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KR-102963273-B1 - An water treatment equipment of electrolysis type with earthquake-resistant function

KR102963273B1KR 102963273 B1KR102963273 B1KR 102963273B1KR-102963273-B1

Abstract

The present invention is an invention that provides vertical/horizontal seismic resistance in the event of an earthquake so that an electrolytic water treatment facility (e.g., electrolytic sterilizer generator, OH radical sterilizer, etc.) installed and operated in a water management facility that must manage water quality for the health and safety of users, such as a water purification plant, swimming pool, water park, etc., can be protected from earthquake shock, and is characterized by being configured to include an electrolytic water treatment facility (1) and a seismic resistance device (2) formed integrally with the water treatment facility (1).

Inventors

  • 김성복

Assignees

  • 한울이앤씨 주식회사

Dates

Publication Date
20260511
Application Date
20260106

Claims (8)

  1. In a water treatment device integrated with a seismic device equipped with a seismic function, An electrolytic water treatment facility (1) having an integrated seismic device (2) formed on the lower side; It includes a seismic device (2) that is integrally formed in the water treatment facility (1) and provides a seismic function to the water treatment facility (1), and The above seismic device (2) is, An upper base (21) on which an electrolytic water treatment facility (1) is installed and coupled to the upper side; A lower base (22) installed on the ground; It includes a plurality of seismic modules (23) installed between the upper base (21) and the lower base (22) to enable the water treatment facility (1) to withstand seismic shock when an earthquake occurs, The above seismic module (23) is, An upper receiving portion (100) in which the upper portion of a horizontal moving body (300) is received, so that the upper portion of the horizontal moving body (300) can be directly fixedly connected to the lower surface of the upper base (21) or indirectly fixedly connected to the lower surface of the upper base (21) through a vertical seismic body (400), and the upper surface of the horizontal moving body (300) can be contacted with the upper uneven surface (111) to enable horizontal movement of the horizontal moving body (300). A lower receiving portion (200) in which the lower part of a horizontal moving body (300) is received, so that the lower part of the horizontal moving body (300) can be directly fixedly coupled to the upper surface of the lower base (22) or indirectly fixedly coupled to the upper surface of the lower base (22) through a vertical seismic body (400), and the lower surface of the horizontal moving body (300) can be contacted with the lower uneven surface (211) to enable horizontal movement of the horizontal moving body (300). A horizontal moving body (300) in which the upper part is received in the upper receiving part (100) and the lower part is received in the lower receiving part (200), so that horizontal movement is possible while the upper surface contacts the upper uneven surface (111) formed in the upper receiving part (100) and the lower surface contacts the lower uneven surface (211) formed in the lower receiving part (200). A water treatment device with an integrated seismic device having a seismic function, characterized by including a vertical seismic body (400) installed at least in one of the places between the upper base (21) and the upper surface of the upper receiving part (100) and between the lower base (22) and the lower surface of the lower receiving part (200), which provides vertical seismic force to enable the electrolytic water treatment facility (1) to withstand earthquake shock.
  2. In claim 1, The above electrolytic water treatment facility (1) is, A water treatment device with an integrated seismic device equipped with a seismic function, characterized by including an electrolytic disinfectant generator that produces sodium hypochlorite by electrolyzing an electrolyte and an OH radical sterilizer that sterilizes a water treatment target using OH radicals.
  3. In claim 1, A water treatment device with an integrated seismic device equipped with a seismic function, characterized in that the materials of the upper base (21), lower base (22), and seismic module (23) are metal or acetal.
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  5. In claim 1, When an earthquake occurs, the lower receiving part (200) moves first in the horizontal direction corresponding to the seismic force according to the movement of the lower base (22) shaking in the horizontal direction corresponding to the seismic force, the horizontal moving body (300) moves secondarily in the horizontal direction corresponding to the seismic force by being linked/pulled by the movement of the lower receiving part (200), and the upper receiving part (100) moves thirdarily in the horizontal direction corresponding to the seismic force by being linked/pulled by the movement of the horizontal moving body (300), thereby generating a first horizontal seismic force in which the amount of movement of the upper receiving part (100) is reduced compared to the amount of movement of the lower receiving part (200). A water treatment device with an integrated seismic device having a seismic function, characterized in that, when the horizontal moving body (300) moves horizontally, the upper elastic protrusion (311) formed on the horizontal moving body (300) rubs against the upper uneven surface (111) formed on the upper receiving part (100) in a contact state, and the lower elastic protrusion (321) formed on the horizontal moving body (300) rubs against the lower uneven surface (211) formed on the lower receiving part (200) in a contact state, and one side of the upper plate (310) of the horizontal moving body (300) presses against the upper elastic ring (121) formed on the upper receiving part (100), and one side of the lower plate (320) of the horizontal moving body (300) presses against the lower elastic ring (221) formed on the lower receiving part (200), thereby generating a second horizontal seismic force that reduces horizontal seismic shock.
  6. In claim 1, The upper receiving portion (100) above is, An upper disc-shaped plate (110) having an upper uneven surface (111) formed on its lower side that is directly fixed to the lower surface of the upper base (21) or indirectly fixed to the lower surface of the upper base (21) through a vertical seismic body (400), and contacts the upper elastic protrusions (311) formed on the upper surface of the horizontal moving body (300), and an upper disc-shaped plate (110) having an upper uneven surface (111) of a ring-shaped radial structure formed on its lower side. An upper ring-shaped plate (120) that is coupled to the lower circumference of an upper disc-shaped plate (110) and has an upper elastic ring (121) formed on its inner circumference, and It includes an upper disc-shaped hollow plate (130) that is coupled to the lower surface of an upper ring-shaped plate (120), through which the body portion (330) of a horizontal moving body (300) passes and which limits the amount of horizontal movement of the horizontal moving body (300), and has an upper hollow (131) formed therein. The above lower receiving portion (200) is, A lower disc-shaped plate (210) having a lower uneven surface (211) formed on its upper surface, which is directly fixed to the upper surface of the lower base (22) or indirectly fixed to the upper surface of the lower base (22) through a vertical seismic body (400), and contacts the lower elastic protrusions (321) formed on the lower surface of the horizontal moving body (300); A lower ring-shaped plate (220) coupled to the upper surface of a lower disc-shaped plate (210) and having a lower elastic ring (221) formed on its inner circumference, and A water treatment device with an integrated seismic device having a seismic function, characterized by including a lower disc-shaped hollow plate (230) that is coupled to the upper surface of a lower ring-shaped plate (220), through which the body portion (330) of a horizontal moving body (300) passes, and which has a lower hollow (231) formed to limit the amount of horizontal movement of the horizontal moving body (300).
  7. In claim 1, The above horizontal moving body (300) is, A disc-shaped upper plate (310) having a plurality of upper elastic protrusions (311) formed around the upper surface that are received inside the upper receiving portion (100) and elastically contact the upper uneven surface (111) formed in the upper receiving portion (100), and A disc-shaped lower plate (320) formed around the lower surface, having a plurality of lower elastic protrusions (321) that are received inside the lower receiving portion (200) and elastically contact the lower uneven surface (211) formed in the lower receiving portion (200), and A plurality of intermediate elastic rings (331) are installed around the circumference, and the cylindrical body part (330) connecting the upper plate (310) and the lower plate (320) is included, A water treatment device with an integrated seismic device having a seismic function, characterized in that the upper elastic protrusion (311) is elastically inserted and installed on the upper surface of the upper plate (310), and the lower elastic protrusion (321) is elastically inserted and installed on the lower surface of the lower plate (320).
  8. In claim 7, The upper plate (310), lower plate (320), and body part (330) form a horizontal moving body (300) in an integrated or separated manner, and In the case where the horizontal moving body (300) is an integral type, A water treatment device with an integrated seismic device having a seismic function, characterized in that the upper disc-shaped hollow plate (130) of the upper receiving part (100) and the lower disc-shaped hollow plate (230) of the lower receiving part (200) are composed of two mutually separated semi-disc-shaped plates with semi-hollows formed therein.

Description

Water treatment equipment integrated with an earthquake-resistant device equipped with an earthquake-resistant function The present invention relates to a water treatment device integrated with a seismic device equipped with a seismic function, and more specifically, to an electrolytic water treatment device equipped with a seismic device that provides vertical/horizontal seismic force when an earthquake occurs, so that an electrolytic water treatment facility (e.g., electrolytic disinfectant generator, OH radical sterilizer, etc.) installed and operated in a water management facility that must manage water quality for the health and safety of users, such as a water purification plant, swimming pool, water park, etc., can be protected from earthquake shock. Recently, various water treatment devices designed to prevent waterborne diseases and enable the public to lead healthy lives are being installed and operated in water management facilities, such as water purification plants, swimming pools, and water parks, where water quality must be managed for the health and safety of users. The basis of preventing waterborne diseases is the sterilization and disinfection of water containing contaminants. This involves adding a disinfectant harmless to the human body to the water or sterilizing the water through a circulation process. Therefore, a water treatment device installed and operated to prevent various waterborne diseases may be a device that produces a sterilizing/disinfecting agent to be injected into water containing contaminants, or a device that sterilizes/disinfects water containing contaminants during the process of water circulation. A device that produces a disinfectant to be injected into water containing contaminants may be an electrolytic disinfectant generator that generates an electrolytic disinfectant containing sodium hypochlorite by electrolyzing an electrolyte. In water management facilities such as water purification plants, swimming pools, and water parks, where water quality must be managed for the health and safety of users, chlorine disinfection using solid or liquid chlorine is generally performed to sterilize bacteria and viruses contained in the water. However, solid or liquid chlorine used for disinfection presents problems such as storage and transportation issues (e.g., killing surrounding plants in the event of external leakage during storage or transportation) and a short residual chlorine duration. Consequently, there has recently been a development of safe chlorine disinfectants with high residual chlorine efficacy. Sodium hypochlorite is a chlorine disinfectant developed to meet this need, and the water treatment device that generates an electrolytic disinfectant containing sodium hypochlorite by electrolyzing an electrolyte is an electrolytic disinfectant generator. In addition, a device for sterilizing/disinfecting water containing contaminants during the process of circulating water containing contaminants may be an OH radical sterilizer that sterilizes water containing contaminants using OH radicals. The OH radical sterilizer sterilizes/disinfects water containing contaminants by generating OH radicals (hydroxyl radicals) through the supply of current to a composite catalyst electrode. If an electrolytic disinfectant generator, which is a device that produces sodium hypochlorite, a chlorine disinfectant used in water management facilities such as water purification plants, swimming pools, and water parks that must manage water quality for the health and safety of users, or an OH radical sterilizer, which is a device that sterilizes/disinfects water during the process of circulating water to be sterilized/disinfected in water management facilities such as water purification plants, swimming pools, and water parks that must manage water quality for the health and safety of users, is damaged by the shock of an earthquake, it will be unable to perform its function, and as a result, it will be difficult to prevent various waterborne diseases, and public health and hygiene may be threatened. Therefore, it is necessary to protect water treatment facilities installed and operated to enable the public to lead a healthy life from earthquake shocks. The present invention addresses the problem and necessity described above by proposing an electrolytic water treatment device equipped with a seismic device that provides vertical and horizontal seismic resistance in the event of an earthquake, so that the device (e.g., electrolytic disinfectant generator, OH radical sterilizer, etc.) installed and operated in water management facilities, such as water purification plants, swimming pools, and water parks, where water quality must be managed for the health and safety of users, can be protected from seismic shock. The following are prior art related to this. FIG. 1 is an overall configuration diagram of the present invention. FIG. 2 is an overall configuration diagram of the seismic isola