device of the coal conveyor corridor 1 and the walkway steps 2 on both sides can be used independently, and adopts 3D, horizontal or vertical combination installation methods. It is installed between the coal conveyor corridor 1 and the walkway steps 2 to achieve multi-angle optimal position flushing. At the same time, it is combined with the time controller and flushing monitoring video according to the application scenario to complete the artificial intelligence control method.

[0025] Implementation Example 2:

[0026] Combined use: In different working conditions, the cycloid cleaning devices of the coal conveying corridor 1 and the steps 2 on both sides can be used in combination with other fixed cleaning devices to meet the cleaning requirements under the actual application process.

[0027] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims

1. A cycloid intelligent cleaning device for a sloped coal conveying corridor and the steps on both sides of the walkway. The two sides of the sloped coal conveying corridor are provided with parallel steps, and the oblique slope of the steps is the same as that of the coal conveying corridor. It is characterized in that A cycloid cleaning device is provided between the walkway steps and the side adjacent to the coal conveying gallery. The cycloid cleaning device includes a cycloid pipeline and a transmission circulation valve. The cycloid pipeline is in the shape of a cylindrical hollow tube. A plurality of flushing nozzles are evenly arranged at the bottom of the cycloid pipeline. One end of the cycloid pipeline is connected to the transmission circulation valve. A plurality of bearing seats are evenly arranged on the outside of the cycloid pipeline. The transmission circulation valve includes a control water valve and a transmission oscillator. The control water valve is connected to the cycloid pipeline through the transmission oscillator. The transmission oscillator is fixedly connected to the cycloid pipeline in a fixed linkage manner, and the transmission oscillator swings left and right in a cyclic manner.

2. A cycloid intelligent cleaning device for the slope coal conveying corridor and the steps of the sidewalks according to claim 1, It is characterized in that The cycloid pipeline is longitudinally or transversely arranged between the walkway steps and the coal conveying gallery, and the installation ground distance between the cycloid pipeline and the walkway steps and the coal conveying gallery is 5-30 cm.

3. According to claim 1, a cycloid intelligent cleaning device for the slope coal conveying corridor and the steps of the sidewalks, It is characterized in that The water control valve is an electric valve or a solenoid valve of water inlet control type, and the water inlet pressure of the water control valve is 5-20kg.

4. According to claim 1, a cycloid intelligent cleaning device for the slope coal conveying corridor and the steps of the sidewalks, It is characterized in that The transmission oscillator is an electric driver. A ring-shaped drive motor is provided on the outside of the transmission oscillator. The power supply of the drive motor of the transmission oscillator is 220Vac, 50Hz. One end of the transmission oscillator is fixedly connected to the control water valve, and the center of the transmission oscillator is sealed and connected to the control water valve.

5. According to claim 1, a cycloid intelligent cleaning device for the slope coal conveying corridor and the steps of the sidewalks, It is characterized in that The transmission oscillator is a water kinetic energy driver, one end of the transmission oscillator is interconnected with the inside of the control water valve, the transmission oscillator swings left and right in a cycle by controlling the water flow inside the water valve, the other end of the transmission oscillator is connected to the cycloid pipeline, and one end of the cycloid pipeline is connected to the inner water flow outlet of the transmission oscillator.

6. A cycloid intelligent cleaning device for the slope coal conveying corridor and the steps of the sidewalks according to claim 1, It is characterized in that One side of the control water valve and the bearing seat are connected to the surface of the walkway step, and the other sides of the control water valve and the bearing seat protrude outward from the side of the walkway step. The bottom of the other side of the control water valve and the bearing seat protruding from the walkway step is fixedly connected to the walkway step through an angle iron.

7. A cycloid intelligent cleaning device for slope coal conveying corridors and steps on both sides of the walkway according to claim 1, It is characterized in that The bearing seat is a vertical bearing seat, a support frame is provided at the bottom of the bearing seat, the upper surface of the support frame is an assembly surface, and the assembly surface is parallel to the axis of the cycloid pipeline.

8. According to claim 1, a cycloid intelligent cleaning device for the slope coal conveying corridor and the steps of the sidewalks, It is characterized in that The swing angle of the transmission oscillator is 0-120°, and the cycloid angle of the oscillating pipeline is the same as the swing angle of the transmission oscillator.

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