KR101021625B1 - Floodgate apparatus it opens and shuts waterway the which has an ozone supply function - Google Patents

Abstract

The present invention provides a hydrological device for opening and closing a drainage passage having an ozone supply function to conveniently disinfect or sterilize water, sewage, or sterilized water stored or discharged by supplying ozone gas to the drainage passage of the dike. To provide, the ozone supply unit is provided on the drainage channel of the bank, and the ozone gas is discharged through a plurality of sterilization nozzles spaced at predetermined intervals on the drainage path, the water and sewage stored or discharged in the reservoir It is characterized in that it is possible to sterilize or sterilize the sterilized products, and to allow the water gate to be opened and closed in a rotating manner by sliding the cylinder by driving the cylinder, thereby conveniently controlling the low water amount.

Drainage, ozone gas, water gate, cylinder, rotation, sterilization, disinfection.

Description

FLOODGATE APPARATUS IT OPENS AND SHUTS WATERWAY THE WHICH HAS AN OZONE SUPPLY FUNCTION}

The present invention relates to a hydrological device for opening and closing a drainage passage having an ozone supply function, and more particularly, by supplying and discharging ozone gas to the drainage drainage of the dike to facilitate the storage of water, sewage or sterilized or discharged water. The present invention relates to a hydrological device for opening and closing a drainage channel having an ozone supply function to enable disinfection or sterilization.

Water and sewage-related facilities such as reservoirs, irrigation canals, and rivers are used for the purpose of storing a certain amount of water and using it when necessary to properly use drinking water, farmland management, or irrigation water. Such waterways are equipped with a hydrologic device that allows the gate to be opened and closed to manage irrigation water (e.g., store water during drought and release it when the amount of rain falls).

However, in the related art, pathogenic microorganisms or various foreign substances (hereinafter referred to as `` sterilized substances '') exist in the water and sewage stored or discharged in the reservoir according to the degree of opening and closing by the hydrological device, so that they are disinfected or sterilized. There was a problem to provide a separate equipment for. In this regard, if the disinfection and sterilization equipment is provided separately from the water and sewage-related facilities, there is a problem that excessive costs are wasted.

Accordingly, an object of the present invention is to provide water, sewage, or disinfectant that is stored or discharged by supplying ozone gas to the drainage channel while being able to open and close the drainage channel by hydrological operation to adjust the low water amount. The present invention provides a hydrological device for opening and closing a drainage channel having an ozone supply function that can be sterilized or sterilized.

The object is provided at both end sides of the drainage channel, and the driving force is controlled to open and close the drainage channel to allow the water and sewage to be stored or discharged in the reservoir by the rotational operation such that the gate is rotated while sliding along the guide. A driving unit for imparting; An ozone supply unit having a plurality of sterilization nozzles disposed at a predetermined interval so as to be disposed on a drainage path of the driving unit and disposed to disinfect water and sewage stored or discharged in the reservoir or to sterilize a sterilized substance. It is achieved by a hydrological device that opens and closes the drainage channel having an ozone supply function.

The ozone supply unit includes a compressor for transmitting power to transfer the ozone gas to the sterilization nozzle side on the drainage path, an ozone transport pipe provided to be in contact with the compressor, and to transport the ozone gas to the drainage path, and the ozone. It is installed in contact with the transfer pipe and disposed on the drainage spaced apart at a predetermined interval may be made of a sterilizing nozzle to discharge the ozone gas to the water and sewage side to discharge or discharge.

The ozone supply unit is provided adjacent to the sterilization nozzle to filter impurities of water, sewage or ozone gas, and a control valve which is provided adjacent to the filter and regulates the supply amount of ozone filtered by the filter. And an ozone storage tank provided adjacent to the control valve and storing ozone gas by operation of the control valve, and provided to be in contact with the ozone storage tank and sterilizing the ozone gas transferred from the ozone storage tank. It may be composed of an ozone supply tank for supplying the discharge through the nozzle to be discharged on the drainage path, and an oxygen supply tank for supplying oxygen generated from the ozone adjacent to the ozone supply tank.

The drive unit includes a housing that is provided on both sides of the drainage passage at a position adjacent to the guide portion and has a hemispherical guide portion which is rotatable while supporting both end portions of the slidably on the banks on both sides of the drainage passage. And a cylinder which is installed adjacent to the housing side and transmits a driving force so that the water gate can rotate while slidingly moving, and is fixedly installed at a position adjacent to the sterilization nozzle to block discharge of water and sewage while contacting the water gate. A first exponential packing and a second exponential packing provided along a radius in which the sluice rotates at a position adjacent to the guide part and contacting both ends of the sluice to block discharge of water and sewage; and both ends of the sluice It is arranged to be spaced apart at predetermined intervals on the side and to rotate the water gate while sliding along the guide portion A plurality of guide rollers, and the guide rollers and the sluice may be connected to each other, and may be composed of a plurality of shafts for receiving the driving force to the cylinder to rotate the sluice.

The drive unit is installed adjacent to the drainage channel and the water level sensor for detecting the water level in the reservoir and receiving the information about the water level obtained from the water level sensor to control the rotation degree of the water gate to operate to open and close A control panel and a hydraulic supply body that receives the control signal by the manipulation in the control panel and supplies the hydraulic pressure to the cylinder side may be provided.

Therefore, the effect according to the present invention, by sliding the sliding gate by the operation of the cylinder to make it easy to open and close the drainage channel to adjust the low water amount, while the ozone supply unit installed in the hydrological device for opening and closing the drainage passage By supplying and discharging ozone gas to the side of the drainage, it is possible to conveniently disinfect or sterilize the stored and discharged water and sewage.

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Hereinafter, with reference to the accompanying drawings will be described in detail with respect to the present invention.

1 is a use state diagram showing a state in which the drainage passage having an ozone supply function according to the present invention, Figure 2 is a use state diagram showing a state of closing the drainage passage having an ozone supply function according to the present invention.

According to the hydrological device 100 for opening and closing the drainage passage having the ozone supply function according to the present invention, as shown in Figure 1 or 2, the ozone supply unit provided on the drainage path 112 of the embankment 110 ( 120 and a drive unit 130 for rotating the water gate 140.

As shown in FIGS. 1 to 3, the ozone supply unit 120 is provided to be located on the drainage path 112 of the embankment 110. The ozone supply unit 120 supplies ozone gas generated by electrolysis by contact of a positive electrode and a negative electrode from an ozone generator (not shown) to be stored in a reservoir (for example, a reservoir, an irrigation canal, and a river). It plays a role in disinfecting or disinfecting the discharged water, sewage or sterilized material (eg, pathogenic microorganisms or foreign substances).

The ozone supply unit 120 includes a compressor 122 for transmitting power, an ozone transport pipe 123 for forming a transport path of ozone gas, and a sterilization nozzle 121 for discharging ozone gas.

Compressor 122, as shown in Figure 1 or 2, is disposed in the position adjacent to the drainage path 112 and is provided in contact with the ozone generator 150. The compressor 122 transmits power so that ozone gas may be transferred to the sterilization nozzle 121 side.

The ozone transport pipe 123 is provided to be in contact with the compressor 122. The ozone transport pipe 123 transfers the ozone gas to the drainage path 112. The ozone transport pipe 123 may be provided in various shapes such as a cylindrical pipe shape.

The sterilization nozzle 121 is installed in contact with the ozone transport pipe 123, as shown in FIGS. It is preferable to provide a plurality of sterilization nozzles 121 to be spaced apart at predetermined intervals over the entire length direction of the drainage path 112. The sterilization nozzle 121 allows ozone gas to be discharged to the water and sewage side which is stored or discharged in the reservoir to disinfect the water, the sewage and the sterilization object or to perform the sterilization treatment. Sterilization nozzle 121, as shown in Figure 3, may be protected in a form that is covered by the nozzle cover (121a).

As shown in FIG. 5, the ozone supply unit 120 includes a filter 124 for filtering impurities, a control valve 125 for adjusting an ozone supply amount, an ozone storage tank 126 for storing ozone gas, In addition, an ozone supply tank 127 for supplying ozone gas and an oxygen supply tank 128 for supplying oxygen may be further provided.

The filter 124 is installed adjacent to the sterilization nozzle 121. The filter 124 filters impurities that may occur in ozone generated by water, sewage, or electrolysis.

The control valve 125 is provided adjacent to the filter. By the opening and closing operation of the control valve 125, the supply amount of the ozone gas filtered by the filter 124 can be adjusted.

The ozone storage tank 126 is provided at a position adjacent to the control valve 125. Inside the ozone storage tank 126, a storage space having a predetermined size for storing ozone gas may be provided, and the storage space stores ozone gas by an opening / closing operation of the control valve 125.

The ozone supply tank 127 is provided adjacent to the ozone storage tank 126. The ozone supply tank 127 is provided to be in contact with the ozone storage tank 126. The ozone supply tank 127 supplies the ozone gas transferred from the ozone storage tank 126 to the sterilization nozzle 121 installed on the drainage path 112. As a result, the ozone gas is discharged toward the water and sewage or the sterilized material on the drain 112 through the sterilization nozzle 121 to perform sterilization and sterilization.

The oxygen supply tank 128 is installed adjacent to the ozone supply tank 127. The oxygen supply tank 128 supplies oxygen generated from ozone decomposed at room temperature to supply water and sewage stored or discharged in the reservoir.

As shown in FIGS. 1 to 4, the driving unit 130 is provided at both end sides of the drainage path 112 and gives a driving force to allow the water gate 140 to open and close the drainage path 112 to be rotated. · Allow sewage to be stored or discharged in the reservoir to control the amount of water stored.

The drive unit 130 includes a housing 131 disposed at both end sides of the drainage path 112, a cylinder 132 for transmitting a driving force to the water gate 140, and first and second indices for blocking discharge of water and sewage. Packing rollers 133 and 134 and guide rollers 135 guided to the guide portion 111 to rotate the water gate 140 and the shafts 136 interconnecting the guide rollers 135 and the water gate 140. Is made of.

The housing 131 is disposed to be located at both ends of the drainage path 112 of the embankment 110. The housing 131 may be provided in various shapes such as a rectangular box shape. The housing 131 may be made of various materials such as metal. Both side banks of the drainage path 112 in which the housing 131 is disposed form a cross-sectional structure having a hemispherical groove shape, and guide parts 111 are provided to support both side ends of the water gate 140 to be slidably moved.

The cylinder 132 is rotatably disposed in a direction in which the water gate 140 rotates at a position adjacent to the housing 131. The cylinder 132 is supplied with hydraulic pressure to transmit a driving force to rotate the gate 140. One end of the cylinder 132 is provided with a guide roller 135.

As illustrated in FIGS. 1 to 3, the first exponential packing 133 is fixedly installed at a position adjacent to the sterilization nozzle 121. The first exponential packing 133 is in contact with one side of the outer periphery of the water gate 140 to block the discharge of water and sewage. As shown in FIGS. 1 to 3, the second exponential packing 134 is provided along a radius at which the water gate 140 rotates at a position adjacent to the guide part 111. The second exponential packing 134 blocks the discharge of both side ends and the water and sewage of the water gate 140. The first and second exponent packings 133 and 134 may be formed of various materials such as rubber materials.

As shown in FIGS. 1 to 4, the guide rollers 135 are disposed to be spaced apart at predetermined intervals on both end sides of the water gate 140. The guide roller 135 allows the water gate 140 to be easily rotated while slidingly moving along the guide part 111.

The shafts 136 allow the guide rollers 135 and the water gate 140 to be connected to each other, as shown in FIG. 4. The shaft 136 receives the driving force to the cylinder 132 to cause the water gate 140 to rotate.

As shown in FIG. 6, the driving unit 130 has hydraulic pressure applied to the water level sensor 137a for detecting the water level, the control panel 138 for operating the opening and closing of the water gate 140, and the cylinder 132. The hydraulic supply body 139 may be further provided.

The water level sensor 137a is installed adjacent to the drainage path 112. The water level sensor 137a may detect information about the water level in about 4 to 6 steps. Of these, the most appropriate step for adjusting the water level is about 5 steps. Of course, the water level sensor 137a may be implemented to detect the information in various ways without being limited to collecting the water level information in four to six steps.

The control panel 138 is installed in contact with the level sensor 137a. The control panel 138 receives the information on the water level obtained from the water level sensor 137a and controls the rotation degree of the water gate 140 to operate to open and close. In this case, the sluice gate 140 is detected by the sluice rotation detection sensor 137b.

The hydraulic supply body 139 is provided in contact with the control panel 138. The hydraulic pressure supply body 139 receives a control signal by an operation on the control panel 138 to supply hydraulic pressure to the cylinder 132 side.

While the exemplary embodiments of the present invention have been described above by way of example, the scope of the present invention is not limited to the specific embodiments, and those skilled in the art are appropriate within the scope described in the claims of the present invention. It will be possible to change.

1 is a use state diagram showing a state in which a drainage passage having an ozone supply function according to the present invention is opened;

Figure 2 is a use state showing a state of closing the drainage passage with the ozone supply function according to the present invention,

3 is an enlarged view of portion “A” of FIG. 2;

4 is a front view showing a state in which a drainage passage having an ozone supply function according to the present invention is closed;

5 is a configuration diagram showing a configuration of a drive unit according to the present invention;

6 is an operation diagram showing the operation of the drive unit according to the present invention.

** Explanation of symbols for main parts of the drawing **

100: hydrological device, 110: embankment,

111: guide portion, 112: drainage,

120: ozone supply unit, 121: sterilization nozzle,

121a: nozzle cover, 122: compressor,

123: ozone transport pipe, 124: filter,

125: control valve, 126: ozone storage tank,

127: ozone supply tank, 128: oxygen supply tank,

130: drive unit, 131: housing,

132: cylinder, 133: first index packing,

134: 2nd index packing, 135: guide roller,

136: shaft, 137a: water level sensor,

137b: Hydrological motion detection sensor, 138: Control panel,

139: hydraulic supply, 140: sluice,

150: ozone generator.

Claims (5)

The driving unit is provided at both ends of the drainage channel, and the driving unit opens and closes the drainage channel by a rotational operation such that the water gate is slid and moved along the guide part so as to allow the upper and the sewage to be stored or discharged in the reservoir to control the amount of storage. ; And An ozone supply unit having a plurality of sterilization nozzles disposed at a predetermined interval so as to be disposed on a drainage path of the driving unit and disposed to disinfect water and sewage stored or discharged in the reservoir or to sterilize a sterilized substance. Sluice device for opening and closing the drainage with ozone supply function, including. According to claim 1, wherein the ozone supply unit, A compressor for transmitting power to transfer ozone gas to the sterilization nozzle side on the drainage path; An ozone conveying tube provided to be in contact with the compressor and conveying ozone gas to the drainage side; It is installed in contact with the ozone transport pipe and disposed on the drainage spaced at a predetermined interval to open and close the drainage passage having an ozone supply function, characterized in that consisting of a sterilizing nozzle for discharging the ozone gas to the water and sewage side discharged Hydrological devices. The ozone supply unit of claim 1, wherein the ozone supply unit is disposed adjacent to the sterilization nozzle to filter impurities of water, sewage, and ozone gas, and is disposed adjacent to the filter and is disposed of the ozone filtered by the filter. A control valve for controlling a supply amount, an ozone storage tank provided adjacent to the control valve and storing ozone gas by operation of the control valve, and provided to be in contact with the ozone storage tank and being transferred from the ozone storage tank. Ozone supply tank comprising an ozone supply tank for supplying the ozone gas to be discharged from the drainage path through the sterilization nozzle and an oxygen supply tank installed adjacent to the ozone supply tank and supplying oxygen generated from ozone A hydrological device that opens and closes the drainage channel having a function. 2. The driving unit of claim 1, wherein the driving unit includes a hemispherical guide part configured to be rotatable while supporting both side ends of the slidably on the banks on both sides of the drainage channel so as to be slidably moved, and both ends of the drainage path at a position adjacent to the guide part. A housing disposed on the side, a cylinder which is installed adjacent to the housing side and transmits a driving force so that the water gate can rotate while being slidably moved, and fixedly installed at a position adjacent to the sterilization nozzle and in contact with the water gate. First exponential packing to block the discharge of sewage, and a second exponent packing is provided along the radius of rotation of the water gate at a position adjacent to the guide portion and in contact with both ends of the water gate to block the discharge of water and sewage And spaced apart at predetermined intervals on both ends of the sluice and sliding along the guide. Ozone comprising a plurality of guide rollers for rotating the water gate, and a plurality of shafts for connecting the guide rollers and the water gate to each other, and receiving the driving force to the cylinder to rotate the water gate A hydrological device that opens and closes the drainage channel with a supply function. The water level sensor according to claim 4, wherein the driving unit is installed adjacent to the drainage path and receives a water level sensor for detecting a water level in the water reservoir and information about the water level obtained from the water level sensor. A control panel for controlling to open and close, and a hydraulic supply for receiving the control signal by the operation in the control panel to supply the hydraulic pressure to the cylinder side is further provided for opening and closing the drainage passage with the ozone supply function Hydrological devices.

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