A&C FUTURE, INC.

A roof-based system for electric vehicles can be equipped with an array of wind turbines and expandable solar panels that are designed to generate electricity for the operation of electric vehicle. The wind turbines can harness the power of the wind while the vehicle is driving, and the solar panels can be fully extended when the vehicle is parked, maximizing the conversion of solar energy into electrical power. The generated energy can then be stored in the vehicle's batteries, serving a dual purpose: it can either propel the electric vehicle or supply power for daily energy needs. This innovative roofing system represents a sustainable and eco-friendly solution that not only promotes renewable energy usage but also enhances the overall efficiency and eco-friendliness of electric vehicles.

A table, such as a coffee table, can be quickly folded and unfolded. The coffee table can be used indoors or outdoors. Compared with the traditional coffee table, the folding coffee table can be quickly unfolded and folded, and can be put away to gain more space under the condition of limited space indoors and can also be used as a temporary table outdoors. There is a carrying handle in the center of each of the two long sides of the table, which can be unfolded by holding it and lifting it upwards. When deployed, the coffee table can provide a stable structure for use. In the folded state, on either side of the short side of the tabletop are folded up support legs. On either side of the long side of the tabletop are two carrying handles to assist in unfolding and retracting the coffee table.

A storage solution addresses the challenge of underutilized space in small areas. Specifically designed for compact spaces, the storage solution can seamlessly integrate with the shower when not in use, effectively saving room space. This solution is versatile and well-suited for applications in recreational vehicles or other environments with limited interior space. The storage solution can take the form of a wardrobe or closet. Moreover, the closet features dual-directional openings, including doors and drawers, allowing for maximum utilization of confined spaces. The lower section is also optimized to accommodate variations in height between the shower and the floor.

A stair-deck system integrates the deck system and stair system. The deck system seamlessly integrates several components, including the top hatch, deck, stair system, and handle link. The handle link establishes a connection between the top hatch and the deck, offering the operator control over the open and close processes. The stair system, situated on the deck, can be deployed as needed. In its fully deployed configuration, the top hatch functions as a roof, and the stair system can be rotated to multiple orientations for enhanced convenience. The stair system integrates a foldable stair, stair platform, and handle posts, forming a comprehensive system mounted on the deck. Following the full deployment of the deck system, the operator can manually unfold the stairs, rotate the entire system to one of three orientations based on the user's preference and convenience and place the handle post.

An expandable structure has an expansion section with side wall panels that can stack into and be deployed from a wall enclosure central housing. A track can be deployed on the wall enclosure for facilitating the movement of wall panels into and out of the central housing. This innovative configuration not only enables efficient and accurate storage of each wall panel within the central enclosure but also concurrently serves as the foundational support structure for the cabin. After the wall panels are deployed and the structure is fully expanded, the wall panels can be tightened together to provide sound and weather protection.

A foldable origami-shaped furniture assembly includes floor panels including a first floor panel and a second floor panel. The first and second floor panels are pivotally moveable between a folded position and a deployed position. A table includes a first member and a second member. The first and second members are pivotally moveable between a folded position and a deployed position. A plurality of chairs, each chair is adapted to be in a folded state and in an expanded state. A cable that passes through the table and the chairs such that the cable is passively pulled when the first and second floor panels become coplanar and the first and second members become coplanar. Each chair is expanded with a front leg of the leg sliding along a channel for expanding the chair. A plurality of legs support the table in the deployed position.

An advanced chassis structure design offers more battery storage spaces than same-class electric vehicles. The chassis structure provides four battery storage spaces. The significance of these additional storage areas lies in their direct impact on extending the driving range of the vehicle. The chassis structure design further addresses the issue of battery replacement in an electric vehicle chassis. Typically, when an electric vehicle runs out of battery, it takes several minutes or even hours for the battery to be fully recharged. When the battery is broken, the replacement process often involves significant disassembly, which is also time-consuming. With the chassis structure design, the battery is positioned underneath the chassis and fastened within the battery tray and protective battery case. This means that when it comes to battery replacement, the battery can be swapped just by removing a few screws.

An electric vehicle chassis includes multiple battery compartments specifically arranged therein. The chassis can include a main structure extending longitudinally along a length of the electric vehicle which it supports. The main structure can include a first, upper main structure battery compartment. A lower main structure frame can be disposed below the first, upper main structure battery compartment to provide a second, lower main structure battery compartment. Side battery compartments can be attached to opposite sides of the main structure frame to provide third and fourth, side battery compartments. Thus, the vehicle chassis can provide four distinctly positioned battery compartments for the placement of batteries for the electric vehicle, providing more battery storage spaces than conventional same-class electric vehicles.

A foldable satellite dish is provided. The foldable satellite dish has a dish reflector assembly a support housing, and a driving mechanism. The dish reflector assembly comprises four quarter circle shape dish sectors that can be folded and deployed by the driving mechanism. The foldable satellite dish can deploy and fold automatically and smoothly. All the quarter circle shape dish sectors will be secured by the driving mechanism. Compared to traditional satellite dish, the present invention is more flexible and easier to use.

An accordion wall structure includes three primary components, namely two linkage systems and four wall panels. The linkage systems are adeptly positioned both at the upper and lower extremities of each wall panel. The composition of the linkage system is meticulously engineered, featuring gear sets and linkage bars that work in concert to ensure seamless functionality. A hydraulic component can be used for the propulsion of the first link and the subsequent rotation of the initial wall panel. During the rotation of the wall panels, the interconnected gearsets of the linkage systems are consistently aligned generally parallel to the main mount due to their linkage connection. The direct coupling between the gears and the panel ensures synchronous rotation between them. The gearsets of the linkage systems ensure a synchronized rotation of the gears. This coordinated rotation further translates into the simultaneous rotation of the adjacent wall panel.