A water droplet musical device

Abstract

A musical device with water droplets (50), comprising: an upper section (1); a middle section (2); a lower section (3); a primary container (9) for storing water; a curved tempered glass (7) for aesthetic appeal and structural integrity; a hollow support column (6), two columns at each end of the central section supporting the structure and the passage of current and water connections facilitate; a secondary reservoir (5) in the upper section (1) of the device for storing water transferred from the primary reservoir (9); a refill opening (13) configured to allow water to be added from the outside into the primary reservoir (9) through an access point on the outside of the lower section (3); a submersible pump (8) configured to transfer water from the primary tank (9) through a line (11) to the secondary tank (5); a plurality of seven solenoid valves (15) which are operationally connected to the secondary reservoir (5), each valve being configured to release water droplets in a controlled rhythmic pattern; a plurality of seven steel drums (12) positioned below the solenoid valves (15), where water droplets released from the solenoid valves hit the steel drums to produce noise, with different drums producing different tones; a perforation net (16) under the steel drums (12) that allows excess water to pass through and flow back into the primary container (9) for reuse; a control system configured to receive input signals and control the operation of the solenoid valves (15) to generate rhythmic sound patterns; an electronics compartment (4) in the upper section (1) which houses the control system, rectifier and other electronic components; a drain outlet (10) at the base of the primary tank (9) to drain water when the device is not in use or is undergoing maintenance; and a display (14) near the refill opening (13) which provides a visual representation of the water level in the containers for easy monitoring.

Description

TECHNICAL FIELDThe present invention relates to the field of acoustics, electromechanical systems and music technology. More particularly, the present invention relates to a waterdrop music apparatus designed to produce musical sounds using waterdrop and a steel drum, and also to use precise control mechanisms to rhythmically produce drops.BACKGROUNDThe musical instruments are designed to produce sounds in a controlled manner so that people can make and perform music. They have been part of human culture for thousands of years. They began as simple objects such as stones and bones and developed into complex instruments capable of producing a variety of tones and rhythms.The music devices help express emotions, enumerate mountains, and bring people together through common experiences. Each device offers a unique way to explore sounds in different types of music.The waterdrop music apparatus can generate music using waterdrop and a steel drum. It uses precise control mechanisms to release water drops in a rhythmic pattern and when these drops strike the steel drum they create sounds.The waterdrop music apparatus offers a new way of making music by combining water with the sound of a steelrum. The rhythmic water drops create a visually pleasing experience while the steelrum gives the sound depth. This unique combination enables music that can be both viewed and heard.A major feature of the apparatus is its precise control system which controls the timing and strength of the water drops. This ensures that the droplets strike the steelrum synchronously with the rhythm and a clear, uniform sound is produced. The flow rate of the water can also be adjusted, whereby volume and sound for different music sounds can be changed.The waterdrop music device opens up new possibilities for interactive music creation. It offers artists and audiences a keepant and curative way to experience music by mixing water and sound to create some unique. This device presents a new direction for musical instruments and combines technology and nature for an appealing experience.Therefore, there is a need to introduce a waterdrop music apparatus to facilitate the creation of synchronized sounds and images with waterdrop. This invention solves these problems in a simple and efficient manner and makes the enjoying interactive music on the water easier and more maintained.OBJECT OF THE INVENTIONThe main object of the present invention is to provide an apparatus capable of generating musical sounds by mainly using water drops and a steel drum and precise control mechanisms to generate drops in a rhythmic manner.Another object of the present invention is to provide precise control via solenoid valves to regulate the timing and release of water drops.Another object of the present invention is to improve the visual attractiveness of the appliance by using curved or tinted cured glass as the background, thereby making it both functionally and aesthetically pleasing.Another object of the present invention is to enable users to control the rhythm, volume, sound and intensity of the sound produced, thus providing a highly customizable and interactive music experience.Another object of the present invention is to incorporate a refill port and to ensure a robust, stable structure to aid in the functionality of the device.Another object of the present invention is to make the apparatus environmentally friendly through the use of a water recycling system, thereby reducing waste and promoting sustainability.Another object of the present invention is to provide a versatile and flexible device that can be incorporated into various environments such as concert halls, gallery or residential environments and provides a unique and appealing experience for artists and audiences as well.These and other objects and advantages of the present invention will become readily apparent from the following detailed description when taken in conjunction with the accompanying drawings.SUMMARYThe various embodiments of the present invention disclose a waterdrop music apparatus designed to produce rhythmic sounds by discharging waterdrop on steel drums, thereby obviating the need for manual sound generation. The waterdrop music apparatus is composed of upper, middle and lower portions. The upper section comprises an electronic well housing important electronic components such as the control system and rectifier circuits for the conversion of alternating current to direct current, and a secondary reservoir storing water supplied by a submersible pump in the lower section. The central portion has a curved hard glass plate which is more visually pleasing and includes hollow support pillars at both ends which contain conduits for laying electrical conductors and for transferring water between the portions. The lower portion contains the main tank storing water and accommodating the submersible pump responsible for conveying the water to the secondary tank in the upper portion.The water is supplied through a refill opening into the main container, indicators indicating the water level for ease of monitoring. Drainage at the bottom of the main container allows rapid emptying for maintenance or when the device is not used. The submersible pump conveys water through a conduit from the main reservoir to the secondary reservoir, thus providing uniform supply during operation.The seven solenoid valves connected to the secondary reservoir discharge water drops in a controlled rhythmic pattern onto the steel drums in the middle section. Each steel drum varies in size to produce a particular tone that enables a series of musical notes. The control system programmed with a rhythmic or musical pattern manages the timing and order of solenoid actuation to produce a consistent sound pattern. The drums correspond to different musical notes and each solenoid valve discharges drops which produce a unique tone upon impact with the respective steel drums and simulate a musical rhythm or pattern.A seeping net among the steel barrels seeps excess water and returns to the main tank for reuse, improving water efficiency. The rectangular curved prism shape of the device directs and enhances sound to the user while providing an aesthetic feel to the user. Optional light effects in the cured glass enhance the atmosphere and can be synchronized with drop rhythm, making the apparatus suitable for use in artificial installations, music presentations and public displays.These and other aspects of the embodiments described herein will be better appreciated and understood when considered in connection with the following description and the accompanying drawings. It should be understood, however, that the following descriptions, while indicating preferred embodiments and numerous specific details thereof, are intended to be illustrative and not limiting. Many changes and modifications may be made within the scope of the embodiments described herein without departing from the spirit thereof, and the embodiments described herein include all such modifications.BRIEF DESCRIPTION OF THE DRAWINGSThe other objects, features and advantages will become apparent to those skilled in the art from the following description of the preferred embodiment and the accompanying drawings, in which: FIG. 1 is an isometric view of the waterdrop music apparatus according to an embodiment of the present invention; FIG. 2 is a sectional view of the waterdrop music apparatus according to an embodiment of the present invention.Although the specific features of the present invention are shown in some drawings and not in others. This is done for simplicity only, as each feature may be combined with one or all other features according to the present invention.DETAILED DESCRIPTIONThe various embodiments and developments of the present invention will be presented in the following detailed description with reference to the non-limiting details. Illustrations of processing techniques for known components are omitted so as not to unnecessarily obscure the embodiments contained herein. The examples provided are intended to facilitate an understanding of how the embodiments contained herein may be practiced and further enable those skilled in the art to practice these embodiments. Accordingly, the examples should not be construed as limiting the scope of the embodiments described herein.The various embodiments of the present invention disclose a waterdrop music apparatus (50) designed to produce rhythmic sounds by discharging waterdrop on steel drums (12), thereby obviating the need for manual sound generation. The apparatus comprises an upper section (1) comprising a secondary container (5), an electronics well (4) and seven solenoid valves (15). The central portion (2) is made of tempered glass (7) and hollow support pillars (6) containing a lead (11) for electrical wiring and water transmission. The lower section (3) consists of seven steel drums (12) of different sizes and materials which each produce different sounds when struck by water drops. Among the drums, a leak passing through the net (16) allows excess water to flow back into the primary container (9). At the base, a primary container (9) houses a submersible pump (8) which transfers water into the secondary container (5). The further features include a drain (10), a refill port (13) and indicators (14) on the outside of the lower section (3). The apparatus is electrically operated and includes a structural frame with support and aesthetic elements.FIG. 1 is an isometric view of the waterdrop music apparatus according to an embodiment of the present invention. The water is supplied through the refill port (13) into the appliance which serves as the main access point for refilling the water supply. In the vicinity of this refill port (13), a series of indicators (14) clearly indicate the current water level in the appliance. These indicators allow users to easily monitor the water level and ensure that the device has sufficient water supply for operation.The refill port (13) itself is provided with a door with a single hinge. This hinge design allows smooth opening and closing of the door and facilitates access. By means of this door, users can easily fill water directly into the main container (9) of the device. This design minimizes spillage and ensures that the refill operation is rapid and efficient.The lower portion (3) of the main container (9) is provided at its base with a drain outlet (10). This outflow outlet (10) performs an important function: it allows the simple draining of water from the main tank (9) when the apparatus is not used. By opening the drain outlet, users can quickly remove excess water and thus ensure that the device remains dry and ready for storage.The inclusion of this drain outlet (10) offers a practical way of preventing water accumulations which could otherwise lead to potential problems such as mould or stagnation. This function simplifies maintenance and storage of the device as it helps keep the internal components clean and free of moisture when not in operation.FIG. 2 is a sectional view of the waterdrop music apparatus according to an embodiment of the present invention. The submersible pump (8) is located in the primary container (9) and is completely immersed in water. Its primary function is to pump water from the primary reservoir into the secondary reservoir (5) located in the upper section (1) of the apparatus. The water is passed through the conduits (11), ensuring a continuous flow from the bottom to the top of the apparatus. The submersible pump operates efficiently in the primary reservoir and uses its submerged position to draw water directly from the reservoir and move it upwardly. This ensures that the secondary container remains filled with water, which is essential for the functioning of the device. The use of pipes (11) allows a smooth and controlled transfer of the water and thus facilitates the operation of the apparatus without spilling or disturbing.According to one embodiment, the central part (2) of the device is made of bent tempered glass, which may be either transparent or tinted in different colors. This glass can also be illuminated with lights to enhance the aesthetic attractiveness of the appliance. The use of tinted or illuminated glass adds an elegant visual element and makes the device more visually appealing, especially in poor lighting conditions. The illumination not only contributes to overall design, but also enhances internal components and thus provides a dynamic and appealing visual experience.The central part (2) of the apparatus comprises seven steel drums (12) of different sizes. The differences in size between the drums are an important feature because they allow each steel drum (12) to produce a unique sound when struck by water drops. The different sizes of the drums contribute to a wide range of tones, each with its own pitch and resonance. This sound diversity creates a richer, more complex music experience and allows the device to produce a variety of sound effects. By strategic placement of these different size drums, the design provides for the waterdrop to produce distinct musical notes, which improves the overall functionality and attractiveness of the waterdrop music apparatus.The central part (2) also has support columns (6) on both sides of the part. These columns play a decisive role in ensuring structural stability, since they support both the top part (1) and the tempered glass (7) and thus ensure that the device maintains its integrity and balance. The design of the support columns (6) comprises a hollow core which fulfils an important functional purpose. The hollow nature of these columns allows them to receive the necessary conduits (11) connecting the various parts of the apparatus. These conduits are essential for the manufacture of power and water connections and assure seamless communication and fluid transfer between the lower, middle and upper parts.In another embodiment, the design of the hollow columns (6) not only provides structural support, but also optimizes the interior space, thereby enabling efficient integration and protection of the electrical cabling and water transfer channels. These hollow columns (6) serve a dual purpose and contribute to maintaining the structural stability of the appliance, while at the same time ensuring that the electrical and water connections are securely accommodated and protected in the appliance. This design improves the overall functionality and reliability of the waterdrop music apparatus (50).The seepage net (16) is mounted directly under the steel barrels (12) to effectively conduct excess water that can drain from the steel barrels (12) after being struck by water drops. When water falls on the steel barrels (12), a part thereof inevitably overflows. The seepage net (16) plays an important role in the discharge of this excess water and ensures that it can be collected and flowed through in order to return to the primary container (9). This seepage net (16) serves not only as a passage for the water, but also as a filter which helps to clean the water before it returns to the system. The filtering process removes any debris or contaminants that may have accumulated during water transport, thus maintaining the cleanliness of the water for reuse.In another embodiment, the seepage network (16) substantially improves the overall performance of the appliance by allowing efficient reuse of the water. It helps save water by reducing waste and makes the system operate more consistently. The network design therefore contributes to the efficiency of the device, reduces environmental pollution and promotes long term use without the need for continuous water exchange.According to an embodiment, the upper portion (1) of the waterdrop music apparatus (50) is designed with a division into two separate portions, each serving a specific purpose. One of these sections is dedicated to the electronics compartment (4) which houses all the critical electronic components and control systems required for the operation of the device. This compartment ensures that the sensitive electronics are safely stored and protected and are protected from damage by water or external influences. The other portion of the upper portion (1) functions as a secondary container (5) containing the water required for the waterdrop mechanism. The secondary reservoir is of decisive importance for the operation of the device, since it provides a constant water supply for the solenoid valves (15). This portion is adapted to receive and maintain the water required for rhythmic sound generation. The separation of these two sections into different areas allows efficient organization of both the electronics and the water reservoir. This organization structure provides that water and electronics are kept separate, thereby reducing the risk of water damage to the sensitive components. Moreover, this division facilitates access to each section for maintenance or refill purposes. The design provides a practical and functional layout that allows smooth operation and easy maintenance of the device.The electronics bay (4) houses all the essential electronic devices required for the proper functioning of the waterdrop music device (50). This includes the control system which manages the overall operation of the apparatus and ensures that the various components cooperate harmonically. The tray also includes rectifier circuits responsible for converting alternating current (AC) to direct current (DC). The conversion of AC to DC power is necessary to power the electronic components of the device because many of the control systems and sensors require a stable DC power supply for efficient operation. The electronics bay (4) is designed to securely store and protect these components from external influences, while at the same time ensuring that they are easily accessible for maintenance or error correction purposes. This portion plays an important role in the overall operation of the apparatus and coordinates the electrical aspects for controlling the waterdrop mechanism and the sound generation process.The secondary container (5) is supplied with water from the primary container (9) via a line (11) by means of the submersible pump (8) which is located in the primary container (9). The pump draws water from the primary reservoir (9) and forces it through the conduit (11) into the secondary reservoir (5) where it is stored until use. This system ensures that the secondary reservoir (5) is always filled and ready to supply water for the operation of the apparatus. Once in the secondary tank (5), the water remains stored until it is sent to the seven solenoid valves (15). These solenoid valves play a decisive role in the regulation of the water flow to the steel drums (12). The solenoid valves control the precise release of water drops at time intervals, so that the water strikes the drums in a controlled manner. This mechanism allows the apparatus to produce rhythmic sounds by dropping water onto the steel drums, each drum producing a unique sound depending on the size and shape. By using the secondary container (5), the apparatus ensures a continuous and reliable water supply to the solenoid valves (15). This process contributes to the efficient operation of the waterdrop music apparatus (50) because the water is continuously circulated and controlled to produce a uniform rhythm. With the system installed, the apparatus can function smoothly and produce uniform sounds while maintaining optimum water flow from the primary tank (9) to the secondary tank (5) and from the secondary tank (5) to the primary tank (9).In another embodiment, the seven solenoid valves (15) are controlled independently of each other, which allows a high degree of precision in controlling the release of water drops to the steel barrels (12). Each solenoid valve is individually actuated based on a particular pattern or rhythm whereby the water drops can be accurately delivered to the barrels in a controlled and rhythmic manner. This independent control ensures that the water drops are discharged at accurate intervals, thus creating the desired musical rhythm or pattern.The control system plays a decisive role in this process. It is programmed with a predefined pattern or rhythm which serves as an input to the device. This pattern may be a musical composition, a certain rhythm, or any other type of sequence defining how the water drops are to be dispensed. Once the control system receives this input, it interprets the rhythm or pattern into a series of signals sent to the respective solenoid valves (15). The control system then actuates each solenoid valve at the appropriate time and ensures that the water drops are discharged onto the steel drums (12) in the exact order that the pattern specifies. This timing is critical because the rhythmic output of the water drops produces a smooth and synchronized sound when the drops strike the surface of the drums. Each drum generates its own sound whose sound is influenced by its size, shape and material.The number of seven steel drums (12) and solenoid valves (15) represents each musical note, each drum corresponding to a particular note in the melody. Each solenoid valve is responsible for discharging water droplets onto the corresponding steel drum and generating the sound associated with this note. This arrangement enables a complete rhythmic sound pattern to be generated, similar to the playing of a scale or composition.According to one embodiment, the system is able to generate complex and dynamic musical compositions by independently controlling the solenoid valves (15). It enables generation of a wide variety of musical patterns and rhythms, making the apparatus versatile and capable of playing a wide range of music pieces. This independence in control allows the instrument to simulate a variety of striking sounds, from simple beates to complicated musical rhythms.The waterdrop music apparatus (50) is shaped into a rectangular curved prism shape, a shape selected not only due to its aesthetic attractive force but also due to its functional advantages in improving sound quality. The curvature of the prism is strategic in order to focus and enhance the sound generated by the water drops impinging on the steel drums (12) and to direct the sound waves to the user. This design ensures that the sound produced by the device is loud, clear and resonant and produces a comprehensive listening experience.In another embodiment, the rectangular curved prism shape also serves an aesthetic purpose and contributes to the visual attractiveness of the device. The gentle curves and modern geometric shape give the device a slender and elegant appearance and make it an attractive supplement for each room. The shape of the appliance is designed to supplement the dynamic nature of the musical performance in which water drops interact with the steel drums and produce both rhythmic sounds and visual effects. In addition to its acoustic properties, the design provides that the device takes up minimal space and simultaneously maximizes the efficiency of sound projection. The curvature directs the sound waves in a manner that optimizes clarity and volume and improves the overall user experience. The combination of functional design and artistic aesthetic makes the waterdrop music apparatus not only a musical instrument but also an optically imprinting piece of technology.The waterdrop music apparatus (50) also includes a power source that draws alternating current from a power outlet. The submersible pump (8) and the control system are operated with direct current. A rectifier and power distribution unit in the electronics compartment (4) converts alternating current to direct current and distributes it to all the necessary components. This configuration ensures reliable and continuous operation.It is to be understood that the above-described examples of the present novelty are intended for purposes of illustration only. Although the present invention has been described in connection with specific examples, numerous modifications may be possible without materially departing from the teachings and advantages of the invention. Other substitutions, modifications, and changes may be made without departing from the spirit of the present solution. All disclosed features (including any accompanying claims, abstracts and drawings) and / or all steps of a disclosed method or process may be combined in any combination, except those that are mutually exclusive.Although the embodiments described herein are described with various specific embodiments, it will be apparent to those skilled in the art to realize the embodiments described herein with modifications.Reference list:50 Music apparatus in the form of water drop 1 Upper portion 2 Middle portion 3 Lower portion 4 Electronic compartment 5 Secondary container 6 Hollow support pillars 7 Tempered glass 8 Submersible pump 9 Primary container 10 Drain outlet 11 Conduit 12 Steel barrel 13 Refill port 14 Indicators 15 Solenoid valves 16 Leakage through mesh

Claims

A waterdrop music apparatus (50) comprising: an upper portion (1); a middle portion (2); a lower portion (3); a primary reservoir (9) for storing water; a bent tempered glass (7) for aesthetic attractive force and structural integrity; a hollow support column (6), two columns at each end of the middle portion that support the structure and facilitate the passage of power and water connections; a secondary reservoir (5) in the upper portion (1) of the apparatus for storing water transferred from the primary reservoir (9); a refill opening (13) configured such that water can be filled from outside into the primary reservoir (9) through an access point on the outside of the lower portion (3); a submersible pump (8) configured to transfer water from the primary reservoir (9) through a conduit (11) to the secondary reservoir (5); a plurality of seven solenoid valves (15) operatively connected to the secondary reservoir (5), each valve configured to release water droplets in a controlled rhythmic pattern; a plurality of seven steel barrels (12) positioned below the solenoid valves (15) where water droplets released by the solenoid valves strike the steel barrels to generate noise, different barrels generating different tones; a seepage net (16) below the steel barrels (12) that allows excess water to pass and return to the primary reservoir (9) for reuse; a control system configured to receive input signals and control the operation of the solenoid valves (15) to generate rhythmic sound patterns; an electronics compartment (4) in the upper portion (1) that houses the control system, rectifiers and other electronic components; a drain outlet (10) at the base of the primary reservoir (9) to drain water when the device is not used or is for maintenance; and a display (14) near the refill opening (13) that provides a visual representation of the level of water in the reservoirs for ease of monitoring.The waterdrop music apparatus (50) according to claim 1, wherein the control system is housed in an electronic compartment (4) located in the upper portion (1) and configured to synchronize the release of waterdrop with a pre-programmed musical sequence or pattern.The waterdrop music apparatus (50) of claim 1, further comprising a display system (14) configured to monitor and display water levels in both the primary (9) and secondary (5) tanks. It is located on the outside to the right in the lower section (3).The waterdrop music apparatus according to claim 1, wherein seven solenoid valves (15) are associated with each steel barrel (12) in the upper portion (1) and the flow rate of the waterdrop can vary, thereby changing the intensity and volume of sound generated by the steel barrels (12).The waterdrop music apparatus (50) according to claim 1, further comprising a structural frame having hollow support pillars (6). The apparatus consists of two hollow support columns (6) located on both sides of the central part (2). The columns provide structural support and the hollow nature of these columns allows them to accommodate the necessary lines (11) connecting the various parts of the apparatus, lines (11) for laying electrical lines and for transferring water from the primary container (9) to the secondary container (5).The waterdrop music apparatus (50) according to claim 1, wherein the structural frame comprises tempered glass plates (7) in the middle part (2) supported by the bottom part (3), top part (1) and also by the hollow support columns, thereby improving the aesthetic and structural integrity of the apparatus.The waterdrop music apparatus (50) according to claim 1, further comprising a replenishment opening (13) configured to facilitate transfer of water from an external source into the primary container (9).The waterdrop music apparatus (50) according to claim 1, wherein the apparatus comprises a power distribution system configured to convert alternating current from a power outlet into direct current, which is then distributed to the submersible pump (8) provided in the primary reservoir (9) and the control system provided in the electronics compartment (4).The waterdrop music apparatus (50) according to claim 1, wherein the steel drums (12) are arranged in a certain pattern to generate harmonic sound when waterdrop hits them, thereby enabling the preparation of complex musical compositions. A total of seven steel drums are positioned over a seeping mesh (16) located on top of the lower section (3).The waterdrop music apparatus (50) according to claim 1, wherein the seeping net (16) among the steel drums (12) is adapted to filter and direct the water back into the primary container (9) without allowing dirt to enter the system.

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