Improved sound insulation for an environment for reducing noise

Abstract

The present application provides a kind of for reducing noise improved environment sound insulation facilities, comprising: being arranged in the roadside of vehicle passing, reflecting the noise generated when vehicle is in discharge received water, and from received water, water tank of noise absorption;Formed in the inside of the water tank member, filter member of purifying the water or rainwater flowing from the water tank member discharge;In the inside of the water tank member, according to the machine fish of setting avoiding collision;Power supply component is installed in the outside of the water tank member, and the machine fish of internal access is wirelessly powered;And not controlled according to the operation of administrator, by wireless way, change control the movement mode of the machine fish or update action program, by water release, isolate noise, absorb the water noise in water tank inside, transparent panel uses tempered glass or polycarbonate, improve sound insulation performance, maximize sound insulation effect.

Description

Technical Field

[0001] This invention relates to a soundproofing facility for improving the environment, and more specifically, a soundproofing facility for improving the environment, which can be installed in places where soundproofing is needed to make the environment aesthetically pleasing, while reflecting and absorbing noise, thereby achieving soundproofing. Background Technology

[0002] Apartments and offices near roads frequently used by vehicles suffer significant damage due to noise from passing vehicles.

[0003] Therefore, generally speaking, high concrete walls or sound-absorbing walls are set up between roads and residences to isolate noise generated by the road.

[0004] However, since concrete walls or sound-absorbing walls are set very high, in order to prevent drivers from feeling fatigued and to improve the environment, concrete walls or sound-absorbing walls are often presented in transparent materials or decorated with illustrations.

[0005] Existing technical documents

[0006] Patent documents

[0007] (Patent Document 1) Korean Patent Registration No. 10-2449085 (September 26, 2022) Summary of the Invention

[0008] The problem that the invention aims to solve

[0009] To address the aforementioned problems, this invention aims to provide a soundproofing facility that combines sound insulation with aesthetic appeal by incorporating a water tank-like structure and adding robotic fish and artificial aquatic plants for decoration. This provides a soundproofing solution that improves the environment and enhances its soundproofing capabilities.

[0010] Furthermore, in order to solve the aforementioned problems, the present invention aims to provide a soundproofing facility to improve the environment by isolating noise and purifying rainwater by installing a purification filter on top of the sink.

[0011] Furthermore, in order to solve the aforementioned problems, the present invention aims to provide a soundproofing facility that improves the environment by collecting and removing inhalable particulate matter generated by vehicle operation through water discharge from above, thereby minimizing the inflow of dust into the living space inside the soundproof wall.

[0012] Furthermore, in order to solve the aforementioned problems, the present invention aims to provide a soundproofing facility that improves the environment by generating electricity from a (piezoelectric) generator that generates electricity by inputting the noise produced when a vehicle is moving, which can charge the robotic fish.

[0013] means for solving problems

[0014] To achieve the aforementioned objectives, the present invention provides a soundproofing facility for improving the environment by isolating noise, installed on the side of a road where vehicles pass, reflecting noise generated by vehicles discharging received water, and absorbing noise from the received water to isolate noise; a filter component formed inside the water tank component to purify water or rainwater flowing in from the water tank component; a collision avoidance robot fish installed inside the water tank component; a power supply component installed outside the water tank component to wirelessly power the robot fish approaching from inside; and a system that allows the robot fish to change its movement mode or update its operating program wirelessly according to the operator's instructions.

[0015] Furthermore, to achieve the aforementioned objective, the water tank component of the soundproofing facility for improving the environment and isolating noise, as specified in this invention, consists of a vertical frame formed at predetermined intervals along the road; a horizontal frame connected to the bottom of the vertical frame, with predetermined intervals at both ends; a pair of transparent panels clamped in clamping grooves formed on the vertical and horizontal frames to form a space with a certain front-to-back spacing; a waterproof module waterproofing the contact surfaces between the transparent panels and the vertical frame, as well as the contact surfaces between the transparent panels and the horizontal frame; a water spraying module spraying water from the upper part of the transparent panels to the outer surface of the corresponding transparent panels; and a water receiving module receiving water flowing out along the transparent panels and recycling it into the water tank through the water spraying of the water spraying module.

[0016] Furthermore, to achieve the aforementioned objective, the waterproof module of the sound insulation facility for noise reduction and environmental improvement according to the present invention comprises: circular grooves formed on both sides of the interlayer groove; a tube inserted along the tube groove and closely abutting the transparent panel surface, inserted through the interlayer groove; an air pressure sensor that measures the air pressure of the tube and transmits it to the control member; and an air injection unit that, according to the control member, injects air into the tube to maintain the air pressure of the tube between the transparent panel and the longitudinal and transverse frames to ensure waterproofing.

[0017] Furthermore, to achieve the aforementioned objective, the water spray module of the soundproof facility for improving the environment and isolating noise, as specified in this invention, is supported on the vertical frame to form an accessible water inlet nozzle; an inlet pump that allows purified water from inside the water tank component to flow into the spray nozzle; spray holes formed at equal intervals on the spray nozzle to spray the water flowing into the spray nozzle onto the front transparent panel, allowing the water to flow down the transparent panel; a spray pump formed in each spray hole to enhance the spray intensity of the water sprayed through the spray hole; and a rotary motor formed on one side of the spray nozzle to adjust the spray direction by changing the position of the spray hole by rotating the spray nozzle at a certain angle.

[0018] Furthermore, to achieve the aforementioned objective, the present invention provides a power supply component for a soundproof facility used to improve the environment by reducing noise, which is formed inside the vertical frame and includes a wireless charging plate that charges the approaching robotic fish via electromagnetic induction; a battery connected to and powering the wireless charging plate; and a generator installed outside the water tank component that converts the vibrations of passing vehicles' sounds into electrical signals to generate electricity and charge the battery.

[0019] Invention Effects

[0020] According to the present invention, soundproofing facilities for improving the environment by isolating noise are provided by the superior authority.

[0021] Noise is isolated by filling the tank with water, which absorbs noise. The transparent panel uses tempered glass or polycarbonate to improve sound insulation performance, maximizing the sound insulation effect.

[0022] Furthermore, according to the present invention, the environmental improvement soundproofing facility for sound insulation and noise reduction can minimize the inflow of dust into the living space inside the soundproof wall by releasing water from the top to collect and remove inhalable particulate matter generated by vehicle operation.

[0023] Furthermore, according to the present invention, the environmental improvement soundproofing facility for sound insulation and noise reduction is operable because it uses a robotic fish and is unaffected by surrounding variables such as season and water temperature. Attached Figure Description

[0024] Figure 1 This is an overall composition diagram of a soundproofing facility for improving the environment by isolating noise, according to the present invention.

[0025] Figure 2 This diagram is drawn to illustrate the water spray module of the sound insulation facility for improving the environment according to the present invention.

[0026] Figure 3 The above drawing is for illustrating the water spray module of the sound insulation facility for improving the environment according to the present invention.

[0027] Figure 4 These are drawings illustrating a waterproof module of a soundproofing facility for improving the sound insulation and noise reduction environment according to the present invention.

[0028] Figure 5 The present invention illustrates the condition of a roadside soundproofing facility for improving the environment for sound insulation.

[0029] Explanation of reference numerals in the attached figures

[0030] 100: Water tank components;

[0031] 110: Vertical frame;

[0032] 120: Horizontal frame;

[0033] 130: Transparent panel;

[0034] 140: Waterproof module;

[0035] 141: Pipeline;

[0036] 142: pipe;

[0037] 143: Air injection section;

[0038] 144: Air pressure sensor;

[0039] 150: Water jet module;

[0040] 160: Water receiving module;

[0041] 200: Filter component;

[0042] 210: Filter module;

[0043] 211: First filter;

[0044] 212: Second filter;

[0045] 213: Third filter;

[0046] 214: Fourth Filter;

[0047] 220: Height adjustment module;

[0048] 221: Height adjustment motor;

[0049] 222: Electrical wire;

[0050] 223: Steering wheel;

[0051] 300: No power supply;

[0052] 310: Wireless charging pad;

[0053] 320: Battery;

[0054] 330: Generator;

[0055] 400: Robotic Fish;

[0056] 410: Communication module;

[0057] 420: Memory section;

[0058] 430: Rechargeable battery;

[0059] 440: Power generation unit;

[0060] 450: Control Unit;

[0061] 500: Control component;

[0062] 600: Artificial aquatic plants;

[0063] 610: Ministry of Communications;

[0064] 620: Power Supply Section;

[0065] 630: Lighting. Detailed Implementation

[0066] The terms or words used in this specification and technical solution shall not be interpreted in their usual or pre-existing meaning. The initiator must interpret them in accordance with the principle that the concepts of terms can be appropriately defined, to convey the meaning and concept that are consistent with the technical ideas of this design, and to explain the design in the best way possible.

[0067] Therefore, the embodiments described in this list and the configurations shown in the drawings are only one ideal embodiment of this solution and do not represent all the technical ideas of this solution. Therefore, it should be understood that various homogeneous and modified examples may be used instead of them in this application.

[0068] The following details a sound insulation facility according to the present invention to improve the environment and prevent noise.

[0069] According to the present invention, a soundproofing device for improving the environment by isolating noise includes a water tank component 100, a filter component 200, a power supply component 300, a robotic fish 400, and a control component 500, such as... Figure 1 and Figure 2 As shown.

[0070] The water tank component 100 is as follows Figure 2 , Figure 3 As shown, it includes a vertical frame 110, a horizontal frame 120, a transparent panel 130, a waterproof module 140, a water spray module 150, and a water receiving module 160.

[0071] The vertical frame 110 is erected, forming a vertical structure, and moves equidistantly along the road.

[0072] The lower ends of the horizontal frame 120 and the vertical frame 110 are joined together, with a certain gap between the two ends.

[0073] The interior of the longitudinal frame 110 and the transverse frame 120 is hollow, and the edge portions form clamping grooves 111 and 121, which can clamp the transparent panel 130.

[0074] The transparent panel 130 is inserted into the clamping slots 111 and 121, which are spaced apart in a predetermined manner from front to back, to form a space that can accommodate water and the robotic fish.

[0075] At this time, the transparent panel 130 can be made of triple tempered glass or vacuum tempered glass, which has higher strength and better sound insulation than ordinary glass, or it can be made of polycarbonate (PC), which has better impact resistance, higher strength and better sound insulation.

[0076] After the transparent panel 130 is inserted into the slots 111 and 121 of the longitudinal frame 110 and the transverse frame 120, it is waterproofed by silicone or the like.

[0077] The waterproof module 140, as described Figure 4 As shown, it includes a trough 141, a pipe 142, an air injection unit 143, and an air pressure sensor 144.

[0078] The tube groove 141 forms a circle and a recess on both sides of the clamping grooves 111 and 121 of the longitudinal frame 110 and the transverse frame 120 to accommodate the tube groove 142.

[0079] The tube 142 is inserted along the tube groove 141 and is attached to the transparent panel 130 by applying pressure to the clamp grooves 111 and 121, thereby improving the waterproof capability.

[0080] The air pressure sensor 144 measures the air pressure in the pipe 142 and transmits it to the control component 500, which is connected by wire or wireless means.

[0081] The control component 500 controls the air injection section 143 to ensure that the air pressure inside the pipe 142 remains constant.

[0082] The air injection unit 143 injects air into the tube 142 under the control of the control member 500, so that the tube 142 always maintains a waterproof air pressure between the transparent panel 130 and the vertical frame 110 and the horizontal frame 120.

[0083] The injection module 150, as Figure 2 As shown, it includes a spray nozzle 151, a water inlet pump 152, a spray hole 153, a spray pump 154, and a return motor 155.

[0084] The spray nozzle 151 is a water inlet pipe, such as Figure 3 As shown, a meeting point is formed on the vertical frame 110.

[0085] The water inlet pump 152 is formed at the dispersion nozzle 151 or the vertical frame 110, etc., to draw purified water from inside the water tank component 100 into the spray nozzle 151.

[0086] The spray holes 153 are evenly spaced on the spray nozzle 151, spraying the water flowing into the spray nozzle 151 onto the front transparent panel 130, so that the water can flow down the transparent panel 130.

[0087] As described above, as water flows down the surface of the transparent panel 130, it forms a water film, which can prevent the haze generated when reflecting noise from dispersing.

[0088] In other words, water, which is denser than air, absorbs and reduces the sound energy transmitted through the medium, thus hindering the transmission of sound.

[0089] In other words, noise is blocked during the process of being reflected and refracted by water.

[0090] The jet pump 154 ​​is composed of the jet hole 153, which can enhance the jet intensity of the water.

[0091] The return motor 355 is formed on one side of the spray nozzle 151. By rotating the spray nozzle 151 by a certain angle, the position of the spray hole 153 can be changed, so that in addition to the transparent panel 130, the spray direction can also be changed in summer.

[0092] According to the present invention, a soundproofing facility for improving the environment by isolating noise uses a robotic fish 400, which can also raise the water temperature in winter by spraying hot water onto the transparent panel 130.

[0093] The water receiving module 160 includes a water receiving shell 161, a water recovery pump 162, and a water recovery pipe 163.

[0094] The water-receiving outer shell 161 is sprayed by the spray module 150 and receives and stores water flowing along the surface of the transparent panel 130.

[0095] The water recovery pump 162 pumps the water stored in the water receiving shell 161 out, passes it through the filter member 200, and then recovers it into the water tank member 100.

[0096] The lower end of the water recovery pipe 163 is connected to the water recovery pump 162, and the upper end is set as an open inlet at the upper end of the water tank component 100, providing a moving path for the water recovery pump 162 to pump water.

[0097] The filter component 200 is used to purify rainwater and other water flowing in from the top of the water tank component 100.

[0098] More specifically, the filter component 200 includes a filter module 210 and a height adjustment module 220.

[0099] The filter module 210 includes a first filter 211, a second filter 212, a third filter 213, and a fourth filter 214.

[0100] The first filter 211 is a physical filter, formed at the top, which serves to filter out larger foreign objects (e.g., cement filter).

[0101] The second filter 212 is a chemical filter, formed below the first filter 211, to remove chemical substances (e.g., pre-carbon filter).

[0102] The third filter 213 is formed on the second filter 212 and uses reverse osmosis to filter various bacteria and heavy metals in units of 0.001 to 0.0001 micrometers (e.g., membrane filter).

[0103] The fourth filter 214 is formed on the third filter 213 and removes odors by adsorption (e.g., after the carbon filter).

[0104] In addition, the height adjustment module 220 includes a height adjustment motor 221, a steel wire 222, and a steering wheel 223.

[0105] The height adjustment motor 221 generates rotational force and winds and unwinds the wire 222 according to the direction of rotation, adjusting the height of the filter element 200 connected to the wire 222 to prevent the filter element 200 from being soaked or contacted by the water in the water tank 100.

[0106] When the filter element 200 is submerged in water, its filtering effect on the incoming water will disappear. If it floats in contact with water, the overflow of water will cause vibration due to the ripples.

[0107] The wire 222 is first connected to the height adjustment module 220, and the other end is connected to the filter component 200.

[0108] The steering wheel 223 switches the direction of the wire 222 connecting the internal filter component 200 of the water tank and the external height adjustment motor 221 of the water tank from outside the water tank to inside, so that the rotational power of the height adjustment motor 221 can be smoothly transmitted to the filter component 200.

[0109] The power supply component 300 includes a wireless charging pad 310, a battery 320, and a generator 330.

[0110] The wireless charging pad 310 is charged by electromagnetic induction on the robotic fish 400 formed inside and close to the vertical frame 110.

[0111] The robotic fish 400 moves inside the tank component 100 according to settings or control of the control component 500. If the battery discharge is lower than the standard value, it approaches the vicinity of the wireless charging plate 310 for wireless charging according to settings.

[0112] The battery 320 is connected to the wireless charging board 310, providing power to the wireless charging board 310 and ultimately powering the wirelessly charged robotic fish 400.

[0113] The battery 320 can be charged by a commercial power source and by a power source generated by the generator 330.

[0114] The generator 330 is installed outside the water tank component 100, such as the vertical frame 110, horizontal frame 120, or transparent panel 130. It receives the sound of vehicles passing by on the road and converts the vibration of the sound into an electrical signal to generate electricity to charge the battery 320.

[0115] The robotic fish 400 includes a communication module 410, a storage unit 420, a rechargeable battery 430, a power generation unit 440, and a control unit 450.

[0116] The communication module 410 enables the robotic fish 400 to communicate with the control component 500 at close range, or to communicate with other remote controllers at long distance.

[0117] The memory unit 420 stores information such as the path information of the robotic fish 400.

[0118] The rechargeable battery 430 is wirelessly charged via the wireless charging pad 310 of the power supply component 300, providing the power required for the movement of the robotic fish 400.

[0119] The power generation unit 440 is installed in the tail fin, wing fin, and other parts where the robotic fish 400 needs to move, and is equivalent to a stepper motor powered by the rechargeable battery 430.

[0120] The control unit 450 controls the power generation unit 440 through path information stored in the memory unit 420, so that the robotic fish 400 moves while avoiding collisions. If the rechargeable battery 430 discharges below the standard value, the control unit 440 is controlled to make the robotic fish 400 approach the wireless charging pad 310 to charge the rechargeable battery 430.

[0121] The robotic fish 400 also includes a light book 460, which is composed of multiple LED elements and is controlled by the controller 450. It can generate a light show with different lights at night, which can stimulate curiosity and aesthetic sense.

[0122] In addition, the interior of the water tank component 100 may also include artificial aquatic plants 600, which includes a communication unit 610, a power supply unit 620 and a lighting unit 630, and can display a variety of lights through the lighting unit 630.

[0123] The control component 500 can communicate wirelessly with the robotic fish 400 and be operated by an administrator to change the movement mode of the robotic fish 400 through mode changing. It can also receive control signals from management terminals at remote locations such as mobile phones and provide them to the storage unit 420 to change the movement mode.

[0124] In addition, the control component 500 can also update the motion program of the robotic fish 400 via wireless communication.

[0125] The same configuration as described herein is provided by the present invention for improving sound insulation environment, such as... Figure 5 As shown, it can isolate (infrasound) and absorb (sound absorption) noise generated by vehicles passing by the road, minimizing the noise flowing into the living space and improving the aesthetics.

[0126] It is worth mentioning that the invention uses robotic fish in a soundproof facility to improve the environment and isolate noise, which can prevent the generation of fishy smells that may occur when using fish in general, such as when the water temperature is not limited or the season is not limited.

[0127] The above is attached Figure 1 The preceding text describes the technical concept of this solution, but this is merely an illustrative example of an ideal implementation of the solution, not a limitation thereof. Furthermore, it is obvious that anyone with ordinary knowledge in the technical field to which this text pertains can make various modifications and imitations without departing from the scope of the technical concept presented herein.

Claims

1. A sound insulation facility for improving the environment by reducing noise, characterized in that, The environmental sound insulation facilities for reducing noise include: A water tank component is installed on the side of the road where vehicles pass by. It discharges the water it contains and reflects the noise generated by passing vehicles. It absorbs noise from the water it contains, thereby blocking noise. A filter component is formed inside the water tank component to purify water or rainwater flowing in from the water tank component; The robotic fish moves inside the tank component, avoiding collisions according to its settings. A power supply component, mounted externally to the tank component, wirelessly supplies power to the nearby robotic fish inside; and The control component, based on the administrator's operation, wirelessly changes the movement mode of the robotic fish or updates its motion program.

2. The sound insulation facility for improving the environment and reducing noise according to claim 1, characterized in that, The water tank components include: A vertical frame is erected and formed at predetermined intervals along the road in a vertical direction; The horizontal frame is combined with the bottom of the vertical frame to form a structure with a predetermined interval between the two ends; A pair of transparent panels are clamped in clamping slots formed on the vertical and horizontal frames at predetermined intervals to form a space; A waterproof module that makes the contact surfaces between the transparent panel and the vertical frame, and between the transparent panel and the horizontal frame, waterproof. The water spray module sprays water from the upper part of the transparent panel onto the corresponding outer surface of the transparent panel; and The water receiving module receives water that flows out along the transparent panel through the water spray module and collects it back into the water tank.

3. The sound insulation facility for improving the environment and reducing noise according to claim 2, characterized in that, The waterproof module includes: The groove is formed by circular indentations on both sides of the clamping groove; The tube is inserted along the tube groove and fits snugly against the transparent panel surface that is clamped in the groove; An air pressure sensor measures the air pressure in the tube and transmits it to the control component; and An air injection unit, in order to maintain a waterproof air pressure between the transparent panel and the vertical and horizontal frames, is driven by the control member to inject air into the tube.

4. The sound insulation facility for improving the environment and reducing noise according to claim 2, characterized in that, The power supply component includes: A wireless charging pad is formed inside the vertical frame to charge the robotic fish via electromagnetic induction. The battery is connected to the wireless charging pad and supplies power to the corresponding wireless charging pad; and A generator, installed outside the water tank component, converts the vibrations of sound from passing vehicles into electrical signals to generate electricity, thereby charging the battery.

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