Piano Crunch Stand

Abstract

To provide a piano crunch stand, a portable and adjustable keyboard stand that can accommodate a variety of playing environments and postures and is suitable for musicians with space constraints or mobility challenges. The piano crunch stand is designed with lightweight, foldable components for easy transport and can be used in compact spaces like apartments, RVs, and outdoors. The height and length adjustments of the stand allow for ergonomic setups to accommodate different postures, including seated, cross-legged, and floor-sitting positions, reducing physical strain during extended practice sessions. The integrated, attachable foot pedal facilitates sustain function for users unable to operate standard pedals, providing a comprehensive solution for musicians with lower limb disabilities and giving all musicians the freedom to practice in a comfortable and flexible environment.

Description

[Technical Field]

[0001] The present invention relates to a portable stand for an electric piano keyboard designed to accommodate musicians in a variety of settings and postures, particularly those with lower limb disabilities. The invention provides a stable, adaptable platform that allows musicians to play comfortably in compact or unconventional spaces such as motor homes, bunks, and campsites. An integrated foot pedal attachment allows operation of the sustain function even in non-standard playing positions. [Background technology]

[0002] Modern musicians, especially those who play electric pianos or keyboards, need instruments and accessories that are compatible with modern living conditions, which often involve limited space and high mobility. Traditionally, piano and keyboard stands have been designed for use in stationary environments, such as music studios or home setups, where musicians can have ample space to practice or perform. However, as more musicians find themselves in smaller living spaces, frequently traveling locations, or non-traditional practice locations, traditional keyboard stands are often too large, heavy, and restrictive in terms of adaptability. For musicians living in small apartments, motor homes, or compact studio setups, these traditional stands can be cumbersome and impractical.

[0003] Beyond space constraints, musicians with disabilities face unique challenges when using standard keyboard stands. Conventional stands often require a seated position and lack the flexibility to accommodate musicians who require alternative playing positions. This limitation can prevent musicians with lower limb disabilities from enjoying or fully accessing their instrument, as the rigid design and static posture requirements of most keyboard stands do not meet the diverse ergonomic needs of these users. To address these multifaceted challenges, the Piano Crunch Stand was developed. This innovative stand was designed with the lifestyle of the modern musician in mind, enabling flexible practice sessions that are comfortable, stable, and accessible in a variety of environments.

[0004] Limitations of Traditional Keyboard Stands Traditional keyboard stands were initially designed for spaces where musicians had ample space and could consistently set up their instruments in a designated area. These stands are generally constructed of sturdy materials such as metal and heavy-duty plastic, providing excellent stability in a traditional home or studio setting. However, this sturdiness often makes them heavy and inconvenient to transport, especially for traveling musicians. These stands also occupy a large footprint, which is a major drawback in settings where space is limited or portability is essential.

[0005] Furthermore, most keyboard stands have a fixed height and lack customizable adjustment capabilities, limiting their adaptability to a wide range of users. Many musicians practice for extended periods of time and require an ergonomic setup that minimizes strain. Achieving such comfort can be difficult with a fixed-height stand, as the musician's height and sitting position may not match the height of the instrument, leading to discomfort and repetitive strain injuries.

[0006] The Challenges of Traveling Musicians and Setting Choices Mobile musicians face additional challenges when using traditional keyboard stands, whether they travel to perform, practice outdoors, or practice in unconventional locations. In recent years, an increasing number of musicians have traveled frequently for live performances, recording sessions, or simply to experience making music in intriguing outdoor environments. From city parks to campgrounds and remote locations, these musicians are seeking stands that allow them to set up their keyboards without being restricted to traditional setups. Traditional stands are too cumbersome and impractical for such scenarios, as they often require a flat, stable surface and can be difficult to assemble or disassemble in outdoor environments.

[0007] Additionally, many musicians now live in compact spaces such as small apartments, shared accommodations, or recreational vehicles (RVs), where space is a luxury. Because space is limited in these settings, traditional stands are difficult to assemble and keep ready to use, occupying a significant portion of the limited available square footage. As a result, musicians in these spaces often struggle to maintain a consistent practice routine, as setting up and taking down a keyboard stand each time is an obstacle. Therefore, the need for a compact, foldable, and portable solution that can seamlessly integrate into these settings without taking up significant space is essential.

[0008] Accessibility needs of musicians with lower limb disabilities Musicians with lower limb disabilities face additional barriers when using conventional keyboard stands. Standard stands generally require a specific sitting position, which may not be feasible for individuals with mobility impairments. Many musicians with such disabilities prefer to sit on the floor, on a bed, or in a cross-legged position because these positions offer greater comfort and ease. However, standard keyboard stands are not designed to accommodate these non-traditional seating arrangements, making it difficult for these musicians to practice comfortably or consistently.

[0009] Furthermore, conventional stands often require frequent adjustments, such as tightening screws, adjusting height, and changing width, which can be difficult for users with limited mobility or dexterity. For example, musicians who cannot stand for long periods of time or who find standard chairs uncomfortable to sit in may struggle to find a setup that allows them to perform comfortably. The lack of accessibility of conventional stands not only hinders musicians' ability to engage with their instruments, but also limits their creative expression and the consistency of their practice. Addressing these accessibility issues is essential to supporting inclusive musical environments where musicians of different abilities can practice and perform without unnecessary restrictions.

[0010] Piano Crunch Stand Innovation The Piano Crunch Stand was developed as a response to these various limitations, aiming to provide a stand that addresses the needs of modern musicians, especially those who are mobile, space-conscious, or require adaptable seating arrangements. This innovative stand is lightweight, foldable, and highly portable, making it an ideal choice for musicians who frequently travel between different locations or practice in non-traditional settings. Unlike traditional stands, the Piano Crunch Stand can be easily transported, set up, and packed, allowing musicians to seamlessly move from one location to another without the burden of carrying heavy equipment.

[0011] In addition to its portability, the Piano Crunch Stand features a compact design that's especially well-suited for tight spaces. The stand can be adjusted to various heights and lengths, allowing musicians to customize their setup depending on their preferred seating arrangement and instrument size. This flexibility allows the stand to be used in small apartments, RVs, sleeper bunks, SUVs, and other compact or mobile environments without sacrificing stability or comfort.

[0012] One of the distinctive features of the Piano Crunch Stand is its accessibility-oriented design. The stand adjusts to accommodate musicians with lower limb disabilities by allowing them to play comfortably in a variety of positions, such as sitting with their legs crossed, stretched out on the floor, or lying down in bed. This flexibility allows musicians to find a position that minimizes physical strain and allows for extended practice sessions without discomfort. Additionally, the stand is unique and includes a special foot pedal feature not available on standard keyboard stands, allowing users to use the foot pedals even when sitting in unconventional positions, such as with their legs crossed or stretched out.

[0013] Ergonomic design for increased comfort and practice time Extended practice sessions often result in physical strain, especially when musicians are forced to assume stiff or uncomfortable postures. The Piano Cruncher Stand addresses this concern through its ergonomic design, which supports multiple playing positions. This design aspect not only improves comfort but also allows musicians to maintain a consistent practice routine. Musicians can adjust the height and length of the stand to achieve an ideal setup for their body and posture, reducing the risk of repetitive strain injury.

[0014] For musicians who practice several hours each day, the stability and comfort provided by the Piano Crunch Stand are invaluable. The stand's sturdy construction provides ample support for a variety of keyboard sizes, from compact MIDI controllers to full-size 88-key keyboards. Despite its lightweight design, the stand is designed to securely hold the weight of an electric piano, allowing musicians to play confidently without worrying about the instrument shifting or becoming unstable. This stability is crucial for maintaining proper playing technique and posture during extended practice sessions.

[0015] Versatile construction and practical components The Piano Crunch Stand's construction integrates high-quality materials that balance durability and ease of use. The stand is constructed from a combination of lightweight plastic and metal, making it both sturdy and portable. Each component is designed for quick assembly and disassembly, allowing musicians to set up and pack the keyboard stand with minimal effort. The stand's compact construction includes adjustable arms and legs that fold and extend to achieve different configurations, making it adaptable to a variety of settings.

[0016] The piano crunch stand's thoughtful construction also extends to its accompanying foot pedal, designed for musicians who require sustain functionality but who perform in non-traditional positions. The foot pedal is constructed from lightweight plastic and rubber components, with a Velcro strap that attaches to the musician's foot, ensuring the pedal remains secure during use. The pedal's internal mechanism is activated by a simple press, allowing musicians to engage the sustain function without having to sit in a traditional position. This feature is particularly advantageous for musicians with lower limb disabilities, as it allows them to use the sustain function in positions that would be difficult or impossible with a standard foot pedal setup.

[0017] In summary, the Piano Crunch Stand is an innovative solution that addresses the limitations of traditional keyboard stands by offering a lightweight, portable, and accessible design suited to today's mobile musician. Whether used in small apartments, motor homes, non-traditional locations, or by musicians with mobility challenges, the stand offers a level of flexibility and adaptability not found in traditional stands. By allowing musicians to practice comfortably in a variety of postures and settings, the Piano Crunch Stand supports a more inclusive and adaptable approach to music-making, enabling musicians to continue practicing and performing regardless of their location or physical constraints. Summary of the Invention

[0018] The Piano Crunch Stand is an extremely versatile, ergonomic solution designed to support electric pianos and foot pedals in a variety of musical environments. This innovative stand addresses common challenges faced by musicians by offering improved portability, adaptability, and stability. Its design allows musicians to tailor their setup to their specific needs, making it ideal for both studio and live performance settings.

[0019] The stand's structure is constructed from sturdy materials, providing strength while maintaining a lightweight profile for easy transportation. The combination of the lower and upper legs, connected by a leg bridge, forms a durable base capable of supporting the weight of the keyboard and foot pedals. This foundation ensures stability even during dynamic performances, where movement or vibration can cause instability in conventional stands. The framework construction includes a corrosion-resistant coating to improve the stand's longevity, ensuring the stand will remain a reliable piece of equipment for years to come.

[0020] One of the stand's distinctive features is its adjustability. The left and right arm components that support the keyboard are designed with the ability to extend and adjust width. This flexibility is achieved through left and right arm extenders that allow the stand to accommodate different keyboard sizes. The arm extender connectors ensure the arms stay securely in place once the desired width is set, providing a stable, customized fit. The upper legs are also height-adjustable, further customizing the performer's playing position. The stand allows for an ergonomic setup that relieves strain and improves comfort, important for long rehearsals or performance sessions.

[0021] The integration of a foot pedal system further enhances the stand's functionality. The foot pedal body is designed to hold the foot pedal securely in place, preventing unwanted movement during use. Musicians can adjust the pedal's position and ensure it remains stable even with vigorous foot movement. For added security, Velcro straps are provided for attaching the foot pedal to the musician's foot, ensuring consistent, responsive performance. The inclusion of Velcro strap holes on the foot pedal's bottom cover allows musicians to customize the length and position of the strap, improving comfort and stability during use.

[0022] Another notable aspect of the stand is its compact, foldable design. The structure can be folded for easy storage and transport without requiring disassembly. This makes the stand extremely portable, making it ideal for musicians who frequently travel or perform at different venues. The ability to fold the stand without compromising stability or functionality ensures that musicians can easily pack and transport their equipment without the hassle of tedious setup.

[0023] The integration of foot pedals is particularly advantageous for performers who rely on pedal-based effects, providing a safe and adjustable solution that keeps the pedals within easy reach.

[0024] Regarding ease of use, the stand's components are designed to be user-friendly, with easy-to-operate adjustment mechanisms that require no specialized tools. The switch mechanism is intuitive, allowing musicians to make changes quickly and seamlessly during a performance or rehearsal. This is important for live performance environments, where setup time is often limited and adjustments need to be made on the fly.

[0025] The top of the stand is designed to securely hold the keyboard and provide structural stability during use. The top cover is part of the foot pedal assembly and is not associated with the stand. Additionally, the raised portions are integral with the foot pedal body rather than part of the stand, enhancing structural integrity and ensuring the pedal maintains its shape and stability during use. These raised portions contribute to the durability of the foot pedal and add an aesthetically pleasing, modern feel to its design. The stand itself is configured to provide a stable, ergonomic platform for the keyboard without incorporating these raised portions.

[0026] The headset jack feature, which includes both male and female jack connectors, is designed to connect foot pedals to the keyboard, ensuring seamless functionality during performance. This feature improves the stand's overall usability, providing a clean and efficient solution for integrating foot pedals with the keyboard without cluttering your workspace with additional cables.

[0027] The stand's thoughtful design also caters to aesthetic preferences, with a sleek, minimal look that blends well in a variety of settings, from studios to performance venues. Its sleek lines and contemporary materials not only ensure functionality, but also contribute to the overall aesthetic of the setup, creating a professional, refined look that musicians can be proud of.

[0028] In summary, this Piano Crunch Stand is an all-in-one solution for musicians seeking stability, portability, and versatility. Its adjustable framework, keyboard protection, foot pedal integration, and cable management make this stand an invaluable tool for musicians performing in diverse environments. The stand gives musicians the freedom to adapt their setup to their individual needs, reducing physical strain while improving performance comfort. Its lightweight, foldable design makes the stand an ideal choice for anyone needing a reliable, space-saving, and durable stand that can be easily transported. Whether practicing, rehearsing, or performing live, this stand ensures musicians can focus on their art while enjoying the peace of mind that their instruments and peripherals are safe and accessible. [Brief explanation of the drawings]

[0029] [Figure 1] These are perspective views of the stand / table in its fully functional form: Figure 1a shows the stand / table fully closed and ready for storage; Figure 1b shows the initial fully functional form of the stand / table with the legs at their shortest and lowest position; and Figure 1c shows the overall length and maximum height of the stand / table after transformation. [Figure 2] A perspective view of the front end and frame structure of a fully assembled stand / table embodiment constructed from plastic and secured with bolts and nuts. The overall length of the stand / table is determined by the combined lengths of the A-Top and B-Top tops (specifically AT01, BT01, BT02, and AT02), totaling approximately 40 cm. Adjustability in length is facilitated by LAS01, RAS01, LAS02, and RAS02. [Figure 3]A perspective view of the front end and frame structure of a fully assembled stand / table embodiment constructed from plastic and secured with bolts and nuts. The overall length of the stand / table is determined by the combined lengths of the A-Top and B-Top tops (specifically AT01, BT01, BT02, and AT02), totaling approximately 40 cm. Adjustability in length is facilitated by LAS01, RAS01, LAS02, and RAS02. [Figure 4] This is a perspective view of the foot pedal, which is a separate component from the stand / table. This embodiment is made up of plastic, rubber plastic, headset jack males (HJM01, HJM02), Velcro straps (VC01, VC02), cable wire (CW01), headset jack female (HJF01), switch (SW01 shown in Figure 5), and screws. [Figure 5] A detailed view of the foot pedal body (FPB01) without the Velcro strap, highlighting the internal components. The various parts of the foot pedal body (FPB01) are also labeled for clarity. [Figure 6] This is a bottom view of the lower cover (LC01), which includes four wide holes (VCH01, VCH02, VCH03, and VCH04) through which the Velcro straps (VC01, VC02) pass. The side of the lower cover (LC01) also includes additional screw holes designed to secure all parts of the foot pedal. [Figure 7] A bottom view of the pedal upper body (PTB01), constructed from plastic and featuring a long ridge (TBR01) along its side. This ridge is designed to fit securely with the pedal lower body (PBB01), ensuring proper assembly and structural integrity. DETAILED DESCRIPTION OF THE INVENTION

[0030] The present invention relates to a piano crunch stand for adaptable use designed to provide musicians with a versatile, ergonomic, and portable solution for securely holding the keyboard while allowing adaptable foot control in a variety of seating positions. The present invention addresses the need for a stable yet portable support system that enhances both user functionality and comfort across a wide range of performance environments.

[0031] Stand structure overview The stand is constructed with a foldable frame made of lightweight, corrosion-resistant materials, ensuring durability and portability. The frame consists of multiple interconnected support bars that form a stable base that can securely hold an electric piano keyboard. The structural design includes adjustable arms and height-adjustable legs, allowing the stand to support keyboards of various sizes and accommodate different ergonomic requirements. Furthermore, the frame can be folded along multiple axes to form a compact shape for easy transport and storage, eliminating the need for disassembly and reassembly.

[0032] Stand structure The stand consists of multiple components, including adjustable legs, arms, and a foot pedal system, each carefully designed and labeled to ensure clarity of structure and function.

[0033] Stand Frames and Components Leg structure The stand includes two sets of support legs, namely lower legs (BL01, BL02) and upper legs (TL01, TL02), which cooperate to form a stable base for the keyboard.

[0034] The lower legs (BL01, BL02) are located on the bottom end of the stand and provide basic stability. These legs are made from a lightweight, corrosion-resistant material, ensuring durability while keeping the stand portable.

[0035] The upper legs (TL01, TL02) are positioned above the lower legs and extend upward to support the arm and keyboard holding structure.

[0036] Leg bridge The upper leg bridges (TLB01, TLB02) and lower leg bridges (BLB01, BLB02) connect the legs horizontally and provide additional stability. The bridges prevent the stand from wobbling and contribute to the stand's overall structural integrity.

[0037] TLB01 and TLB02 are mounted between the upper legs (TL01 and TL02), and BLB01 and BLB02 are placed between the lower legs (BL01 and BL02).

[0038] These leg bridges ensure that the legs remain a consistent distance from each other, allowing for even weight distribution and stability when the stand is in use.

[0039] Keyboard support arm The left arm (LA01, LA02) and right arm (RA01, RA02) are positioned horizontally across the top of the stand to securely hold the keyboard. These arms are extendable and can be adjusted to fit various keyboard sizes.

[0040] The left arm covers (LAC01, LAC02) and right arm covers (RAC01, RAC02) connect to the left and right arms to facilitate a secure connection between the A-top and B-top. These covers are made from durable materials to ensure stability and structural integrity of the overall stand assembly.

[0041] Arm extenders and connectors The left arm extender (LAE01, LAE02) and right arm extender (RAE01, RAE02) are connected to the left and right arms, allowing you to adjust the arm width. This feature provides flexibility to accommodate keyboards of various dimensions.

[0042] The Left Arm Extender Connector (LAEC) and Right Arm Extender Connector (RAEC) securely join the arm extenders to the main arm, maintaining stability while allowing for quick adjustments.

[0043] Arm slots and adjustment mechanism Left arm slots (LAS01, LAS02) and right arm slots (RAS01, RAS02) are provided in each arm for attaching extenders and adjusting the width of the stand. The slots are designed to allow the extenders to slide smoothly and lock into place once adjusted to the desired width.

[0044] Top cover and additional components The A-Tops (AT01, AT02) and B-Tops (BT01, BT02) are components that provide additional support and stability to the stand's structure. They act as caps at the top ends of the legs, preventing lateral movement.

[0045] These tops, AT01 and AT02 on the A side, and BT01 and BT02 on the B side, are reinforced to withstand the weight and pressure exerted by the keyboard during playing.

[0046] Foot pedal system Foot pedals and components The foot pedal system is an essential part of this stand, offering musicians adaptable use. The foot pedal itself (FPB01) is designed with ergonomic contours to provide comfort during extended performances.

[0047] The Pedal Upper Body (PTB01) and Pedal Lower Body (PBB01) enclose the pedal's internal components, protecting them from dust and damage while maintaining a compact, portable design.

[0048] Velcro strap system The pedals include Velcro straps (VC01, VC02) that allow the pedals to be securely attached to the musician's feet, a feature that is particularly useful for musicians who play in non-traditional or seated positions (e.g., sitting on the floor).

[0049] Velcro strap holes (VCH01-VCH04) are provided for securely threading straps through the foot pedals, allowing for an adjustable fit based on the user's foot size.

[0050] Internal switches and connectors The foot pedal contains an internal switch (SW01) that allows the musician to control various functions of the electric keyboard, such as sustain or modulation.

[0051] The headset jack connector (HJM01, HJM02) is provided on the foot pedal to enable its connection to an electric piano keyboard, ensuring seamless integration between the foot pedal and the keyboard. The headset jack female (HJF01) facilitates this connection by providing a reliable interface for transmitting signals, ensuring compatibility and efficient functionality during performance or practice.

[0052] Cable management A cable wire (CW01) runs from the foot pedal to the keyboard, providing a connection between the pedal and the instrument.

[0053] The clicker (CL01), located near the female headset jack (HJF01), is designed to activate and deactivate the foot pedal. When a user presses the clicker (CL01) with the toe of their foot, it engages a momentary pushbutton switch (SW01) housed within the pedal's lower body (PBB01), activating the piano keyboard's sustain function. Releasing the clicker (CL01) disengages the switch (SW01), deactivating the sustain function. This mechanism ensures precise and effortless control of the pedal during performance.

[0054] Top and bottom covers The top cover (UC01) and bottom cover (LC01) protect the foot pedal's internal components while also giving the pedal a sleek, professional look.

[0055] Upper body ridge and body square ridge The Top Body Ridge (TBR01) and Body Square Ridge (BSR01) provide structural support to the foot pedal. These ridges reinforce the pedal design and prevent it from deforming or bending under pressure.

[0056] Assembly and folding mechanism The stand is designed to be easy to assemble and disassemble without the need for additional tools. Interlocking components ensure each part fits securely into the next, allowing for quick setup and disassembly.

[0057] Leg and arm assembly The lower legs (BL01, BL02) are first attached to the lower leg bridges (BLB01, BLB02) to form a stable base, and then the upper legs (TL01, TL02) are connected to the upper leg bridges (TLB01, TLB02) and assembled onto the lower legs.

[0058] Once the legs are assembled, the left arm (LA01, LA02) and right arm (RA01, RA02) connect horizontally across the top of the stand. The arm extenders (LAE01, RAE01) can be adjusted to accommodate different keyboard sizes.

[0059] Folding mechanism The stand includes a pivot system at the connection points between the legs and bridge, allowing it to be folded into a compact shape for storage and transport.

[0060] A locking mechanism is integrated into the pivot point to ensure that the stand remains securely locked when in use and does not accidentally collapse.

[0061] Foot pedal installation The foot pedal (FPB01) can be placed on the floor or secured to the musician's foot using Velcro straps (VC01, VC02). The cable wire (CW01) can be connected to the keyboard, allowing for seamless interaction between the pedal and the instrument.

[0062] Additional Features 1. Ergonomics and ease of use The stand's adjustable arms and height allow for a wide range of ergonomic setups, making it comfortable for seated positions.

[0063] The foot pedals can be adjusted or removed based on user preference, ensuring ease of use for users with specific ergonomic needs.

[0064] 2. Compatibility with other instruments Due to its universal design, the stand and foot pedals can be adapted to a variety of instruments other than electric keyboards, such as synthesizers and electronic drum pads, enhancing the versatility of the present invention.

[0065] 3. Durability and environmental resistance The stand is constructed from materials that are resistant to corrosion, temperature changes, and moisture, ensuring its longevity in a variety of environments, including outdoor and wet conditions. This design ensures that all components, from the leg bridge to the pedals, withstand wear and tear, making this device reliable for long-term use in a variety of settings.

[0066] This versatile piano stand offers musicians an innovative solution for securely holding their keyboard, complete with adaptable foot controls, ergonomic adjustability, and a durable, portable construction. Detailed design of each component, from the lower legs (BL01, BL02) to the foot pedal itself (FPB01), ensures the stand meets the needs of modern musicians, enhancing both performance and comfort.

[0067] The Piano Crunch Stand is designed for versatility and portability, facilitating seamless setup, performance adjustment, and compact storage. This stand combines ergonomic design with advanced functionality to create an adaptable, user-friendly solution for musicians who need secure support for their electric keyboards and foot pedals during dynamic performances or practice sessions.

[0068] Assembly and Setup Upon unpacking, the stand unfolds to reveal a sturdy base. The lower legs (BL01, BL02) form a wide, stable base reinforced by the lower leg bridges (BLB01, BLB02) that connect securely to ensure stability. The upper legs (TL01, TL02) extend vertically from this base, adding height and serving as the primary support structure for the keyboard arm and other components. The upper leg bridges (TLB01, TLB02) lock the upper legs into the connecting framework, increasing the rigidity of the stand to withstand the weight and movement of the keyboard.

[0069] The left (LA01, LA02) and right (RA01, RA02) arms that hold the keyboard then slide into place along the top of the stand. The arms are equipped with left arm extenders (LAE01, LAE02) and right arm extenders (RAE01, RAE02) that adjust horizontally to fit keyboards of various widths. These extenders are securely anchored using the left arm extender connector (LAEC) and right arm extender connector (RAEC), ensuring they remain fixed during use.

[0070] The top cover (AT01, AT02) and bottom cover (BT01, BT02) are placed on the ends of the legs, providing additional rigidity and a finished aesthetic to the structure. These elements contribute to a sturdy yet adaptable setup that firmly supports the keyboard without lateral movement.

[0071] Installing and Adjusting the Keyboard Once the arm and extender are adjusted to fit a specific keyboard model, the keyboard is placed on the padded arm surface, which helps anchor the keyboard in place. The keyboard remains stable, supported by the arm extender and arm cover, ensuring the keyboard remains fixed even under intense playing. The height and angle of the stand can be adjusted by repositioning the upper and lower legs, making the stand suitable for the musician. Adjusting the stand's height and width creates an ergonomic setup that allows musicians to play comfortably for extended periods of time.

[0072] Foldable and portable The stand's design incorporates foldable elements to enhance its portability. The upper and lower legs can be released from their locked position, allowing them to fold inward, while the leg bridge folds down for compact storage. The arm extenders also retract, reducing the stand to a slim profile that's easy to transport in a portable case. This foldable design accommodates traveling musicians, making the stand lightweight and easily transportable without sacrificing durability.

[0073] Ergonomic flexibility for improved performance The ergonomically designed stand allows musicians to play comfortably by offering multiple adjustment options. The arm extender accommodates various keyboard sizes, while the upper and lower legs allow height adjustment to support different playing styles. This versatility ensures that musicians can adjust the stand to meet their physical comfort demands.

[0074] Maintenance and durability The stand is constructed from high-quality materials and designed for durability. Padded arm covers protect both the keyboard and the stand itself from wear and tear, while a corrosion-resistant coating on the connectors and legs ensures the stand is suitable for long-term use. Maintenance is simple; the arm covers are easily cleaned and the locking mechanism is checked regularly to maintain optimal performance.

[0075] In summary, the Piano Crunch Stand combines sturdy support with flexible adjustment options. Its compact folding design, secure foot pedal integration, and efficient cable management meet the demands of modern musicians who prioritize both portability and functionality. This stand offers a reliable, adaptable solution for performance environments, enhancing the musician's control and comfort in any setting.

Claims

1. A piano crunch stand, a foldable frame comprising a plurality of interconnected support bars arranged to form a stable base, said frame including a plurality of frame elements including: (BL01) lower leg, (TL01) upper leg, (LA01) left arm, (RA01) right arm, (LAE01) left arm extender, (RAE01) right arm extender, and (AT01) A top and (BT01) B top; height-adjustable legs, comprising a (BL01) lower leg and a (TL01) upper leg, configured to support the frame at various heights; an adjustable arm assembly comprising a (LA01) left arm and a (RA01) right arm configured to securely hold keyboards of various sizes; (FPB01) A foot pedal having a foot pedal body, which includes a mechanism that responds to foot pressure and enables use that is adaptable to various sitting positions. A piano crunch stand equipped with:

2. The foldable frame comprises: Further comprising a locking mechanism integrated into the connection points of the (LAEC01) left arm extender connector, the (RAEC01) right arm extender connector and the support bar, which allows the frame to be locked in an open position during use and provides stability to the keyboard; The stand of claim 1.

3. 10. The stand of claim 1, wherein the support bar, including (LA01) left arm, (RA01) right arm, and (TL01) upper leg, is constructed from a lightweight, corrosion-resistant material, allowing the stand to withstand use in outdoor or wet environments.

4. 10. The stand of claim 1, wherein the foot pedals are removable and include adjustable straps including (VC01) and (VC02) Velcro straps configured to be securely fastened to a user's feet, allowing adaptable foot control for a user seated on the floor or in a cross-legged position.

5. 10. The stand of claim 1, wherein the frame comprising a (LA01) left arm, a (RA01) right arm, and a (LAEC01) left arm extender connector is configured to fold into a compact form for transportation, reducing space requirements and improving portability without requiring disassembly.

6. 10. The stand of claim 1, wherein the height-adjustable legs, including a (BL01) lower leg and a (TL01) upper leg, allow for customizable height settings to accommodate various ergonomic needs, including seated and floor-sitting positions.

7. 3. The stand of claim (2), wherein a locking mechanism integrated into the (LAEC01) left arm extender connector and the (RAEC01) right arm extender connector provides rigidity when the frame is deployed, allowing for secure placement of the keyboard for performance or practice use.

8. 2. The stand of claim 1, wherein the support bar including a (LA01) left arm, a (RA01) right arm, and a (TL01) upper leg, and the adjustable arm assembly comprising the (LA01) left arm, the (RA01) right arm, and their respective slots, a (LAS01) left arm slot, and a (RAS01) right arm slot, are capable of folding along multiple axes, allowing flexibility for storage in limited spaces such as an apartment, studio, or vehicle.

9. 10. The stand of claim 1, wherein the adjustable arms, including a (LA01) left arm and a (RA01) right arm, include length adjustments configured to securely fit keyboards of various sizes, providing a universal stand solution.

10. 10. The stand of claim 1, wherein both the frame and the foot pedal including the (FPB01) foot pedal body are constructed of heat resistant materials to ensure durability and stability over a range of temperature conditions.

11. The stand of claim 1 , wherein the stand is configured for tool-less assembly and disassembly, allowing a user to easily set up and disassemble the stand in any environment.

12. 10. The stand of claim 1, further comprising stabilizing footpads on said legs, said stabilizing footpads comprising a (BLB01) lower leg bridge and a (TLB01) upper leg bridge, said stabilizing footpads configured to provide stable footing on uneven surfaces and increase stability on various terrains.

13. 10. The stand of claim 1, wherein the adjustable frame and pedal system is comprehensively designed to provide an accessible configuration for musicians with physical disabilities or specific ergonomic needs.

14. 10. The stand of claim 1, wherein the foot pedal, comprising a (PTB01) pedal upper body and a (PBB01) pedal lower body, includes a switch, comprising a (SW01) switch, to allow foot-controlled activation of various keyboard functions.

15. 10. The stand of claim 1, wherein the frame includes protective covers for the adjustable arms and legs, including a (LAC01) left arm cover and a (RAC01) right arm cover, to ensure safe and reliable operation while reducing wear and tear.

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