Hydraulic Actuator System for Multifunctional Height-Adjustable Tables

The patent employs a hydraulic system with a master cylinder and slave cylinders connected by conduits to adjust the height of table legs. When the user operates the control device, hydraulic fluid is transmitted through the conduits from the master cylinder to the slave cylinders, causing the table legs to extend or retract simultaneously. This hydraulic mechanism provides smooth and synchronized height adjustment without requiring complex gears, chains, or electronic motion control devices, thereby resolving the contradiction between ease of operation and device complexity.

The patent replaces traditional mechanical transmission systems (gears, chains, belts) with a hydraulic system. Instead of using mechanical components that require complex assemblies and electronic control for synchronized movement, the invention uses hydraulic fluid pressure transmitted through conduits to directly actuate the table leg height adjustment. This substitution eliminates the need for complicated mechanical linkages and electronic motion control devices while maintaining ease of operation.

The patent incorporates a control device that allows the user to select and store desired height positions. The system provides feedback by indicating the current height position and allows the user to program memory positions for different height settings. When the user needs a previously set height, they can recall it from memory, and the hydraulic system automatically adjusts the table legs to the stored position. This feedback and memory function eliminates the need to repeatedly reset height settings, resolving the contradiction between manual adjustability and time loss from repeated resetting.

The patent enables the user to pre-program multiple height positions in the control device's memory before they are needed. These preliminary actions store the desired height settings in advance, so when the user needs a specific height configuration, it is already prepared and can be recalled instantly. This preliminary programming action eliminates the need to manually adjust and reset heights repeatedly, saving time while maintaining ease of operation.

The patent uses a hydraulic system with a master cylinder and slave cylinders connected by conduits to adjust the height of table legs. When the user operates the control device, hydraulic fluid is transmitted through the conduits from the master cylinder to the slave cylinders, causing the table legs to extend or retract simultaneously. This hydraulic mechanism provides smooth and synchronized height adjustment without requiring complex gears, chains, or electronic motion control devices, thereby resolving the contradiction between ease of operation and device complexity.

The patent replaces traditional mechanical transmission systems (gears, chains, belts) with a hydraulic system. Instead of using mechanical components that require complex assemblies and electronic control for synchronized movement, the invention uses hydraulic fluid pressure transmitted through conduits to directly actuate the table leg height adjustment. This substitution eliminates the need for complicated mechanical linkages and electronic motion control devices while maintaining ease of operation.